From: =?big5?B?pdEgV2luZG93cyBJbnRlcm5ldCBFeHBsb3JlciA4IMB4pnM=?=
Subject: =?big5?B?q2612KRqvscgLS0gpOmlu6RzpGYgrdex0LHCqPy4datutdikar7HpcGx2q21?=
	=?big5?B?vNa+x6h0sdCxwg==?=
Date: Tue, 12 Apr 2011 08:34:42 +0800
MIME-Version: 1.0
Content-Type: multipart/related;
	type="multipart/alternative";
	boundary="----=_NextPart_000_0000_01CBF8EC.789608E0"
X-MimeOLE: Produced By Microsoft MimeOLE V6.1.7600.16543

這是 MIME 格式的 Multipart 郵件。

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/gif
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/L3.gif
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/gif
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/style/8/pictures/advsearch.gif

R0lGODlhOgAUAMQAAP////r6+vn5+fT09PDw8O/v7+vr6+rq6uLi4uDg4N/f39zc3NbW1tXV1c/P
z87Ozq2trWxsbGtra2RkZGJiYgAAAP///wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAEA
ABYALAAAAAA6ABQAAAX/IBRRU2meaKqurEpF4sM0dG3feK7vOfNEEgeDsUgYj8ikcslsHhdDhyTI
QBgKhKx2y+16v2BCwYBgSIOLw0AQqATab/e7XXHL5XM8fB6v++cCAwcLZw4KBQIAihUAfn6LjY2M
j5B1kZaKmZCZAgUKhYeJjJKRmpOlo4uUo5OOroqdn1OGiJuvqriUl6eYmpuwnqC1pqWZrb/GqLau
vbHCoqyOya26kpbHtr/Os6HZqaqnv5i31tap20HdqLep5MrLzJjotKKXvuLJ+eW+7Zrz3dHYGZOW
q903cP6CcRt2r6HDhxDvzUuzho/FixgzasQYaFChKlfCiBxJckyZj0ScHahcydIIFDMSIsjgQbOm
TRw+YIxowbOnzxQvIIQAADs=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/gif
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/front/pictures/spacer.gif

R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAEALAAAAAABAAEAAAIBTAA7

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/L3_L3_L3_L3_L3_t-ID1.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/link/9_id1.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/link/10_id2.jpg

/9j/4AAQSkZJRgABAgEASABIAAD/4QWJRXhpZgAATU0AKgAAAAgABwESAAMAAAABAAEAAAEaAAUA
AAABAAAAYgEbAAUAAAABAAAAagEoAAMAAAABAAIAAAExAAIAAAAcAAAAcgEyAAIAAAAUAAAAjodp
AAQAAAABAAAApAAAANAACvyAAAAnEAAK/IAAACcQQWRvYmUgUGhvdG9zaG9wIENTMyBXaW5kb3dz
ADIwMDg6MTE6MDQgMTc6MjE6MDcAAAAAA6ABAAMAAAAB//8AAKACAAQAAAABAAAA1KADAAQAAAAB
AAAAGwAAAAAAAAAGAQMAAwAAAAEABgAAARoABQAAAAEAAAEeARsABQAAAAEAAAEmASgAAwAAAAEA
AgAAAgEABAAAAAEAAAEuAgIABAAAAAEAAARTAAAAAAAAAEgAAAABAAAASAAAAAH/2P/gABBKRklG
AAECAABIAEgAAP/tAAxBZG9iZV9DTQAC/+4ADkFkb2JlAGSAAAAAAf/bAIQADAgICAkIDAkJDBEL
CgsRFQ8MDA8VGBMTFRMTGBEMDAwMDAwRDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAENCwsN
Dg0QDg4QFA4ODhQUDg4ODhQRDAwMDAwREQwMDAwMDBEMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwM
DAwM/8AAEQgAFACgAwEiAAIRAQMRAf/dAAQACv/EAT8AAAEFAQEBAQEBAAAAAAAAAAMAAQIEBQYH
CAkKCwEAAQUBAQEBAQEAAAAAAAAAAQACAwQFBgcICQoLEAABBAEDAgQCBQcGCAUDDDMBAAIRAwQh
EjEFQVFhEyJxgTIGFJGhsUIjJBVSwWIzNHKC0UMHJZJT8OHxY3M1FqKygyZEk1RkRcKjdDYX0lXi
ZfKzhMPTdePzRieUpIW0lcTU5PSltcXV5fVWZnaGlqa2xtbm9jdHV2d3h5ent8fX5/cRAAICAQIE
BAMEBQYHBwYFNQEAAhEDITESBEFRYXEiEwUygZEUobFCI8FS0fAzJGLhcoKSQ1MVY3M08SUGFqKy
gwcmNcLSRJNUoxdkRVU2dGXi8rOEw9N14/NGlKSFtJXE1OT0pbXF1eX1VmZ2hpamtsbW5vYnN0dX
Z3eHl6e3x//aAAwDAQACEQMRAD8A9LTkEciE1jXOY9rSA5zSATqASIErH+r/AEjqfTrcyzqGRTkH
JFXp+iws2msPFm7d+/vYgAKJv6IJNgVoero5efh4Qa7KsNTXmA7a9zeQ33vra9tfud/hFLLysfBx
7MnLsFVFUeo8yQJIY36O76T3Kh1fGy+qT0qsPxsQ7bMnO012/paKMNkl1j/Waz7TY9vpspZ6X07f
0ayMfO6r0l2NnY/pZIsa2+plgZXb6bmvNmPkAXWV41zmss9zGX/4BJKfG610vKyRiY9+/Idu217H
tPsG6z6bGt9sqTusdJbbbS7MpFtMeo3dwXH02t/lWbxs9NnvWD9Xeh9SpzxmZjHM9O55D3vaHua5
np2ufV6X6VuQ/wD4n+a/RqN3Ruq2dZybTjPGJbcx7LBZtfG/1rrm+ld+j9T7HjfzTvX/AKH+iq/S
pKel+2YooqyHWbKr3MZW54cwl1jvTqZ6b2tsa97/AG+9ilj5FOVQzIx376bRuY7USP3trocsrK6e
LOl9OZlY+Tl3UNa4s9uRttLA25+VXmW+ne/3WMq9X1vS/wAGofVbBfhY/pXYb8bI9JgtsdTTWHFp
Ps9fGc63I+l/hklO4knhKEFLJJ4ShJSySeEoSUsknhKElLJJ4ShJSySeEoSU/wD/0PTUtF8upIKf
qLRL/UL5dSSU/USWnZfLqSSn6i0S0Xy6kkp+okl8upIKfqJJfLqSSn6iSXy6kkp+okl8upJKfqJJ
fLqSSn6iSXy6kkp//9n/7QqUUGhvdG9zaG9wIDMuMAA4QklNBAQAAAAAAAccAgAAAgAAADhCSU0E
JQAAAAAAEOjxXPMvwRihontnrcVk1bo4QklNBC8AAAAAAEpg4AEASAAAAEgAAAAAAAAAAAAAANAC
AABAAgAAAAAAAAAAAAAYAwAAZAIAAAABwAMAALAEAAABAA8nAQBXU++DS05JUSkALgBKADhCSU0D
7QAAAAAAEABIAAAAAQACAEgAAAABAAI4QklNBCYAAAAAAA4AAAAAAAAAAAAAP4AAADhCSU0EDQAA
AAAABAAAAB44QklNBBkAAAAAAAQAAAAeOEJJTQPzAAAAAAAJAAAAAAAAAAABADhCSU0ECgAAAAAA
AQAAOEJJTScQAAAAAAAKAAEAAAAAAAAAAjhCSU0D9QAAAAAASAAvZmYAAQBsZmYABgAAAAAAAQAv
ZmYAAQChmZoABgAAAAAAAQAyAAAAAQBaAAAABgAAAAAAAQA1AAAAAQAtAAAABgAAAAAAAThCSU0D
+AAAAAAAcAAA/////////////////////////////wPoAAAAAP//////////////////////////
//8D6AAAAAD/////////////////////////////A+gAAAAA////////////////////////////
/wPoAAA4QklNBAgAAAAAABAAAAABAAACQAAAAkAAAAAAOEJJTQQeAAAAAAAEAAAAADhCSU0EGgAA
AAADPQAAAAYAAAAAAAAAAAAAABsAAADUAAAABABpAGQALQAyAAAAAQAAAAAAAAAAAAAAAAAAAAAA
AAABAAAAAAAAAAAAAADUAAAAGwAAAAAAAAAAAAAAAAAAAAABAAAAAAAAAAAAAAAAAAAAAAAAABAA
AAABAAAAAAAAbnVsbAAAAAIAAAAGYm91bmRzT2JqYwAAAAEAAAAAAABSY3QxAAAABAAAAABUb3Ag
bG9uZwAAAAAAAAAATGVmdGxvbmcAAAAAAAAAAEJ0b21sb25nAAAAGwAAAABSZ2h0bG9uZwAAANQA
AAAGc2xpY2VzVmxMcwAAAAFPYmpjAAAAAQAAAAAABXNsaWNlAAAAEgAAAAdzbGljZUlEbG9uZwAA
AAAAAAAHZ3JvdXBJRGxvbmcAAAAAAAAABm9yaWdpbmVudW0AAAAMRVNsaWNlT3JpZ2luAAAADWF1
dG9HZW5lcmF0ZWQAAAAAVHlwZWVudW0AAAAKRVNsaWNlVHlwZQAAAABJbWcgAAAABmJvdW5kc09i
amMAAAABAAAAAAAAUmN0MQAAAAQAAAAAVG9wIGxvbmcAAAAAAAAAAExlZnRsb25nAAAAAAAAAABC
dG9tbG9uZwAAABsAAAAAUmdodGxvbmcAAADUAAAAA3VybFRFWFQAAAABAAAAAAAAbnVsbFRFWFQA
AAABAAAAAAAATXNnZVRFWFQAAAABAAAAAAAGYWx0VGFnVEVYVAAAAAEAAAAAAA5jZWxsVGV4dElz
SFRNTGJvb2wBAAAACGNlbGxUZXh0VEVYVAAAAAEAAAAAAAlob3J6QWxpZ25lbnVtAAAAD0VTbGlj
ZUhvcnpBbGlnbgAAAAdkZWZhdWx0AAAACXZlcnRBbGlnbmVudW0AAAAPRVNsaWNlVmVydEFsaWdu
AAAAB2RlZmF1bHQAAAALYmdDb2xvclR5cGVlbnVtAAAAEUVTbGljZUJHQ29sb3JUeXBlAAAAAE5v
bmUAAAAJdG9wT3V0c2V0bG9uZwAAAAAAAAAKbGVmdE91dHNldGxvbmcAAAAAAAAADGJvdHRvbU91
dHNldGxvbmcAAAAAAAAAC3JpZ2h0T3V0c2V0bG9uZwAAAAAAOEJJTQQoAAAAAAAMAAAAAT/wAAAA
AAAAOEJJTQQRAAAAAAABAQA4QklNBBQAAAAAAAQAAAABOEJJTQQMAAAAAARvAAAAAQAAAKAAAAAU
AAAB4AAAJYAAAARTABgAAf/Y/+AAEEpGSUYAAQIAAEgASAAA/+0ADEFkb2JlX0NNAAL/7gAOQWRv
YmUAZIAAAAAB/9sAhAAMCAgICQgMCQkMEQsKCxEVDwwMDxUYExMVExMYEQwMDAwMDBEMDAwMDAwM
DAwMDAwMDAwMDAwMDAwMDAwMDAwMAQ0LCw0ODRAODhAUDg4OFBQODg4OFBEMDAwMDBERDAwMDAwM
EQwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAz/wAARCAAUAKADASIAAhEBAxEB/90ABAAK/8QB
PwAAAQUBAQEBAQEAAAAAAAAAAwABAgQFBgcICQoLAQABBQEBAQEBAQAAAAAAAAABAAIDBAUGBwgJ
CgsQAAEEAQMCBAIFBwYIBQMMMwEAAhEDBCESMQVBUWETInGBMgYUkaGxQiMkFVLBYjM0coLRQwcl
klPw4fFjczUWorKDJkSTVGRFwqN0NhfSVeJl8rOEw9N14/NGJ5SkhbSVxNTk9KW1xdXl9VZmdoaW
prbG1ub2N0dXZ3eHl6e3x9fn9xEAAgIBAgQEAwQFBgcHBgU1AQACEQMhMRIEQVFhcSITBTKBkRSh
sUIjwVLR8DMkYuFygpJDUxVjczTxJQYWorKDByY1wtJEk1SjF2RFVTZ0ZeLys4TD03Xj80aUpIW0
lcTU5PSltcXV5fVWZnaGlqa2xtbm9ic3R1dnd4eXp7fH/9oADAMBAAIRAxEAPwD0tOQRyITWNc5j
2tIDnNIBOoBIgSsf6v8ASOp9OtzLOoZFOQckVen6LCzaaw8Wbt37+9iAAom/ogk2BWh6ujl5+HhB
rsqw1NeYDtr3N5Dfe+tr21+53+EUsvKx8HHsycuwVUVR6jzJAkhjfo7vpPcqHV8bL6pPSqw/GxDt
syc7TXb+loow2SXWP9ZrPtNj2+mylnpfTt/RrIx87qvSXY2dj+lkixrb6mWBldvpua82Y+QBdZXj
XOayz3MZf/gEkp8brXS8rJGJj378h27bXse0+wbrPpsa32ypO6x0ltttLsykW0x6jd3BcfTa3+VZ
vGz02e9YP1d6H1KnPGZmMcz07nkPe9oe5rmena59XpfpW5D/APif5r9Go3dG6rZ1nJtOM8YltzHs
sFm18b/Wuub6V36P1PseN/NO9f8Aof6Kr9Kkp6X7ZiiirIdZsqvcxlbnhzCXWO9Opnpva2xr3v8A
b72KWPkU5VDMjHfvptG5jtRI/e2uhyysrp4s6X05mVj5OXdQ1riz25G20sDbn5VeZb6d7/dYyr1f
W9L/AAah9VsF+Fj+ldhvxsj0mC2x1NNYcWk+z18Zzrcj6X+GSU7iSeEoQUsknhKElLJJ4ShJSySe
EoSUsknhKElLJJ4ShJT/AP/Q9NS0Xy6kgp+otEv9Qvl1JJT9RJadl8upJKfqLRLRfLqSSn6iSXy6
kgp+okl8upJKfqJJfLqSSn6iSXy6kkp+okl8upJKfqJJfLqSSn//2QA4QklNBCEAAAAAAFUAAAAB
AQAAAA8AQQBkAG8AYgBlACAAUABoAG8AdABvAHMAaABvAHAAAAATAEEAZABvAGIAZQAgAFAAaABv
AHQAbwBzAGgAbwBwACAAQwBTADMAAAABADhCSU0EBgAAAAAABwAIAAEAAQEA/+EOlmh0dHA6Ly9u
cy5hZG9iZS5jb20veGFwLzEuMC8APD94cGFja2V0IGJlZ2luPSLvu78iIGlkPSJXNU0wTXBDZWhp
SHpyZVN6TlRjemtjOWQiPz4gPHg6eG1wbWV0YSB4bWxuczp4PSJhZG9iZTpuczptZXRhLyIgeDp4
bXB0az0iQWRvYmUgWE1QIENvcmUgNC4xLWMwMzYgNDYuMjc2NzIwLCBNb24gRmViIDE5IDIwMDcg
MjI6NDA6MDggICAgICAgICI+IDxyZGY6UkRGIHhtbG5zOnJkZj0iaHR0cDovL3d3dy53My5vcmcv
MTk5OS8wMi8yMi1yZGYtc3ludGF4LW5zIyI+IDxyZGY6RGVzY3JpcHRpb24gcmRmOmFib3V0PSIi
IHhtbG5zOnhhcD0iaHR0cDovL25zLmFkb2JlLmNvbS94YXAvMS4wLyIgeG1sbnM6ZGM9Imh0dHA6
Ly9wdXJsLm9yZy9kYy9lbGVtZW50cy8xLjEvIiB4bWxuczpwaG90b3Nob3A9Imh0dHA6Ly9ucy5h
ZG9iZS5jb20vcGhvdG9zaG9wLzEuMC8iIHhtbG5zOnhhcE1NPSJodHRwOi8vbnMuYWRvYmUuY29t
L3hhcC8xLjAvbW0vIiB4bWxuczp0aWZmPSJodHRwOi8vbnMuYWRvYmUuY29tL3RpZmYvMS4wLyIg
eG1sbnM6ZXhpZj0iaHR0cDovL25zLmFkb2JlLmNvbS9leGlmLzEuMC8iIHhhcDpDcmVhdGVEYXRl
PSIyMDA4LTEwLTI0VDE0OjUwOjUzKzA4OjAwIiB4YXA6TW9kaWZ5RGF0ZT0iMjAwOC0xMS0wNFQx
NzoyMTowNyswODowMCIgeGFwOk1ldGFkYXRhRGF0ZT0iMjAwOC0xMS0wNFQxNzoyMTowNyswODow
MCIgeGFwOkNyZWF0b3JUb29sPSJBZG9iZSBQaG90b3Nob3AgQ1MzIFdpbmRvd3MiIGRjOmZvcm1h
dD0iaW1hZ2UvanBlZyIgcGhvdG9zaG9wOkNvbG9yTW9kZT0iMyIgcGhvdG9zaG9wOkhpc3Rvcnk9
IiIgeGFwTU06SW5zdGFuY2VJRD0idXVpZDo0RUJFRTdERjUxQUFERDExODAyNDhENkU2MjI5NTI2
MSIgdGlmZjpPcmllbnRhdGlvbj0iMSIgdGlmZjpYUmVzb2x1dGlvbj0iNzIwMDAwLzEwMDAwIiB0
aWZmOllSZXNvbHV0aW9uPSI3MjAwMDAvMTAwMDAiIHRpZmY6UmVzb2x1dGlvblVuaXQ9IjIiIHRp
ZmY6TmF0aXZlRGlnZXN0PSIyNTYsMjU3LDI1OCwyNTksMjYyLDI3NCwyNzcsMjg0LDUzMCw1MzEs
MjgyLDI4MywyOTYsMzAxLDMxOCwzMTksNTI5LDUzMiwzMDYsMjcwLDI3MSwyNzIsMzA1LDMxNSwz
MzQzMjs4NEFCQUNDNkE5NkNENjcxMjJBQjM2MTMwOEU5REREOCIgZXhpZjpQaXhlbFhEaW1lbnNp
b249IjIxMiIgZXhpZjpQaXhlbFlEaW1lbnNpb249IjI3IiBleGlmOkNvbG9yU3BhY2U9Ii0xIiBl
eGlmOk5hdGl2ZURpZ2VzdD0iMzY4NjQsNDA5NjAsNDA5NjEsMzcxMjEsMzcxMjIsNDA5NjIsNDA5
NjMsMzc1MTAsNDA5NjQsMzY4NjcsMzY4NjgsMzM0MzQsMzM0MzcsMzQ4NTAsMzQ4NTIsMzQ4NTUs
MzQ4NTYsMzczNzcsMzczNzgsMzczNzksMzczODAsMzczODEsMzczODIsMzczODMsMzczODQsMzcz
ODUsMzczODYsMzczOTYsNDE0ODMsNDE0ODQsNDE0ODYsNDE0ODcsNDE0ODgsNDE0OTIsNDE0OTMs
NDE0OTUsNDE3MjgsNDE3MjksNDE3MzAsNDE5ODUsNDE5ODYsNDE5ODcsNDE5ODgsNDE5ODksNDE5
OTAsNDE5OTEsNDE5OTIsNDE5OTMsNDE5OTQsNDE5OTUsNDE5OTYsNDIwMTYsMCwyLDQsNSw2LDcs
OCw5LDEwLDExLDEyLDEzLDE0LDE1LDE2LDE3LDE4LDIwLDIyLDIzLDI0LDI1LDI2LDI3LDI4LDMw
O0JDOEMyOThDRDFFRDZGMzY0MTkzRkJDRTA1RjYxNUY4Ii8+IDwvcmRmOlJERj4gPC94OnhtcG1l
dGE+ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg
PD94cGFja2V0IGVuZD0idyI/Pv/uAA5BZG9iZQBkQAAAAAH/2wCEAAEBAQEBAQEBAQEBAQEBAQEB
AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQECAgICAgICAgICAgMDAwMDAwMDAwMBAQEBAQEBAQEB
AQICAQICAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDA//A
ABEIABsA1AMBEQACEQEDEQH/3QAEABv/xACSAAEAAgIDAAAAAAAAAAAAAAAAAgkICgEEBwEBAQEA
AwEAAAAAAAAAAAAAAAECAwQFBxAAAAYCAQIFAwMDBQAAAAAAAQIDBAUGAAcSEQgxYaHREyEUCSIj
FUEyFvCBsXKyEQEAAgADAgsHBQAAAAAAAAAAAQIyAwQRBSExYXGBsRJysjNzQVGRIkITBsHxkhQH
/9oADAMBAAIRAxEAPwDeGJ/aH+v655VvNz/Vv47M0wU7sdSWZaMBgMBgRHxyuWuGEg8MMWxSZGTA
iPjlctcMJB4YYtikyMmBEfHK5a4YSDwwxbFKI+OG64YMrSQeGRxWxSiPjhuuGEg8MMWxSZGTAYDA
iPjlctcMOf6Y9qfW/9DeKP8A3G/7D/znlW83P9W/jszTBTux1KcO9/8AKZF9q2wbLrSPkqEewV+Y
q0a/YWKmbEk3iDayUdG1k6y1fkGEMZVRCRKcgm+QpCmApg5AIZ9E/HPw/S7y0mj3tmY/t5k/xvav
6PkH5d/oGt3NvfVbk0P9XgzcqLdvFstSluHotwcmxcgp15nEeHUTGN+2koil0MImD4klf3SJdB/Q
BupuPTqIj9c+eZkUjNzq5eCL2j4WmH1+mfGpysjPjsfNlUn5MOCNuzp4+Xap3/KHJUPV62oNiwkT
aH+7JDadMtMgaq3G6ISTHSOkjL7E2vYF6vGT5K0nXI6uQJW8i4cNCfsuREeXXkKOJVqsxeoGL13K
bOZArbKvGUVzfWX+JFLIL2OvIQ38+k5qyaKrRF45motEyTdYiorkRcF6fQM1XH0wrTMkonaus3uq
Na7Qru0a1dXaqji1v5NnpmxP7FJbJpbFeoHjGK13g6ZsOcYoP2arlCyllH7IFRQKq0+0ACdpV/mn
XOyNe/jDuNVlVL/qrbOp2+zaArOSsjS6vORl2YbJkgrk8hOO7RLUdatmeT7QHygPgTFEeqJ1icVD
9efNnnhPaqV03vTZw15oyibfse6VN1tDYE9a9cNO6JlRVrFG697fNz7C3W7cX/VISF+YtLJsyuys
3EpoxZ0HESzjWZXhU1iqt+wq8u8E3Mt2Ew8Ho/XBKJc7rRoSst2DLZs1sJvo7XNuLxnLo0u9pQr1
2u8hRKO7MaPZNG5pz+RXQRRaPEyJlV68+bPPCe1X72/3LbdX7it0VSv90qSjiO1t2w1FhcLT2P8A
cda3E+0jIjZUdDFdQb/YjCy0JywVblF8/l3btCwHckFEyAIKfJyZmGOdZbBJicB4AHQAAOgDw5AH
QBAqnx/tfKUPofgAJ8uvAAL0AOojjAYDAYDAYDAYDAYDAYDAYDAYH//R3lzEATCP18c8q3m5/q38
dmaYKd2Op4Zee17tu2fOPLFsXt80rf7LKfarSFiuOqqJap2QNHMCxzEzyXnINaWUcsouPKm3ORcx
kUWpCF6AUCh6WVvPX001NJO8vt6Ku3ZX3bZmZ+MzM9LzNZuLc2vz8vVZm7dLma+sx2rXxTs4tvNG
yI5Ie3/GbgIFIBQ+MhSqEIYEkQWKv8ajZn9moCyaBzJmRSAnxEIBSD1AM6V7VtabVzvuVn6vf+3E
9Tg2R2cmmXWIiOzTDGzg4OfjnlmWNGqO2KHoluuO0L3bLBuzcF6ZKQMtfNgMIhcYOipruXTTV9Lr
cM3a1+uVNBdQoyDRJMovl1FHbzqquAjgd/SfbXX9D12+UGs2y5y2p7JLSDin61nnjeSi9XQ038h5
WuUeVasGNvbwzp65XcoNXb4/8amuAIiVQnEAxgs34s+3mx7ipOzDuLI0r1L+8FOktLXfHr2SduYa
djDHNsGTt7+5xTJurLi+UbtPiFYzcTH/AFCObjMmsbFZaj29UqP1FYtKUqTvOtqtYU5BqvO0+6Tj
+6w5JhVI0r/j9tup7bIMFnyCSrQ5ljCUrZwoRIqKofJmZt2p2jDGifik0jrtmm0qVrvsO3+w7gWJ
I00w7c15Ed61udpJJk9cl3biLSsFBotgWimco3RTVetW6YvzqEMmoeIznmNZ2Q2r63r2j7PtOspO
uQ1Vh296r8HS5qeWYQbMkYUi0VsKHtkAzXdg15qFM3+hzDxDp0wMZITsx2lX75d9nQ/evu9tetjx
9OhbrMn1x20vCTUbr9tYE6Y0OykNKBDRJIxO0vuZmaDM5hOJ+RzGFQwZ2MWy7ZizbvHy8m7btGyD
mRcJM0F3y6SJE1XayLBu2YpKrnKJjFRTIkAj+kADpmJ41drgHn6e2QOAefp7YDgHn6e2A4B5+ntg
OAefp7YDgHn6e2A4B5+ntgOAefp7YDgHn6e2A4B5+ntgOAefp7YDgHn6e2A4B5+ntgOAefp7YDgH
n6e2A4B5+ntgf//S3ny+H+5v/Q551/Nz/Uv45Zpgy+7HVCWZUwGAwGAwGAwGAwGAwGAwGAwGAwGA
wGAwGAwGAwP/2Q==

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/link/11_id3.jpg
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==

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/link/12_12_id4_01.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/link/14_id6.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/img/1/t-menu.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_CGO_menu1.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu2.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu3.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_group_1.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu4.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu5.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu6.jpg
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==

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu7.jpg
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==

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu8.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu9.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/U24_U24_hasu3m.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/img/283/162088048.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/img/img/1/logo.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/gif
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/style/8/pictures/top.gif
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://www.webguide.nat.gov.tw/wSite/images/aplus.jpg
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------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: image/gif
Content-Transfer-Encoding: base64
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/style/8/pictures/searchgo.gif

R0lGODlhKQAUAMQAAP////7+/vr6+vn5+fT09PDw8O/v7+7u7urq6uLi4uDg4N/f397e3tzc3Nvb
29bW1tXV1cjIyMfHx7a2tnZ2dnR0dGRkZGJiYgAAAP///wAAAAAAAAAAAAAAAAAAAAAAACH5BAEA
ABkALAAAAAApABQAAAX2IABM1GWdaKquLHpRkyhS0gPdeK7vPP5IFBmgEnk8GguFcslsOpmLhjFS
ERIfCYShwO16v2CvAZF4UK0RB4IwEAgwbjc8HsfY7/QBAeE4y4gMBwMBIhgAdoeHhkJCiyIBAwcM
fiKAgoR3i5qFmZ2PkZNVfxGBg4WKiYiMMo4AkJKUQ6SXp5uJnJ2Or6FopYSKiIaqp7e6oLGWpqqe
rMF3MrvIs6bFrM25qtGildO/js+r30LavbTOzavA48fbsr7p8PGu7GhqbHT4+fpxenzSWFrCCBxY
YEyZf0eSPFnIMMqUdjRs9JhI0QcQISRMtNjI0QUMESEAADs=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: text/css;
	charset="big5"
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/front/mo/Mo8/style/common/layout.css

.layout_left {
	MARGIN: 0px auto 0px 0px
}
.layout_right {
	MARGIN: 0px 0px 0px auto
}
.layout_center {
	MARGIN: 0px auto
}
DIV.fullwidth {
=09
}
DIV.account * {
	POSITION: static !important
}
P {
	MARGIN: 0px
}
A IMG {
	BORDER-BOTTOM: 0px; BORDER-LEFT: 0px; BORDER-TOP: 0px; BORDER-RIGHT: =
0px
}
.right {
	TEXT-ALIGN: right !important
}
.mo_vote A.close {
	TOP: 13px
}
.mo_vote .md_top .layer_01 {
	POSITION: relative
}
.msgcontent {
	Z-INDEX: 99991; FILTER: alpha(opacity=3D90); PADDING-BOTTOM: 10px; =
MARGIN: 20px auto; PADDING-LEFT: 10px; WIDTH: 500px; PADDING-RIGHT: =
10px; BACKGROUND: #fff; PADDING-TOP: 10px; -moz-opacity: 0.90; opacity: =
0.90
}
.mo_vote {
	Z-INDEX: 99990; FILTER: alpha(opacity=3D90); MARGIN: 20px auto; WIDTH: =
500px; -moz-opacity: 0.90; opacity: 0.90
}
#floatDiv {
	Z-INDEX: 9990; POSITION: absolute; FILTER: alpha(opacity=3D60); WIDTH: =
100%; BACKGROUND: #000; HEIGHT: 2470px; TOP: 0px; CURSOR: default; LEFT: =
0px; -moz-opacity: 0.6; opacity: 0.6
}
#msgbox {
	Z-INDEX: 9999; POSITION: absolute; WIDTH: 99%; COLOR: #f00
}
.hideThis {
	DISPLAY: none
}
.showThis {
	DISPLAY: block
}
DIV.dynamic-tab {
	CLEAR: both
}
DIV.o_block {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; CLEAR: =
both; PADDING-TOP: 5px
}
DIV.o_none {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; CLEAR: =
both; PADDING-TOP: 5px
}
DIV.dynamic-tab DIV.no {
	Z-INDEX: 1; POSITION: relative; TEXT-ALIGN: center; PADDING-BOTTOM: =
0px; MARGIN: 0px -1px 0px 2px; PADDING-LEFT: 0px; WIDTH: 100px; =
PADDING-RIGHT: 0px; DISPLAY: block; WHITE-SPACE: nowrap; FLOAT: left; =
HEIGHT: 17px; COLOR: #000; TOP: 0px; CURSOR: pointer; PADDING-TOP: 3px
}
DIV.dynamic-tab DIV.no DIV.layer_03 {
	PADDING-LEFT: 3px !important; BACKGROUND: url(images/no_left.gif) =
no-repeat left top
}
DIV.dynamic-tab DIV.no DIV.layer_02 {
	PADDING-RIGHT: 3px !important; BACKGROUND: url(images/no_right.gif) =
no-repeat right top
}
DIV.dynamic-tab DIV.no DIV.layer_01 {
	TEXT-ALIGN: center; PADDING-BOTTOM: 0px !important; PADDING-LEFT: 3px =
!important; PADDING-RIGHT: 3px !important; BACKGROUND: =
url(images/no_bg.gif) repeat-x; PADDING-TOP: 1px !important
}
DIV.dynamic-tab DIV.layer_01 {
	TEXT-ALIGN: center; WHITE-SPACE: nowrap
}
DIV.dynamic-tab DIV.now {
	Z-INDEX: 5; BORDER-BOTTOM: 0px; POSITION: relative; TEXT-ALIGN: center; =
PADDING-BOTTOM: 0px; MARGIN: 1px -1px -2px 2px; PADDING-LEFT: 0px; =
WIDTH: 100px; PADDING-RIGHT: 0px; DISPLAY: block; BACKGROUND: #fff; =
FLOAT: left; HEIGHT: 20px !important; TOP: -1px; CURSOR: pointer; =
PADDING-TOP: 1px
}
DIV.dynamic-tab DIV.now DIV.layer_03 {
	POSITION: static !important; PADDING-LEFT: 3px !important; BACKGROUND: =
url(images/now_left.gif) no-repeat left top
}
DIV.dynamic-tab DIV.now DIV.layer_02 {
	POSITION: static !important; PADDING-RIGHT: 3px !important; BACKGROUND: =
url(images/now_right.gif) no-repeat right top
}
DIV.dynamic-tab DIV.now DIV.layer_01 {
	POSITION: static !important; TEXT-ALIGN: center; PADDING-BOTTOM: 0px =
!important; PADDING-LEFT: 3px !important; PADDING-RIGHT: 3px !important; =
BACKGROUND: url(images/now_bg.gif) repeat-x; PADDING-TOP: 2px !important
}
DIV.dynamic-tab DIV.o_block {
	Z-INDEX: 2; BORDER-BOTTOM: #919b9c 1px solid; POSITION: relative; =
BORDER-LEFT: #919b9c 1px solid; PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; =
WIDTH: 97%; PADDING-RIGHT: 5px; BACKGROUND: #fcfcfe; BORDER-TOP: #919b9c =
1px solid; TOP: -2px; BORDER-RIGHT: #919b9c 1px solid; PADDING-TOP: 5px
}
DIV.dynamic-tab DIV.o_none {
	Z-INDEX: 2; BORDER-BOTTOM: #919b9c 1px solid; POSITION: relative; =
BORDER-LEFT: #919b9c 1px solid; PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; =
WIDTH: 97%; PADDING-RIGHT: 5px; BACKGROUND: #fcfcfe; BORDER-TOP: #919b9c =
1px solid; TOP: -2px; BORDER-RIGHT: #919b9c 1px solid; PADDING-TOP: 5px
}
DIV.o_none {
	DISPLAY: none
}
DIV.dynamic-tab DIV.layer_03 {
	POSITION: static !important; HEIGHT: 20px
}
DIV.dynamic-tab DIV.layer_02 {
	POSITION: static !important; HEIGHT: 20px
}
DIV.dynamic-tab DIV.layer_01 {
	POSITION: static !important; HEIGHT: 20px
}
DIV.dynamic-tab DIV.layer_01 {
	PADDING-TOP: 2px !important
}
TABLE.treemenu {
	PADDING-BOTTOM: 0px !important; PADDING-LEFT: 0px !important; =
PADDING-RIGHT: 0px !important; PADDING-TOP: 0px !important
}
.treemenu A {
	PADDING-BOTTOM: 0px !important; PADDING-LEFT: 0px !important; =
PADDING-RIGHT: 0px !important; PADDING-TOP: 0px !important
}
.treemenu A:link {
	PADDING-BOTTOM: 0px !important; PADDING-LEFT: 0px !important; =
PADDING-RIGHT: 0px !important; PADDING-TOP: 0px !important
}
.treemenu A:visited {
	PADDING-BOTTOM: 0px !important; PADDING-LEFT: 0px !important; =
PADDING-RIGHT: 0px !important; PADDING-TOP: 0px !important
}
.treemenu A:hover {
	PADDING-BOTTOM: 0px !important; PADDING-LEFT: 0px !important; =
PADDING-RIGHT: 0px !important; PADDING-TOP: 0px !important
}

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: text/css;
	charset="big5"
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/style/8/style.css

@import url( ../common/layout.css );
@import url( ../common/common.css );
TABLE.layout_center {
	WIDTH: 960px !important
}
DIV.fullwidth {
=09
}
DIV.account * {
	POSITION: static !important
}
P {
	MARGIN: 0px
}
.right {
	TEXT-ALIGN: right !important
}
.mo_vote A.close {
	TOP: 13px
}
.mo_vote .md_top .layer_01 {
	POSITION: relative
}
.msgcontent {
	Z-INDEX: 99991; FILTER: alpha(opacity=3D90); PADDING-BOTTOM: 10px; =
MARGIN: 20px auto; PADDING-LEFT: 10px; WIDTH: 500px; PADDING-RIGHT: =
10px; BACKGROUND: #fff; PADDING-TOP: 10px; -moz-opacity: 0.90; opacity: =
0.90
}
.mo_vote {
	Z-INDEX: 99990; FILTER: alpha(opacity=3D90); MARGIN: 20px auto; WIDTH: =
500px; -moz-opacity: 0.90; opacity: 0.90
}
#floatDiv {
	Z-INDEX: 9990; POSITION: absolute; FILTER: alpha(opacity=3D60); WIDTH: =
100%; BACKGROUND: #000; HEIGHT: 2470px; TOP: 0px; CURSOR: default; LEFT: =
0px; -moz-opacity: 0.6; opacity: 0.6
}
#msgbox {
	Z-INDEX: 9999; POSITION: absolute; WIDTH: 99%
}
.hideThis {
	DISPLAY: none
}
.showThis {
	DISPLAY: block
}
INPUT.checkbox {
	BORDER-BOTTOM: 0px; BORDER-LEFT: 0px; BACKGROUND: none transparent =
scroll repeat 0% 0%; BORDER-TOP: 0px; BORDER-RIGHT: 0px
}
INPUT.radio {
	BORDER-BOTTOM: 0px; BORDER-LEFT: 0px; BACKGROUND: none transparent =
scroll repeat 0% 0%; BORDER-TOP: 0px; BORDER-RIGHT: 0px
}
INPUT.image {
	BORDER-BOTTOM: 0px; BORDER-LEFT: 0px; BACKGROUND: none transparent =
scroll repeat 0% 0%; BORDER-TOP: 0px; BORDER-RIGHT: 0px
}
.wrap {
	CLEAR: both
}
.baseTB .baseTH {
	TEXT-ALIGN: left
}
INPUT.count {
	BORDER-RIGHT-WIDTH: 1px; WIDTH: 35px; BACKGROUND: #f0f0f0; =
BORDER-TOP-WIDTH: 1px; BORDER-BOTTOM-WIDTH: 1px; HEIGHT: 14px; =
BORDER-LEFT-WIDTH: 1px
}
.baseTB .desc {
	MARGIN: 0px 0px 0px 60px; PADDING-TOP: 2px
}
.clickbutton_1 {
	PADDING-BOTTOM: 1px; BORDER-RIGHT-WIDTH: 1px; PADDING-LEFT: 12px; =
PADDING-RIGHT: 2px; BACKGROUND: url(images/opened.gif) #ece9d8 no-repeat =
3px 50%; BORDER-TOP-WIDTH: 1px; BORDER-BOTTOM-WIDTH: 1px; HEIGHT: 21px; =
MARGIN-LEFT: 5px; BORDER-LEFT-WIDTH: 1px; CURSOR: pointer; PADDING-TOP: =
2px
}
.clickbutton_2 {
	PADDING-BOTTOM: 1px; BORDER-RIGHT-WIDTH: 1px; PADDING-LEFT: 12px; =
PADDING-RIGHT: 2px; BACKGROUND: url(images/closed.gif) #ece9d8 no-repeat =
3px 50%; BORDER-TOP-WIDTH: 1px; BORDER-BOTTOM-WIDTH: 1px; HEIGHT: 21px; =
MARGIN-LEFT: 5px; BORDER-LEFT-WIDTH: 1px; CURSOR: pointer; PADDING-TOP: =
2px
}
.showThis {
	DISPLAY: block
}
.hideThis {
	DISPLAY: none
}
.desc BLOCKQUOTE {
	BORDER-BOTTOM: #ccc 1px dashed; BORDER-LEFT: #ccc 1px dashed; =
PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BACKGROUND: =
#f5f5f5; BORDER-TOP: #ccc 1px dashed; BORDER-RIGHT: #ccc 1px dashed; =
PADDING-TOP: 5px
}
.center {
	TEXT-ALIGN: center
}
.control P {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; =
PADDING-TOP: 5px
}
.control INPUT {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; CURSOR: =
pointer; PADDING-TOP: 3px
}
.logdiv {
	POSITION: absolute; WIDTH: 100px; VISIBILITY: hidden
}
.logtd {
	HEIGHT: 8px
}
.signdiv {
	Z-INDEX: 1000; BORDER-BOTTOM: #999999 1px solid; POSITION: absolute; =
BORDER-LEFT: #999999 1px solid; WIDTH: 190px; DISPLAY: block; =
BACKGROUND: #f0f0f0; BORDER-TOP: #999999 1px solid; BORDER-RIGHT: =
#999999 1px solid
}
.msgdiv {
	COLOR: #ff0000
}
A.close {
	POSITION: absolute; TEXT-INDENT: -9999px; WIDTH: 18px; BACKGROUND: =
url(images/closenormal.gif) no-repeat; HEIGHT: 18px; TOP: 3px; RIGHT: =
2px
}
A.close:hover {
	BACKGROUND: url(images/closehover.gif) no-repeat
}
#logdiv .row_01_left {
	PADDING-LEFT: 10px
}
#logdiv .row_02_left {
	PADDING-LEFT: 10px
}
#logdiv .row_01_left {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
#logdiv .row_01_right {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
#logdiv .row_01_right INPUT {
	WIDTH: 80px
}
#logdiv .row_02_right INPUT {
	WIDTH: 80px
}
DIV.dynamic-tab {
	LINE-HEIGHT: 1.3em; CLEAR: both
}
DIV.o_block {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; CLEAR: =
both; PADDING-TOP: 5px
}
DIV.o_none {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; CLEAR: =
both; PADDING-TOP: 5px
}
DIV.dynamic-tab DIV.no {
	Z-INDEX: 1; TEXT-ALIGN: center; PADDING-BOTTOM: 0px; MARGIN: 0px -1px =
0px 2px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; DISPLAY: block; =
WHITE-SPACE: nowrap; FLOAT: left; HEIGHT: 17px; COLOR: #000; TOP: 0px; =
CURSOR: pointer; PADDING-TOP: 3px
}
DIV.dynamic-tab DIV.no DIV.layer_03 {
	PADDING-LEFT: 3px; BACKGROUND: url(images/no_left.gif) no-repeat left =
top
}
DIV.dynamic-tab DIV.no DIV.layer_02 {
	PADDING-RIGHT: 3px; BACKGROUND: url(images/no_right.gif) no-repeat =
right top
}
DIV.dynamic-tab DIV.no DIV.layer_01 {
	TEXT-ALIGN: center; PADDING-BOTTOM: 0px; PADDING-LEFT: 3px; =
PADDING-RIGHT: 3px; BACKGROUND: url(images/no_bg.gif) repeat-x; =
PADDING-TOP: 1px
}
DIV.dynamic-tab DIV.layer_01 {
	TEXT-ALIGN: center; WHITE-SPACE: nowrap
}
DIV.dynamic-tab DIV.now {
	Z-INDEX: 5; BORDER-BOTTOM: 0px; POSITION: relative; TEXT-ALIGN: center; =
PADDING-BOTTOM: 0px; MARGIN: 1px -1px -2px 2px; PADDING-LEFT: 0px; =
PADDING-RIGHT: 0px; DISPLAY: block; BACKGROUND: #fff; FLOAT: left; =
HEIGHT: 20px !important; TOP: -1px; CURSOR: pointer; PADDING-TOP: 1px
}
DIV.dynamic-tab DIV.now DIV.layer_03 {
	POSITION: relative; PADDING-LEFT: 3px; BACKGROUND: =
url(images/now_left.gif) no-repeat left top
}
DIV.dynamic-tab DIV.now DIV.layer_02 {
	POSITION: relative; PADDING-RIGHT: 3px; BACKGROUND: =
url(images/now_right.gif) no-repeat right top
}
DIV.dynamic-tab DIV.now DIV.layer_01 {
	POSITION: relative; TEXT-ALIGN: center; PADDING-BOTTOM: 0px; =
PADDING-LEFT: 3px; PADDING-RIGHT: 3px; BACKGROUND: =
url(images/now_bg.gif) repeat-x; PADDING-TOP: 2px
}
DIV.dynamic-tab DIV.o_block {
	Z-INDEX: 2; BORDER-BOTTOM: #919b9c 1px solid; POSITION: relative; =
BORDER-LEFT: #919b9c 1px solid; PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; =
WIDTH: 97%; PADDING-RIGHT: 5px; BACKGROUND: #fcfcfe; BORDER-TOP: #919b9c =
1px solid; TOP: -2px; BORDER-RIGHT: #919b9c 1px solid; PADDING-TOP: 5px
}
DIV.dynamic-tab DIV.o_none {
	Z-INDEX: 2; BORDER-BOTTOM: #919b9c 1px solid; POSITION: relative; =
BORDER-LEFT: #919b9c 1px solid; PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; =
WIDTH: 97%; PADDING-RIGHT: 5px; BACKGROUND: #fcfcfe; BORDER-TOP: #919b9c =
1px solid; TOP: -2px; BORDER-RIGHT: #919b9c 1px solid; PADDING-TOP: 5px
}
DIV.o_none {
	DISPLAY: none
}
#outer {
	BACKGROUND: #fff
}
FORM {
	MARGIN: 0px; DISPLAY: inline
}
UL {
	MARGIN-TOP: 0px; MARGIN-BOTTOM: 0px
}
P {
	MARGIN-TOP: 0px; MARGIN-BOTTOM: 0px
}
.wrap {
	CLEAR: both
}
BODY {
	PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: =
0px; BACKGROUND: url(images/bg.jpg); PADDING-TOP: 0px
}
DIV.container {
	BACKGROUND: url(images/top_bg.gif) repeat-x 50% top; MARGIN-LEFT: auto; =
MARGIN-RIGHT: auto
}
DIV.con_l {
=09
}
DIV.con_r {
=09
}
INPUT.image {
	BORDER-BOTTOM: 0px; BORDER-LEFT: 0px; BORDER-TOP: 0px; BORDER-RIGHT: =
0px
}
INPUT.radio {
	BORDER-BOTTOM: 0px; BORDER-LEFT: 0px; BORDER-TOP: 0px; BORDER-RIGHT: =
0px
}
INPUT.checkbox {
	BORDER-BOTTOM: 0px; BORDER-LEFT: 0px; BORDER-TOP: 0px; BORDER-RIGHT: =
0px
}
TABLE.container TD.head {
=09
}
DIV.head DIV.layer_01 {
	POSITION: relative; MIN-HEIGHT: 360px
}
* HTML DIV.head DIV.layer_01 {
	HEIGHT: 360px
}
DIV.head DIV.layer_02 {
=09
}
DIV.head DIV.layer_03 {
=09
}
DIV.lang {
	POSITION: absolute; PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-LEFT: =
0px; PADDING-RIGHT: 0px; TOP: 32px; RIGHT: 5px; PADDING-TOP: 0px
}
DIV.lang UL {
	PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: =
0px; PADDING-TOP: 0px
}
DIV.lang LI {
	PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: =
5px; PADDING-RIGHT: 5px; DISPLAY: block; FLOAT: left; LIST-STYLE-IMAGE: =
none; PADDING-TOP: 0px
}
DIV.navbar {
	TEXT-ALIGN: right; WIDTH: 100%; WHITE-SPACE: nowrap; HEIGHT: 25px
}
DIV.navbar {
	POSITION: absolute; TOP: 105px; RIGHT: 10px
}
* HTML DIV.navbar {
	RIGHT: -1px
}
DIV.navbar DIV {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 10px; FLOAT: =
right; PADDING-TOP: 0px
}
DIV.navbar UL {
	Z-INDEX: 300; WHITE-SPACE: nowrap; CLEAR: left
}
DIV.navbar LI {
	Z-INDEX: 15; TEXT-ALIGN: right; LIST-STYLE-TYPE: none; PADDING-LEFT: =
12px; BACKGROUND: url(images/nav_bg.gif) no-repeat right center; FLOAT: =
left; HEIGHT: 25px; LIST-STYLE-IMAGE: none
}
DIV.navbar LI A {
	PADDING-LEFT: 3px; PADDING-RIGHT: 13px; DISPLAY: block; BACKGROUND: =
url(images/.gif) no-repeat right top; HEIGHT: 25px; PADDING-TOP: 2px
}
DIV.navbar LI A:link {
	PADDING-LEFT: 3px; PADDING-RIGHT: 13px; DISPLAY: block; BACKGROUND: =
url(images/.gif) no-repeat right top; HEIGHT: 25px; PADDING-TOP: 2px
}
DIV.navbar LI A:visited {
	PADDING-LEFT: 3px; PADDING-RIGHT: 13px; DISPLAY: block; BACKGROUND: =
url(images/.gif) no-repeat right top; HEIGHT: 25px; PADDING-TOP: 2px
}
* HTML DIV.navbar LI A {
	WIDTH: 10px
}
* HTML DIV.navbar LI A:link {
	WIDTH: 10px
}
* HTML DIV.navbar LI A:visited {
	WIDTH: 10px
}
DIV.navbar LI A:hover {
=09
}
DIV.marquee {
	Z-INDEX: 9; POSITION: absolute; MARGIN: 6px 150px 0px 100px; WIDTH: =
400px; DISPLAY: none; BACKGROUND: none transparent scroll repeat 0% 0%; =
COLOR: #000000; CLEAR: left; RIGHT: 100px
}
DIV.logo {
	POSITION: absolute; PADDING-LEFT: 2px; TOP: -127px
}
DIV.company {
	Z-INDEX: 101; PADDING-BOTTOM: 0px; PADDING-LEFT: 22px; DISPLAY: none
}
DIV.logobanner {
	POSITION: absolute; BOTTOM: 0px; BACKGROUND: #fff; HEIGHT: 226px; LEFT: =
0px
}
DIV.banner {
	POSITION: absolute; BOTTOM: 0px; LEFT: 0px
}
DIV#hdAds {
	TEXT-ALIGN: center
}
DIV.searchbar {
	POSITION: absolute; TEXT-ALIGN: right; WIDTH: 100%; DISPLAY: none; TOP: =
0px
}
DIV.searchbar DIV FORM {
	MARGIN: 0px; PADDING-RIGHT: 0px
}
DIV.searchbar INPUT {
	MARGIN: 0px; PADDING-RIGHT: 0px
}
DIV.searchbar DIV IMG {
	MARGIN: 0px; PADDING-RIGHT: 0px
}
DIV.searchbar DIV {
	PADDING-RIGHT: 2px; VERTICAL-ALIGN: top; PADDING-TOP: 5px
}
DIV.searchbar DIV TABLE TD {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; =
PADDING-TOP: 0px
}
DIV.searchbar INPUT.keyword {
	BORDER-BOTTOM: #000 1px solid; BORDER-LEFT: #000 1px solid; WIDTH: =
95px; BACKGROUND: #ffffff; HEIGHT: 14px; COLOR: #000; BORDER-TOP: #000 =
1px solid; BORDER-RIGHT: #000 1px solid
}
DIV.search {
	PADDING-BOTTOM: 0px; MARGIN: 0px 15px; PADDING-LEFT: 0px; =
PADDING-RIGHT: 0px; BACKGROUND: #fff; PADDING-TOP: 0px
}
DIV.search TABLE {
	MARGIN: 0px auto 0px 10px; WIDTH: 100%
}
DIV.search TABLE TD {
	HEIGHT: 30px
}
TABLE.container TD.body {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; BACKGROUND: =
#fff; PADDING-TOP: 0px
}
DIV.row_0 {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; =
PADDING-TOP: 0px
}
TABLE.box {
	MARGIN-TOP: 5px
}
TD.col_01 {
	PADDING-RIGHT: 5px; PADDING-TOP: 0px
}
TD.col_03 {
	PADDING-LEFT: 10px; PADDING-TOP: 0px
}
* HTML DIV.col_02 {
	POSITION: relative
}
DIV.col_02 {
	PADDING-LEFT: 5px; PADDING-RIGHT: 5px
}
DIV.md_bottom {
=09
}
DIV.md_top DIV.layer_03 {
=09
}
DIV.noborder DIV.md_top DIV.layer_03 {
	DISPLAY: none; BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.md_top DIV.layer_02 {
=09
}
DIV.md_top DIV.layer_01 {
=09
}
DIV.md_top DIV.layer_01 H3 {
	PADDING-LEFT: 18px; PADDING-TOP: 5px
}
DIV.md_middle DIV.layer_02 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.noborder DIV.md_middle DIV.layer_02 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.md_middle DIV.layer_01 {
	PADDING-BOTTOM: 13px; PADDING-LEFT: 5px; PADDING-RIGHT: 12px; =
BACKGROUND: none transparent scroll repeat 0% 0%; PADDING-TOP: 8px
}
DIV.noborder DIV.md_middle DIV.layer_01 {
	BORDER-BOTTOM: medium none; BORDER-LEFT: medium none; PADDING-BOTTOM: =
0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; BACKGROUND: none transparent =
scroll repeat 0% 0%; BORDER-TOP: medium none; BORDER-RIGHT: medium none; =
PADDING-TOP: 0px
}
DIV.md_bottom {
	DISPLAY: none
}
DIV.md_bottom DIV.layer_03 {
	BACKGROUND: url(images/cgmenu_bottom_md.gif) repeat-x center bottom; =
HEIGHT: 28px
}
DIV.md_bottom DIV.layer_02 {
	BACKGROUND: url(images/cgmenu_bottom_le.gif) no-repeat left bottom; =
HEIGHT: 28px
}
DIV.md_bottom DIV.layer_01 {
	BACKGROUND: url(images/cgmenu_bottom_ri.gif) no-repeat right bottom; =
HEIGHT: 28px
}
DIV.noborder DIV.md_bottom DIV.layer_03 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.noborder DIV.md_bottom DIV.layer_02 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.noborder DIV.md_bottom DIV.layer_01 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.advsearch {
	BACKGROUND: none transparent scroll repeat 0% 0%; BORDER-TOP: #c1c1c1 =
1px solid; PADDING-TOP: 20px
}
DIV.advsearch DIV.md_middle DIV.layer_01 {
	BORDER-BOTTOM: medium none; BORDER-LEFT: medium none; BACKGROUND: none =
transparent scroll repeat 0% 0%; BORDER-TOP: medium none; BORDER-RIGHT: =
medium none
}
DIV.advsearch DIV.md_top {
	DISPLAY: none
}
DIV.advsearch DIV.md_bottom {
	DISPLAY: none
}
DIV.col_02 DIV.login DIV.md_top DIV.layer_03 {
=09
}
DIV.col_02 DIV.login DIV.md_top DIV.layer_02 {
=09
}
DIV.col_02 DIV.login DIV.md_top DIV.layer_01 {
=09
}
DIV.col_02 DIV.login DIV.md_top DIV.layer_01 H3 {
	PADDING-LEFT: 15px; PADDING-TOP: 5px
}
TD.col_01 DIV.col_01 DIV.md_top DIV.layer_03 {
=09
}
TD.col_01 DIV.col_01 DIV.md_top DIV.layer_02 {
	BACKGROUND: url(images/col_01_md_top_bg.gif) repeat-x
}
TD.col_01 DIV.col_01 DIV.md_top DIV.layer_01 {
	BACKGROUND: url(images/cgmenu_top_le.gif) no-repeat; HEIGHT: 43px
}
DIV.col_01 DIV.md_top DIV.layer_01 H3 {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 50px; PADDING-RIGHT: 0px; COLOR: =
#296476; PADDING-TOP: 10px
}
DIV.col_01 DIV.md_middle DIV.layer_03 {
=09
}
DIV.col_01 DIV.md_middle DIV.layer_02 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.col_01 DIV.md_middle DIV.layer_01 {
	BORDER-LEFT: #6496ad 6px solid; BACKGROUND: =
url(images/col_02_md_middle_bg.gif) repeat-x
}
DIV.mo_cgmenu DIV.md_top DIV.layer_02 {
	BACKGROUND: url(images/col_01_md_top_bg.gif) repeat-x; HEIGHT: 43px
}
DIV.mo_cgmenu DIV.md_top DIV.layer_01 {
	BACKGROUND: url(images/col_01_md_top_l.gif) no-repeat; HEIGHT: 43px
}
DIV.mo_cgmenu DIV.md_top DIV.layer_01 H3 {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 50px; PADDING-RIGHT: 0px; COLOR: =
#7d3723; PADDING-TOP: 10px
}
DIV.mo_cgmenu DIV.md_middle DIV.layer_01 {
	BORDER-LEFT: #be6b5d 6px solid
}
DIV.mo_cgmenu DIV.md_bottom {
=09
}
DIV.mo_cgmenu DIV.md_bottom DIV.layer_03 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.mo_cgmenu DIV.md_bottom DIV.layer_02 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.mo_cgmenu DIV.md_bottom DIV.layer_01 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.showborder DIV.md_top DIV.layer_03 {
=09
}
DIV.account DIV.md_top DIV.layer_03 {
	BACKGROUND: url(images/col_02_md_top_bg.gif) repeat-x
}
DIV.mo_forum DIV.md_top DIV.layer_03 {
	BACKGROUND: url(images/col_02_md_top_bg.gif) repeat-x
}
DIV.login DIV.md_top DIV.layer_03 {
	BACKGROUND: url(images/col_02_md_top_bg.gif) repeat-x
}
DIV.mo_login DIV.md_top DIV.layer_02 {
	BACKGROUND: url(images/col_02_md_top_bg.gif) repeat-x
}
DIV.showborder DIV.md_top DIV.layer_02 {
	BACKGROUND: url(images/col_02_md_top_bg.gif) repeat-x
}
DIV.account DIV.md_top DIV.layer_01 {
	BACKGROUND: url(images/col_02_md_top_l.gif) no-repeat left 50%; HEIGHT: =
26px
}
DIV.mo_forum DIV.md_top DIV.layer_01 {
	BACKGROUND: url(images/col_02_md_top_l.gif) no-repeat left 50%; HEIGHT: =
26px
}
DIV.login DIV.md_top DIV.layer_01 {
	BACKGROUND: url(images/col_02_md_top_l.gif) no-repeat left 50%; HEIGHT: =
26px
}
DIV.mo_login DIV.md_top DIV.layer_01 {
	BACKGROUND: url(images/col_02_md_top_l.gif) no-repeat left 50%; HEIGHT: =
26px
}
DIV.showborder DIV.md_top DIV.layer_01 {
	BACKGROUND: url(images/col_02_md_top_l.gif) no-repeat left 50%; HEIGHT: =
26px
}
DIV.showborder DIV.md_middle DIV.layer_02 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.login DIV.middle DIV.layer_01 {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; =
BACKGROUND: url(images/col_02_md_middle_bg.gif) repeat-x; PADDING-TOP: =
5px
}
DIV.mo_login DIV.middle DIV.layer_01 {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; =
BACKGROUND: url(images/col_02_md_middle_bg.gif) repeat-x; PADDING-TOP: =
5px
}
DIV.showborder DIV.md_middle DIV.layer_01 {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; =
BACKGROUND: url(images/col_02_md_middle_bg.gif) repeat-x; PADDING-TOP: =
5px
}
DIV.md_bottom {
=09
}
DIV.showborder DIV.md_bottom DIV.layer_03 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.showborder DIV.md_bottom DIV.layer_02 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.showborder DIV.md_bottom DIV.layer_01 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
A.special-link IMG {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 5px; =
PADDING-TOP: 0px
}
A.shadow-link IMG {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 6px; =
PADDING-TOP: 5px
}
DIV.mainfoot {
	PADDING-LEFT: 0px; PADDING-RIGHT: 0px
}
TABLE.container TD.foot {
=09
}
DIV.counter {
	TEXT-ALIGN: center; PADDING-BOTTOM: 3px; PADDING-LEFT: 3px; =
PADDING-RIGHT: 3px; BACKGROUND: #fff; COLOR: #333; PADDING-TOP: 3px
}
DIV.foot {
=09
}
DIV.foot DIV.layer_03 {
	BACKGROUND: url(images/foot_bg.gif) #686762 repeat-x
}
DIV.foot DIV.layer_02 {
=09
}
DIV.foot DIV.layer_01 {
	POSITION: relative
}
DIV.foot DIV.copyright {
	TEXT-ALIGN: center; PADDING-BOTTOM: 15px; WIDTH: 100%; COLOR: #fff; =
PADDING-TOP: 15px
}
DIV.foot DIV.gotop {
	POSITION: absolute; WIDTH: 35px; HEIGHT: 13px; TOP: 15px; RIGHT: 35px
}
TABLE.special {
	TEXT-ALIGN: left; WIDTH: 100%
}
DIV.more {
	TEXT-ALIGN: right
}
DIV.more A {
	PADDING-LEFT: 0px; PADDING-RIGHT: 5px; DISPLAY: block; COLOR: #824652; =
FONT-SIZE: 10px; TEXT-DECORATION: underline
}
DIV.more A:link {
	PADDING-LEFT: 0px; PADDING-RIGHT: 5px; DISPLAY: block; COLOR: #824652; =
FONT-SIZE: 10px; TEXT-DECORATION: underline
}
DIV.more A:hover {
	PADDING-LEFT: 0px; PADDING-RIGHT: 5px; DISPLAY: block; COLOR: #824652; =
FONT-SIZE: 10px; TEXT-DECORATION: underline
}
DIV.more A:visited {
	PADDING-LEFT: 0px; PADDING-RIGHT: 5px; DISPLAY: block; COLOR: #824652; =
FONT-SIZE: 10px; TEXT-DECORATION: underline
}
DIV.showhr DIV.md_top {
	DISPLAY: none
}
DIV.showhr DIV.md_bottom {
	DISPLAY: none
}
DIV.nohr DIV.md_top {
	DISPLAY: none
}
DIV.nohr DIV.md_bottom {
	DISPLAY: none
}
DIV.nohr DIV.md_middle {
	BORDER-BOTTOM: 0px; BORDER-LEFT: 0px; PADDING-BOTTOM: 3px; =
PADDING-LEFT: 3px; PADDING-RIGHT: 3px; BORDER-TOP: 0px; BORDER-RIGHT: =
0px; PADDING-TOP: 0px
}
DIV.showhr DIV.md_middle {
	BORDER-BOTTOM: #ccc 1px solid; TEXT-ALIGN: center; BORDER-LEFT: 0px; =
COLOR: #780202; BORDER-TOP: 0px; BORDER-RIGHT: 0px
}
DIV.showhr {
	MARGIN-BOTTOM: 5px
}
DIV.showhr DIV.md_middle DIV.layer_02 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.showhr DIV.md_middle DIV.layer_01 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.account {
	MARGIN: 0px auto; WIDTH: 600px
}
DIV.account .regterm TEXTAREA {
	WIDTH: 600px
}
DIV.title {
	PADDING-BOTTOM: 5px; MARGIN: 0px auto; PADDING-LEFT: 3px; WIDTH: 100%; =
PADDING-RIGHT: 0px; BACKGROUND: #c5ebf6; PADDING-TOP: 5px
}
TABLE.account {
	MARGIN: 0px auto; WIDTH: 600px
}
TABLE.account TD INPUT {
	BORDER-BOTTOM: #000 1px solid; BORDER-LEFT: #000 1px solid; BACKGROUND: =
#ffffff; HEIGHT: 18px; BORDER-TOP: #000 1px solid; BORDER-RIGHT: #000 =
1px solid
}
TABLE.account TD INPUT {
	BACKGROUND: #ffffff
}
DIV.account TD.row_01_left {
	TEXT-ALIGN: right; WIDTH: 45%; PADDING-RIGHT: 7px; COLOR: #322722; =
FONT-WEIGHT: bold
}
TABLE.account TD.row_01_left {
	TEXT-ALIGN: right; WIDTH: 45%; PADDING-RIGHT: 7px; COLOR: #322722; =
FONT-WEIGHT: bold
}
DIV.account TD.row_02_left {
	TEXT-ALIGN: right; PADDING-RIGHT: 7px; COLOR: #48382f; FONT-WEIGHT: =
bold
}
TABLE.account TD.row_02_left {
	TEXT-ALIGN: right; PADDING-RIGHT: 7px; COLOR: #48382f; FONT-WEIGHT: =
bold
}
DIV.acctmsg DIV.md_middle DIV.layer_01 {
	TEXT-ALIGN: center; PADDING-BOTTOM: 40px; PADDING-LEFT: 100px; =
PADDING-RIGHT: 100px; PADDING-TOP: 40px
}
DIV.acctmsg DIV.msg {
	TEXT-ALIGN: left; PADDING-BOTTOM: 15px; MARGIN: 0px; PADDING-LEFT: =
15px; PADDING-RIGHT: 15px; COLOR: #000000; PADDING-TOP: 15px
}
DIV.login {
	MARGIN: 0px auto; WIDTH: 70%
}
DIV.login DIV.md_middle {
	BACKGROUND: #fff
}
DIV.login .tips {
	TEXT-ALIGN: right
}
DIV.login .msg {
	MARGIN: 0px 8px 15px
}
DIV.login TABLE {
	MARGIN: 0px auto; WIDTH: 100%
}
DIV.login DIV.md_middle .row_02_left {
	BACKGROUND: #fff
}
DIV.login DIV.md_middle .row_02_right {
	BACKGROUND: #fff
}
DIV.login TD {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; =
PADDING-TOP: 3px
}
DIV.login TD INPUT {
	BORDER-BOTTOM: #000 1px solid; BORDER-LEFT: #000 1px solid; BACKGROUND: =
#ffffff; HEIGHT: 14px; BORDER-TOP: #000 1px solid; BORDER-RIGHT: #000 =
1px solid
}
DIV.login TD.row_01_left {
	TEXT-ALIGN: right; PADDING-RIGHT: 7px
}
DIV.login TD.row_02_left {
	TEXT-ALIGN: right; PADDING-RIGHT: 7px
}
DIV.viewcart DIV.msg {
	BORDER-BOTTOM: 0px; TEXT-ALIGN: left; BORDER-LEFT: 0px; PADDING-BOTTOM: =
40px; PADDING-LEFT: 10px; WIDTH: 400px; PADDING-RIGHT: 10px; BORDER-TOP: =
0px; BORDER-RIGHT: 0px; PADDING-TOP: 40px
}
.popcart {
	PADDING-TOP: 7px
}
BODY.popcart DIV.viewcart DIV.md_bottom DIV.layer_01 {
	HEIGHT: 7px !important
}
BODY.popcart A {
	PADDING-BOTTOM: 1px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; =
TEXT-DECORATION: none; PADDING-TOP: 1px
}
BODY.popcart A:hover {
	BACKGROUND-COLOR: #fff; COLOR: #000
}
TABLE.viewcart {
	MARGIN-TOP: 10px; WIDTH: 100%
}
TABLE.query TD {
	PADDING-BOTTOM: 2px; PADDING-LEFT: 4px; PADDING-RIGHT: 4px; HEIGHT: =
20px; PADDING-TOP: 2px
}
TABLE.viewcart TD {
	PADDING-BOTTOM: 2px; PADDING-LEFT: 4px; PADDING-RIGHT: 4px; HEIGHT: =
20px; PADDING-TOP: 2px
}
TABLE.viewcart TD.row_01 {
	BACKGROUND: #fff
}
TABLE.viewcart TD.row_02 {
	BACKGROUND: #f3f3f3
}
TABLE.viewcart TD DIV {
	TEXT-ALIGN: right
}
TABLE.control {
	TEXT-ALIGN: center; PADDING-BOTTOM: 5px; MARGIN: auto; PADDING-LEFT: =
5px; WIDTH: 100%; PADDING-RIGHT: 5px; BACKGROUND: #eee; PADDING-TOP: 5px
}
TABLE.control TD {
	TEXT-ALIGN: center
}
TABLE.control INPUT {
	MARGIN: auto; BACKGROUND: #ddd; COLOR: #000; CURSOR: hand
}
TABLE.control TD DIV {
	TEXT-ALIGN: right
}
DIV.check {
	PADDING-BOTTOM: 2px; PADDING-LEFT: 2px; PADDING-RIGHT: 2px; =
MARGIN-BOTTOM: 5px; PADDING-TOP: 2px
}
DIV.checkall {
	MARGIN: 0px; FLOAT: right
}
DIV.bill {
=09
}
DIV.bill DIV.msg {
	BORDER-BOTTOM: 0px; TEXT-ALIGN: left; BORDER-LEFT: 0px; PADDING-BOTTOM: =
40px; MARGIN: 0px 20%; PADDING-LEFT: 10px; WIDTH: 300px; PADDING-RIGHT: =
10px; BACKGROUND: none transparent scroll repeat 0% 0%; BORDER-TOP: 0px; =
BORDER-RIGHT: 0px; PADDING-TOP: 40px
}
TABLE.bill TD DIV {
	TEXT-ALIGN: right
}
TABLE.bill {
	BORDER-BOTTOM: #efa10a 1px solid; BORDER-LEFT: #efa10a 1px solid; =
MARGIN-TOP: 10px; WIDTH: 100%; BORDER-TOP: #efa10a 0px solid; =
BORDER-RIGHT: #efa10a 0px solid
}
TABLE.bill TD {
	BORDER-BOTTOM: #f4c76f 1px solid; BORDER-LEFT: #f4c76f 0px solid; =
PADDING-BOTTOM: 2px; PADDING-LEFT: 4px; PADDING-RIGHT: 4px; HEIGHT: =
24px; BORDER-TOP: #f4c76f 0px solid; BORDER-RIGHT: #f4c76f 1px solid; =
PADDING-TOP: 2px
}
DIV.checkoutmsg DIV.msg {
	MARGIN-TOP: 0px
}
DIV.mo_forum {
	MARGIN-BOTTOM: 5px
}
DIV.mo_forum DIV.md_top {
	BACKGROUND: none transparent scroll repeat 0% 0%; HEIGHT: 31px
}
DIV.mo_forum_view DIV.md_top {
	BACKGROUND: none transparent scroll repeat 0% 0%; HEIGHT: 31px
}
DIV.mo_forum_post DIV.md_top {
	BACKGROUND: none transparent scroll repeat 0% 0%; HEIGHT: 31px
}
DIV.mo_forum DIV.control {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BACKGROUND: =
#f0f0f0; PADDING-TOP: 5px
}
DIV.mo_forum TABLE {
	WIDTH: 100%
}
DIV.control {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BACKGROUND: =
#f0f0f0; PADDING-TOP: 5px
}
DIV.control SPAN IMG {
	PADDING-RIGHT: 3px
}
DIV.forumlist {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; =
PADDING-TOP: 10px
}
DIV.forumlist SPAN {
	BORDER-BOTTOM: #b7b7b7 1px solid; BORDER-LEFT: #b7b7b7 1px solid; =
PADDING-BOTTOM: 2px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; BACKGROUND: =
#f3f3f3; BORDER-TOP: #b7b7b7 1px solid; BORDER-RIGHT: #b7b7b7 1px solid; =
PADDING-TOP: 4px
}
DIV.forumlist IMG {
	PADDING-RIGHT: 3px
}
DIV.mo_forum TABLE.forumlist {
	MARGIN-TOP: 10px
}
DIV.mo_forum TABLE TD {
	VERTICAL-ALIGN: middle
}
DIV.mo_forum_post TABLE TD {
	VERTICAL-ALIGN: middle
}
DIV.mo_forum_post {
	WIDTH: 500px
}
TABLE.forumlist THEAD TH {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BACKGROUND: =
#a60816; COLOR: #fff; FONT-WEIGHT: bold; PADDING-TOP: 5px
}
TABLE.forumlist TBODY TD {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; =
VERTICAL-ALIGN: middle; PADDING-TOP: 3px
}
DIV.mo_forum .row_01 {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BACKGROUND: =
#fff; PADDING-TOP: 5px
}
DIV.mo_forum .row_02 {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BACKGROUND: =
#f3f3f3; PADDING-TOP: 5px
}
DIV.mo_forum A {
	TEXT-DECORATION: none
}
DIV.smiles {
	TEXT-ALIGN: center; PADDING-BOTTOM: 0px; PADDING-LEFT: 3px; =
PADDING-RIGHT: 3px; DISPLAY: inline; FLOAT: left; CLEAR: right; =
PADDING-TOP: 0px
}
TABLE.forumpost {
	MARGIN: 10px 0px
}
TABLE.forumpost TD {
	PADDING-BOTTOM: 2px; PADDING-LEFT: 2px; PADDING-RIGHT: 2px; =
PADDING-TOP: 2px
}
P.square {
	CLEAR: left
}
DIV.square {
	DISPLAY: block; COLOR: #333
}
DIV.post {
	PADDING-BOTTOM: 10px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; =
PADDING-TOP: 10px
}
DIV.post H3 {
	MARGIN: 5px 0px; COLOR: #a40404
}
P.inline {
	CLEAR: right
}
DIV.inline {
	FLOAT: left
}
DIV.info {
	BORDER-BOTTOM: #ccc 1px solid; PADDING-BOTTOM: 2px; PADDING-LEFT: 2px; =
PADDING-RIGHT: 2px; DISPLAY: inline; BACKGROUND: #f0f0f0; PADDING-TOP: =
2px
}
DIV.content {
	PADDING-BOTTOM: 0px; LINE-HEIGHT: 1.5em; PADDING-LEFT: 0px; =
PADDING-RIGHT: 0px; PADDING-TOP: 10px
}
DIV.reply {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; CLEAR: =
both; BORDER-TOP: #ccc 1px solid; PADDING-TOP: 3px
}
DIV.link {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; =
PADDING-TOP: 3px
}
DIV.bbsearch DIV.md_top DIV.layer_01 H3 {
	PADDING-BOTTOM: 5px; MARGIN: 0px; PADDING-LEFT: 5px; PADDING-RIGHT: =
5px; PADDING-TOP: 5px
}
DIV.bbsearch {
	MARGIN-BOTTOM: 5px; MARGIN-LEFT: 10px
}
TD.old_price_left {
	TEXT-ALIGN: right !important
}
TD.new_price_left {
	TEXT-ALIGN: right !important
}
A.cart_add {
=09
}
A.cart_add:link {
=09
}
A.cart_add:visited {
=09
}
DIV.list {
	CLEAR: both; PADDING-TOP: 10px
}
DIV.desc {
	PADDING-BOTTOM: 10px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; COLOR: =
#333; PADDING-TOP: 10px
}
TABLE.cglist {
	WIDTH: 100%
}
TABLE.cglist TD {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; =
PADDING-TOP: 3px
}
TABLE.cglist DIV {
	TEXT-ALIGN: left
}
TABLE.cglist DIV.normal {
	BORDER-BOTTOM: #ccd7fc 1px outset; BORDER-LEFT: #ccd7fc 1px outset; =
PADDING-BOTTOM: 5px; PADDING-LEFT: 7px; PADDING-RIGHT: 7px; BORDER-TOP: =
#ccd7fc 1px outset; BORDER-RIGHT: #ccd7fc 1px outset; PADDING-TOP: 5px
}
TABLE.cglist DIV A {
	COLOR: #3c60c5; FONT-WEIGHT: bold; TEXT-DECORATION: none
}
TABLE.cglist DIV.over {
	BORDER-BOTTOM: #ccd7fc 1px outset; BORDER-LEFT: #ccd7fc 1px outset; =
PADDING-BOTTOM: 5px; PADDING-LEFT: 7px; PADDING-RIGHT: 7px; BACKGROUND: =
#fffbe9; BORDER-TOP: #ccd7fc 1px outset; BORDER-RIGHT: #ccd7fc 1px =
outset; PADDING-TOP: 5px
}
TABLE.cglist DIV.down {
	BORDER-BOTTOM: #ccd7fc 1px inset; BORDER-LEFT: #ccd7fc 1px inset; =
PADDING-BOTTOM: 4px; PADDING-LEFT: 8px; PADDING-RIGHT: 6px; BACKGROUND: =
#eeeeee; BORDER-TOP: #ccd7fc 1px inset; BORDER-RIGHT: #ccd7fc 1px inset; =
PADDING-TOP: 6px
}
TD.cm {
	BORDER-BOTTOM: #5e9bad 1px solid; BORDER-LEFT: #5e9bad 1px solid; =
PADDING-BOTTOM: 4px; PADDING-LEFT: 2px; PADDING-RIGHT: 2px; BACKGROUND: =
#fff; VERTICAL-ALIGN: top; BORDER-TOP: #5e9bad 1px solid; BORDER-RIGHT: =
#5e9bad 1px solid; PADDING-TOP: 4px
}
TD.rb {
	WIDTH: 3px; BACKGROUND: #cdebf4; HEIGHT: 3px
}
TD.rm {
	WIDTH: 3px; BACKGROUND: #cdebf4; VERTICAL-ALIGN: top
}
DIV.rm {
	WIDTH: 3px; BACKGROUND: #fff; HEIGHT: 10px
}
TD.lm {
	WIDTH: 4px
}
DIV.lm {
	WIDTH: 10px
}
TD.cb {
	BACKGROUND: #cdebf4; HEIGHT: 3px
}
DIV.cb {
	WIDTH: 10px; BACKGROUND: #fff; HEIGHT: 3px
}
TD.cb {
	WIDTH: 3px
}
TD.rb {
	WIDTH: 3px
}
TD.lb {
	WIDTH: 3px
}
TD.ct {
	WIDTH: 3px
}
TD.rt {
	WIDTH: 3px
}
TD.lt {
	WIDTH: 3px
}
TD.ct {
	HEIGHT: 10px
}
TD.rt {
	HEIGHT: 10px
}
TD.lt {
	HEIGHT: 10px
}
DIV.mo_ptdetail DIV.md_middle {
=09
}
TD.haveimage_1 {
	BORDER-LEFT: #eafbe4 1px dotted; PADDING-LEFT: 5px
}
TABLE.largeimage_2 {
	DISPLAY: block; FLOAT: left
}
DIV.haveimage_2 {
	PADDING-BOTTOM: 2px; PADDING-LEFT: 2px; PADDING-RIGHT: 2px; =
PADDING-TOP: 2px
}
TABLE.largeimage_3 {
	CLEAR: both
}
DIV.haveimage_3 {
	PADDING-BOTTOM: 2px; PADDING-LEFT: 2px; PADDING-RIGHT: 2px; CLEAR: =
both; BORDER-TOP: #eafbe4 1px dotted; PADDING-TOP: 2px
}
DIV.relinfo {
	MARGIN: 0px 3px 3px 0px
}
DIV.mo_favlist {
	PADDING-BOTTOM: 10px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; =
PADDING-TOP: 0px
}
DIV.mo_favlist TABLE {
	WIDTH: 100%
}
DIV.mo_favlist TABLE TD {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; =
PADDING-TOP: 3px
}
DIV.mo_favlist H5 {
	MARGIN: 0px
}
DIV.mo_favlist DIV.checkall {
	FLOAT: left; MARGIN-RIGHT: 50px
}
DIV.mo_favlist DIV.page {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; =
PADDING-TOP: 5px
}
TABLE.favlist TD.row_01 {
	BACKGROUND: #fff
}
TABLE.favlist TD.row_02 {
	BACKGROUND: #eafbe4
}
TABLE.listmod_4 {
	MARGIN-TOP: 5px; WIDTH: 100%; MARGIN-BOTTOM: 5px
}
TABLE.listmod_4 TD {
	BORDER-BOTTOM: #ccc 1px dashed; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; =
HEIGHT: 22px; PADDING-TOP: 3px
}
TABLE.listmod_4 TH {
	BORDER-BOTTOM: #ccc 1px dashed
}
TABLE.listmod_4 THEAD TH {
	BORDER-BOTTOM: #daffe7 1px solid; BACKGROUND-COLOR: #daffe7; =
BORDER-TOP: #daffe7 1px solid; FONT-WEIGHT: bold
}
TABLE.listmod_4 THEAD TH DIV {
	MARGIN: 3px
}
TABLE.listmod_4 TD.row_01 {
	BACKGROUND: #fff
}
TABLE.listmod_4 TD.row_02 {
	BACKGROUND: #f2ffe2
}
TABLE.mo_download {
	TEXT-ALIGN: left; MARGIN-TOP: 10px; WIDTH: 80%
}
TABLE.desc {
	TEXT-ALIGN: left; WIDTH: 80%
}
TD.row_01_left {
	BACKGROUND: #fff
}
TD.row_01_right {
	BACKGROUND: #fff
}
TD.row_02_left {
	BACKGROUND: #e6f4f7
}
TD.row_02_right {
	BACKGROUND: #e6f4f7
}
DIV.tips {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; COLOR: =
#ff7401; FONT-WEIGHT: bold; PADDING-TOP: 5px
}
DIV.msg {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BACKGROUND: =
#fff; COLOR: #ff0000; PADDING-TOP: 5px
}
DIV.submit {
	TEXT-ALIGN: center; PADDING-BOTTOM: 5px; MARGIN: auto; PADDING-LEFT: =
5px; WIDTH: 590px; PADDING-RIGHT: 5px; PADDING-TOP: 5px
}
DIV.submit A {
	PADDING-BOTTOM: 2px; PADDING-LEFT: 2px; PADDING-RIGHT: 2px; =
TEXT-DECORATION: none; PADDING-TOP: 2px
}
DIV.submit A:link {
	PADDING-BOTTOM: 2px; PADDING-LEFT: 2px; PADDING-RIGHT: 2px; =
TEXT-DECORATION: none; PADDING-TOP: 2px
}
DIV.submit A:visited {
	PADDING-BOTTOM: 2px; PADDING-LEFT: 2px; PADDING-RIGHT: 2px; =
TEXT-DECORATION: none; PADDING-TOP: 2px
}
DIV.submit A:hover {
	PADDING-BOTTOM: 2px; PADDING-LEFT: 2px; PADDING-RIGHT: 2px; BACKGROUND: =
#eeeeee; COLOR: #444444; PADDING-TOP: 2px
}
.right {
	TEXT-ALIGN: right !important; COLOR: #333
}
DIV.ptadd {
	TEXT-ALIGN: right; PADDING-BOTTOM: 3px; PADDING-LEFT: 0px; =
PADDING-RIGHT: 20px; PADDING-TOP: 3px
}
DIV.other {
=09
}
DIV.other SPAN {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 4px; =
PADDING-TOP: 0px
}
DIV.other SPAN IMG {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 2px; =
PADDING-TOP: 0px
}
DIV.mo_login TD.row_01_left {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.mo_login TD.row_01_right {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.mo_login TD.row_02_left {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.mo_login TD.row_02_right {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.mo_login DIV.links {
	PADDING-TOP: 5px
}
DIV.mo_login DIV.wrap {
	CLEAR: both
}
DIV.mo_login DIV.links SPAN {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 0px; WIDTH: 49%; PADDING-RIGHT: 0px; =
DISPLAY: block; FLOAT: left; PADDING-TOP: 3px
}
DIV.mo_vote {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; BACKGROUND: =
#fff; PADDING-TOP: 0px
}
DIV.mo_vote DIV.md_middle {
	PADDING-BOTTOM: 20px; PADDING-LEFT: 20px; PADDING-RIGHT: 20px; =
PADDING-TOP: 20px
}
DIV.mo_vote TABLE {
	MARGIN: 0px; WIDTH: 100%
}
DIV.mo_vote TABLE TD {
	BORDER-BOTTOM: #ddd 1px solid; BORDER-LEFT: #ddd 1px solid; =
PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; WHITE-SPACE: =
nowrap; BACKGROUND: #fff; BORDER-TOP: #ddd 1px solid; BORDER-RIGHT: #ddd =
1px solid; PADDING-TOP: 5px
}
DIV.mo_vote DIV.voting {
	BACKGROUND: url(images/voting.gif) repeat-x; HEIGHT: 9px
}
DIV.mo_vote DIV.desc {
	MARGIN: 0px
}
DIV.mo_vote DIV.close {
	TEXT-ALIGN: center
}
DIV.mo_vote DIV.close BUTTON {
	MARGIN: 5px
}
BODY.notfound {
	PADDING-TOP: 15px
}
DIV.notfound {
	MARGIN-LEFT: 50px; MARGIN-RIGHT: 50px
}
DIV.notfound DIV.md_middle DIV.layer_01 {
	TEXT-ALIGN: center
}
DIV.notfound DIV.md_middle DIV.layer_01 DIV {
	TEXT-ALIGN: left
}
DIV.notfound DIV.md_middle DIV.layer_01 DIV.msg {
	BORDER-BOTTOM: 0px; BORDER-LEFT: 0px; WIDTH: 85%; BACKGROUND: none =
transparent scroll repeat 0% 0%; COLOR: #000; BORDER-TOP: 0px; =
BORDER-RIGHT: 0px
}
DIV.notfound DIV.md_top DIV.layer_01 H3 {
	BORDER-BOTTOM: 0px; BORDER-LEFT: 0px; BACKGROUND: none transparent =
scroll repeat 0% 0%; HEIGHT: 10px; BORDER-TOP: 0px; BORDER-RIGHT: 0px
}
.ECMenu {
	BEHAVIOR: url(../lib/cl_flyout.htc)
}
.flyoutMenu {
	BORDER-BOTTOM: #dbddc1 0px solid; BORDER-LEFT: #dbddc1 1px solid; =
FONT-FAMILY: Verdana, Arial, Helvetica, "=B7s=B2=D3=A9=FA=C5=E9"; COLOR: =
#333333; BORDER-TOP: #dbddc1 1px solid; BORDER-RIGHT: #dbddc1 0px solid
}
.flyoutLink {
	PADDING-LEFT: 0px; BACKGROUND: #fff; HEIGHT: 20px; CURSOR: pointer
}
.flyoutLink A {
	COLOR: #000000; TEXT-DECORATION: none
}
.flyoutLink A:link {
	COLOR: #000000; TEXT-DECORATION: none
}
.flyoutLink A:visited {
	COLOR: #000000; TEXT-DECORATION: none
}
.flyoutLink A:hover {
	COLOR: #000000; TEXT-DECORATION: none
}
.flyoutLinkOver {
	BACKGROUND: #fff; HEIGHT: 20px; CURSOR: pointer
}
.flyoutLinkOver A {
	COLOR: #f4be1f; TEXT-DECORATION: none
}
.flyoutLinkOver A:link {
	COLOR: #f4be1f; TEXT-DECORATION: none
}
.flyoutLinkOver A:visited {
	COLOR: #f4be1f; TEXT-DECORATION: none
}
.flyoutLinkOver A:hover {
	COLOR: #f4be1f; TEXT-DECORATION: none
}
.flyoutLinkDown {
	PADDING-LEFT: 5px; BACKGROUND: #eafbe4; HEIGHT: 20px; COLOR: #333333
}
.flyoutLinkDown A {
	COLOR: #333; TEXT-DECORATION: none
}
.flyoutLinkDown A:hover {
	COLOR: #333; TEXT-DECORATION: none
}
.flyoutLinkDown A:visited {
	COLOR: #333; TEXT-DECORATION: none
}
.flyoutSubLink {
	BORDER-BOTTOM: #d0d0d0 1px solid; BORDER-LEFT: #d0d0d0 1px solid; =
PADDING-LEFT: 0px; BACKGROUND: #fff; HEIGHT: 15px; COLOR: #333; =
BORDER-TOP: #d0d0d0 1px solid; CURSOR: hand; BORDER-RIGHT: #d0d0d0 1px =
solid
}
.flyoutSubLink A {
	COLOR: #333333; TEXT-DECORATION: none
}
.flyoutSubLink A:link {
	COLOR: #333333; TEXT-DECORATION: none
}
.flyoutSubLink A:visited {
	COLOR: #333333; TEXT-DECORATION: none
}
.flyoutSubLink A:hover {
	COLOR: #333333; TEXT-DECORATION: none
}
.flyoutSubLinkOver {
	BORDER-BOTTOM: #eeb828 1px solid; BORDER-LEFT: #eeb828 1px solid; =
BACKGROUND: #fff; HEIGHT: 15px; COLOR: #333333; BORDER-TOP: #eeb828 1px =
solid; CURSOR: hand; BORDER-RIGHT: #eeb828 1px solid
}
.flyoutSubLinkOver A {
	COLOR: #333; TEXT-DECORATION: none
}
.flyoutSubLinkOver A:link {
	COLOR: #333; TEXT-DECORATION: none
}
.flyoutSubLinkOver A:visited {
	COLOR: #333; TEXT-DECORATION: none
}
.flyoutSubLinkOver A:hover {
	COLOR: #333; TEXT-DECORATION: none
}
.flyoutSubLinkDown {
	BORDER-BOTTOM: #dbddc1 1px solid; BORDER-LEFT: #dbddc1 1px solid; =
PADDING-LEFT: 5px; BACKGROUND: #fff; HEIGHT: 15px; COLOR: #333333; =
BORDER-TOP: #dbddc1 1px solid; BORDER-RIGHT: #dbddc1 1px solid
}
.flyoutSubLinkDown A {
	COLOR: #333; TEXT-DECORATION: none
}
.flyoutSubLinkDown A:hover {
	COLOR: #333; TEXT-DECORATION: none
}
.flyoutSubLinkDown A:visited {
	COLOR: #333; TEXT-DECORATION: none
}
.mo_forum A {
	COLOR: #333; TEXT-DECORATION: none
}
.mo_forum A:link {
	COLOR: #333; TEXT-DECORATION: none
}
.mo_forum A:visited {
	COLOR: #333; TEXT-DECORATION: none
}
.mo_forum A:hover {
	COLOR: #b14300; TEXT-DECORATION: none
}
DIV.page {
	TEXT-ALIGN: center; PADDING-TOP: 5px
}
DIV.showborder {
	CLEAR: both
}
DIV.noborder {
	CLEAR: both
}
DIV.mo_login {
	CLEAR: both
}
DIV.mo_forum_view {
=09
}
DIV.mo_asosearch {
=09
}
DIV.ptlist {
=09
}
DIV.showborder {
=09
}
DIV.noborder {
=09
}
DIV.ptlist DIV.md_top DIV.layer_01 H3 {
	PADDING-TOP: 0px
}
DIV.noborder TABLE.special TD TD {
	PADDING-TOP: 0px
}
DIV.mo_ptdetail DIV.page {
	TEXT-ALIGN: right
}
DIV.page SPAN.pagenum {
	MARGIN: 2px
}
DIV.page SPAN.pagenum A {
	BORDER-BOTTOM: #aaa 1px solid; BORDER-LEFT: #aaa 1px solid; =
PADDING-BOTTOM: 0px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; BACKGROUND: =
#ccc; BORDER-TOP: #aaa 1px solid; BORDER-RIGHT: #aaa 1px solid; =
PADDING-TOP: 0px
}
TABLE.other {
	MARGIN-TOP: 16px; WIDTH: 500px; CLEAR: both
}
TABLE.other THEAD TH {
	TEXT-ALIGN: left
}
TABLE.ptdet-def {
	BORDER-BOTTOM: #aaa 1px solid; BORDER-LEFT: #aaa 1px solid; BORDER-TOP: =
#aaa 1px solid; BORDER-RIGHT: #aaa 1px solid
}
TABLE.ptdet-def TD.ptdet-def-td1 {
	TEXT-ALIGN: right; PADDING-BOTTOM: 3px; PADDING-LEFT: 5px; =
PADDING-RIGHT: 5px; BACKGROUND: #ccc; FONT-WEIGHT: bold; PADDING-TOP: =
3px
}
TABLE.ptdet-def TD.ptdet-def-td2 {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; =
PADDING-TOP: 3px
}
DIV.col_01 DIV.spkmanimg {
	TEXT-ALIGN: center; PADDING-BOTTOM: 0px; PADDING-LEFT: 3px; =
PADDING-RIGHT: 3px; PADDING-TOP: 0px
}
DIV.col_03 DIV.spkmanimg {
	TEXT-ALIGN: center; PADDING-BOTTOM: 0px; PADDING-LEFT: 3px; =
PADDING-RIGHT: 3px; PADDING-TOP: 0px
}
DIV.col_01 DIV.spkmaninfo {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; =
PADDING-TOP: 0px
}
DIV.col_03 DIV.spkmaninfo {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; =
PADDING-TOP: 0px
}
DIV.col_02 DIV.spkmanimg {
	DISPLAY: inline; FLOAT: left
}
DIV.col_02 DIV.spkmaninfo {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 3px; PADDING-RIGHT: 3px; CLEAR: =
right; PADDING-TOP: 0px
}
TABLE.leftword {
	MARGIN: 0px auto; WIDTH: 95% !important
}
.baseTB {
=09
}
.baseTB TD {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BACKGROUND: =
#f3f3f3; PADDING-TOP: 3px
}
.baseTH {
	PADDING-BOTTOM: 3px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BACKGROUND: =
#a60816; COLOR: #fff; PADDING-TOP: 3px
}
TABLE.leftword DIV.reply {
	BORDER-BOTTOM: #ffa6ae 1px solid; BORDER-LEFT: #ffa6ae 1px solid; =
MARGIN: 10px 10px 10px 50px; BACKGROUND: #fff; BORDER-TOP: #ffa6ae 1px =
solid; BORDER-RIGHT: #ffa6ae 1px solid
}
.postDiv {
	MARGIN: 0px auto; WIDTH: 80%
}
DIV.col_02 DIV.middle DIV.ptlist {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; =
PADDING-TOP: 0px
}
.imcm UL {
	BACKGROUND-IMAGE: none; POSITION: static; BORDER-BOTTOM-STYLE: none; =
TEXT-ALIGN: left; PADDING-BOTTOM: 0px; LINE-HEIGHT: normal; =
BORDER-RIGHT-STYLE: none; LIST-STYLE-TYPE: none; MARGIN: 0px; =
PADDING-LEFT: 0px; PADDING-RIGHT: 0px; DISPLAY: block; BORDER-TOP-STYLE: =
none; FLOAT: none; CLEAR: none; VERTICAL-ALIGN: top; BORDER-LEFT-STYLE: =
none; OVERFLOW: visible; LIST-STYLE-IMAGE: none; PADDING-TOP: 0px
}
.imcm LI {
	BACKGROUND-IMAGE: none; POSITION: static; BORDER-BOTTOM-STYLE: none; =
TEXT-ALIGN: left; PADDING-BOTTOM: 0px; LINE-HEIGHT: normal; =
BORDER-RIGHT-STYLE: none; LIST-STYLE-TYPE: none; MARGIN: 0px; =
PADDING-LEFT: 0px; PADDING-RIGHT: 0px; DISPLAY: block; BORDER-TOP-STYLE: =
none; FLOAT: none; CLEAR: none; VERTICAL-ALIGN: top; BORDER-LEFT-STYLE: =
none; OVERFLOW: visible; LIST-STYLE-IMAGE: none; PADDING-TOP: 0px
}
.imcm DIV {
	BACKGROUND-IMAGE: none; POSITION: static; BORDER-BOTTOM-STYLE: none; =
TEXT-ALIGN: left; PADDING-BOTTOM: 0px; LINE-HEIGHT: normal; =
BORDER-RIGHT-STYLE: none; LIST-STYLE-TYPE: none; MARGIN: 0px; =
PADDING-LEFT: 0px; PADDING-RIGHT: 0px; DISPLAY: block; BORDER-TOP-STYLE: =
none; FLOAT: none; CLEAR: none; VERTICAL-ALIGN: top; BORDER-LEFT-STYLE: =
none; OVERFLOW: visible; LIST-STYLE-IMAGE: none; PADDING-TOP: 0px
}
.imcm SPAN {
	BACKGROUND-IMAGE: none; POSITION: static; BORDER-BOTTOM-STYLE: none; =
TEXT-ALIGN: left; PADDING-BOTTOM: 0px; LINE-HEIGHT: normal; =
BORDER-RIGHT-STYLE: none; LIST-STYLE-TYPE: none; MARGIN: 0px; =
PADDING-LEFT: 0px; PADDING-RIGHT: 0px; DISPLAY: block; BORDER-TOP-STYLE: =
none; FLOAT: none; CLEAR: none; VERTICAL-ALIGN: top; BORDER-LEFT-STYLE: =
none; OVERFLOW: visible; LIST-STYLE-IMAGE: none; PADDING-TOP: 0px
}
.imcm A {
	BACKGROUND-IMAGE: none; POSITION: static; BORDER-BOTTOM-STYLE: none; =
TEXT-ALIGN: left; PADDING-BOTTOM: 0px; LINE-HEIGHT: normal; =
BORDER-RIGHT-STYLE: none; LIST-STYLE-TYPE: none; MARGIN: 0px; =
PADDING-LEFT: 0px; PADDING-RIGHT: 0px; DISPLAY: block; BORDER-TOP-STYLE: =
none; FLOAT: none; CLEAR: none; VERTICAL-ALIGN: top; BORDER-LEFT-STYLE: =
none; OVERFLOW: visible; LIST-STYLE-IMAGE: none; PADDING-TOP: 0px
}
.imcm SPAN {
	DISPLAY: inline
}
.imcm .imclear {
	LINE-HEIGHT: 0px; HEIGHT: 0px; VISIBILITY: hidden; CLEAR: both
}
.imclear {
	LINE-HEIGHT: 0px; HEIGHT: 0px; VISIBILITY: hidden; CLEAR: both
}
.imcm .imsc {
	POSITION: absolute
}
.imcm .imsubc {
	POSITION: absolute; VISIBILITY: hidden
}
.imcm LI {
	LIST-STYLE-TYPE: none; FLOAT: left; LIST-STYLE-IMAGE: none
}
.imcm UL UL LI {
	WIDTH: 100%; FLOAT: none !important
}
.imcm A {
	POSITION: relative; DISPLAY: block
}
.imcm UL .imsc {
	Z-INDEX: 10
}
.imcm UL .imsubc {
	Z-INDEX: 10
}
.imcm UL UL .imsc {
	Z-INDEX: 20
}
.imcm UL UL .imsubc {
	Z-INDEX: 20
}
.imcm UL UL UL .imsc {
	Z-INDEX: 30
}
.imcm UL UL .imsubc {
	Z-INDEX: 30
}
.imde UL LI:hover .imsubc {
	VISIBILITY: visible
}
.imde UL UL LI:hover .imsubc {
	VISIBILITY: visible
}
.imde UL UL UL LI:hover .imsubc {
	VISIBILITY: visible
}
.imde LI:hover UL .imsubc {
	VISIBILITY: hidden
}
.imde LI:hover UL UL .imsubc {
	VISIBILITY: hidden
}
.imde LI:hover UL UL UL .imsubc {
	VISIBILITY: hidden
}
.imcm .imea {
	POSITION: relative; LINE-HEIGHT: 0px; DISPLAY: block; FLOAT: right; =
HEIGHT: 0px; LEFT: 0px
}
.imcm .imea SPAN {
	POSITION: relative; LINE-HEIGHT: 0px; DISPLAY: block
}
.dvs {
	BORDER-RIGHT-WIDTH: 0px; BORDER-TOP-WIDTH: 0px; BORDER-BOTTOM-WIDTH: =
0px; BORDER-LEFT-WIDTH: 0px
}
.dvm {
	BORDER-RIGHT-WIDTH: 0px; BORDER-TOP-WIDTH: 0px; BORDER-BOTTOM-WIDTH: =
0px; BORDER-LEFT-WIDTH: 0px
}
* + HTML .imcm .imsubc {
	BACKGROUND-IMAGE: url(ie_css_fix)
}
#imenus0 .imeam SPAN {
	WIDTH: 15px; BACKGROUND: url(pictures/arrow1.gif) no-repeat left top; =
HEIGHT: 7px; TOP: 2px; LEFT: 0px
}
#imenus0 .imeamj SPAN {
	WIDTH: 15px; BACKGROUND: url(pictures/arrow1.gif) no-repeat left top; =
HEIGHT: 7px; TOP: 2px; LEFT: 0px
}
#imenus0 LI:hover .imeam SPAN {
	BACKGROUND: url(pictures/arrow1.gif) no-repeat left top
}
#imenus0 LI A.iactive .imeamj SPAN {
	BACKGROUND: url(pictures/arrow1.gif) no-repeat left top
}
#imenus0 UL .imeas SPAN {
	WIDTH: 22px; BACKGROUND: url(pictures/arrow1.gif) no-repeat left top; =
HEIGHT: 7px; TOP: 3px; LEFT: 0px
}
#imenus0 UL .imeasj SPAN {
	WIDTH: 22px; BACKGROUND: url(pictures/arrow1.gif) no-repeat left top; =
HEIGHT: 7px; TOP: 3px; LEFT: 0px
}
#imenus0 UL LI:hover .imeas SPAN {
	BACKGROUND: url(pictures/arrow1.gif) no-repeat left top
}
#imenus0 UL LI A.iactive .imeasj SPAN {
	BACKGROUND: url(pictures/arrow1.gif) no-repeat left top
}
#imouter0 {
=09
}
#imenus0 LI UL {
	BORDER-BOTTOM: #ccc 0px solid; BORDER-LEFT: #ccc 1px solid; BACKGROUND: =
#fff; BORDER-TOP: #ccc 1px solid; BORDER-RIGHT: #ccc 0px solid
}
#imenus0 LI A {
	TEXT-ALIGN: left; PADDING-BOTTOM: 7px; PADDING-LEFT: 25px; =
PADDING-RIGHT: 9px; FONT-FAMILY: DFYuan; BACKGROUND: =
url(pictures/dot2.gif) no-repeat 10px 8px; COLOR: #07557d; FONT-SIZE: =
80%; TEXT-DECORATION: none; PADDING-TOP: 7px
}
#imenus0 LI A.cgimg {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; =
PADDING-TOP: 0px
}
#imenus0 LI:hover > A {
	BACKGROUND: url(pictures/dot2.gif) #fff no-repeat 10px 8px; COLOR: =
#136688
}
#imenus0 LI A.ihover {
	BACKGROUND: url(pictures/dot2.gif) #fff no-repeat 10px 8px; COLOR: =
#136688
}
.imde imenus0 A:hover {
	BACKGROUND: url(pictures/dot2.gif) #fff no-repeat 10px 8px; COLOR: =
#136688
}
#imenus0 LI A.iactive {
=09
}
#imenus0 UL A {
	BORDER-BOTTOM: #ccc 1px solid; TEXT-ALIGN: left; BORDER-LEFT: medium =
none; PADDING-LEFT: 25px; BACKGROUND: url(pictures/dot2.gif) #fff =
no-repeat 10px 8px; COLOR: #000; BORDER-TOP: #fff 1px solid; =
FONT-WEIGHT: normal; BORDER-RIGHT: #ccc 1px solid; TEXT-DECORATION: none
}
#imenus0 UL LI:hover > A {
	BACKGROUND: url(pictures/dot2.gif) #daeaf0 no-repeat 10px 8px; COLOR: =
#136688
}
#imenus0 UL LI A.ihover {
	BACKGROUND: url(pictures/dot2.gif) #daeaf0 no-repeat 10px 8px; COLOR: =
#136688
}
#imenus0 UL LI A.iactive {
	TEXT-DECORATION: underline
}
.imrcmain0 {
	Z-INDEX: 999999; POSITION: relative; WIDTH: 100%
}
.imsc {
	WIDTH: 99%
}
* HTML .imsc {
	WIDTH: 100%
}
.imsubc {
	WIDTH: 100%; TOP: -31px; LEFT: 100%
}
.cld-head {
	BORDER-BOTTOM: #ffffff 1px solid; BACKGROUND: #4a7a17 0% 50%; COLOR: =
#ffffff
}
.cld-table {
	BORDER-BOTTOM: #999999 0pt solid; BORDER-LEFT: #999999 1px solid; =
BORDER-TOP: #999999 1px solid; BORDER-RIGHT: #999999 0pt solid
}
.cld-table TH {
	BORDER-BOTTOM: #999999 1px solid; TEXT-ALIGN: center; BORDER-LEFT: =
#999999 0pt solid; COLOR: #305a02; BORDER-TOP: #999999 0pt solid; =
BORDER-RIGHT: #999999 1px solid
}
.cld-table TD {
	BORDER-BOTTOM: #999999 1px solid; TEXT-ALIGN: center; BORDER-LEFT: =
#999999 0pt solid; COLOR: #305a02; BORDER-TOP: #999999 0pt solid; =
BORDER-RIGHT: #999999 1px solid
}
.cld-td {
	BACKGROUND: #fff 0% 50%
}
.cld-td_saturday {
	BACKGROUND: #dfe9d4 0% 50%
}
.cld-td_sunday {
	BACKGROUND: #dfe9d4 0% 50%
}
.cld-td_today {
	BACKGROUND: #ff0 0% 50%
}
.cld-td_head {
	BACKGROUND: #eafcd6 0% 50%
}
.cld-book {
	BORDER-BOTTOM: #cc0000 1px solid; BORDER-LEFT: #cc0000 1px solid; =
PADDING-BOTTOM: 5px; MARGIN: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; =
BACKGROUND: #ffffff 0% 50%; BORDER-TOP: #cc0000 1px solid; BORDER-RIGHT: =
#cc0000 1px solid; PADDING-TOP: 5px
}
.cld-wtbook {
	TEXT-ALIGN: center
}
.cld-td:hover {
	BACKGROUND: #ffffff 0% 50%
}
.cld-td DIV {
	POSITION: static !important
}
H1 {
	PADDING-BOTTOM: 10px; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: =
0px; PADDING-TOP: 10px
}
DIV.logobanner {
=09
}
DIV.ptlist DIV.layer_03 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.ptlist DIV.layer_02 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.ptlist DIV.layer_01 {
	BACKGROUND: none transparent scroll repeat 0% 0%
}
DIV.ptlist DIV.md_middle DIV.layer_01 {
	BORDER-BOTTOM: medium none; BORDER-LEFT: medium none; BORDER-TOP: =
medium none; BORDER-RIGHT: medium none
}
TABLE.listmod_4 THEAD TH {
	BORDER-BOTTOM: medium none; BORDER-LEFT: medium none; BACKGROUND: =
url(images/tr_bg.gif); BORDER-TOP: medium none; BORDER-RIGHT: medium =
none
}
TABLE.listmod_4 TD.row_01 {
	BORDER-BOTTOM: #ccc 1px dashed; BACKGROUND: none transparent scroll =
repeat 0% 0%
}
TABLE.listmod_4 TD.row_02 {
	BORDER-BOTTOM: #ccc 1px dashed; BACKGROUND: none transparent scroll =
repeat 0% 0%
}
TABLE.listmod_4 TD {
	BORDER-BOTTOM: #ccc 1px dashed
}
DIV.ptlist DIV.md_top DIV.layer_03 {
=09
}
DIV.ptlist DIV.md_top DIV.layer_02 {
=09
}
DIV.ptlist DIV.md_top DIV.layer_01 {
=09
}
DIV.ptlist DIV.md_top DIV.layer_01 H3 {
	PADDING-LEFT: 0px
}
DIV.ptlist DIV.md_middle DIV.layer_01 {
	PADDING-TOP: 0px
}
DIV.col_02 DIV.noborder DIV.md_bottom DIV.layer_03 {
	HEIGHT: 0px
}
DIV.col_02 DIV.noborder DIV.md_bottom DIV.layer_02 {
	HEIGHT: 0px
}
DIV.col_02 DIV.noborder DIV.md_bottom DIV.layer_01 {
	HEIGHT: 0px
}
DIV.ptlist {
	MARGIN-BOTTOM: 0px
}
DIV.noborder {
	MARGIN-BOTTOM: 0px
}
#imenus0 .imsubc UL LI A {
	FONT-SIZE: 13px
}
DIV.md_middle DIV.layer_01 {
	PADDING-BOTTOM: 10px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; =
PADDING-TOP: 10px
}
A:hover {
	COLOR: #003e7c
}
DIV.mo_forum_view {
	MARGIN-BOTTOM: 10px
}
DIV.mo_asosearch {
	MARGIN-BOTTOM: 10px
}
DIV.ptlist {
	MARGIN-BOTTOM: 10px
}
DIV.showborder {
	MARGIN-BOTTOM: 10px
}
DIV.noborder {
	MARGIN-BOTTOM: 10px
}
BR.wrap {
	DISPLAY: none
}
SPAN.shadow-ptname A {
	COLOR: #646464
}
SPAN.shadow-ptname A:link {
	COLOR: #646464
}
SPAN.shadow-ptname A:visited {
	COLOR: #646464
}
TABLE.box {
	MARGIN-BOTTOM: 10px
}
DIV.md_middle DIV.layer_01 {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; =
PADDING-TOP: 5px
}
DIV.col_01 DIV.mo_cgmenu DIV.md_middle DIV.layer_01 {
	BACKGROUND: none transparent scroll repeat 0% 0%; PADDING-TOP: 0px
}
DIV.col_01 DIV.showborder DIV.md_middle DIV.layer_01 {
	PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; BACKGROUND: =
none transparent scroll repeat 0% 0%; PADDING-TOP: 0px
}

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: text/css;
	charset="big5"
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/style/8/font.css

@import url( ../common/font.css );
BODY {
	LINE-HEIGHT: 1.8em; FONT-FAMILY: arial, helvetica, clean, sans-serif; =
COLOR: #000000; FONT-SIZE: 80%
}
TEXTAREA {
	LINE-HEIGHT: 1.2em; FONT-FAMILY: arial, helvetica, clean, sans-serif; =
FONT-SIZE: 90%
}
BUTTON {
	LINE-HEIGHT: 1.2em; FONT-FAMILY: arial, helvetica, clean, sans-serif; =
FONT-SIZE: 90%
}
SELECT {
	LINE-HEIGHT: 1.2em; FONT-FAMILY: arial, helvetica, clean, sans-serif; =
FONT-SIZE: 90%
}
INPUT {
	FONT-SIZE: 100%
}
H3 {
	FONT-SIZE: 100%
}
H5 {
	FONT-SIZE: 100%
}
H4 {
	FONT-SIZE: 100%
}
.baseTB CAPTION {
	TEXT-ALIGN: left; PADDING-BOTTOM: 3px; PADDING-LEFT: 3px; =
PADDING-RIGHT: 3px; FONT-WEIGHT: bold; PADDING-TOP: 3px
}
INPUT.count {
	FONT-WEIGHT: bold
}
.baseTB H4 {
=09
}
.desc H3 {
	MARGIN: 3px
}
.desc H4 {
	MARGIN: 3px
}
A:link {
	COLOR: #000; TEXT-DECORATION: none
}
A:visited {
	COLOR: #000; TEXT-DECORATION: none
}
A:hover {
	COLOR: #780202; TEXT-DECORATION: underline
}
H3 {
	MARGIN: 0px
}
H1 {
	LINE-HEIGHT: normal
}
H2 {
	LINE-HEIGHT: normal
}
H3 {
	LINE-HEIGHT: normal
}
H4 {
	LINE-HEIGHT: normal
}
H5 {
	LINE-HEIGHT: normal
}
H6 {
	LINE-HEIGHT: normal
}
.smallfont {
=09
}
DIV.company {
	FONT-FAMILY: Arial, Tahoma, "MS Sans Serif", Geneva, sans-serif; COLOR: =
#287702; FONT-WEIGHT: bold
}
DIV.navbar LI A {
	COLOR: #fff; TEXT-DECORATION: none
}
DIV.navbar LI A:link {
	COLOR: #fff; TEXT-DECORATION: none
}
DIV.navbar LI A:visited {
	COLOR: #fff; TEXT-DECORATION: none
}
DIV.navbar LI A:hover {
	COLOR: #fffaa8
}
DIV.searchbar INPUT.keyword {
	FONT-FAMILY: "MS Shell Dlg", "MS Sans Serif", Geneva, sans-serif
}
DIV.counter {
=09
}
DIV.foot DIV.copyright {
	FONT-FAMILY: verdana, Tahoma, "MS Sans Serif", Geneva, sans-serif
}
DIV.md_top DIV.layer_01 H3 {
	FONT-FAMILY: verdana; COLOR: #fff; FONT-SIZE: 14px; FONT-WEIGHT: bold
}
DIV.ptlist DIV.md_top DIV.layer_01 H3 {
	COLOR: #780202
}
DIV.title {
	COLOR: #333; FONT-WEIGHT: bold
}
DIV.acctmsg DIV.msg {
=09
}
TH {
	COLOR: #333; FONT-WEIGHT: bold
}
DIV.msg {
	COLOR: #ff0000
}
DIV.mo_favlist H5 {
=09
}
DIV.mo_vote DIV.msg {
	FONT-FAMILY: arial; COLOR: #000
}
DIV.mo_vote TABLE TD {
	FONT-FAMILY: arial; COLOR: #000
}
DIV.path {
	PADDING-BOTTOM: 10px; FONT-FAMILY: arial, Geneva, sans-serif, arial; =
COLOR: #000000
}
DIV.path SPAN {
	PADDING-BOTTOM: 10px; FONT-FAMILY: arial, Geneva, sans-serif, arial; =
COLOR: #000000
}
DIV.path {
	TEXT-ALIGN: right
}
DIV.path A {
	TEXT-DECORATION: none
}
DIV.ptname {
	FONT-FAMILY: arial; COLOR: #000000; FONT-SIZE: 180%; FONT-WEIGHT: bold
}
TD.ptdet-text {
	COLOR: #000000
}
DIV.haveimage_2 {
	COLOR: #000000
}
DIV.haveimage_3 {
	COLOR: #000000
}
DIV.noimage {
	COLOR: #000000
}
TD.ptdet-text A {
	COLOR: #ffab00; TEXT-DECORATION: underline
}
TD.ptdet-text A:link {
	COLOR: #ffab00; TEXT-DECORATION: underline
}
TD.ptdet-text A:visited {
	COLOR: #ffab00; TEXT-DECORATION: underline
}
TD.ptdet-text A:hover {
	COLOR: #289145
}
TABLE.cglist DIV A {
	COLOR: #3c60c5; FONT-WEIGHT: bold; TEXT-DECORATION: none
}
DIV.tips {
	COLOR: #ff4a19; FONT-WEIGHT: bold
}
SPAN.shadow-ptname A {
	COLOR: #333
}
SPAN.shadow-ptname A:link {
	COLOR: #333
}
SPAN.shadow-ptname A:visited {
	COLOR: #333
}
SPAN.shadow-ptname A:hover {
	COLOR: #780202
}
A.special-link {
	COLOR: #333
}
A.special-link:link {
	COLOR: #333
}
A.special-link:visited {
	COLOR: #333
}
A.special-link:hover {
	COLOR: #780202
}
TD.shadow-text {
	LINE-HEIGHT: 1.5em; COLOR: #000000
}
.shadow-text IMG {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 0px; PADDING-RIGHT: 5px; =
PADDING-TOP: 0px
}
DIV.dynamic-tab DIV.now {
	COLOR: #663300
}
DIV.dynamic-tab DIV.now DIV.layer_01 {
	FONT-WEIGHT: bold
}
DIV.nohr DIV.md_middle DIV.layer_01 {
	TEXT-ALIGN: center; FONT-FAMILY: verdana
}
TD.shadow-text A {
=09
}
TD.shadow-text A:link {
=09
}
TD.shadow-text A:visited {
=09
}
TD.shadow-text A:hover {
=09
}
DIV.desc {
	LINE-HEIGHT: 1.5em
}
TABLE.other THEAD TD {
	COLOR: #ff8345; FONT-WEIGHT: bold
}
TD.old_price_left {
	COLOR: #333
}
TD.old_price_right {
	COLOR: #333; TEXT-DECORATION: line-through
}
TD.old_price2 {
	COLOR: #333; TEXT-DECORATION: line-through
}
TD.new_price_left {
	COLOR: #333; FONT-WEIGHT: bold
}
TD.new_price_right {
	COLOR: #ff8345; FONT-WEIGHT: bold
}
SPAN.headline_name {
	FONT-WEIGHT: bold
}
.memlogin-text {
	COLOR: #333
}
DIV.col_03 TD.memlogin-input {
	BORDER-BOTTOM: #55470f 1px solid; BORDER-LEFT: #55470f 1px solid; =
BACKGROUND: #333; HEIGHT: 14px; BORDER-TOP: #55470f 1px solid; =
BORDER-RIGHT: #55470f 1px solid
}
DIV.mo_vote DIV.md_middle DIV.msg DIV {
	PADDING-LEFT: 30px; COLOR: #333; PADDING-TOP: 20px
}
.passwd-topic {
	COLOR: #333
}
.ptdet-def-td1 {
	COLOR: #333
}
.ptdet-def-td2 {
	COLOR: #32762b
}
.ptdet-feat-td1 {
	COLOR: #32762b
}
.ptdet-feat-td2 {
	COLOR: #32762b
}
.ptdet-special {
	COLOR: #333
}
.forum_dt {
	PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; =
PADDING-TOP: 5px
}
DIV.link {
	FONT-WEIGHT: bold
}
.baseTH {
	FONT-WEIGHT: bold
}
DIV.reply H4 {
	MARGIN: 0px
}
TD.ptdet-text {
	LINE-HEIGHT: 1.75em; FONT-SIZE: 120%
}

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: text/css;
	charset="big5"
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/ezcatfiles/main/static/defaultcss.css

.user_1 {
	BACKGROUND-IMAGE: url(/ezcatfiles/main/img/img/1/t-menu.jpg) !important
}
.user_21 {
	BACKGROUND-IMAGE: url(/ezcatfiles/main/img/img/1/01302-1.gif) =
!important
}
.user_22 {
	BACKGROUND-IMAGE: url(/ezcatfiles/main/img/img/1/board3.jpg) =
!important; TEXT-DECORATION: underline !important
}
.user_23 {
	BACKGROUND-IMAGE: url(/ezcatfiles/main/img/img/1/board2.jpg) !important
}
.user_26 {
	BACKGROUND-IMAGE: url(/ezcatfiles/main/img/img/1/round.jpg) !important
}
.user_61 {
	BACKGROUND-IMAGE: url(/ezcatfiles/main/img/img/95/bg_sasiko06.gif) =
!important; FONT-FAMILY: Verdana !important; COLOR: #804000 !important; =
FONT-WEIGHT: bold !important
}
.user_62 {
	FONT-STYLE: normal !important; FONT-FAMILY: Arial !important; COLOR: =
#400040 !important; FONT-WEIGHT: normal !important
}
.user_91 {
	FONT-STYLE: normal !important; COLOR: #ff0000 !important
}

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: multipart/alternative;
	boundary="----=_NextPart_001_003D_01CBF8EC.789E9460"


------=_NextPart_001_003D_01CBF8EC.789E9460
Content-Type: text/html;
	charset="big5"
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=100714&Rcg=1

<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" =
"http://www.w3c.org/TR/1999/REC-html401-19991224/loose.dtd">
<HTML lang=3D"" xml:lang=3D"en" =
xmlns=3D"http://www.w3.org/1999/xhtml"><HEAD><TITLE>=ABn=B5=D8=A4j=BE=C7 =
-- =A4=E9=A5=BB=A4s=A4f =
=AD=D7=B1=D0=B1=C2=A8=FC=B8u=ABn=B5=D8=A4j=BE=C7=A5=C1=B1=DA=AD=B5=BC=D6=BE=
=C7=A8t=B1=D0=B1=C2</TITLE>
<META content=3D"text/html; charset=3Dbig5" http-equiv=3DContent-Type>
<SCRIPT language=3Djavascript><!--=0A=
 var Counter=3D"1710825";=0A=
 var CmDefClass=3D"";=0A=
if(typeof(CmLoginClass)=3D=3D'undefined') var CmLoginClass =3D =
CmDefClass; =0A=
-->=0A=
</SCRIPT>

<SCRIPT language=3Djavascript><!--=0A=
document.cookie=3D'ConShoppingForm'+'=3D'+escape('../bin/ptdetail.phtml=3D=
=3D@@@=3D=3DPart=3D=3D@@@=3D=3D100714=3D=3D@@@=3D=3DCategory=3D=3D@@@=3D=3D=
0=3D=3D@@@=3D=3DRcg=3D=3D@@@=3D=3D1')=0A=
--></SCRIPT>

<META name=3DGENERATOR content=3D"MSHTML 8.00.7600.16722"></HEAD>
<BODY><IFRAME style=3D"DISPLAY: none" title=3Dptclick height=3D0=20
src=3D"http://main.nhu.edu.tw/front/bin/ptclick.phtml?Part=3D100714" =
frameBorder=3D0=20
width=3D0 scrolling=3Dno></IFRAME><LINK rel=3Dstylesheet type=3Dtext/css =

href=3D"http://main.nhu.edu.tw/front/mo/Mo8/style/common/layout.css"><LIN=
K=20
rel=3Dstylesheet type=3Dtext/css=20
href=3D"http://main.nhu.edu.tw/ezcatfiles/main/style/8/style.css">
<SCRIPT>=0A=
=0A=
		var sajax_debug_mode =3D false;=0A=
		var sajax_request_type =3D "POST";=0A=
		var uri_in_sajax =3D =
"http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3D100714&amp;Rcg=3D=
1";  	=0A=
=0A=
				=0A=
		// wrapper for sajaxSubmit		=0A=
		function x_sajaxSubmit() {=0A=
			sajax_do_call("sajaxSubmit",=0A=
				x_sajaxSubmit.arguments);=0A=
		}=0A=
		=0A=
				=0A=
		// wrapper for add		=0A=
		function x_add() {=0A=
			sajax_do_call("add",=0A=
				x_add.arguments);=0A=
		}=0A=
		=0A=
				=0A=
		// wrapper for listall		=0A=
		function x_listall() {=0A=
			sajax_do_call("listall",=0A=
				x_listall.arguments);=0A=
		}=0A=
		=0A=
				=0A=
		// wrapper for del		=0A=
		function x_del() {=0A=
			sajax_do_call("del",=0A=
				x_del.arguments);=0A=
		}=0A=
		=0A=
				=0A=
		// wrapper for edit		=0A=
		function x_edit() {=0A=
			sajax_do_call("edit",=0A=
				x_edit.arguments);=0A=
		}=0A=
		=0A=
				=0A=
		// wrapper for chgsort		=0A=
		function x_chgsort() {=0A=
			sajax_do_call("chgsort",=0A=
				x_chgsort.arguments);=0A=
		}=0A=
		=0A=
				=0A=
		// wrapper for xview		=0A=
		function x_xview() {=0A=
			sajax_do_call("xview",=0A=
				x_xview.arguments);=0A=
		}=0A=
		=0A=
		//LUOYING 2006=0A=
</SCRIPT>

<SCRIPT language=3Djavascript=20
src=3D"http://main.nhu.edu.tw/front/lib/cl_javafunc.js"></SCRIPT>

<SCRIPT type=3Dtext/javascript=20
src=3D"http://main.nhu.edu.tw/sajax/lib/x.js"></SCRIPT>

<SCRIPT type=3Dtext/javascript=20
src=3D"http://main.nhu.edu.tw/front/lib/xml/xmlsax.js"></SCRIPT>

<SCRIPT type=3Dtext/javascript=20
src=3D"http://main.nhu.edu.tw/front/lib/xml/xmlw3cdom.js"></SCRIPT>

<SCRIPT type=3Dtext/javascript=20
src=3D"http://main.nhu.edu.tw/sajax/lib/db.js"></SCRIPT>

<SCRIPT type=3Dtext/javascript=20
src=3D"http://main.nhu.edu.tw/sajax/lib/list.js"></SCRIPT>

<SCRIPT type=3Dtext/javascript=20
src=3D"http://main.nhu.edu.tw/sajax/lib/mt.js"></SCRIPT>

<STYLE type=3Dtext/css>@import url( /ezcatfiles/main/style/8/font.css );
</STYLE>

<STYLE type=3Dtext/css>@import url( /ezcatfiles/main/style/8/big5.css );
</STYLE>

<STYLE type=3Dtext/css>@import url( =
http://main.nhu.edu.tw/ezcatfiles/main/static/defaultcss.css );
</STYLE>

<SCRIPT language=3Djavascript=20
src=3D"http://main.nhu.edu.tw/lib/calendar/scw.js">=0A=
</SCRIPT>

<SCRIPT language=3Djavascript=20
src=3D"http://main.nhu.edu.tw/lib/calendar/lang/big5.js">=0A=
</SCRIPT>

<DIV class=3Dcontainer>
<TABLE style=3D"WIDTH: 95%" class=3Dlayout_center cellSpacing=3D0 =
summary=3D"">
  <TBODY>
  <TR>
    <TD>
      <DIV class=3Dcon_a>
      <DIV class=3Dcon_l>
      <DIV class=3Dcon_r>
      <TABLE class=3Dcontainer border=3D0 cellSpacing=3D0 =
summary=3Dcontainer=20
      cellPadding=3D0 width=3D"100%">
        <TBODY>
        <TR>
          <TD class=3Dhead>
            <SCRIPT language=3Djavascript><!--=0A=
var screenWidth =3D window.screen.width=0A=
var Language=3D'big5'=0A=
function swap(p_obj,p_src,p_width,p_height) {=0A=
	p_obj.src=3Dp_src=0A=
	p_obj.width=3Dp_width=0A=
	p_obj.height=3Dp_height=0A=
}=0A=
--></SCRIPT>

            <SCRIPT language=3DjavaScript=20
            src=3D"http://main.nhu.edu.tw/front/lib/cl_imgswap.js">=0A=
</SCRIPT>

            <SCRIPT language=3DjavaScript=20
            src=3D"http://main.nhu.edu.tw/front/lib/cl_scroll.js">=0A=
</SCRIPT>

            <DIV class=3Dhead>
            <DIV class=3Dlayer_03>
            <DIV class=3Dlayer_02>
            <DIV class=3Dlayer_01>
            <DIV class=3Dmarquee>
            <SCRIPT language=3Djavascript>=0A=
=0A=
      document.write ("<marqu"+"ee direction=3D'left' =
scrollamount=3D'2'></marqu"+"ee>")=0A=
=0A=
      </SCRIPT>
            <NOSCRIPT></NOSCRIPT></DIV>
            <DIV class=3Dlogobanner>
            <TABLE border=3D0 cellSpacing=3D0 summary=3D"" =
cellPadding=3D0=20
              width=3D"100%"><TBODY>
              <TR>
                <TD class=3Dlogo>
                  <DIV class=3Dlogo><IMG border=3D0 =
alt=3D=ABn=B5=D8=A4j=BE=C7=20
                  =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/L3.gif"=20
                  width=3D274 height=3D102></DIV>
                  <DIV class=3Dcompany></DIV></TD>
                <TD class=3Dbanner>
                  <DIV class=3Dbanner>
                  <DIV id=3DhdAds></DIV><IFRAME title=3Dads height=3D0 =
marginHeight=3D0=20
                  =
src=3D"http://main.nhu.edu.tw/front/bin/adsclick.phtml"=20
                  frameBorder=3D0 width=3D0 allowTransparency =
marginWidth=3D0=20
                  scrolling=3Dno=20
            =
leftmargin=3D"0"></IFRAME></DIV></TD></TR></TBODY></TABLE></DIV>
            <DIV class=3Dnavbar>
            <DIV class=3Dinner>
            <UL>
              <LI class=3Dfirst><A accessKey=3D1 class=3Dhln=20
              href=3D"http://main.nhu.edu.tw/front/bin/home.phtml"><SPAN =

              style=3D"PADDING-BOTTOM: 1px; PADDING-LEFT: 2px; =
PADDING-RIGHT: 2px; PADDING-TOP: 1px">=A6^=AD=BA=AD=B6</SPAN></A></LI>
              <LI><A class=3Dhln=20
              =
href=3D"http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3D99schedule=
&amp;PreView=3D1"=20
              target=3D_blank><SPAN=20
              style=3D"PADDING-BOTTOM: 1px; PADDING-LEFT: 2px; =
PADDING-RIGHT: 2px; PADDING-TOP: 1px">=A6=E6=A8=C6=BE=E4</SPAN></A></LI>
              <LI><A class=3Dhln=20
              =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D32"=20
              target=3D_blank><SPAN=20
              style=3D"PADDING-BOTTOM: 1px; PADDING-LEFT: 2px; =
PADDING-RIGHT: 2px; PADDING-TOP: =
1px">=AE=D5=B6=E9=BE=C9=C4=FD</SPAN></A></LI>
              <LI><A class=3Dhln=20
              =
href=3D"http://main.nhu.edu.tw/front/bin/sitemap.phtml"><SPAN=20
              style=3D"PADDING-BOTTOM: 1px; PADDING-LEFT: 2px; =
PADDING-RIGHT: 2px; PADDING-TOP: =
1px">=BA=F4=AF=B8=A6a=B9=CF</SPAN></A></LI>
              <LI><A class=3Dhln=20
              =
href=3D"http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3Dmap2"=20
              target=3D_blank><SPAN=20
              style=3D"PADDING-BOTTOM: 1px; PADDING-LEFT: 2px; =
PADDING-RIGHT: 2px; PADDING-TOP: =
1px">=A5=E6=B3q=B8=F4=BDu=A6a=B9=CF</SPAN></A></LI>
              <LI><A class=3Dhln=20
              href=3D"http://web.nhu.edu.tw/nnhu/english/index.htm"=20
              target=3D_blank><SPAN=20
              style=3D"PADDING-BOTTOM: 1px; PADDING-LEFT: 2px; =
PADDING-RIGHT: 2px; PADDING-TOP: 1px">English</SPAN></A></LI>
              <LI class=3Dlast><A class=3Dhln=20
              =
href=3D"http://human.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D13"=20
              target=3D_blank><SPAN=20
              style=3D"PADDING-BOTTOM: 1px; PADDING-LEFT: 2px; =
PADDING-RIGHT: 2px; PADDING-TOP: =
1px">=A8D=A4~=B8=EA=B0T</SPAN></A></LI></UL></DIV></DIV>
            <DIV class=3Dsearchbar>
            <DIV>
            <FORM method=3Dpost name=3DSearchForm =
action=3Dptsearch.phtml>
            <TABLE border=3D0 cellSpacing=3D0 summary=3Dsearch =
cellPadding=3D0=20
            align=3Dright>
              <TBODY>
              <TR>
                <TD noWrap><LABEL for=3DSch_txt></LABEL><INPUT =
accessKey=3DS=20
                  id=3DSch_txt class=3Dkeyword onkeypress=3D"" =
onclick=3Dthis.select()=20
                  value=3D"Key Word" align=3Dtop type=3Dtext =
name=3DSch_txt></TD>
                <TD noWrap><INPUT alt=3D=B7j=A1@=A1@=B4M align=3Dtop=20
                  =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/style/8/pictures/searchgo.g=
if"=20
                  type=3Dimage></TD>
                <TD noWrap><A=20
                  =
href=3D"http://main.nhu.edu.tw/front/bin/advsearch.phtml"><IMG=20
                  border=3D0 alt=3D=B6i=B6=A5=B7j=B4M=20
                  =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/style/8/pictures/advsearch.=
gif"></A></TD></TR></TBODY></TABLE></FORM></DIV></DIV></DIV></DIV></DIV><=
/DIV><!--LUOYING--></TD></TR></TBODY>
        <TBODY>
        <TR>
          <TD class=3Dbody>
            <DIV class=3Drow_0>
            <TABLE class=3Dbox border=3D0 cellSpacing=3D0 summary=3Dbox =
cellPadding=3D0=20
            align=3Dcenter>
              <TBODY>
              <TR><!-- column 1 -->
                <TD class=3Dcol_01 vAlign=3Dtop width=3D"20%">
                  <DIV class=3Dcol_01>
                  <DIV class=3Dtop>
                  <DIV class=3Dd_03>
                  <DIV class=3Dd_02>
                  <DIV class=3Dd_01></DIV></DIV></DIV></DIV>
                  <DIV class=3Dmiddle>
                  <DIV class=3Dd_03>
                  <DIV class=3Dd_02>
                  <DIV class=3Dd_01>
                  <DIV><A accessKey=3DL=20
                  =
href=3D"http://main.nhu.edu.tw/front/bin/sitemap.phtml">:::</A>=20
                  </DIV>
                  <DIV class=3D"showborder um ">
                  <DIV class=3Dmd_middle>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01><EMBED height=3D95=20
                  type=3Dapplication/x-shockwave-flash width=3D140=20
                  src=3Dhttp://sozamix.net/tokei/green/green.swf=20
                  wmode=3D"transparent"></EMBED> =
</DIV></DIV></DIV></DIV>
                  <DIV class=3Dmd_bottom>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01><IMG border=3D0 alt=3D""=20
                  =
src=3D"http://main.nhu.edu.tw/front/pictures/spacer.gif"=20
                  height=3D1></DIV></DIV></DIV></DIV></DIV>
                  <DIV class=3Dshowborder>
                  <DIV class=3Dtt_img><IMG border=3D0 =
alt=3D=A8=CF=A5=CE=AA=CC=B8=EA=B0T=20
                  =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/L3_L3_L3=
_L3_L3_t-ID1.jpg"=20
                  width=3D218 height=3D43></DIV>
                  <DIV class=3Dmd_middle>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01>
                  <TABLE class=3Dspecial border=3D0 cellSpacing=3D0=20
                  summary=3D"special product" cellPadding=3D0 =
width=3D"100%"=20
                  align=3Dcenter>
                    <TBODY>
                    <TR vAlign=3Dtop>
                      <TD width=3D"100%">
                        <TABLE border=3D0 cellSpacing=3D0 summary=3Dlink =
cellPadding=3D0=20
                        width=3D"100%">
                          <TBODY>
                          <TR>
                            <TD align=3Dmiddle><A class=3Dspecial-link=20
                              =
href=3D"http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3DID1"><IMG =

                              border=3D0 alt=3D=A6=D2=A5=CD=20
                              =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/link/9_id1.jpg=
"=20
                              width=3D212 =
height=3D28></A></TD></TR></TBODY></TABLE></TD></TR>
                    <TR vAlign=3Dtop>
                      <TD width=3D"100%">
                        <TABLE border=3D0 cellSpacing=3D0 summary=3Dlink =
cellPadding=3D0=20
                        width=3D"100%">
                          <TBODY>
                          <TR>
                            <TD align=3Dmiddle><A class=3Dspecial-link=20
                              =
href=3D"http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3DID2"><IMG =

                              border=3D0 alt=3D=A4J=BE=C7=B7s=A5=CD=20
                              =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/link/10_id2.jp=
g"=20
                              width=3D212 =
height=3D28></A></TD></TR></TBODY></TABLE></TD></TR>
                    <TR vAlign=3Dtop>
                      <TD width=3D"100%">
                        <TABLE border=3D0 cellSpacing=3D0 summary=3Dlink =
cellPadding=3D0=20
                        width=3D"100%">
                          <TBODY>
                          <TR>
                            <TD align=3Dmiddle><A class=3Dspecial-link=20
                              =
href=3D"http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3DID3"><IMG =

                              border=3D0 alt=3D=A5=BB=AE=D5=BE=C7=A5=CD=20
                              =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/link/11_id3.jp=
g"=20
                              width=3D212 =
height=3D28></A></TD></TR></TBODY></TABLE></TD></TR>
                    <TR vAlign=3Dtop>
                      <TD width=3D"100%">
                        <TABLE border=3D0 cellSpacing=3D0 summary=3Dlink =
cellPadding=3D0=20
                        width=3D"100%">
                          <TBODY>
                          <TR>
                            <TD align=3Dmiddle><A class=3Dspecial-link=20
                              =
href=3D"http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3DID4"><IMG =

                              border=3D0 alt=3D=B1=D0=C2=BE=AD=FB=A4u=20
                              =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/link/12_12_id4=
_01.jpg"=20
                              width=3D212 =
height=3D28></A></TD></TR></TBODY></TABLE></TD></TR>
                    <TR vAlign=3Dtop>
                      <TD width=3D"100%">
                        <TABLE border=3D0 cellSpacing=3D0 summary=3Dlink =
cellPadding=3D0=20
                        width=3D"100%">
                          <TBODY>
                          <TR>
                            <TD align=3Dmiddle><A class=3Dspecial-link=20
                              =
href=3D"http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3DID6"><IMG =

                              border=3D0 alt=3D=AA=C0=B7|=A4H=A4h=20
                              =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/link/14_id6.jp=
g"=20
                              width=3D212=20
                    =
height=3D28></A></TD></TR></TBODY></TABLE></TD></TR></TBODY></TABLE></DIV=
></DIV></DIV></DIV>
                  <DIV class=3Dmd_bottom>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01><IMG border=3D0 alt=3D""=20
                  =
src=3D"http://main.nhu.edu.tw/front/pictures/spacer.gif"=20
                  height=3D1></DIV></DIV></DIV></DIV></DIV>
                  <SCRIPT language=3Djavascript>=0A=
<!--=0A=
function setCookie(name,value){=0A=
 	var curCookie=3Dname+'=3D'+escape(value) ;=0A=
  	document.cookie=3DcurCookie;=0A=
   history.go(0);=0A=
}=0A=
-->=0A=
</SCRIPT>
                  <NOSCRIPT>some script </NOSCRIPT>
                  <DIV class=3Dmo_cgmenu>
                  <DIV><IMG border=3D0 =
alt=3D=AE=D5=A4=BA=AC=DB=C3=F6=B8=EA=B0T=20
                  =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/img/1/t-menu.jpg"></DIV=
>
                  <DIV class=3Dmd_middle>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01>
                  <DIV class=3D"imrcmain0 imgl">
                  <DIV id=3Dimouter0 class=3D"imcm imde">
                  <UL id=3Dimenus0>
                    <LI style=3D"WIDTH: 100%"><A =
onblur=3Dthis.onmouseover();=20
                    class=3Dcgimg=20
                    =
onfocus=3Dthis.parentNode.onmouseover();this.onmouseover();=20
                    onmouseover=3D"swapImage('id_1', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGA_CGO_menu1.=
jpg','212','28');"=20
                    onmouseout=3D"swapImage('id_1', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_CGO_menu1.=
jpg','212','28');"=20
                    =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D1"><IMG =

                    id=3Did_1 alt=3D=BB{=C3=D1=ABn=B5=D8=20
                    =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_CGO_=
menu1.jpg"=20
                    width=3D212 height=3D28></A>=20
                    <DIV class=3Dimsc>
                    <DIV class=3Dimsubc>
                    <UL>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D97">=ABn=
=B5=D8=C2=B2=A4=B6</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D36">=B3=D0=
=BF=EC=A4H</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D37">=AE=D5=
=AA=F8</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D38">=AE=D5=
=B0V</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3Dschoolhist=
ory&amp;PreView=3D1">=AE=D5=A5v</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D40">=AE=D5=
=A5v=C0]</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D41">=BE=C7=
=AE=D5=AFS=A6=E2</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/img/373/99_schoolorgFW=
.pdf"=20
                      target=3D_blank>=B2=D5=C2=B4=AC[=BAc</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D32">=AE=D5=
=B6=E9=BE=C9=C4=FD</A></LI></UL></DIV></DIV></LI>
                    <LI style=3D"WIDTH: 100%"><A =
onblur=3Dthis.onmouseover();=20
                    class=3Dcgimg=20
                    =
onfocus=3Dthis.parentNode.onmouseover();this.onmouseover();=20
                    onmouseover=3D"swapImage('id_2', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGA_menu2.jpg'=
,'212','27');"=20
                    onmouseout=3D"swapImage('id_2', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu2.jpg'=
,'212','27');"=20
                    =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D4"><IMG =

                    id=3Did_2 alt=3D=BE=C7=B3N=AC=E3=A8s=20
                    =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu=
2.jpg"=20
                    width=3D212 height=3D27></A>=20
                    <DIV class=3Dimsc>
                    <DIV class=3Dimsubc>
                    <UL>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D18"><SPA=
N=20
                      class=3D"imea =
imeas"><SPAN></SPAN></SPAN>=BA=DE=B2z=BE=C7=B0|</A>=20
                      <DIV class=3Dimsc>
                      <DIV class=3Dimsubc>
                      <UL>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cm.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D25">=C0=F4=
=B9=D2=BA=DE=B2z=AC=E3=A8s=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cm.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D26">=A5X=AA=
=A9=BBP=A4=E5=A4=C6=A8=C6=B7~=BA=DE=B2z=AC=E3=A8s=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cm.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D27">=B0]=B0=
=C8=AA=F7=BF=C4=BE=C7=A8t=BA[=B0]=B0=C8=BA=DE=B2z=AC=E3=A8s=A9=D2</A></LI=
>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cm.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D28">=AE=C8=
=B9C=A8=C6=B7~=BA=DE=B2z=BE=C7=A8t=BA[=AE=C8=B9C=A8=C6=B7~=BA=DE=B2z=AC=E3=
=A8s=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cm.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D29">=ABD=C0=
=E7=A7Q=A8=C6=B7~=BA=DE=B2z=BE=C7=A8t=BA[=BA=D3=A4h=AFZ</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cm.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D30">=A5=F8=
=B7~=BA=DE=B2z=A8t=BA[=BA=DE=B2z=AC=EC=BE=C7=BA=D3=A1B=B3=D5=A4h=AFZ</A><=
/LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cm.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D31">=B7|=AD=
p=B8=EA=B0T=BE=C7=A8t</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cm.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D32">=BA=DE=
=B2z=B8g=C0=D9=BE=C7=A8t=BA[=B8g=C0=D9=BE=C7=BA=D3=A4h=AFZ</A></LI></UL><=
/DIV></DIV></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D20"><SPA=
N=20
                      class=3D"imea =
imeas"><SPAN></SPAN></SPAN>=A4H=A4=E5=BE=C7=B0|</A>=20
                      <DIV class=3Dimsc>
                      <DIV class=3Dimsubc>
                      <UL>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D41">=AD=F5=
=BE=C7=A8t=A1B=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D42">=A4=E5=
=BE=C7=A8t=A1B=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D43">=A5=CD=
=A6=BA=BE=C7=A8t=A1B=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D44">=A9v=B1=
=D0=BE=C7=AC=E3=A8s=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D45">=A5=AE=
=A8=E0=B1=D0=A8|=A8t=A1B=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D46">=A5~=B0=
=EA=BBy=A4=E5=BE=C7=A8t</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D49">=B3q=C3=
=D1=B1=D0=BE=C7=A4=A4=A4=DF</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://language.nhu.edu.tw/front/bin/home.phtml">=BBy=A4=E5=B1=D0=
=BE=C7=A4=A4=A4=DF</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D54">=C5=E9=
=A8|=B1=D0=BE=C7=A4=A4=A4=DF</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://mail.nhu.edu.tw/~tec">=AEv=B8=EA=B0=F6=A8|=A4=A4=A4=DF</A>=
</LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D34">=A6=F2=
=BE=C7=AC=E3=A8s=A4=A4=A4=DF</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D35">=A4=DA=
=A7Q=BE=C7=AC=E3=A8s=A4=A4=A4=DF</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D36">=B4=B0=
=B7=D7=BE=C7=AC=E3=A8s=A4=A4=A4=DF</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D38">=B5=D8=
=A4H=A5=CD=A6=BA=BF=D4=B0=D3=A4=A4=A4=DF(=A5x=C6W=A5=CD=A6=BA=BB=B2=BE=C9=
=BE=C7=B7|)</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D37">=A5x=C6=
W=A4=E5=BE=C7=AC=E3=A8s=A4=A4=A4=DF</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D56">=C2l=B8=
=AE=C2=A7=BB=F6=AAA=B0=C8=B1=D0=BE=C7=B8=EA=B7=BD=A4=A4=A4=DF</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ch.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D58">=A5=CD=
=A9R=C2=A7=BB=F6=AC=E3=A8s=A4=A4=A4=DF</A></LI></UL></DIV></DIV></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D21"><SPA=
N=20
                      class=3D"imea =
imeas"><SPAN></SPAN></SPAN>=AA=C0=B7|=AC=EC=BE=C7=B0|</A>=20
                      <DIV class=3Dimsc>
                      <DIV class=3Dimsubc>
                      <UL>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cs.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D14">=BC=DA=
=ACw=AC=E3=A8s=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cs.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D15">=A4=BD=
=A6@=A6=E6=ACF=BBP=ACF=B5=A6=AC=E3=A8s=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cs.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D16">=B1=D0=
=A8|=AA=C0=B7|=BE=C7=AC=E3=A8s=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cs.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D37">=B0=EA=
=BB=DA=BA[=A4j=B3=B0=A8=C6=B0=C8=BE=C7=A8t</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cs.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D18">=A8=C8=
=A4=D3=AC=E3=A8s=BA=D3=A4h=AFZ</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cs.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D38">=A4=BD=
=A6@=ACF=B5=A6=AC=E3=A8s=BA=D3=A4h=AFZ</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cs.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D32">=C0=B3=
=A5=CE=AA=C0=B7|=BE=C7=A8t=BA[=AA=C0=B7|=BE=C7=AC=E3=A8s=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cs.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D19">=B6=C7=
=BC=BD=BE=C7=A8t=A1B=A9=D2</A></LI></UL></DIV></DIV></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D19"><SPA=
N=20
                      class=3D"imea =
imeas"><SPAN></SPAN></SPAN>=C3=C0=B3N=BE=C7=B0|</A>=20
                      <DIV class=3Dimsc>
                      <DIV class=3Dimsubc>
                      <UL>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ca.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D12">=B5=F8=
=C4=B1=BBP=B4C=C5=E9=C3=C0=B3N=BE=C7=A8t=A1B=BA=D3=A4h=AFZ</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ca.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D11">=B3=D0=
=B7N=B2=A3=AB~=B3]=ADp=BE=C7=A8t=A1B=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ca.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D13">=AB=D8=
=BFv=BBP=B4=BA=C6[=BE=C7=A8t=BA[=C0=F4=B9=D2=BBP=C3=C0=B3N=AC=E3=A8s=A9=D2=
</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://ca.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D14">=A5=C1=
=B1=DA=AD=B5=BC=D6=BE=C7=A8t=A1B=A9=D2</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://www.nhu.edu.tw/~artist/">=C3=C0=B3N=A4=E5=A4=C6=AC=E3=A8s=A4=
=A4=A4=DF</A></LI></UL></DIV></DIV></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D17"><SPA=
N=20
                      class=3D"imea =
imeas"><SPAN></SPAN></SPAN>=AC=EC=A7=DE=BE=C7=B0|</A>=20
                      <DIV class=3Dimsc>
                      <DIV class=3Dimsubc>
                      <UL>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cst.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D12">=B8=EA=
=B0T=BA=DE=B2z=BE=C7=A8t=A1B=B8=EA=B0T=BA=DE=B2z=BE=C7=AC=E3=A8s=A9=D2</A=
></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cst.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D13">=B9q=A4=
l=B0=D3=B0=C8=BA=DE=B2z=BE=C7=A8t=A1B=BA=D3=A4h=A6b=C2=BE=B1M=AFZ</A></LI=
>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cst.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D14">=B8=EA=
=B0T=A4u=B5{=BE=C7=A8t</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cst.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D15">=A6=DB=
=B5M=A5=CD=AA=AB=AC=EC=A7=DE=BE=C7=A8t</A></LI>
                        <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                        onmouseover=3D""=20
                        =
href=3D"http://cst.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D16">=A6=DB=
=B5M=C2=E5=BE=C7=AC=E3=A8s=A9=D2</A></LI></UL></DIV></DIV></LI></UL></DIV=
></DIV></LI>
                    <LI style=3D"WIDTH: 100%"><A =
onblur=3Dthis.onmouseover();=20
                    class=3Dcgimg=20
                    =
onfocus=3Dthis.parentNode.onmouseover();this.onmouseover();=20
                    onmouseover=3D"swapImage('id_3', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGA_menu3.jpg'=
,'212','27');"=20
                    onmouseout=3D"swapImage('id_3', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu3.jpg'=
,'212','27');"=20
                    =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D3"><IMG =

                    id=3Did_3 alt=3D=A6=E6=ACF=AAA=B0=C8=20
                    =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu=
3.jpg"=20
                    width=3D212 height=3D27></A>=20
                    <DIV class=3Dimsc>
                    <DIV class=3Dimsubc>
                    <UL>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" =
href=3D"http://president.nhu.edu.tw/"=20
                      target=3D'blank""'>=AE=D5=AA=F8=AB=C7</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" =
href=3D"http://secretariat.nhu.edu.tw/"=20
                      target=3D'blank""'>=AF=B5=AE=D1=AB=C7</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" =
href=3D"http://academic.nhu.edu.tw/"=20
                      target=3D'blank""'>=B1=D0=B0=C8=B3B</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" =
href=3D"http://student.nhu.edu.tw/"=20
                      target=3D'blank""'>=BE=C7=B0=C8=B3B</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://general.nhu.edu.tw/front/bin/home.phtml"=20
                      target=3D'blank""'>=C1`=B0=C8=B3B</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" href=3D"http://human.nhu.edu.tw/" =

                      target=3D'blank""'>=A4H=A8=C6=AB=C7</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" =
href=3D"http://accounting.nhu.edu.tw/"=20
                      target=3D'blank""'>=B7|=ADp=AB=C7</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" =
href=3D"http://computer.nhu.edu.tw/"=20
                      target=3D'blank""'>=B8=EA=B0T=AB=C7</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" =
href=3D"http://library.nhu.edu.tw/"=20
                      target=3D'blank""'>=B9=CF=AE=D1=C0]</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" href=3D"http://ord.nhu.edu.tw/"=20
                      target=3D'blank""'>=AC=E3=A8s=B5o=AEi=B3B</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" href=3D"http://obd.nhu.edu.tw/"=20
                      =
target=3D'blank""'>=A8=C6=B7~=B5o=AEi=B3B(=B1=C0=BCs=B1=D0=A8|=A4=A4=A4=DF=
)</A></LI></UL></DIV></DIV></LI>
                    <LI style=3D"WIDTH: 100%"><A =
onblur=3Dthis.onmouseover();=20
                    class=3Dcgimg=20
                    =
onfocus=3Dthis.parentNode.onmouseover();this.onmouseover();=20
                    onmouseover=3D"swapImage('id_4', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGA_group_1.jp=
g','212','27');"=20
                    onmouseout=3D"swapImage('id_4', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_group_1.jp=
g','212','27');"=20
                    =
href=3D"http://main.nhu.edu.tw/front/bin/cglist.phtml?Category=3D98"><IMG=
=20
                    id=3Did_4 alt=3D=A6U=A9e=AD=FB=B7|=20
                    =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_grou=
p_1.jpg"=20
                    width=3D212 height=3D27></A>=20
                    <DIV class=3Dimsc>
                    <DIV class=3Dimsubc>
                    <UL>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D""=20
                      =
href=3D"http://student.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3Dgender"=
=20
                      =
target=3D_blank>=A9=CA=A7O=A5=AD=B5=A5=B1=D0=A8|=A9e=AD=FB=B7|</A></LI>
                      <LI><A onfocus=3Dthis.parentNode.onmouseover();=20
                      onmouseover=3D"" href=3D"http://ac.nhu.edu.tw/"=20
                      =
target=3D_blank>=BE=C7=B3N=A9e=AD=FB=B7|</A></LI></UL></DIV></DIV></LI>
                    <LI style=3D"WIDTH: 100%"><A =
onblur=3Dthis.onmouseover();=20
                    class=3Dcgimg=20
                    =
onfocus=3Dthis.parentNode.onmouseover();this.onmouseover();=20
                    onmouseover=3D"swapImage('id_5', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGA_menu4.jpg'=
,'212','26');"=20
                    onmouseout=3D"swapImage('id_5', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu4.jpg'=
,'212','26');"=20
                    =
href=3D"http://main.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D5"><IMG =

                    id=3Did_5 alt=3D=B8=EA=B0T=AAA=B0=C8=20
                    =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu=
4.jpg"=20
                    width=3D212 height=3D26></A></LI>
                    <LI style=3D"WIDTH: 100%"><A =
onblur=3Dthis.onmouseover();=20
                    class=3Dcgimg=20
                    =
onfocus=3Dthis.parentNode.onmouseover();this.onmouseover();=20
                    onmouseover=3D"swapImage('id_6', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGA_menu5.jpg'=
,'212','27');"=20
                    onmouseout=3D"swapImage('id_6', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu5.jpg'=
,'212','27');"=20
                    href=3D"http://ecis.nhu.edu.tw/acad/index.htm"=20
                    target=3D'blank""'><IMG id=3Did_6 =
alt=3D=BD=D2=B5{=B8=EA=B0T=20
                    =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu=
5.jpg"=20
                    width=3D212 height=3D27></A></LI>
                    <LI style=3D"WIDTH: 100%"><A =
onblur=3Dthis.onmouseover();=20
                    class=3Dcgimg=20
                    =
onfocus=3Dthis.parentNode.onmouseover();this.onmouseover();=20
                    onmouseover=3D"swapImage('id_7', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGA_menu6.jpg'=
,'212','26');"=20
                    onmouseout=3D"swapImage('id_7', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu6.jpg'=
,'212','26');"=20
                    href=3D"http://www.nhu.edu.tw/~exam/" =
target=3D'blank""'><IMG=20
                    id=3Did_7 alt=3D=A9=DB=A5=CD=B8=EA=B0T=20
                    =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu=
6.jpg"=20
                    width=3D212 height=3D26></A></LI>
                    <LI style=3D"WIDTH: 100%"><A =
onblur=3Dthis.onmouseover();=20
                    class=3Dcgimg=20
                    =
onfocus=3Dthis.parentNode.onmouseover();this.onmouseover();=20
                    onmouseover=3D"swapImage('id_8', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGA_menu7.jpg'=
,'212','28');"=20
                    onmouseout=3D"swapImage('id_8', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu7.jpg'=
,'212','28');"=20
                    =
href=3D"http://main.nhu.edu.tw/front/bin/ptlist.phtml?Category=3D13"><IMG=
=20
                    id=3Did_8 alt=3D=BE=C7=A5=CD=AA=C0=B9=CE=20
                    =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu=
7.jpg"=20
                    width=3D212 height=3D28></A></LI>
                    <LI style=3D"WIDTH: 100%"><A =
onblur=3Dthis.onmouseover();=20
                    class=3Dcgimg=20
                    =
onfocus=3Dthis.parentNode.onmouseover();this.onmouseover();=20
                    onmouseover=3D"swapImage('id_9', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGA_menu8.jpg'=
,'212','26');"=20
                    onmouseout=3D"swapImage('id_9', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu8.jpg'=
,'212','26');"=20
                    href=3D"http://obd.nhu.edu.tw/" =
target=3D'blank""'><IMG id=3Did_9=20
                    alt=3D=B1=C0=BCs=B1=D0=A8|=20
                    =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu=
8.jpg"=20
                    width=3D212 height=3D26></A></LI>
                    <LI style=3D"WIDTH: 100%"><A =
onblur=3Dthis.onmouseover();=20
                    class=3Dcgimg=20
                    =
onfocus=3Dthis.parentNode.onmouseover();this.onmouseover();=20
                    onmouseover=3D"swapImage('id_10', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGA_menu9.jpg'=
,'212','27');"=20
                    onmouseout=3D"swapImage('id_10', =
'http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu9.jpg'=
,'212','27');"=20
                    href=3D"http://203.72.1.103/" =
target=3D'blank""'><IMG id=3Did_10=20
                    alt=3D=B1=C4=C1=CA=A4=BD=A7i=20
                    =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/CGO_menu=
9.jpg"=20
                    width=3D212 height=3D27></A></LI></UL>
                  <DIV class=3Dimclear></DIV></DIV></DIV>
                  <SCRIPT language=3Djavascript=20
                  =
src=3D"http://main.nhu.edu.tw/front/lib/cl_cgmenu.js"></SCRIPT>
                  <NOSCRIPT>some script</NOSCRIPT> =
</DIV></DIV></DIV></DIV>
                  <DIV class=3Dmd_bottom>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01><IMG border=3D0 alt=3D"" =
src=3D""=20
                  height=3D1></DIV></DIV></DIV></DIV></DIV>
                  <DIV class=3D"noborder um ">
                  <DIV class=3Dtt_img><IMG border=3D0 =
alt=3D=BD=AC=AA=E1=B9=CF=20
                  =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/pictures/title/U24_U24_=
hasu3m.jpg"=20
                  width=3D212 height=3D234></DIV>
                  <DIV class=3Dmd_middle>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01></DIV></DIV></DIV></DIV>
                  <DIV class=3Dmd_bottom>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01><IMG border=3D0 alt=3D""=20
                  =
src=3D"http://main.nhu.edu.tw/front/pictures/spacer.gif"=20
                  height=3D1></DIV></DIV></DIV></DIV></DIV><BR=20
                  class=3Dwrap></DIV></DIV></DIV></DIV>
                  <DIV class=3Dbottom>
                  <DIV class=3Dd_03>
                  <DIV class=3Dd_02>
                  <DIV class=3Dd_01><IMG border=3D0 alt=3D"" src=3D""=20
                  height=3D1></DIV></DIV></DIV></DIV></DIV></TD><!-- =
column 2 -->
                <TD class=3Dcol_02 vAlign=3Dtop width=3D"80%">
                  <DIV class=3Dcol_02>
                  <DIV class=3Dtop>
                  <DIV class=3Dd_03>
                  <DIV class=3Dd_02>
                  <DIV class=3Dd_01></DIV></DIV></DIV></DIV>
                  <DIV class=3Dmiddle>
                  <DIV class=3Dd_03>
                  <DIV class=3Dd_02>
                  <DIV class=3Dd_01>
                  <DIV><A accessKey=3DC=20
                  =
href=3D"http://main.nhu.edu.tw/front/bin/sitemap.phtml">:::</A>=20
                  </DIV>
                  <SCRIPT language=3Djavascript>=0A=
<!--=0A=
function bonusExchange(p_part){=0A=
	document.AddCart.Type.value =3D 1;=0A=
	addToCart(p_part);=0A=
}=0A=
function addToCart(p_part) {=0A=
	if(p_part=3D=3D'-99999') {=0A=
		if(!cart_chkselect()) return false;=0A=
	}=0A=
	else=0A=
		document.AddCart.AddcartPart.value =3D p_part;=0A=
	var oldAction =3D document.AddCart.action;=0A=
	var oldTarget =3D document.AddCart.target; =0A=
	document.AddCart.action =3D '../bin/viewcart.phtml'; =0A=
	document.AddCart.submit();=0A=
	document.AddCart.action =3D oldAction;=0A=
	document.AddCart.target =3D oldTarget;=0A=
	return false;=0A=
}=0A=
function cart_chkselect() {=0A=
	chk =3D false;=0A=
	for(i=3D0;i<document.AddCart.elements.length;i++) {=0A=
		if(document.AddCart.elements[i].name=3D=3D'SelPart[]') {=0A=
			if(document.AddCart.elements[i].checked=3D=3Dtrue) {=0A=
				chk =3D true;=0A=
				break;=0A=
			}=0A=
		}=0A=
	}=0A=
	if(!chk) alert('=BD=D0=A6=DC=A4=D6=BF=EF=BE=DC=A4@=B6=B5 .');=0A=
	return chk;=0A=
}=0A=
function cart_checkall() {=0A=
	for(i=3D0;i<document.AddCart.elements.length;i++) {=0A=
		if(document.AddCart.elements[i].name=3D=3D'SelPart[]')=0A=
		document.AddCart.elements[i].checked=3Dtrue;=0A=
	}=0A=
}=0A=
function cart_clearall() {=0A=
	for(i=3D0;i<document.AddCart.elements.length;i++) {=0A=
		if(document.AddCart.elements[i].name=3D=3D'SelPart[]')=0A=
		document.AddCart.elements[i].checked=3Dfalse;=0A=
	}=0A=
}=0A=
-->=0A=
</SCRIPT>

                  <FORM method=3Dpost name=3DAddCart =
action=3Dptdetail.phtml>
                  <DIV class=3Dmo_ptdetail>
                  <DIV class=3Dmd_top>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01></DIV></DIV></DIV></DIV>
                  <DIV class=3Dmd_middle>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01>
                  <DIV class=3Dpath><A class=3Dpath=20
                  =
href=3D"http://main.nhu.edu.tw/front/bin/home.phtml">=AD=BA=AD=B6</A><SPA=
N=20
                  class=3Dpath> &gt; </SPAN><A class=3Dpath=20
                  =
href=3D"http://main.nhu.edu.tw/front/bin/rcglist.phtml?Rcg=3D1">NEWS</A><=
/DIV>
                  <DIV class=3Dptname>=A4=E9=A5=BB=A4s=A4f =
=AD=D7=B1=D0=B1=C2=A8=FC=B8u=ABn=B5=D8=A4j=BE=C7=A5=C1=B1=DA=AD=B5=BC=D6=BE=
=C7=A8t=B1=D0=B1=C2</DIV><BR class=3Dwrap>
                  <DIV class=3Dptdet>
                  <DIV class=3Dnoimage><BR><BR>
                  <P align=3Dcenter><SPAN new=3D""><STRONG><FONT =
color=3D#333399=20
                  size=3D2 face=3DArial></FONT></STRONG></SPAN></P>
                  <P align=3Dcenter><SPAN style=3D"FONT-FAMILY: =
=B7s=B2=D3=A9=FA=C5=E9"=20
                  new=3D""></SPAN></P>
                  <P align=3Dcenter><STRONG><FONT color=3D#333399=20
                  size=3D2></FONT></STRONG></P>
                  <TABLE style=3D"WIDTH: 734px; HEIGHT: 627px" =
border=3D1=20
                  cellSpacing=3D1 borderColor=3D#008000 summary=3D"My =
Summary"=20
                  cellPadding=3D1 align=3Dcenter>
                    <TBODY>
                    <TR>
                      <TD>
                        <DIV style=3D"LINE-HEIGHT: 21.6pt" =
align=3Dcenter><FONT=20
                        color=3D#ff0000 size=3D2><STRONG><FONT =
color=3D#99cc00><FONT=20
                        size=3D2><FONT color=3D#808080=20
                        =
face=3D=B2=D3=A9=FA=C5=E9></FONT></FONT></FONT></STRONG></FONT></DIV><SPA=
N>
                        <DIV style=3D"LINE-HEIGHT: 21.6pt" align=3Dleft>
                        <TABLE border=3D0 cellSpacing=3D1 summary=3D"My =
Summary"=20
                        cellPadding=3D2 width=3D"100%">
                          <TBODY>
                          <TR>
                            <TD>
                              <P><FONT size=3D2>&nbsp;<IMG=20
                              style=3D"WIDTH: 152px; HEIGHT: 159px" =
alt=3Dimage=20
                              =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/img/283/162088048.jpg">=
</FONT></P></TD>
                            <TD>
                              <P><SPAN new=3D""><SPAN new=3D"">
                              <P style=3D"MARGIN: 0cm 0cm 0pt"=20
                              class=3DMsoNormal><SPAN =
style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9"=20
                              class=3DMsoNormal><SPAN=20
                              style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"><SPAN=20
                              style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-bidi-font-family: 'Times New Roman'; =
mso-font-kerning: 1.0pt; mso-ansi-language: EN-US; mso-fareast-language: =
ZH-TW; mso-bidi-language: AR-SA"><SPAN=20
                              style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-bidi-font-family: 'Times New Roman'; =
mso-font-kerning: 1.0pt; mso-ansi-language: EN-US; mso-fareast-language: =
ZH-TW; mso-bidi-language: AR-SA"><SPAN=20
                              style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-bidi-font-family: 'Times New Roman'; =
mso-font-kerning: 1.0pt; mso-ansi-language: EN-US; mso-fareast-language: =
ZH-TW; mso-bidi-language: AR-SA"><SPAN=20
                              style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-bidi-font-family: 'Times New Roman'; =
mso-font-kerning: 1.0pt; mso-ansi-language: EN-US; mso-fareast-language: =
ZH-TW; mso-bidi-language: AR-SA"><SPAN=20
                              style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-bidi-font-family: 'Times New Roman'; =
mso-font-kerning: 1.0pt; mso-ansi-language: EN-US; mso-fareast-language: =
ZH-TW; mso-bidi-language: AR-SA">&nbsp;&nbsp;&nbsp;=20
                              =
=A4=E9=A5=BB=A4j=A8=C1=A4j=BE=C7=A6W=C5A=B1=D0=B1=C2=A1B=A4j=A8=C1=C3=C0=B3=
N=A4j=BE=C7=AB=C8=AEy=B1=D0=B1=C2=A4s=A4f=AD=D7=A1A=ACQ=A1]=A4Q=A5|=A1^=A4=
=E9=A4U=A4=C8=AB=F4=B7|=ABn=B5=D8=A4j=BE=C7=AE=D5=AA=F8=B3=AF=D9=E7=B3=D3=
=A1A=B1=B5=A8=FC=B8u=A5=F4=C3=D2=AE=D1=A1A=A6=A8=AC=B0=ABn=B5=D8=A4j=BE=C7=
=A5=C1=B1=DA=AD=B5=BC=D6=BE=C7=A8t=AA=BA=AB=C8=AEy=B1=D0=B1=C2=A1C</SPAN>=
</SPAN></SPAN></SPAN></SPAN></SPAN></SPAN></P></SPAN></SPAN>
                              <P></P></TD></TR></TBODY></TABLE></DIV>
                        <DIV style=3D"LINE-HEIGHT: 21.6pt" =
align=3Dleft><SPAN=20
                        style=3D"FONT-FAMILY: =
=B7s=B2=D3=A9=FA=C5=E9"><SPAN=20
                        style=3D"FONT-FAMILY: =
=B7s=B2=D3=A9=FA=C5=E9"><FONT=20
                        =
size=3D2>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;=20
                        <SPAN style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=A4s=A4f</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW"=20
                        lang=3DJA> </SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=AD=D7</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: =
ZH-TW">=A1A=A4j=A8=C1=A4j=BE=C7=B3=D5=A4h=A1A<SPAN=20
                        =
lang=3DEN-US>1939</SPAN>=A6~=A5=CD=A1A=B2{=A5=F4</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=A4j=A8=C1=A4j</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=BE=C7</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=A6W</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=C5A</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=B1=D0=B1=C2=A1B=A4j=A8=C1</SPAN><SPAN =

                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: =
ZH-TW">=C3=C0=B3N=A4j=BE=C7</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=AB=C8=AEy</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=B1=D0=B1=C2</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: =
ZH-TW">=A1A=B4=BF=A5=F4</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=A9=F1=B0e=A4j=BE=C7=AB=C8</SPAN><SPAN =

                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=AEy</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        =
lang=3DJA>=B1=D0=B1=C2=A1B=A4j=A8=C1=AD=B5</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=BC=D6</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt" lang=3DJA>=A4j=BE=C7&#23554;=20
                        <PERSONNAME productid=3D"=A5=F4" =
w:st=3D"on"></PERSONNAME>=A5=F4=20
                        =
=B1=D0=B1=C2=A1A=A8=C3=B4=BF=A6b=A4j=A8=C1=AD=B5</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=BC=D6</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=A4j=BE=C7=A1B=A4j=A8=C1</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=C3=C0</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        =
lang=3DJA>=B3N=A4j=BE=C7=A1B=AC=DB=B7R=A4k=A4l=A4j=BE=C7=A1B=AF=AB&#25144=
;=A4j=BE=C7=A1B=B3=BE=A8=FA=A4j=BE=C7=A1B=B7R=B4D=A4j=BE=C7=A1B=A4E=A6{</=
SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=C3=C0</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        =
lang=3DJA>=B3N=A4u=AC=EC=A4j=BE=C7=A1B=BA=B5=A5=BB=A4j=BE=C7=A1B=A8R&#322=
60;</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=BF=A4</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=A5=DF</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=C3=C0</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        =
lang=3DJA>=B3N=A4j=BE=C7=A1B=A6P=A7=D3=AA=C0=A4k=A4l=A4j=BE=C7=A1B=A8=CA=B3=
=A3=B1=D0=A8|=A4j=BE=C7=A1B=AAF=A8=CA</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=C3=C0</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        =
lang=3DJA>=B3N=A4j=BE=C7=A1B=AAF=A8=CA=A4j=BE=C7=A1B</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=BCs</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        =
lang=3DJA>=AEq=A4j=BE=C7=A1B=AEq=AE=DA=A4j=BE=C7=A1B=A8=CA=B3=A3=A5=AB=A5=
=DF</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=C3=C0</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=B3N=A4j=BE=C7=A1B</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DEN-US>East-West Center (Honolulu, =
USA)</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        =
lang=3DJA>=A1B=B0=EA=A5=DF=BBO=C6W=AEv=BDd=A4j=BE=C7=A1B=B0=EA=A5=DF=BBO=C6=
W=A4j=BE=C7=BE=E1 <PERSONNAME productid=3D"=A5=F4=AD=DD=A5=F4"=20
                        w:st=3D"on"></PERSONNAME>=A5=F4=AD=DD=A5=F4 =
=B1=D0=B1=C2=A1A=A8=E4=A5D=ADn=B5=DB=A7@=A6=B3=A1y</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=C0=B3</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=A5=CE=AD=B5</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=BC=D6</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=BE=C7</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=BBP</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=A5=C1=B1=DA=AD=B5</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=BC=D6</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"=20
                        lang=3DJA>=BE=C7=A1z</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW">=B5=A5=A1C<SPAN=20
                        lang=3DEN-US> </SPAN></SPAN>
                        <P style=3D"MARGIN: 0cm 0cm 0pt" =
class=3DMsoPlainText><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW"=20
                        lang=3DEN-US></SPAN></P>
                        <P style=3D"MARGIN: 0cm 0cm 0pt" =
class=3DMsoPlainText><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: ZH-TW"=20
                        lang=3DEN-US><SPAN=20
                        style=3D"mso-tab-count: =
1">&nbsp;&nbsp;&nbsp;&nbsp;=20
                        </SPAN></SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt; mso-fareast-language: =
ZH-TW">=ACQ=A4=D1=A4U=A4=C8=A5L=A5=D1=ABn=B5=D8=A4j=BE=C7=A5=C1=B1=DA=AD=B5=
=BC=D6=BE=C7=A8t=A5D=A5=F4=A9P=AF=C2=A4@=A1B=C1=A7=C3=B9=ADx=B1=D0=B1=C2=B3=
=AD=A6P=A1A=AB=F4=B7|=B3=AF=AE=D5=AA=F8=A1A=A6P=AE=C9=B1=B5=A8=FC=B8u=AE=D1=
=A1A=A6=A8=AC=B0=ABn=B5=D8=A4j=BE=C7=A5=C1=B1=DA=AD=B5=BC=D6=BE=C7=A8t=AA=
=BA=AB=C8=AEy=B1=D0=B1=C2=A1C</SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt" lang=3DEN-US>=20
                        </SPAN></P></SPAN></SPAN></SPAN><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"><SPAN=20
                        style=3D"FONT-FAMILY: =B2=D3=A9=FA=C5=E9; =
FONT-SIZE: 10pt"><SPAN=20
                        style=3D"FONT-FAMILY: =
=B7s=B2=D3=A9=FA=C5=E9"><SPAN=20
                        style=3D"FONT-FAMILY: =B7s=B2=D3=A9=FA=C5=E9; =
mso-hansi-font-family: =BC=D0=B7=A2=C5=E9"><SPAN=20
                        new=3D""><SPAN style=3D"FONT-FAMILY: =
=B7s=B2=D3=A9=FA=C5=E9"><SPAN=20
                        style=3D"FONT-FAMILY: =
=B7s=B2=D3=A9=FA=C5=E9"><SPAN=20
                        style=3D"FONT-FAMILY: =
=B7s=B2=D3=A9=FA=C5=E9"><SPAN=20
                        style=3D"FONT-FAMILY: =
=B7s=B2=D3=A9=FA=C5=E9"><SPAN><FONT face=3D""><SPAN=20
                        new=3D""><SPAN lang=3DEN-US><SPAN=20
                        style=3D"FONT-FAMILY: =
=B2=D3=A9=FA=C5=E9"><SPAN><FONT face=3D""><SPAN=20
                        new=3D""><SPAN style=3D"FONT-FAMILY: =
=B7s=B2=D3=A9=FA=C5=E9">
                        <DIV style=3D"LINE-HEIGHT: 21.6pt" align=3Dleft>
                        <P style=3D"MARGIN: 0cm 0cm 0pt" =
class=3DMsoNormal><FONT=20
                        size=3D2></FONT></P>
                        <P style=3D"MARGIN: 0cm 0cm 0pt"=20
class=3DMsoNormal>&nbsp;</P>
                        <P style=3D"MARGIN: 0cm 0cm 0pt"=20
class=3DMsoNormal>&nbsp;</P>
                        <P style=3D"MARGIN: 0cm 0cm 0pt"=20
class=3DMsoNormal>&nbsp;</P>
                        <P style=3D"MARGIN: 0cm 0cm 0pt"=20
class=3DMsoNormal>&nbsp;</P>
                        <P style=3D"MARGIN: 0cm 0cm 0pt"=20
class=3DMsoNormal>&nbsp;</P>
                        <P style=3D"MARGIN: 0cm 0cm 0pt"=20
class=3DMsoNormal>&nbsp;</P>
                        <P style=3D"MARGIN: 0cm 0cm 0pt" =
class=3DMsoNormal><FONT=20
                        size=3D2></FONT></P>
                        <P style=3D"MARGIN: 0cm 0cm 0pt" =
class=3DMsoNormal><FONT=20
                        =
size=3D2>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbs=
p;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp=
;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;=
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&=
nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&n=
bsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nb=
sp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbs=
p;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp=
;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;=
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&=
nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&n=
bsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nb=
sp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbs=
p;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp=
;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;=
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&=
nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&n=
bsp;&nbsp;&nbsp;=20
                        &nbsp;<IMG alt=3Dimage=20
                        =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/img/img/1/logo.jpg">&nbsp;2=
010/07/14</FONT></P></DIV></SPAN></SPAN></FONT></SPAN></SPAN></SPAN></SPA=
N></FONT></SPAN></SPAN></SPAN></SPAN></SPAN></SPAN></SPAN></SPAN></SPAN><=
/SPAN></FONT></SPAN></SPAN></DIV></SPAN></TD></TR></TBODY></TABLE><BR>
                  <DIV class=3Dnoimage>
                  <TABLE summary=3D"" width=3D"100%" =
align=3Dright><!--WSG412 present bonus--><!--WSG412 end-->
                    <TBODY>
                    <TR vAlign=3Dtop>
                      <TD colSpan=3D2></TD></TR></TBODY></TABLE></DIV>
                  <TABLE class=3Dptdet-def border=3D0 cellSpacing=3D0 =
summary=3D""=20
                  cellPadding=3D0 width=3D"85%"></TABLE></DIV></DIV><BR =
class=3Dwrap>
                  <DIV=20
                  =
class=3Dother><SPAN></SPAN><SPAN></SPAN><SPAN></SPAN><SPAN></SPAN></DIV><=
/DIV></DIV></DIV></DIV>
                  <DIV class=3Dmd_bottom>
                  <DIV class=3Dlayer_03>
                  <DIV class=3Dlayer_02>
                  <DIV class=3Dlayer_01><IMG border=3D0 alt=3D""=20
                  =
src=3D"http://main.nhu.edu.tw/front/pictures/spacer.gif"=20
                  height=3D1></DIV></DIV></DIV></DIV></DIV><INPUT =
type=3Dhidden=20
                  name=3DAddcartPart> <INPUT value=3D0 type=3Dhidden =
name=3DAddMethod>=20
                  <INPUT type=3Dhidden name=3DType> </FORM><BR=20
                  class=3Dwrap></DIV></DIV></DIV></DIV>
                  <DIV class=3Dbottom>
                  <DIV class=3Dd_03>
                  <DIV class=3Dd_02>
                  <DIV class=3Dd_01><IMG border=3D0 alt=3D"" src=3D""=20
                  =
height=3D1></DIV></DIV></DIV></DIV></DIV></TD></TR></TBODY></TABLE></DIV>=
</TD></TR></TBODY>
        <TBODY>
        <TR>
          <TD class=3Dfoot>
            <DIV class=3Dfoot>
            <DIV class=3Dlayer_03>
            <DIV class=3Dlayer_02>
            <DIV class=3Dlayer_01>
            <DIV class=3Dgotop><A title=3Dgotop=20
            =
href=3D"http://main.nhu.edu.tw/front/bin/ptdetail.phtml?Part=3D100714&amp=
;Rcg=3D1#"><IMG=20
            border=3D0 alt=3Dgotop=20
            =
src=3D"http://main.nhu.edu.tw/ezcatfiles/main/style/8/pictures/top.gif"><=
/A></DIV>
            <DIV class=3Dcopyright><FONT color=3D#808080 size=3D3 =
face=3D"Arial Black">
            <P style=3D"MARGIN-TOP: 2px; MARGIN-BOTTOM: 3px" =
align=3Dcenter><FONT=20
            color=3D#8196ab =
size=3D2>62249=B9=C5=B8q=BF=A4=A4j=AAL=C2=ED=A4=A4=A7|=A8=BD=ABn=B5=D8=B8=
=F4=A4@=ACq55=B8=B9=A1@TEL :=20
            05-2721001</FONT></P>
            <P style=3D"MARGIN-TOP: 2px; MARGIN-BOTTOM: 3px" =
align=3Dcenter><FONT=20
            color=3D#8196ab size=3D2>Copyright (c) 2009 Nanhua =
University. All=20
            Rights reserved.</FONT></P></FONT>
            <STYLE type=3Dtext/css>DIV.noborder DIV.md_top DIV.layer_03 =
{
	DISPLAY: block
}
</STYLE>

            <P align=3Dcenter><A=20
            =
href=3D"http://www.webguide.nat.gov.tw/enable.jsp?category=3D200911031010=
19"><IMG=20
            =
alt=3D=B3q=B9LA+=B5=A5=AF=C5=B5L=BB=D9=C3=AA=BA=F4=AD=B6=C0=CB=B4=FA=20
            =
src=3D"http://www.webguide.nat.gov.tw/wSite/images/aplus.jpg"></A>&nbsp;<=
/P>
            <DIV id=3Dgoogle_translate_element></DIV>
            <SCRIPT>
function googleTranslateElementInit() {
  new google.translate.TranslateElement({
    pageLanguage: 'zh-TW',
    includedLanguages: 'zh-TW,zh-CN,ja,be,lt,id,en,th,vi,de,ko'
  }, 'google_translate_element');
}
</SCRIPT>

            <SCRIPT=20
            =
src=3D"http://translate.google.com/translate_a/element.js?cb=3DgoogleTran=
slateElementInit"></SCRIPT>
            =
</DIV></DIV></DIV></DIV></DIV></TD></TR></TBODY></TABLE></DIV></DIV></DIV=
></TD></TR></TBODY></TABLE></DIV>
<SCRIPT language=3Djavascript>=0A=
<!--=0A=
   function checkVote(p_form,p_type) {=0A=
      var l_form =3D eval('document.'+p_form);=0A=
      var num =3D 0;=0A=
      switch(p_type) {=0A=
         case '1' : =0A=
	     for(var i=3D0;i<l_form.elements.length;i++) {=0A=
	        if(l_form.elements[i].name=3D=3D'VoteValue'){=0A=
		   obj =3D l_form.elements[i];=0A=
		   if(obj.checked){=0A=
		      num ++;=0A=
		      break;=0A=
		   }=0A=
	        }=0A=
             }=0A=
	     break;=0A=
	  case '2' :=0A=
	     if(l_form.VoteValue.selectedIndex!=3D-1) num++;=0A=
	     break;=0A=
	  case '3' :=0A=
	     for(var i=3D0;i<l_form.elements.length;i++) {=0A=
	        if(l_form.elements[i].name=3D=3D'VoteValue[]'){=0A=
		   obj =3D l_form.elements[i];=0A=
		   if(obj.checked){=0A=
		      num ++;=0A=
		      break;=0A=
		   }=0A=
	        }=0A=
             }=0A=
	     break;=0A=
       } =0A=
       if(!num) {=0A=
          alert("=BD=D0=B1z=A6=DC=A4=D6=BF=EF=BE=DC=A4@=B6=B5");=0A=
	  return false;=0A=
       }=0A=
       return true;=0A=
    }=0A=
   function showVote(get,frm,cb,fun,url){=0A=
        document.getElementById('floatDiv').className=3D"showThis"=0A=
 =
document.getElementById('floatDiv').style.height=3Ddocument.documentEleme=
nt.scrollHeight;=0A=
window.frames["floatDiv"].document.documentElement.style.background=3D"#0=
00";=0A=
        document.getElementById('msgbox').className=3D"showThis"=0A=
        document.getElementById('msgbox').innerHTML=3D"<div =
class=3D'msgcontent'>please waiting...</div>"=0A=
	  =
document.getElementById("msgbox").style.top=3Ddocument.documentElement.sc=
rollTop+"px";=0A=
document.getElementById("msgbox").style.left=3D"0px";=0A=
		sajaxSubmit(get,frm,cb,fun,url)	}=0A=
 	function ShowResult(z){=0A=
 		var Res=3DgetMsg(z)=0A=
     document.getElementById("floatDiv").className=3D"showThis"=0A=
     document.getElementById("msgbox").className=3D"showThis"=0A=
     document.getElementById("msgbox").innerHTML=3DRes.Content=0A=
     =
document.getElementById("msgbox").style.top=3Ddocument.documentElement.sc=
rollTop+"px";=0A=
		if(Res.Other)alert(Res.Other)=0A=
	}=0A=
 --></SCRIPT>

<DIV id=3Dmsgbox class=3DhideThis></DIV>
<DIV id=3DfloatDiv class=3DhideThis>&nbsp;</DIV><!-- generated at Tue =
Apr 12 2011 01:48:00 --></BODY></HTML>

------=_NextPart_001_003D_01CBF8EC.789E9460
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/front/bin/ptclick.phtml?Part=100714

<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" =
"http://www.w3c.org/TR/1999/REC-html401-19991224/loose.dtd">
<HTML lang=3D"" xml:lang=3D"en" =
xmlns=3D"http://www.w3.org/1999/xhtml"><HEAD><TITLE>ptclick</TITLE>
<META content=3D"text/html; charset=3Dbig5" =
http-equiv=3DContent-Type><!--andy 520-->
<META name=3DGENERATOR content=3D"MSHTML 8.00.7600.16722"></HEAD>
<BODY></BODY></HTML>

------=_NextPart_001_003D_01CBF8EC.789E9460--

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: 7bit
Content-Location: http://main.nhu.edu.tw/front/bin/adsclick.phtml

<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN">
<HTML lang=""><HEAD><TITLE>none</TITLE>
<META content="text/html; charset=big5" http-equiv=Content-Type>
<META name=GENERATOR content="MSHTML 8.00.7600.16722"></HEAD>
<BODY></BODY></HTML>

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/front/lib/cl_javafunc.js

function confirmdelete(){
    return confirm("=BDT=A9w=A7R=B0=A3=A6=B9=B5=A7=B8=EA=AE=C6?")
}
function clearall(){
    for(i=3D0;i<Form1.length;i++){
       type=3Ddocument.Form1.elements[i].type
       if(type!=3D"submit" && type!=3D"reset" && type!=3D"button" =
&&type!=3D"hidden" &&type!=3D"radio" &&type!=3D"checkbox"){
          document.Form1.elements[i].value =3D ""
       }
       if ((type=3D=3D"radio" || type=3D=3D"checkbox") && =
document.Form1.elements[i].checked) {
          document.Form1.elements[i].checked =3D false;
       }
    }
}

function clearall_1(){
    for(i=3D0;i<Form1.length;i++){
       type=3Ddocument.Form1.elements[i].type
       if(type!=3D"submit" && type!=3D"reset" && type!=3D"button" =
&&type!=3D"hidden" &&type!=3D"radio" &&type!=3D"checkbox"){
          document.Form1.elements[i].value =3D ""
       }
       if ((type=3D=3D"radio" || type=3D=3D"checkbox") && =
document.Form1.elements[i].checked) {
          document.Form1.elements[i].checked =3D false;
       }
    }

    document.Form1.submit();
}
function closeDiv(p_id) {
	document.getElementById(p_id).className=3D"hideThis";
}

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/sajax/lib/x.js

		function sajax_debug(text) {=0A=
			if (sajax_debug_mode)=0A=
				alert("RSD: " + text)=0A=
		}=0A=
 		function sajax_init_object() {=0A=
 			sajax_debug("sajax_init_object() called..")=0A=
 			=0A=
 			var A;=0A=
			try {=0A=
				A=3Dnew ActiveXObject("Msxml2.XMLHTTP");=0A=
			} catch (e) {=0A=
				try {=0A=
					A=3Dnew ActiveXObject("Microsoft.XMLHTTP");=0A=
				} catch (oc) {=0A=
					A=3Dnull;=0A=
				}=0A=
			}=0A=
			if(!A && typeof XMLHttpRequest !=3D "undefined")=0A=
				A =3D new XMLHttpRequest();=0A=
			if (!A)=0A=
				sajax_debug("Could not create connection object.");=0A=
			return A;=0A=
		}=0A=
=0A=
		function sajax_do_call(func_name, args) {=0A=
			var i, x, n;=0A=
			var uri;=0A=
			var post_data;=0A=
			=0A=
			uri =3D uri_in_sajax;=0A=
			if (sajax_request_type =3D=3D "GET") {=0A=
				if (uri.indexOf("?") =3D=3D -1) =0A=
					uri =3D uri + "?rs=3D" + escape(func_name);=0A=
				else=0A=
					uri =3D uri + "&rs=3D" + escape(func_name);=0A=
				for (i =3D 0; i < args.length-1; i++) =0A=
					uri =3D uri + "&rsargs[]=3D" + escape(args[i]);=0A=
				uri =3D uri + "&rsrnd=3D" + new Date().getTime();=0A=
				post_data =3D null;=0A=
			} else {=0A=
				post_data =3D "rs=3D" + escape(func_name);=0A=
				for (i =3D 0; i < args.length-1; i++) =0A=
					post_data =3D post_data + "&rsargs[]=3D" + escape(args[i]);=0A=
			}=0A=
			=0A=
			x =3D sajax_init_object();=0A=
			x.open(sajax_request_type, uri, true);=0A=
			if (sajax_request_type =3D=3D "POST") {=0A=
				x.setRequestHeader("Method", "POST " + uri + " HTTP/1.1");=0A=
				x.setRequestHeader("Content-Type", =
"application/x-www-form-urlencoded");=0A=
			}=0A=
			x.onreadystatechange =3D function() {=0A=
				if (x.readyState !=3D 4) =0A=
					return;=0A=
				sajax_debug("received " + x.responseText);=0A=
				=0A=
				var status;=0A=
				var data;=0A=
				status =3D x.responseText.charAt(0);=0A=
				data =3D x.responseText.substring(2);=0A=
				if (status =3D=3D "-") =0A=
					alert("Error: " + data);=0A=
				else  =0A=
					args[args.length-1](data);=0A=
			}=0A=
			x.send(post_data);=0A=
			sajax_debug(func_name + " uri =3D " + uri + "/post =3D " + post_data);=0A=
			sajax_debug(func_name + " waiting..");=0A=
			delete x;=0A=
		}=0A=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/front/lib/xml/xmlsax.js

// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
//=0A=
// xmlsax.js - an XML SAX parser in JavaScript.=0A=
//=0A=
// version 3.1=0A=
//=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
//=0A=
// Copyright (C) 2001 - 2002 David Joham (djoham@yahoo.com) and Scott =
Severtson=0A=
//=0A=
// This library is free software; you can redistribute it and/or=0A=
// modify it under the terms of the GNU Lesser General Public=0A=
// License as published by the Free Software Foundation; either=0A=
// version 2.1 of the License, or (at your option) any later version.=0A=
=0A=
// This library is distributed in the hope that it will be useful,=0A=
// but WITHOUT ANY WARRANTY; without even the implied warranty of=0A=
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU=0A=
// Lesser General Public License for more details.=0A=
=0A=
// You should have received a copy of the GNU Lesser General Public=0A=
// License along with this library; if not, write to the Free Software=0A=
// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  =
USA=0A=
//=0A=
//=0A=
// Visit the XML for <SCRIPT> home page at http://xmljs.sourceforge.net=0A=
//=0A=
=0A=
// CONSTANTS=0A=
=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
var whitespace =3D "\n\r\t ";=0A=
=0A=
=0A=
/************************************************************************=
***************************************=0A=
XMLP is a pull-based parser. The calling application passes in a XML =
string=0A=
to the constructor, then repeatedly calls .next() to parse the next =
segment.=0A=
.next() returns a flag indicating what type of segment was found, and =
stores=0A=
data temporarily in couple member variables (name, content, array of=0A=
attributes), which can be accessed by several .get____() methods.=0A=
=0A=
Basically, XMLP is the lowest common denominator parser - an very simple=0A=
API which other wrappers can be built against.=0A=
*************************************************************************=
****************************************/=0A=
=0A=
=0A=
XMLP =3D function(strXML) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   this is the constructor to the XMLP Object=0A=
=0A=
    Author:   Scott Severtson=0A=
=0A=
    Description:=0A=
        Instantiates and initializes the object=0A=
    =
*************************************************************************=
********************************************/=0A=
    // Normalize line breaks=0A=
    strXML =3D SAXStrings.replace(strXML, null, null, "\r\n", "\n");=0A=
    strXML =3D SAXStrings.replace(strXML, null, null, "\r", "\n");=0A=
=0A=
    this.m_xml =3D strXML;=0A=
    this.m_iP =3D 0;=0A=
    this.m_iState =3D XMLP._STATE_PROLOG;=0A=
    this.m_stack =3D new Stack();=0A=
    this._clearAttributes();=0A=
=0A=
}  // end XMLP constructor=0A=
=0A=
=0A=
// CONSTANTS    (these must be below the constructor)=0A=
=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
=0A=
XMLP._NONE    =3D 0;=0A=
XMLP._ELM_B   =3D 1;=0A=
XMLP._ELM_E   =3D 2;=0A=
XMLP._ELM_EMP =3D 3;=0A=
XMLP._ATT     =3D 4;=0A=
XMLP._TEXT    =3D 5;=0A=
XMLP._ENTITY  =3D 6;=0A=
XMLP._PI      =3D 7;=0A=
XMLP._CDATA   =3D 8;=0A=
XMLP._COMMENT =3D 9;=0A=
XMLP._DTD     =3D 10;=0A=
XMLP._ERROR   =3D 11;=0A=
=0A=
XMLP._CONT_XML =3D 0;=0A=
XMLP._CONT_ALT =3D 1;=0A=
=0A=
XMLP._ATT_NAME =3D 0;=0A=
XMLP._ATT_VAL  =3D 1;=0A=
=0A=
XMLP._STATE_PROLOG =3D 1;=0A=
XMLP._STATE_DOCUMENT =3D 2;=0A=
XMLP._STATE_MISC =3D 3;=0A=
=0A=
XMLP._errs =3D new Array();=0A=
XMLP._errs[XMLP.ERR_CLOSE_PI       =3D 0 ] =3D "PI: missing closing =
sequence";=0A=
XMLP._errs[XMLP.ERR_CLOSE_DTD      =3D 1 ] =3D "DTD: missing closing =
sequence";=0A=
XMLP._errs[XMLP.ERR_CLOSE_COMMENT  =3D 2 ] =3D "Comment: missing closing =
sequence";=0A=
XMLP._errs[XMLP.ERR_CLOSE_CDATA    =3D 3 ] =3D "CDATA: missing closing =
sequence";=0A=
XMLP._errs[XMLP.ERR_CLOSE_ELM      =3D 4 ] =3D "Element: missing closing =
sequence";=0A=
XMLP._errs[XMLP.ERR_CLOSE_ENTITY   =3D 5 ] =3D "Entity: missing closing =
sequence";=0A=
XMLP._errs[XMLP.ERR_PI_TARGET      =3D 6 ] =3D "PI: target is required";=0A=
XMLP._errs[XMLP.ERR_ELM_EMPTY      =3D 7 ] =3D "Element: cannot be both =
empty and closing";=0A=
XMLP._errs[XMLP.ERR_ELM_NAME       =3D 8 ] =3D "Element: name must =
immediatly follow \"<\"";=0A=
XMLP._errs[XMLP.ERR_ELM_LT_NAME    =3D 9 ] =3D "Element: \"<\" not =
allowed in element names";=0A=
XMLP._errs[XMLP.ERR_ATT_VALUES     =3D 10] =3D "Attribute: values are =
required and must be in quotes";=0A=
XMLP._errs[XMLP.ERR_ATT_LT_NAME    =3D 11] =3D "Element: \"<\" not =
allowed in attribute names";=0A=
XMLP._errs[XMLP.ERR_ATT_LT_VALUE   =3D 12] =3D "Attribute: \"<\" not =
allowed in attribute values";=0A=
XMLP._errs[XMLP.ERR_ATT_DUP        =3D 13] =3D "Attribute: duplicate =
attributes not allowed";=0A=
XMLP._errs[XMLP.ERR_ENTITY_UNKNOWN =3D 14] =3D "Entity: unknown entity";=0A=
XMLP._errs[XMLP.ERR_INFINITELOOP   =3D 15] =3D "Infininte loop";=0A=
XMLP._errs[XMLP.ERR_DOC_STRUCTURE  =3D 16] =3D "Document: only comments, =
processing instructions, or whitespace allowed outside of document =
element";=0A=
XMLP._errs[XMLP.ERR_ELM_NESTING    =3D 17] =3D "Element: must be nested =
correctly";=0A=
=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
=0A=
=0A=
XMLP.prototype._addAttribute =3D function(name, value) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _addAttribute=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    this.m_atts[this.m_atts.length] =3D new Array(name, value);=0A=
}  // end function _addAttribute=0A=
=0A=
=0A=
XMLP.prototype._checkStructure =3D function(iEvent) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _checkStructure=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
  =0A=
	if(XMLP._STATE_PROLOG =3D=3D this.m_iState) {=0A=
		if((XMLP._TEXT =3D=3D iEvent) || (XMLP._ENTITY =3D=3D iEvent)) {=0A=
            if(SAXStrings.indexOfNonWhitespace(this.getContent(), =
this.getContentBegin(), this.getContentEnd()) !=3D -1) {=0A=
				return this._setErr(XMLP.ERR_DOC_STRUCTURE);=0A=
            }=0A=
        }=0A=
=0A=
        if((XMLP._ELM_B =3D=3D iEvent) || (XMLP._ELM_EMP =3D=3D iEvent)) =
{=0A=
            this.m_iState =3D XMLP._STATE_DOCUMENT;=0A=
            // Don't return - fall through to next state=0A=
        }=0A=
    }=0A=
    if(XMLP._STATE_DOCUMENT =3D=3D this.m_iState) {=0A=
        if((XMLP._ELM_B =3D=3D iEvent) || (XMLP._ELM_EMP =3D=3D iEvent)) =
{=0A=
            this.m_stack.push(this.getName());=0A=
        }=0A=
=0A=
        if((XMLP._ELM_E =3D=3D iEvent) || (XMLP._ELM_EMP =3D=3D iEvent)) =
{=0A=
            var strTop =3D this.m_stack.pop();=0A=
            if((strTop =3D=3D null) || (strTop !=3D this.getName())) {=0A=
                return this._setErr(XMLP.ERR_ELM_NESTING);=0A=
            }=0A=
        }=0A=
=0A=
        if(this.m_stack.count() =3D=3D 0) {=0A=
            this.m_iState =3D XMLP._STATE_MISC;=0A=
            return iEvent;=0A=
        }=0A=
    }=0A=
    if(XMLP._STATE_MISC =3D=3D this.m_iState) {=0A=
		if((XMLP._ELM_B =3D=3D iEvent) || (XMLP._ELM_E =3D=3D iEvent) || =
(XMLP._ELM_EMP =3D=3D iEvent) || (XMLP.EVT_DTD =3D=3D iEvent)) {=0A=
			return this._setErr(XMLP.ERR_DOC_STRUCTURE);=0A=
        }=0A=
=0A=
        if((XMLP._TEXT =3D=3D iEvent) || (XMLP._ENTITY =3D=3D iEvent)) {=0A=
			if(SAXStrings.indexOfNonWhitespace(this.getContent(), =
this.getContentBegin(), this.getContentEnd()) !=3D -1) {=0A=
				return this._setErr(XMLP.ERR_DOC_STRUCTURE);=0A=
            }=0A=
        }=0A=
    }=0A=
=0A=
    return iEvent;=0A=
=0A=
}  // end function _checkStructure=0A=
=0A=
=0A=
XMLP.prototype._clearAttributes =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _clearAttributes=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    this.m_atts =3D new Array();=0A=
}  // end function _clearAttributes=0A=
=0A=
=0A=
XMLP.prototype._findAttributeIndex =3D function(name) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   findAttributeIndex=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    for(var i =3D 0; i < this.m_atts.length; i++) {=0A=
        if(this.m_atts[i][XMLP._ATT_NAME] =3D=3D name) {=0A=
            return i;=0A=
        }=0A=
    }=0A=
    return -1;=0A=
=0A=
}  // end function _findAttributeIndex=0A=
=0A=
=0A=
XMLP.prototype.getAttributeCount =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getAttributeCount=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_atts ? this.m_atts.length : 0;=0A=
=0A=
}  // end function getAttributeCount()=0A=
=0A=
=0A=
XMLP.prototype.getAttributeName =3D function(index) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getAttributeName=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return ((index < 0) || (index >=3D this.m_atts.length)) ? null : =
this.m_atts[index][XMLP._ATT_NAME];=0A=
=0A=
}  //end function getAttributeName=0A=
=0A=
=0A=
XMLP.prototype.getAttributeValue =3D function(index) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getAttributeValue=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return ((index < 0) || (index >=3D this.m_atts.length)) ? null : =
__unescapeString(this.m_atts[index][XMLP._ATT_VAL]);=0A=
=0A=
} // end function getAttributeValue=0A=
=0A=
=0A=
XMLP.prototype.getAttributeValueByName =3D function(name) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getAttributeValueByName=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.getAttributeValue(this._findAttributeIndex(name));=0A=
=0A=
}  // end function getAttributeValueByName=0A=
=0A=
=0A=
XMLP.prototype.getColumnNumber =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getColumnNumber=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return SAXStrings.getColumnNumber(this.m_xml, this.m_iP);=0A=
=0A=
}  // end function getColumnNumber=0A=
=0A=
=0A=
XMLP.prototype.getContent =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getContent=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return (this.m_cSrc =3D=3D XMLP._CONT_XML) ? this.m_xml : =
this.m_cAlt;=0A=
=0A=
}  //end function getContent=0A=
=0A=
=0A=
XMLP.prototype.getContentBegin =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getContentBegin=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_cB;=0A=
=0A=
}  //end function getContentBegin=0A=
=0A=
=0A=
XMLP.prototype.getContentEnd =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getContentEnd=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_cE;=0A=
=0A=
}  // end function getContentEnd=0A=
=0A=
=0A=
XMLP.prototype.getLineNumber =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getLineNumber=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return SAXStrings.getLineNumber(this.m_xml, this.m_iP);=0A=
=0A=
}  // end function getLineNumber=0A=
=0A=
=0A=
XMLP.prototype.getName =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getName=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_name;=0A=
=0A=
}  // end function getName()=0A=
=0A=
=0A=
XMLP.prototype.next =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   next=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this._checkStructure(this._parse());=0A=
=0A=
}  // end function next()=0A=
=0A=
=0A=
XMLP.prototype._parse =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _parse=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
	if(this.m_iP =3D=3D this.m_xml.length) {=0A=
        return XMLP._NONE;=0A=
    }=0A=
=0A=
    if(this.m_iP =3D=3D this.m_xml.indexOf("<?",        this.m_iP)) {=0A=
        return this._parsePI     (this.m_iP + 2);=0A=
    }=0A=
    else if(this.m_iP =3D=3D this.m_xml.indexOf("<!DOCTYPE", this.m_iP)) =
{=0A=
        return this._parseDTD    (this.m_iP + 9);=0A=
    }=0A=
    else if(this.m_iP =3D=3D this.m_xml.indexOf("<!--",      this.m_iP)) =
{=0A=
        return this._parseComment(this.m_iP + 4);=0A=
    }=0A=
    else if(this.m_iP =3D=3D this.m_xml.indexOf("<![CDATA[", this.m_iP)) =
{=0A=
        return this._parseCDATA  (this.m_iP + 9);=0A=
    }=0A=
    else if(this.m_iP =3D=3D this.m_xml.indexOf("<",         this.m_iP)) =
{=0A=
        return this._parseElement(this.m_iP + 1);=0A=
    }=0A=
    else if(this.m_iP =3D=3D this.m_xml.indexOf("&",         this.m_iP)) =
{=0A=
        return this._parseEntity (this.m_iP + 1);=0A=
    }=0A=
    else{=0A=
        return this._parseText   (this.m_iP);=0A=
    }=0A=
	=0A=
=0A=
}  // end function _parse=0A=
=0A=
=0A=
XMLP.prototype._parseAttribute =3D function(iB, iE) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _parseAttribute=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var iNB, iNE, iEq, iVB, iVE;=0A=
    var cQuote, strN, strV;=0A=
=0A=
	this.m_cAlt =3D ""; //resets the value so we don't use an old one by =
accident (see testAttribute7 in the test suite)=0A=
    =0A=
	iNB =3D SAXStrings.indexOfNonWhitespace(this.m_xml, iB, iE);=0A=
    if((iNB =3D=3D -1) ||(iNB >=3D iE)) {=0A=
        return iNB;=0A=
    }=0A=
=0A=
    iEq =3D this.m_xml.indexOf("=3D", iNB);=0A=
    if((iEq =3D=3D -1) || (iEq > iE)) {=0A=
        return this._setErr(XMLP.ERR_ATT_VALUES);=0A=
    }=0A=
=0A=
    iNE =3D SAXStrings.lastIndexOfNonWhitespace(this.m_xml, iNB, iEq);=0A=
=0A=
    iVB =3D SAXStrings.indexOfNonWhitespace(this.m_xml, iEq + 1, iE);=0A=
    if((iVB =3D=3D -1) ||(iVB > iE)) {=0A=
        return this._setErr(XMLP.ERR_ATT_VALUES);=0A=
    }=0A=
=0A=
    cQuote =3D this.m_xml.charAt(iVB);=0A=
    if(SAXStrings.QUOTES.indexOf(cQuote) =3D=3D -1) {=0A=
        return this._setErr(XMLP.ERR_ATT_VALUES);=0A=
    }=0A=
=0A=
    iVE =3D this.m_xml.indexOf(cQuote, iVB + 1);=0A=
    if((iVE =3D=3D -1) ||(iVE > iE)) {=0A=
        return this._setErr(XMLP.ERR_ATT_VALUES);=0A=
    }=0A=
=0A=
    strN =3D this.m_xml.substring(iNB, iNE + 1);=0A=
    strV =3D this.m_xml.substring(iVB + 1, iVE);=0A=
=0A=
    if(strN.indexOf("<") !=3D -1) {=0A=
        return this._setErr(XMLP.ERR_ATT_LT_NAME);=0A=
    }=0A=
=0A=
    if(strV.indexOf("<") !=3D -1) {=0A=
        return this._setErr(XMLP.ERR_ATT_LT_VALUE);=0A=
    }=0A=
=0A=
    strV =3D SAXStrings.replace(strV, null, null, "\n", " ");=0A=
    strV =3D SAXStrings.replace(strV, null, null, "\t", " ");=0A=
	iRet =3D this._replaceEntities(strV);=0A=
    if(iRet =3D=3D XMLP._ERROR) {=0A=
        return iRet;=0A=
    }=0A=
=0A=
    strV =3D this.m_cAlt;=0A=
=0A=
    if(this._findAttributeIndex(strN) =3D=3D -1) {=0A=
        this._addAttribute(strN, strV);=0A=
    }=0A=
    else {=0A=
        return this._setErr(XMLP.ERR_ATT_DUP);=0A=
    }=0A=
=0A=
    this.m_iP =3D iVE + 2;=0A=
=0A=
    return XMLP._ATT;=0A=
=0A=
}  // end function _parseAttribute=0A=
=0A=
=0A=
XMLP.prototype._parseCDATA =3D function(iB) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _parseCDATA=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var iE =3D this.m_xml.indexOf("]]>", iB);=0A=
    if (iE =3D=3D -1) {=0A=
        return this._setErr(XMLP.ERR_CLOSE_CDATA);=0A=
    }=0A=
=0A=
    this._setContent(XMLP._CONT_XML, iB, iE);=0A=
=0A=
    this.m_iP =3D iE + 3;=0A=
=0A=
    return XMLP._CDATA;=0A=
=0A=
}  // end function _parseCDATA=0A=
=0A=
=0A=
XMLP.prototype._parseComment =3D function(iB) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _parseComment=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var iE =3D this.m_xml.indexOf("-" + "->", iB);=0A=
    if (iE =3D=3D -1) {=0A=
        return this._setErr(XMLP.ERR_CLOSE_COMMENT);=0A=
    }=0A=
=0A=
    this._setContent(XMLP._CONT_XML, iB, iE);=0A=
=0A=
    this.m_iP =3D iE + 3;=0A=
=0A=
    return XMLP._COMMENT;=0A=
=0A=
}  // end function _parseComment=0A=
=0A=
=0A=
XMLP.prototype._parseDTD =3D function(iB) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:  _parseDTD=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    // Eat DTD=0A=
=0A=
    var iE, strClose, iInt, iLast;=0A=
=0A=
    iE =3D this.m_xml.indexOf(">", iB);=0A=
    if(iE =3D=3D -1) {=0A=
        return this._setErr(XMLP.ERR_CLOSE_DTD);=0A=
    }=0A=
=0A=
    iInt =3D this.m_xml.indexOf("[", iB);=0A=
    strClose =3D ((iInt !=3D -1) && (iInt < iE)) ? "]>" : ">";=0A=
=0A=
    while(true) {=0A=
        // DEBUG: Remove=0A=
        if(iE =3D=3D iLast) {=0A=
            return this._setErr(XMLP.ERR_INFINITELOOP);=0A=
        }=0A=
=0A=
        iLast =3D iE;=0A=
        // DEBUG: Remove End=0A=
=0A=
        iE =3D this.m_xml.indexOf(strClose, iB);=0A=
        if(iE =3D=3D -1) {=0A=
            return this._setErr(XMLP.ERR_CLOSE_DTD);=0A=
        }=0A=
=0A=
        // Make sure it is not the end of a CDATA section=0A=
        if (this.m_xml.substring(iE - 1, iE + 2) !=3D "]]>") {=0A=
            break;=0A=
        }=0A=
    }=0A=
=0A=
    this.m_iP =3D iE + strClose.length;=0A=
=0A=
    return XMLP._DTD;=0A=
=0A=
}  // end function _parseDTD=0A=
=0A=
=0A=
XMLP.prototype._parseElement =3D function(iB) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _parseElement=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var iE, iDE, iNE, iRet;=0A=
    var iType, strN, iLast;=0A=
=0A=
    iDE =3D iE =3D this.m_xml.indexOf(">", iB);=0A=
    if(iE =3D=3D -1) {=0A=
        return this._setErr(XMLP.ERR_CLOSE_ELM);=0A=
    }=0A=
=0A=
    if(this.m_xml.charAt(iB) =3D=3D "/") {=0A=
        iType =3D XMLP._ELM_E;=0A=
        iB++;=0A=
    } else {=0A=
        iType =3D XMLP._ELM_B;=0A=
    }=0A=
=0A=
    if(this.m_xml.charAt(iE - 1) =3D=3D "/") {=0A=
        if(iType =3D=3D XMLP._ELM_E) {=0A=
            return this._setErr(XMLP.ERR_ELM_EMPTY);=0A=
        }=0A=
        iType =3D XMLP._ELM_EMP;=0A=
        iDE--;=0A=
    }=0A=
=0A=
    iDE =3D SAXStrings.lastIndexOfNonWhitespace(this.m_xml, iB, iDE);=0A=
=0A=
    //djohack=0A=
    //hack to allow for elements with single character names to be =
recognized=0A=
=0A=
    if (iE - iB !=3D 1 ) {=0A=
        if(SAXStrings.indexOfNonWhitespace(this.m_xml, iB, iDE) !=3D iB) =
{=0A=
            return this._setErr(XMLP.ERR_ELM_NAME);=0A=
        }=0A=
    }=0A=
    // end hack -- original code below=0A=
=0A=
    /*=0A=
    if(SAXStrings.indexOfNonWhitespace(this.m_xml, iB, iDE) !=3D iB)=0A=
        return this._setErr(XMLP.ERR_ELM_NAME);=0A=
    */=0A=
    this._clearAttributes();=0A=
=0A=
    iNE =3D SAXStrings.indexOfWhitespace(this.m_xml, iB, iDE);=0A=
    if(iNE =3D=3D -1) {=0A=
        iNE =3D iDE + 1;=0A=
    }=0A=
    else {=0A=
        this.m_iP =3D iNE;=0A=
        while(this.m_iP < iDE) {=0A=
            // DEBUG: Remove=0A=
            if(this.m_iP =3D=3D iLast) return =
this._setErr(XMLP.ERR_INFINITELOOP);=0A=
            iLast =3D this.m_iP;=0A=
            // DEBUG: Remove End=0A=
=0A=
=0A=
            iRet =3D this._parseAttribute(this.m_iP, iDE);=0A=
            if(iRet =3D=3D XMLP._ERROR) return iRet;=0A=
        }=0A=
    }=0A=
=0A=
    strN =3D this.m_xml.substring(iB, iNE);=0A=
=0A=
    if(strN.indexOf("<") !=3D -1) {=0A=
        return this._setErr(XMLP.ERR_ELM_LT_NAME);=0A=
    }=0A=
=0A=
    this.m_name =3D strN;=0A=
    this.m_iP =3D iE + 1;=0A=
=0A=
    return iType;=0A=
=0A=
}  // end function _parseElement=0A=
=0A=
=0A=
XMLP.prototype._parseEntity =3D function(iB) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _parseEntity=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var iE =3D this.m_xml.indexOf(";", iB);=0A=
    if(iE =3D=3D -1) {=0A=
        return this._setErr(XMLP.ERR_CLOSE_ENTITY);=0A=
    }=0A=
=0A=
    this.m_iP =3D iE + 1;=0A=
=0A=
    return this._replaceEntity(this.m_xml, iB, iE);=0A=
=0A=
}  // end function _parseEntity=0A=
=0A=
=0A=
XMLP.prototype._parsePI =3D function(iB) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _parsePI=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    var iE, iTB, iTE, iCB, iCE;=0A=
=0A=
    iE =3D this.m_xml.indexOf("?>", iB);=0A=
    if(iE   =3D=3D -1) {=0A=
        return this._setErr(XMLP.ERR_CLOSE_PI);=0A=
    }=0A=
=0A=
    iTB =3D SAXStrings.indexOfNonWhitespace(this.m_xml, iB, iE);=0A=
    if(iTB =3D=3D -1) {=0A=
        return this._setErr(XMLP.ERR_PI_TARGET);=0A=
    }=0A=
=0A=
    iTE =3D SAXStrings.indexOfWhitespace(this.m_xml, iTB, iE);=0A=
    if(iTE  =3D=3D -1) {=0A=
        iTE =3D iE;=0A=
    }=0A=
=0A=
    iCB =3D SAXStrings.indexOfNonWhitespace(this.m_xml, iTE, iE);=0A=
    if(iCB =3D=3D -1) {=0A=
        iCB =3D iE;=0A=
    }=0A=
=0A=
    iCE =3D SAXStrings.lastIndexOfNonWhitespace(this.m_xml, iCB, iE);=0A=
    if(iCE  =3D=3D -1) {=0A=
        iCE =3D iE - 1;=0A=
    }=0A=
=0A=
    this.m_name =3D this.m_xml.substring(iTB, iTE);=0A=
    this._setContent(XMLP._CONT_XML, iCB, iCE + 1);=0A=
    this.m_iP =3D iE + 2;=0A=
=0A=
    return XMLP._PI;=0A=
=0A=
}  // end function _parsePI=0A=
=0A=
=0A=
XMLP.prototype._parseText =3D function(iB) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _parseText=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var iE, iEE;=0A=
=0A=
    iE =3D this.m_xml.indexOf("<", iB);=0A=
    if(iE =3D=3D -1) {=0A=
        iE =3D this.m_xml.length;=0A=
    }=0A=
=0A=
    iEE =3D this.m_xml.indexOf("&", iB);=0A=
    if((iEE !=3D -1) && (iEE <=3D iE)) {=0A=
        iE =3D iEE;=0A=
    }=0A=
=0A=
    this._setContent(XMLP._CONT_XML, iB, iE);=0A=
=0A=
    this.m_iP =3D iE;=0A=
=0A=
    return XMLP._TEXT;=0A=
=0A=
} // end function _parseText=0A=
=0A=
=0A=
XMLP.prototype._replaceEntities =3D function(strD, iB, iE) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _replaceEntities=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    if(SAXStrings.isEmpty(strD)) return "";=0A=
    iB =3D iB || 0;=0A=
    iE =3D iE || strD.length;=0A=
=0A=
=0A=
    var iEB, iEE, strRet =3D "";=0A=
=0A=
    iEB =3D strD.indexOf("&", iB);=0A=
    iEE =3D iB;=0A=
=0A=
    while((iEB > 0) && (iEB < iE)) {=0A=
        strRet +=3D strD.substring(iEE, iEB);=0A=
=0A=
        iEE =3D strD.indexOf(";", iEB) + 1;=0A=
=0A=
        if((iEE =3D=3D 0) || (iEE > iE)) {=0A=
            return this._setErr(XMLP.ERR_CLOSE_ENTITY);=0A=
        }=0A=
=0A=
        iRet =3D this._replaceEntity(strD, iEB + 1, iEE - 1);=0A=
        if(iRet =3D=3D XMLP._ERROR) {=0A=
            return iRet;=0A=
        }=0A=
=0A=
        strRet +=3D this.m_cAlt;=0A=
=0A=
        iEB =3D strD.indexOf("&", iEE);=0A=
    }=0A=
=0A=
    if(iEE !=3D iE) {=0A=
        strRet +=3D strD.substring(iEE, iE);=0A=
    }=0A=
=0A=
    this._setContent(XMLP._CONT_ALT, strRet);=0A=
=0A=
    return XMLP._ENTITY;=0A=
=0A=
}  // end function _replaceEntities=0A=
=0A=
=0A=
XMLP.prototype._replaceEntity =3D function(strD, iB, iE) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _replaceEntity=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    if(SAXStrings.isEmpty(strD)) return -1;=0A=
    iB =3D iB || 0;=0A=
    iE =3D iE || strD.length;=0A=
=0A=
    switch(strD.substring(iB, iE)) {=0A=
        case "amp":  strEnt =3D "&";  break;=0A=
        case "lt":   strEnt =3D "<";  break;=0A=
        case "gt":   strEnt =3D ">";  break;=0A=
        case "apos": strEnt =3D "'";  break;=0A=
        case "quot": strEnt =3D "\""; break;=0A=
        default:=0A=
            if(strD.charAt(iB) =3D=3D "#") {=0A=
                strEnt =3D =
String.fromCharCode(parseInt(strD.substring(iB + 1, iE)));=0A=
            } else {=0A=
                return this._setErr(XMLP.ERR_ENTITY_UNKNOWN);=0A=
            }=0A=
        break;=0A=
    }=0A=
    this._setContent(XMLP._CONT_ALT, strEnt);=0A=
=0A=
    return XMLP._ENTITY;=0A=
}  // end function _replaceEntity=0A=
=0A=
=0A=
XMLP.prototype._setContent =3D function(iSrc) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _setContent=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var args =3D arguments;=0A=
=0A=
    if(XMLP._CONT_XML =3D=3D iSrc) {=0A=
        this.m_cAlt =3D null;=0A=
        this.m_cB =3D args[1];=0A=
        this.m_cE =3D args[2];=0A=
    } else {=0A=
        this.m_cAlt =3D args[1];=0A=
        this.m_cB =3D 0;=0A=
        this.m_cE =3D args[1].length;=0A=
    }=0A=
    this.m_cSrc =3D iSrc;=0A=
=0A=
}  // end function _setContent=0A=
=0A=
=0A=
XMLP.prototype._setErr =3D function(iErr) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _setErr=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var strErr =3D XMLP._errs[iErr];=0A=
=0A=
    this.m_cAlt =3D strErr;=0A=
    this.m_cB =3D 0;=0A=
    this.m_cE =3D strErr.length;=0A=
    this.m_cSrc =3D XMLP._CONT_ALT;=0A=
=0A=
    return XMLP._ERROR;=0A=
=0A=
}  // end function _setErr=0A=
=0A=
=0A=
=0A=
=0A=
=0A=
=0A=
/************************************************************************=
***************************************=0A=
SAXDriver is an object that basically wraps an XMLP instance, and =
provides an=0A=
event-based interface for parsing. This is the object users interact =
with when coding=0A=
with XML for <SCRIPT>=0A=
*************************************************************************=
****************************************/=0A=
=0A=
=0A=
SAXDriver =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   SAXDriver=0A=
=0A=
    Author:   Scott Severtson=0A=
=0A=
    Description:=0A=
        This is the constructor for the SAXDriver Object=0A=
    =
*************************************************************************=
********************************************/=0A=
    this.m_hndDoc =3D null;=0A=
    this.m_hndErr =3D null;=0A=
    this.m_hndLex =3D null;=0A=
}=0A=
=0A=
=0A=
// CONSTANTS    (these must be below the constructor)=0A=
=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
SAXDriver.DOC_B =3D 1;=0A=
SAXDriver.DOC_E =3D 2;=0A=
SAXDriver.ELM_B =3D 3;=0A=
SAXDriver.ELM_E =3D 4;=0A=
SAXDriver.CHARS =3D 5;=0A=
SAXDriver.PI    =3D 6;=0A=
SAXDriver.CD_B  =3D 7;=0A=
SAXDriver.CD_E  =3D 8;=0A=
SAXDriver.CMNT  =3D 9;=0A=
SAXDriver.DTD_B =3D 10;=0A=
SAXDriver.DTD_E =3D 11;=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
=0A=
=0A=
=0A=
SAXDriver.prototype.parse =3D function(strD) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   parse=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var parser =3D new XMLP(strD);=0A=
=0A=
    if(this.m_hndDoc && this.m_hndDoc.setDocumentLocator) {=0A=
        this.m_hndDoc.setDocumentLocator(this);=0A=
    }=0A=
=0A=
    this.m_parser =3D parser;=0A=
    this.m_bErr =3D false;=0A=
=0A=
    if(!this.m_bErr) {=0A=
        this._fireEvent(SAXDriver.DOC_B);=0A=
    }=0A=
    this._parseLoop();=0A=
    if(!this.m_bErr) {=0A=
        this._fireEvent(SAXDriver.DOC_E);=0A=
    }=0A=
=0A=
    this.m_xml =3D null;=0A=
    this.m_iP =3D 0;=0A=
=0A=
}  // end function parse=0A=
=0A=
=0A=
SAXDriver.prototype.setDocumentHandler =3D function(hnd) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   setDocumentHandler=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    this.m_hndDoc =3D hnd;=0A=
=0A=
}   // end function setDocumentHandler=0A=
=0A=
=0A=
SAXDriver.prototype.setErrorHandler =3D function(hnd) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   setErrorHandler=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    this.m_hndErr =3D hnd;=0A=
=0A=
}  // end function setErrorHandler=0A=
=0A=
=0A=
SAXDriver.prototype.setLexicalHandler =3D function(hnd) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   setLexicalHandler=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    this.m_hndLex =3D hnd;=0A=
=0A=
}  // end function setLexicalHandler=0A=
=0A=
=0A=
    =
/************************************************************************=
*******************************************=0A=
                                                LOCATOR/PARSE EXCEPTION =
INTERFACE=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
SAXDriver.prototype.getColumnNumber =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getSystemId=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_parser.getColumnNumber();=0A=
=0A=
}  // end function getColumnNumber=0A=
=0A=
=0A=
SAXDriver.prototype.getLineNumber =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getLineNumber=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_parser.getLineNumber();=0A=
=0A=
}  // end function getLineNumber=0A=
=0A=
=0A=
SAXDriver.prototype.getMessage =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getMessage=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_strErrMsg;=0A=
=0A=
}  // end function getMessage=0A=
=0A=
=0A=
SAXDriver.prototype.getPublicId =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getPublicID=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return null;=0A=
=0A=
}  // end function getPublicID=0A=
=0A=
=0A=
SAXDriver.prototype.getSystemId =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getSystemId=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return null;=0A=
=0A=
}  // end function getSystemId=0A=
=0A=
=0A=
    =
/************************************************************************=
*******************************************=0A=
                                                Attribute List Interface=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
SAXDriver.prototype.getLength =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getLength=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_parser.getAttributeCount();=0A=
=0A=
}  // end function getAttributeCount=0A=
=0A=
=0A=
SAXDriver.prototype.getName =3D function(index) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getName=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_parser.getAttributeName(index);=0A=
=0A=
} // end function getAttributeName=0A=
=0A=
=0A=
SAXDriver.prototype.getValue =3D function(index) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getValue=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_parser.getAttributeValue(index);=0A=
=0A=
}  // end function getAttributeValue=0A=
=0A=
=0A=
SAXDriver.prototype.getValueByName =3D function(name) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getValueByName=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_parser.getAttributeValueByName(name);=0A=
=0A=
} // end function getAttributeValueByName=0A=
=0A=
=0A=
    =
/************************************************************************=
*******************************************=0A=
                                                                Private =
functions=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
SAXDriver.prototype._fireError =3D function(strMsg) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _fireError=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    this.m_strErrMsg =3D strMsg;=0A=
    this.m_bErr =3D true;=0A=
=0A=
    if(this.m_hndErr && this.m_hndErr.fatalError) {=0A=
        this.m_hndErr.fatalError(this);=0A=
    }=0A=
=0A=
}   // end function _fireError=0A=
=0A=
=0A=
SAXDriver.prototype._fireEvent =3D function(iEvt) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _fireEvent=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var hnd, func, args =3D arguments, iLen =3D args.length - 1;=0A=
=0A=
    if(this.m_bErr) return;=0A=
=0A=
    if(SAXDriver.DOC_B =3D=3D iEvt) {=0A=
        func =3D "startDocument";         hnd =3D this.m_hndDoc;=0A=
    }=0A=
    else if (SAXDriver.DOC_E =3D=3D iEvt) {=0A=
        func =3D "endDocument";           hnd =3D this.m_hndDoc;=0A=
    }=0A=
    else if (SAXDriver.ELM_B =3D=3D iEvt) {=0A=
        func =3D "startElement";          hnd =3D this.m_hndDoc;=0A=
    }=0A=
    else if (SAXDriver.ELM_E =3D=3D iEvt) {=0A=
        func =3D "endElement";            hnd =3D this.m_hndDoc;=0A=
    }=0A=
    else if (SAXDriver.CHARS =3D=3D iEvt) {=0A=
        func =3D "characters";            hnd =3D this.m_hndDoc;=0A=
    }=0A=
    else if (SAXDriver.PI    =3D=3D iEvt) {=0A=
        func =3D "processingInstruction"; hnd =3D this.m_hndDoc;=0A=
    }=0A=
    else if (SAXDriver.CD_B  =3D=3D iEvt) {=0A=
        func =3D "startCDATA";            hnd =3D this.m_hndLex;=0A=
    }=0A=
    else if (SAXDriver.CD_E  =3D=3D iEvt) {=0A=
        func =3D "endCDATA";              hnd =3D this.m_hndLex;=0A=
    }=0A=
    else if (SAXDriver.CMNT  =3D=3D iEvt) {=0A=
        func =3D "comment";               hnd =3D this.m_hndLex;=0A=
    }=0A=
=0A=
    if(hnd && hnd[func]) {=0A=
        if(0 =3D=3D iLen) {=0A=
            hnd[func]();=0A=
        }=0A=
        else if (1 =3D=3D iLen) {=0A=
            hnd[func](args[1]);=0A=
        }=0A=
        else if (2 =3D=3D iLen) {=0A=
            hnd[func](args[1], args[2]);=0A=
        }=0A=
        else if (3 =3D=3D iLen) {=0A=
            hnd[func](args[1], args[2], args[3]);=0A=
        }=0A=
    }=0A=
=0A=
}  // end function _fireEvent=0A=
=0A=
=0A=
SAXDriver.prototype._parseLoop =3D function(parser) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   _parseLoop=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    var iEvent, parser;=0A=
=0A=
    parser =3D this.m_parser;=0A=
    while(!this.m_bErr) {=0A=
        iEvent =3D parser.next();=0A=
=0A=
        if(iEvent =3D=3D XMLP._ELM_B) {=0A=
            this._fireEvent(SAXDriver.ELM_B, parser.getName(), this);=0A=
        }=0A=
        else if(iEvent =3D=3D XMLP._ELM_E) {=0A=
            this._fireEvent(SAXDriver.ELM_E, parser.getName());=0A=
        }=0A=
        else if(iEvent =3D=3D XMLP._ELM_EMP) {=0A=
            this._fireEvent(SAXDriver.ELM_B, parser.getName(), this);=0A=
            this._fireEvent(SAXDriver.ELM_E, parser.getName());=0A=
        }=0A=
        else if(iEvent =3D=3D XMLP._TEXT) {=0A=
            this._fireEvent(SAXDriver.CHARS, parser.getContent(), =
parser.getContentBegin(), parser.getContentEnd() - =
parser.getContentBegin());=0A=
        }=0A=
        else if(iEvent =3D=3D XMLP._ENTITY) {=0A=
            this._fireEvent(SAXDriver.CHARS, parser.getContent(), =
parser.getContentBegin(), parser.getContentEnd() - =
parser.getContentBegin());=0A=
        }=0A=
        else if(iEvent =3D=3D XMLP._PI) {=0A=
            this._fireEvent(SAXDriver.PI, parser.getName(), =
parser.getContent().substring(parser.getContentBegin(), =
parser.getContentEnd()));=0A=
        }=0A=
        else if(iEvent =3D=3D XMLP._CDATA) {=0A=
            this._fireEvent(SAXDriver.CD_B);=0A=
            this._fireEvent(SAXDriver.CHARS, parser.getContent(), =
parser.getContentBegin(), parser.getContentEnd() - =
parser.getContentBegin());=0A=
            this._fireEvent(SAXDriver.CD_E);=0A=
        }=0A=
        else if(iEvent =3D=3D XMLP._COMMENT) {=0A=
            this._fireEvent(SAXDriver.CMNT, parser.getContent(), =
parser.getContentBegin(), parser.getContentEnd() - =
parser.getContentBegin());=0A=
        }=0A=
        else if(iEvent =3D=3D XMLP._DTD) {=0A=
        }=0A=
        else if(iEvent =3D=3D XMLP._ERROR) {=0A=
            this._fireError(parser.getContent());=0A=
        }=0A=
        else if(iEvent =3D=3D XMLP._NONE) {=0A=
            return;=0A=
        }=0A=
    }=0A=
=0A=
}  // end function _parseLoop=0A=
=0A=
=0A=
=0A=
/************************************************************************=
***************************************=0A=
SAXStrings: a useful object containing string manipulation functions=0A=
*************************************************************************=
****************************************/=0A=
=0A=
=0A=
SAXStrings =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   SAXStrings=0A=
=0A=
    Author:   Scott Severtson=0A=
=0A=
    Description:=0A=
        This is the constructor of the SAXStrings object=0A=
    =
*************************************************************************=
********************************************/=0A=
}  // end function SAXStrings=0A=
=0A=
=0A=
// CONSTANTS    (these must be below the constructor)=0A=
=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
SAXStrings.WHITESPACE =3D " \t\n\r";=0A=
SAXStrings.QUOTES =3D "\"'";=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
=0A=
=0A=
SAXStrings.getColumnNumber =3D function(strD, iP) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   replace=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    if(SAXStrings.isEmpty(strD)) {=0A=
        return -1;=0A=
    }=0A=
    iP =3D iP || strD.length;=0A=
=0A=
    var arrD =3D strD.substring(0, iP).split("\n");=0A=
    var strLine =3D arrD[arrD.length - 1];=0A=
    arrD.length--;=0A=
    var iLinePos =3D arrD.join("\n").length;=0A=
=0A=
    return iP - iLinePos;=0A=
=0A=
}  // end function getColumnNumber=0A=
=0A=
=0A=
SAXStrings.getLineNumber =3D function(strD, iP) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   getLineNumber=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    if(SAXStrings.isEmpty(strD)) {=0A=
        return -1;=0A=
    }=0A=
    iP =3D iP || strD.length;=0A=
=0A=
    return strD.substring(0, iP).split("\n").length=0A=
}  // end function getLineNumber=0A=
=0A=
=0A=
SAXStrings.indexOfNonWhitespace =3D function(strD, iB, iE) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   indexOfNonWhitespace=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    if(SAXStrings.isEmpty(strD)) {=0A=
        return -1;=0A=
    }=0A=
    iB =3D iB || 0;=0A=
    iE =3D iE || strD.length;=0A=
=0A=
    for(var i =3D iB; i < iE; i++){=0A=
        if(SAXStrings.WHITESPACE.indexOf(strD.charAt(i)) =3D=3D -1) {=0A=
            return i;=0A=
        }=0A=
    }=0A=
    return -1;=0A=
=0A=
}  // end function indexOfNonWhitespace=0A=
=0A=
=0A=
SAXStrings.indexOfWhitespace =3D function(strD, iB, iE) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   indexOfWhitespace=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    if(SAXStrings.isEmpty(strD)) {=0A=
        return -1;=0A=
    }=0A=
    iB =3D iB || 0;=0A=
    iE =3D iE || strD.length;=0A=
=0A=
    for(var i =3D iB; i < iE; i++) {=0A=
        if(SAXStrings.WHITESPACE.indexOf(strD.charAt(i)) !=3D -1) {=0A=
            return i;=0A=
        }=0A=
    }=0A=
    return -1;=0A=
}  // end function indexOfWhitespace=0A=
=0A=
=0A=
SAXStrings.isEmpty =3D function(strD) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   isEmpty=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return (strD =3D=3D null) || (strD.length =3D=3D 0);=0A=
=0A=
}  // end function isEmpty=0A=
=0A=
=0A=
SAXStrings.lastIndexOfNonWhitespace =3D function(strD, iB, iE) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   lastIndexOfNonWhiteSpace=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    if(SAXStrings.isEmpty(strD)) {=0A=
        return -1;=0A=
    }=0A=
    iB =3D iB || 0;=0A=
    iE =3D iE || strD.length;=0A=
=0A=
    for(var i =3D iE - 1; i >=3D iB; i--){=0A=
        if(SAXStrings.WHITESPACE.indexOf(strD.charAt(i)) =3D=3D -1){=0A=
            return i;=0A=
        }=0A=
    }=0A=
    return -1;=0A=
}  // end function lastIndexOfNonWhitespace=0A=
=0A=
=0A=
SAXStrings.replace =3D function(strD, iB, iE, strF, strR) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   replace=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    if(SAXStrings.isEmpty(strD)) {=0A=
        return "";=0A=
    }=0A=
    iB =3D iB || 0;=0A=
    iE =3D iE || strD.length;=0A=
=0A=
    return strD.substring(iB, iE).split(strF).join(strR);=0A=
=0A=
}  // end function replace=0A=
=0A=
=0A=
=0A=
/************************************************************************=
***************************************=0A=
Stack: A simple stack class, used for verifying document structure.=0A=
*************************************************************************=
****************************************/=0A=
=0A=
Stack =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   Stack=0A=
=0A=
    Author:   Scott Severtson=0A=
=0A=
    Description:=0A=
        Constructor of the Stack Object=0A=
    =
*************************************************************************=
********************************************/=0A=
    this.m_arr =3D new Array();=0A=
=0A=
}  // end function Stack=0A=
=0A=
=0A=
Stack.prototype.clear =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   clear=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    this.m_arr =3D new Array();=0A=
=0A=
}  // end function clear=0A=
=0A=
=0A=
Stack.prototype.count =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   count=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    return this.m_arr.length;=0A=
=0A=
}  // end function count=0A=
=0A=
=0A=
Stack.prototype.destroy =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   destroy=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    this.m_arr =3D null;=0A=
=0A=
}   // end function destroy=0A=
=0A=
=0A=
Stack.prototype.peek =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   peek=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    if(this.m_arr.length =3D=3D 0) {=0A=
        return null;=0A=
    }=0A=
=0A=
    return this.m_arr[this.m_arr.length - 1];=0A=
=0A=
}  // end function peek=0A=
=0A=
=0A=
Stack.prototype.pop =3D function() {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   pop=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
    if(this.m_arr.length =3D=3D 0) {=0A=
        return null;=0A=
    }=0A=
=0A=
    var o =3D this.m_arr[this.m_arr.length - 1];=0A=
    this.m_arr.length--;=0A=
    return o;=0A=
=0A=
}  // end function pop=0A=
=0A=
=0A=
Stack.prototype.push =3D function(o) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function:   push=0A=
=0A=
    Author:   Scott Severtson=0A=
    =
*************************************************************************=
********************************************/=0A=
=0A=
    this.m_arr[this.m_arr.length] =3D o;=0A=
=0A=
}  // end function push=0A=
=0A=
=0A=
=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
=0A=
// CONVENIENCE FUNCTIONS=0A=
=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
=0A=
function isEmpty(str) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function: isEmpty=0A=
=0A=
    Author: mike@idle.org=0A=
=0A=
    Description:=0A=
        convenience function to identify an empty string=0A=
=0A=
    =
*************************************************************************=
********************************************/=0A=
    return (str=3D=3Dnull) || (str.length=3D=3D0);=0A=
=0A=
} // end function isEmpty=0A=
=0A=
=0A=
=0A=
function trim(trimString, leftTrim, rightTrim) {=0A=
    =
/************************************************************************=
*******************************************=0A=
    function: trim=0A=
=0A=
    Author: may106@psu.edu=0A=
=0A=
    Description:=0A=
        helper function to trip a string (trimString) of leading =
(leftTrim)=0A=
        and trailing (rightTrim) whitespace=0A=
=0A=
    =
*************************************************************************=
********************************************/=0A=
    if (isEmpty(trimString)) {=0A=
        return "";=0A=
    }=0A=
=0A=
    // the general focus here is on minimal method calls - hence only one=0A=
    // substring is done to complete the trim.=0A=
=0A=
    if (leftTrim =3D=3D null) {=0A=
        leftTrim =3D true;=0A=
    }=0A=
=0A=
    if (rightTrim =3D=3D null) {=0A=
        rightTrim =3D true;=0A=
    }=0A=
=0A=
    var left=3D0;=0A=
    var right=3D0;=0A=
    var i=3D0;=0A=
    var k=3D0;=0A=
=0A=
=0A=
    // modified to properly handle strings that are all whitespace=0A=
    if (leftTrim =3D=3D true) {=0A=
        while ((i<trimString.length) && =
(whitespace.indexOf(trimString.charAt(i++))!=3D-1)) {=0A=
            left++;=0A=
        }=0A=
    }=0A=
    if (rightTrim =3D=3D true) {=0A=
        k=3DtrimString.length-1;=0A=
        while((k>=3Dleft) && =
(whitespace.indexOf(trimString.charAt(k--))!=3D-1)) {=0A=
            right++;=0A=
        }=0A=
    }=0A=
    return trimString.substring(left, trimString.length - right);=0A=
} // end function trim=0A=
=0A=
/**=0A=
 * function __escapeString=0A=
 *=0A=
 * author: David Joham djoham@yahoo.com=0A=
 *=0A=
 * @param  str : string - The string to be escaped=0A=
 *=0A=
 * @return : string - The escaped string=0A=
 */=0A=
function __escapeString(str) {=0A=
=0A=
    var escAmpRegEx =3D /&/g;=0A=
    var escLtRegEx =3D /</g;=0A=
    var escGtRegEx =3D />/g;=0A=
    var quotRegEx =3D /"/g;=0A=
    var aposRegEx =3D /'/g;=0A=
=0A=
    str =3D str.replace(escAmpRegEx, "&amp;");=0A=
    str =3D str.replace(escLtRegEx, "&lt;");=0A=
    str =3D str.replace(escGtRegEx, "&gt;");=0A=
    str =3D str.replace(quotRegEx, "&quot;");=0A=
    str =3D str.replace(aposRegEx, "&apos;");=0A=
=0A=
  return str;=0A=
}=0A=
=0A=
/**=0A=
 * function __unescapeString =0A=
 *=0A=
 * author: David Joham djoham@yahoo.com=0A=
 *=0A=
 * @param  str : string - The string to be unescaped=0A=
 *=0A=
 * @return : string - The unescaped string=0A=
 */=0A=
function __unescapeString(str) {=0A=
=0A=
    var escAmpRegEx =3D /&amp;/g;=0A=
    var escLtRegEx =3D /&lt;/g;=0A=
    var escGtRegEx =3D /&gt;/g;=0A=
    var quotRegEx =3D /&quot;/g;=0A=
    var aposRegEx =3D /&apos;/g;=0A=
=0A=
    str =3D str.replace(escAmpRegEx, "&");=0A=
    str =3D str.replace(escLtRegEx, "<");=0A=
    str =3D str.replace(escGtRegEx, ">");=0A=
    str =3D str.replace(quotRegEx, "\"");=0A=
    str =3D str.replace(aposRegEx, "'");=0A=
=0A=
  return str;=0A=
}=0A=
=0A=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/front/lib/xml/xmlw3cdom.js

// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
//=0A=
// xmlw3cdom.js - a W3C compliant DOM parser for XML for <SCRIPT>=0A=
//=0A=
// version 3.1=0A=
//=0A=
// =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=0A=
//=0A=
// Copyright (C) 2002, 2003, 2004 Jon van Noort (jon@webarcana.com.au), =
David Joham (djoham@yahoo.com) and Scott Severtson=0A=
//=0A=
// This library is free software; you can redistribute it and/or=0A=
// modify it under the terms of the GNU Lesser General Public=0A=
// License as published by the Free Software Foundation; either=0A=
// version 2.1 of the License, or (at your option) any later version.=0A=
=0A=
// This library is distributed in the hope that it will be useful,=0A=
// but WITHOUT ANY WARRANTY; without even the implied warranty of=0A=
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU=0A=
// Lesser General Public License for more details.=0A=
=0A=
// You should have received a copy of the GNU Lesser General Public=0A=
// License along with this library; if not, write to the Free Software=0A=
// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  =
USA=0A=
//=0A=
// visit the XML for <SCRIPT> home page at xmljs.sourceforge.net=0A=
//=0A=
// Contains text (used within comments to methods) from the=0A=
//  XML Path Language (XPath) Version 1.0 W3C Recommendation=0A=
//  Copyright =A9 16 November 1999 World Wide Web Consortium,=0A=
//  (Massachusetts Institute of Technology,=0A=
//  European Research Consortium for Informatics and Mathematics, Keio =
University).=0A=
//  All Rights Reserved.=0A=
//  (see: http://www.w3.org/TR/2000/WD-DOM-Level-1-20000929/)=0A=
=0A=
/**=0A=
 * @function addClass - add new className to classCollection=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  classCollectionStr : string - list of existing class names=0A=
 *   (separated and top and tailed with '|'s)=0A=
 * @param  newClass           : string - new class name to add=0A=
 *=0A=
 * @return : string - the new classCollection, with new className =
appended,=0A=
 *   (separated and top and tailed with '|'s)=0A=
 */=0A=
function addClass(classCollectionStr, newClass) {=0A=
  if (classCollectionStr) {=0A=
    if (classCollectionStr.indexOf("|"+ newClass +"|") < 0) {=0A=
      classCollectionStr +=3D newClass + "|";=0A=
    }=0A=
  }=0A=
  else {=0A=
    classCollectionStr =3D "|"+ newClass + "|";=0A=
  }=0A=
=0A=
  return classCollectionStr;=0A=
}=0A=
=0A=
/**=0A=
 * @class  DOMException - raised when an operation is impossible to =
perform=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  code : int - the exception code (one of the DOMException =
constants)=0A=
 */=0A=
DOMException =3D function(code) {=0A=
  this._class =3D addClass(this._class, "DOMException");=0A=
=0A=
  this.code =3D code;=0A=
};=0A=
=0A=
// DOMException constants=0A=
// Introduced in DOM Level 1:=0A=
DOMException.INDEX_SIZE_ERR                 =3D 1;=0A=
DOMException.DOMSTRING_SIZE_ERR             =3D 2;=0A=
DOMException.HIERARCHY_REQUEST_ERR          =3D 3;=0A=
DOMException.WRONG_DOCUMENT_ERR             =3D 4;=0A=
DOMException.INVALID_CHARACTER_ERR          =3D 5;=0A=
DOMException.NO_DATA_ALLOWED_ERR            =3D 6;=0A=
DOMException.NO_MODIFICATION_ALLOWED_ERR    =3D 7;=0A=
DOMException.NOT_FOUND_ERR                  =3D 8;=0A=
DOMException.NOT_SUPPORTED_ERR              =3D 9;=0A=
DOMException.INUSE_ATTRIBUTE_ERR            =3D 10;=0A=
=0A=
// Introduced in DOM Level 2:=0A=
DOMException.INVALID_STATE_ERR              =3D 11;=0A=
DOMException.SYNTAX_ERR                     =3D 12;=0A=
DOMException.INVALID_MODIFICATION_ERR       =3D 13;=0A=
DOMException.NAMESPACE_ERR                  =3D 14;=0A=
DOMException.INVALID_ACCESS_ERR             =3D 15;=0A=
=0A=
=0A=
/**=0A=
 * @class  DOMImplementation - provides a number of methods for =
performing operations=0A=
 *   that are independent of any particular instance of the document =
object model.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 */=0A=
DOMImplementation =3D function() {=0A=
  this._class =3D addClass(this._class, "DOMImplementation");=0A=
  this._p =3D null;=0A=
=0A=
  this.preserveWhiteSpace =3D false;  // by default, ignore whitespace=0A=
  this.namespaceAware =3D true;       // by default, handle namespaces=0A=
  this.errorChecking  =3D true;       // by default, test for exceptions=0A=
};=0A=
=0A=
=0A=
/**=0A=
 * @method DOMImplementation.escapeString - escape special characters=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  str : string - The string to be escaped=0A=
 *=0A=
 * @return : string - The escaped string=0A=
 */=0A=
DOMImplementation.prototype.escapeString =3D function =
DOMNode__escapeString(str) {=0A=
=0A=
  //the sax processor already has this function. Just wrap it=0A=
  return __escapeString(str);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMImplementation.unescapeString - unescape special characters=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  str : string - The string to be unescaped=0A=
 *=0A=
 * @return : string - The unescaped string=0A=
 */=0A=
DOMImplementation.prototype.unescapeString =3D function =
DOMNode__unescapeString(str) {=0A=
=0A=
  //the sax processor already has this function. Just wrap it=0A=
  return __unescapeString(str);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMImplementation.hasFeature - Test if the DOM implementation =
implements a specific feature=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  feature : string - The package name of the feature to test. =
the legal only values are "XML" and "CORE" (case-insensitive).=0A=
 * @param  version : string - This is the version number of the package =
name to test. In Level 1, this is the string "1.0".=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMImplementation.prototype.hasFeature =3D function =
DOMImplementation_hasFeature(feature, version) {=0A=
=0A=
  var ret =3D false;=0A=
  if (feature.toLowerCase() =3D=3D "xml") {=0A=
    ret =3D (!version || (version =3D=3D "1.0") || (version =3D=3D =
"2.0"));=0A=
  }=0A=
  else if (feature.toLowerCase() =3D=3D "core") {=0A=
    ret =3D (!version || (version =3D=3D "2.0"));=0A=
  }=0A=
=0A=
  return ret;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMImplementation.loadXML - parse XML string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au), David Joham =
(djoham@yahoo.com) and Scott Severtson=0A=
 *=0A=
 * @param  xmlStr : string - the XML string=0A=
 *=0A=
 * @return : DOMDocument=0A=
 */=0A=
DOMImplementation.prototype.loadXML =3D function =
DOMImplementation_loadXML(xmlStr) {=0A=
  // create SAX Parser=0A=
  var parser;=0A=
=0A=
  try {=0A=
    parser =3D new XMLP(xmlStr);=0A=
  }=0A=
  catch (e) {=0A=
    alert("Error Creating the SAX Parser. Did you include xmlsax.js or =
tinyxmlsax.js in your web page?\nThe SAX parser is needed to populate =
XML for <SCRIPT>'s W3C DOM Parser with data.");=0A=
  }=0A=
=0A=
  // create DOM Document=0A=
  var doc =3D new DOMDocument(this);=0A=
=0A=
  // populate Document with Parsed Nodes=0A=
  this._parseLoop(doc, parser);=0A=
=0A=
  // set parseComplete flag, (Some validation Rules are relaxed if this =
is false)=0A=
  doc._parseComplete =3D true;=0A=
=0A=
  return doc;=0A=
};=0A=
=0A=
=0A=
/**=0A=
 * @method DOMImplementation.translateErrCode - convert DOMException Code=0A=
 *   to human readable error message;=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  code : int - the DOMException code=0A=
 *=0A=
 * @return : string - the human readbale error message=0A=
 */=0A=
DOMImplementation.prototype.translateErrCode =3D function =
DOMImplementation_translateErrCode(code) {=0A=
  var msg =3D "";=0A=
=0A=
  switch (code) {=0A=
    case DOMException.INDEX_SIZE_ERR :                // 1=0A=
       msg =3D "INDEX_SIZE_ERR: Index out of bounds";=0A=
       break;=0A=
=0A=
    case DOMException.DOMSTRING_SIZE_ERR :            // 2=0A=
       msg =3D "DOMSTRING_SIZE_ERR: The resulting string is too long to =
fit in a DOMString";=0A=
       break;=0A=
=0A=
    case DOMException.HIERARCHY_REQUEST_ERR :         // 3=0A=
       msg =3D "HIERARCHY_REQUEST_ERR: The Node can not be inserted at =
this location";=0A=
       break;=0A=
=0A=
    case DOMException.WRONG_DOCUMENT_ERR :            // 4=0A=
       msg =3D "WRONG_DOCUMENT_ERR: The source and the destination =
Documents are not the same";=0A=
       break;=0A=
=0A=
    case DOMException.INVALID_CHARACTER_ERR :         // 5=0A=
       msg =3D "INVALID_CHARACTER_ERR: The string contains an invalid =
character";=0A=
       break;=0A=
=0A=
    case DOMException.NO_DATA_ALLOWED_ERR :           // 6=0A=
       msg =3D "NO_DATA_ALLOWED_ERR: This Node / NodeList does not =
support data";=0A=
       break;=0A=
=0A=
    case DOMException.NO_MODIFICATION_ALLOWED_ERR :   // 7=0A=
       msg =3D "NO_MODIFICATION_ALLOWED_ERR: This object cannot be =
modified";=0A=
       break;=0A=
=0A=
    case DOMException.NOT_FOUND_ERR :                 // 8=0A=
       msg =3D "NOT_FOUND_ERR: The item cannot be found";=0A=
       break;=0A=
=0A=
    case DOMException.NOT_SUPPORTED_ERR :             // 9=0A=
       msg =3D "NOT_SUPPORTED_ERR: This implementation does not support =
function";=0A=
       break;=0A=
=0A=
    case DOMException.INUSE_ATTRIBUTE_ERR :           // 10=0A=
       msg =3D "INUSE_ATTRIBUTE_ERR: The Attribute has already been =
assigned to another Element";=0A=
       break;=0A=
=0A=
// Introduced in DOM Level 2:=0A=
    case DOMException.INVALID_STATE_ERR :             // 11=0A=
       msg =3D "INVALID_STATE_ERR: The object is no longer usable";=0A=
       break;=0A=
=0A=
    case DOMException.SYNTAX_ERR :                    // 12=0A=
       msg =3D "SYNTAX_ERR: Syntax error";=0A=
       break;=0A=
=0A=
    case DOMException.INVALID_MODIFICATION_ERR :      // 13=0A=
       msg =3D "INVALID_MODIFICATION_ERR: Cannot change the type of the =
object";=0A=
       break;=0A=
=0A=
    case DOMException.NAMESPACE_ERR :                 // 14=0A=
       msg =3D "NAMESPACE_ERR: The namespace declaration is incorrect";=0A=
       break;=0A=
=0A=
    case DOMException.INVALID_ACCESS_ERR :            // 15=0A=
       msg =3D "INVALID_ACCESS_ERR: The object does not support this =
function";=0A=
       break;=0A=
=0A=
    default :=0A=
       msg =3D "UNKNOWN: Unknown Exception Code ("+ code +")";=0A=
  }=0A=
=0A=
  return msg;=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMImplementation._parseLoop - process SAX events=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au), David Joham =
(djoham@yahoo.com) and Scott Severtson=0A=
 *=0A=
 * @param  doc : DOMDocument - the Document to contain the parsed XML =
string=0A=
 * @param  p   : XMLP        - the SAX Parser=0A=
 *=0A=
 * @return : DOMDocument=0A=
 */=0A=
DOMImplementation.prototype._parseLoop =3D function =
DOMImplementation__parseLoop(doc, p) {=0A=
  var iEvt, iNode, iAttr, strName;=0A=
  iNodeParent =3D doc;=0A=
=0A=
  var el_close_count =3D 0;=0A=
=0A=
  var entitiesList =3D new Array();=0A=
  var textNodesList =3D new Array();=0A=
=0A=
  // if namespaceAware, add default namespace=0A=
  if (this.namespaceAware) {=0A=
    var iNS =3D doc.createNamespace(""); // add the default-default =
namespace=0A=
    iNS.setValue("http://www.w3.org/2000/xmlns/");=0A=
    doc._namespaces.setNamedItem(iNS);=0A=
  }=0A=
=0A=
  // loop until SAX parser stops emitting events=0A=
  while(true) {=0A=
    // get next event=0A=
    iEvt =3D p.next();=0A=
=0A=
    if (iEvt =3D=3D XMLP._ELM_B) {                      // Begin-Element =
Event=0A=
      var pName =3D p.getName();                      // get the Element =
name=0A=
      pName =3D trim(pName, true, true);              // strip spaces =
from Element name=0A=
=0A=
      if (!this.namespaceAware) {=0A=
        iNode =3D doc.createElement(p.getName());     // create the =
Element=0A=
=0A=
        // add attributes to Element=0A=
        for(var i =3D 0; i < p.getAttributeCount(); i++) {=0A=
          strName =3D p.getAttributeName(i);          // get Attribute =
name=0A=
          iAttr =3D iNode.getAttributeNode(strName);  // if Attribute =
exists, use it=0A=
=0A=
          if(!iAttr) {=0A=
            iAttr =3D doc.createAttribute(strName);   // otherwise =
create it=0A=
          }=0A=
=0A=
          iAttr.setValue(p.getAttributeValue(i));   // set Attribute =
value=0A=
          iNode.setAttributeNode(iAttr);            // attach Attribute =
to Element=0A=
        }=0A=
      }=0A=
      else {  // Namespace Aware=0A=
        // create element (with empty namespaceURI,=0A=
        //  resolve after namespace 'attributes' have been parsed)=0A=
        iNode =3D doc.createElementNS("", p.getName());=0A=
=0A=
        // duplicate ParentNode's Namespace definitions=0A=
        iNode._namespaces =3D iNodeParent._namespaces._cloneNodes(iNode);=0A=
=0A=
        // add attributes to Element=0A=
        for(var i =3D 0; i < p.getAttributeCount(); i++) {=0A=
          strName =3D p.getAttributeName(i);          // get Attribute =
name=0A=
=0A=
          // if attribute is a namespace declaration=0A=
          if (this._isNamespaceDeclaration(strName)) {=0A=
            // parse Namespace Declaration=0A=
            var namespaceDec =3D this._parseNSName(strName);=0A=
=0A=
            if (strName !=3D "xmlns") {=0A=
              iNS =3D doc.createNamespace(strName);   // define namespace=0A=
            }=0A=
            else {=0A=
              iNS =3D doc.createNamespace("");        // redefine =
default namespace=0A=
            }=0A=
            iNS.setValue(p.getAttributeValue(i));   // set value =3D =
namespaceURI=0A=
=0A=
            iNode._namespaces.setNamedItem(iNS);    // attach namespace =
to namespace collection=0A=
          }=0A=
          else {  // otherwise, it is a normal attribute=0A=
            iAttr =3D iNode.getAttributeNode(strName);        // if =
Attribute exists, use it=0A=
=0A=
            if(!iAttr) {=0A=
              iAttr =3D doc.createAttributeNS("", strName);   // =
otherwise create it=0A=
            }=0A=
=0A=
            iAttr.setValue(p.getAttributeValue(i));         // set =
Attribute value=0A=
            iNode.setAttributeNodeNS(iAttr);                // attach =
Attribute to Element=0A=
=0A=
            if (this._isIdDeclaration(strName)) {=0A=
              iNode.id =3D p.getAttributeValue(i);    // cache ID for =
getElementById()=0A=
            }=0A=
          }=0A=
        }=0A=
=0A=
        // resolve namespaceURIs for this Element=0A=
        if (iNode._namespaces.getNamedItem(iNode.prefix)) {=0A=
          iNode.namespaceURI =3D =
iNode._namespaces.getNamedItem(iNode.prefix).value;=0A=
        }=0A=
=0A=
        //  for this Element's attributes=0A=
        for (var i =3D 0; i < iNode.attributes.length; i++) {=0A=
          if (iNode.attributes.item(i).prefix !=3D "") {  // attributes =
do not have a default namespace=0A=
            if =
(iNode._namespaces.getNamedItem(iNode.attributes.item(i).prefix)) {=0A=
              iNode.attributes.item(i).namespaceURI =3D =
iNode._namespaces.getNamedItem(iNode.attributes.item(i).prefix).value;=0A=
            }=0A=
          }=0A=
        }=0A=
      }=0A=
=0A=
      // if this is the Root Element=0A=
      if (iNodeParent.nodeType =3D=3D DOMNode.DOCUMENT_NODE) {=0A=
        iNodeParent.documentElement =3D iNode;        // register this =
Element as the Document.documentElement=0A=
      }=0A=
=0A=
      iNodeParent.appendChild(iNode);               // attach Element to =
parentNode=0A=
      iNodeParent =3D iNode;                          // descend one =
level of the DOM Tree=0A=
    }=0A=
=0A=
    else if(iEvt =3D=3D XMLP._ELM_E) {                  // End-Element =
Event=0A=
      iNodeParent =3D iNodeParent.parentNode;         // ascend one =
level of the DOM Tree=0A=
    }=0A=
=0A=
    else if(iEvt =3D=3D XMLP._ELM_EMP) {                // Empty Element =
Event=0A=
      pName =3D p.getName();                          // get the Element =
name=0A=
      pName =3D trim(pName, true, true);              // strip spaces =
from Element name=0A=
=0A=
      if (!this.namespaceAware) {=0A=
        iNode =3D doc.createElement(pName);           // create the =
Element=0A=
=0A=
        // add attributes to Element=0A=
        for(var i =3D 0; i < p.getAttributeCount(); i++) {=0A=
          strName =3D p.getAttributeName(i);          // get Attribute =
name=0A=
          iAttr =3D iNode.getAttributeNode(strName);  // if Attribute =
exists, use it=0A=
=0A=
          if(!iAttr) {=0A=
            iAttr =3D doc.createAttribute(strName);   // otherwise =
create it=0A=
          }=0A=
=0A=
          iAttr.setValue(p.getAttributeValue(i));   // set Attribute =
value=0A=
          iNode.setAttributeNode(iAttr);            // attach Attribute =
to Element=0A=
        }=0A=
      }=0A=
      else {  // Namespace Aware=0A=
        // create element (with empty namespaceURI,=0A=
        //  resolve after namespace 'attributes' have been parsed)=0A=
        iNode =3D doc.createElementNS("", p.getName());=0A=
=0A=
        // duplicate ParentNode's Namespace definitions=0A=
        iNode._namespaces =3D iNodeParent._namespaces._cloneNodes(iNode);=0A=
=0A=
        // add attributes to Element=0A=
        for(var i =3D 0; i < p.getAttributeCount(); i++) {=0A=
          strName =3D p.getAttributeName(i);          // get Attribute =
name=0A=
=0A=
          // if attribute is a namespace declaration=0A=
          if (this._isNamespaceDeclaration(strName)) {=0A=
            // parse Namespace Declaration=0A=
            var namespaceDec =3D this._parseNSName(strName);=0A=
=0A=
            if (strName !=3D "xmlns") {=0A=
              iNS =3D doc.createNamespace(strName);   // define namespace=0A=
            }=0A=
            else {=0A=
              iNS =3D doc.createNamespace("");        // redefine =
default namespace=0A=
            }=0A=
            iNS.setValue(p.getAttributeValue(i));   // set value =3D =
namespaceURI=0A=
=0A=
            iNode._namespaces.setNamedItem(iNS);    // attach namespace =
to namespace collection=0A=
          }=0A=
          else {  // otherwise, it is a normal attribute=0A=
            iAttr =3D iNode.getAttributeNode(strName);        // if =
Attribute exists, use it=0A=
=0A=
            if(!iAttr) {=0A=
              iAttr =3D doc.createAttributeNS("", strName);   // =
otherwise create it=0A=
            }=0A=
=0A=
            iAttr.setValue(p.getAttributeValue(i));         // set =
Attribute value=0A=
            iNode.setAttributeNodeNS(iAttr);                // attach =
Attribute to Element=0A=
=0A=
            if (this._isIdDeclaration(strName)) {=0A=
              iNode.id =3D p.getAttributeValue(i);    // cache ID for =
getElementById()=0A=
            }=0A=
          }=0A=
        }=0A=
=0A=
        // resolve namespaceURIs for this Element=0A=
        if (iNode._namespaces.getNamedItem(iNode.prefix)) {=0A=
          iNode.namespaceURI =3D =
iNode._namespaces.getNamedItem(iNode.prefix).value;=0A=
        }=0A=
=0A=
        //  for this Element's attributes=0A=
        for (var i =3D 0; i < iNode.attributes.length; i++) {=0A=
          if (iNode.attributes.item(i).prefix !=3D "") {  // attributes =
do not have a default namespace=0A=
            if =
(iNode._namespaces.getNamedItem(iNode.attributes.item(i).prefix)) {=0A=
              iNode.attributes.item(i).namespaceURI =3D =
iNode._namespaces.getNamedItem(iNode.attributes.item(i).prefix).value;=0A=
            }=0A=
          }=0A=
        }=0A=
      }=0A=
=0A=
      // if this is the Root Element=0A=
      if (iNodeParent.nodeType =3D=3D DOMNode.DOCUMENT_NODE) {=0A=
        iNodeParent.documentElement =3D iNode;        // register this =
Element as the Document.documentElement=0A=
      }=0A=
=0A=
      iNodeParent.appendChild(iNode);               // attach Element to =
parentNode=0A=
    }=0A=
    else if(iEvt =3D=3D XMLP._TEXT || iEvt =3D=3D XMLP._ENTITY) {        =
           // TextNode and entity Events=0A=
      // get Text content=0A=
      var pContent =3D p.getContent().substring(p.getContentBegin(), =
p.getContentEnd());=0A=
      =0A=
	  if (!this.preserveWhiteSpace ) {=0A=
		if (trim(pContent, true, true) =3D=3D "") {=0A=
			pContent =3D ""; //this will cause us not to create the text node =
below=0A=
		}=0A=
	  }=0A=
	  =0A=
      if (pContent.length > 0) {                    // ignore empty =
TextNodes=0A=
        var textNode =3D doc.createTextNode(pContent);=0A=
        iNodeParent.appendChild(textNode); // attach TextNode to =
parentNode=0A=
=0A=
        //the sax parser breaks up text nodes when it finds an entity. =
For=0A=
        //example hello&lt;there will fire a text, an entity and another =
text=0A=
        //this sucks for the dom parser because it looks to us in this =
logic=0A=
        //as three text nodes. I fix this by keeping track of the entity =
nodes=0A=
        //and when we're done parsing, calling normalize on their parent =
to=0A=
        //turn the multiple text nodes into one, which is what DOM users =
expect=0A=
        //the code to do this is at the bottom of this function=0A=
        if (iEvt =3D=3D XMLP._ENTITY) {=0A=
            entitiesList[entitiesList.length] =3D textNode;=0A=
        }=0A=
		else {=0A=
			//I can't properly decide how to handle preserve whitespace=0A=
			//until the siblings of the text node are built due to =0A=
			//the entitiy handling described above. I don't know that this=0A=
			//will be all of the text node or not, so trimming is not appropriate=0A=
			//at this time. Keep a list of all the text nodes for now=0A=
			//and we'll process the preserve whitespace stuff at a later time.=0A=
			textNodesList[textNodesList.length] =3D textNode;=0A=
		}=0A=
      }=0A=
    }=0A=
    else if(iEvt =3D=3D XMLP._PI) {                     // =
ProcessingInstruction Event=0A=
      // attach ProcessingInstruction to parentNode=0A=
      =
iNodeParent.appendChild(doc.createProcessingInstruction(p.getName(), =
p.getContent().substring(p.getContentBegin(), p.getContentEnd())));=0A=
    }=0A=
    else if(iEvt =3D=3D XMLP._CDATA) {                  // CDATA Event=0A=
      // get CDATA data=0A=
      pContent =3D p.getContent().substring(p.getContentBegin(), =
p.getContentEnd());=0A=
=0A=
      if (!this.preserveWhiteSpace) {=0A=
        pContent =3D trim(pContent, true, true);      // trim whitespace=0A=
        pContent.replace(/ +/g, ' ');               // collapse multiple =
spaces to 1 space=0A=
      }=0A=
=0A=
      if (pContent.length > 0) {                    // ignore empty =
CDATANodes=0A=
        iNodeParent.appendChild(doc.createCDATASection(pContent)); // =
attach CDATA to parentNode=0A=
      }=0A=
    }=0A=
    else if(iEvt =3D=3D XMLP._COMMENT) {                // Comment Event=0A=
      // get COMMENT data=0A=
      var pContent =3D p.getContent().substring(p.getContentBegin(), =
p.getContentEnd());=0A=
=0A=
      if (!this.preserveWhiteSpace) {=0A=
        pContent =3D trim(pContent, true, true);      // trim whitespace=0A=
        pContent.replace(/ +/g, ' ');               // collapse multiple =
spaces to 1 space=0A=
      }=0A=
=0A=
      if (pContent.length > 0) {                    // ignore empty =
CommentNodes=0A=
        iNodeParent.appendChild(doc.createComment(pContent));  // attach =
Comment to parentNode=0A=
      }=0A=
    }=0A=
    else if(iEvt =3D=3D XMLP._DTD) {                    // ignore DTD =
events=0A=
    }=0A=
    else if(iEvt =3D=3D XMLP._ERROR) {=0A=
      throw(new DOMException(DOMException.SYNTAX_ERR));=0A=
      // alert("Fatal Error: " + p.getContent() + "\nLine: " + =
p.getLineNumber() + "\nColumn: " + p.getColumnNumber() + "\n");=0A=
      // break;=0A=
    }=0A=
    else if(iEvt =3D=3D XMLP._NONE) {                   // no more events=0A=
      if (iNodeParent =3D=3D doc) {                     // confirm that =
we have recursed back up to root=0A=
        break;=0A=
      }=0A=
      else {=0A=
        throw(new DOMException(DOMException.SYNTAX_ERR));  // one or =
more Tags were not closed properly=0A=
      }=0A=
    }=0A=
  }=0A=
=0A=
  //normalize any entities in the DOM to a single textNode=0A=
  var intCount =3D entitiesList.length;=0A=
  for (intLoop =3D 0; intLoop < intCount; intLoop++) {=0A=
      var entity =3D entitiesList[intLoop];=0A=
      //its possible (if for example two entities were in the=0A=
      //same domnode, that the normalize on the first entitiy=0A=
      //will remove the parent for the second. Only do normalize=0A=
      //if I can find a parent node=0A=
      var parentNode =3D entity.getParentNode();=0A=
      if (parentNode) {=0A=
          parentNode.normalize();=0A=
		  =0A=
		  //now do whitespace (if necessary)=0A=
		  //it was not done for text nodes that have entities=0A=
		  if(!this.preserveWhiteSpace) {=0A=
		  		var children =3D parentNode.getChildNodes();=0A=
				var intCount2 =3D children.getLength();=0A=
				for ( intLoop2 =3D 0; intLoop2 < intCount2; intLoop2++) {=0A=
					var child =3D children.item(intLoop2);=0A=
					if (child.getNodeType() =3D=3D DOMNode.TEXT_NODE) {=0A=
						var childData =3D child.getData();=0A=
						childData =3D trim(childData, true, true);=0A=
						childData.replace(/ +/g, ' ');=0A=
						child.setData(childData);=0A=
					}=0A=
				}=0A=
		  }=0A=
      }=0A=
  }=0A=
  =0A=
  //do the preserve whitespace processing on the rest of the text nodes=0A=
  //It's possible (due to the processing above) that the node will have =
been=0A=
  //removed from the tree. Only do whitespace checking if parentNode is =
not null.=0A=
  //This may duplicate the whitespace processing for some nodes that had =
entities in them=0A=
  //but there's no way around that=0A=
  if (!this.preserveWhiteSpace) {=0A=
  	var intCount =3D textNodesList.length;=0A=
	for (intLoop =3D 0; intLoop < intCount; intLoop++) {=0A=
		var node =3D textNodesList[intLoop];=0A=
		if (node.getParentNode() !=3D null) {=0A=
			var nodeData =3D node.getData();=0A=
			nodeData =3D trim(nodeData, true, true);=0A=
			nodeData.replace(/ +/g, ' ');=0A=
			node.setData(nodeData);=0A=
		}=0A=
	}=0A=
  =0A=
  }=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMImplementation._isNamespaceDeclaration - Return true, if =
attributeName is a namespace declaration=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  attributeName : string - the attribute name=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMImplementation.prototype._isNamespaceDeclaration =3D function =
DOMImplementation__isNamespaceDeclaration(attributeName) {=0A=
  // test if attributeName is 'xmlns'=0A=
  return (attributeName.indexOf('xmlns') > -1);=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMImplementation._isIdDeclaration - Return true, if =
attributeName is an id declaration=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  attributeName : string - the attribute name=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMImplementation.prototype._isIdDeclaration =3D function =
DOMImplementation__isIdDeclaration(attributeName) {=0A=
  // test if attributeName is 'id' (case insensitive)=0A=
  return (attributeName.toLowerCase() =3D=3D 'id');=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMImplementation._isValidName - Return true,=0A=
 *   if name contains no invalid characters=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name : string - the candidate name=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMImplementation.prototype._isValidName =3D function =
DOMImplementation__isValidName(name) {=0A=
  // test if name contains only valid characters=0A=
  return name.match(re_validName);=0A=
}=0A=
re_validName =3D /^[a-zA-Z_:][a-zA-Z0-9\.\-_:]*$/;=0A=
=0A=
/**=0A=
 * @method DOMImplementation._isValidString - Return true, if string =
does not contain any illegal chars=0A=
 *  All of the characters 0 through 31 and character 127 are nonprinting =
control characters.=0A=
 *  With the exception of characters 09, 10, and 13, (Ox09, Ox0A, and =
Ox0D)=0A=
 *  Note: different from _isValidName in that ValidStrings may contain =
spaces=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name : string - the candidate string=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMImplementation.prototype._isValidString =3D function =
DOMImplementation__isValidString(name) {=0A=
  // test that string does not contains invalid characters=0A=
  return (name.search(re_invalidStringChars) < 0);=0A=
}=0A=
re_invalidStringChars =3D =
/\x01|\x02|\x03|\x04|\x05|\x06|\x07|\x08|\x0B|\x0C|\x0E|\x0F|\x10|\x11|\x=
12|\x13|\x14|\x15|\x16|\x17|\x18|\x19|\x1A|\x1B|\x1C|\x1D|\x1E|\x1F|\x7F/=0A=
=0A=
/**=0A=
 * @method DOMImplementation._parseNSName - parse the namespace name.=0A=
 *  if there is no colon, the=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  qualifiedName : string - The qualified name=0A=
 *=0A=
 * @return : NSName - [=0A=
 *                     .prefix        : string - The prefix part of the =
qname=0A=
 *                     .namespaceName : string - The namespaceURI part =
of the qname=0A=
 *                    ]=0A=
 */=0A=
DOMImplementation.prototype._parseNSName =3D function =
DOMImplementation__parseNSName(qualifiedName) {=0A=
  var resultNSName =3D new Object();=0A=
=0A=
  resultNSName.prefix          =3D qualifiedName;  // unless the qname =
has a namespaceName, the prefix is the entire String=0A=
  resultNSName.namespaceName   =3D "";=0A=
=0A=
  // split on ':'=0A=
  delimPos =3D qualifiedName.indexOf(':');=0A=
=0A=
  if (delimPos > -1) {=0A=
    // get prefix=0A=
    resultNSName.prefix        =3D qualifiedName.substring(0, delimPos);=0A=
=0A=
    // get namespaceName=0A=
    resultNSName.namespaceName =3D qualifiedName.substring(delimPos +1, =
qualifiedName.length);=0A=
  }=0A=
=0A=
  return resultNSName;=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMImplementation._parseQName - parse the qualified name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  qualifiedName : string - The qualified name=0A=
 *=0A=
 * @return : QName=0A=
 */=0A=
DOMImplementation.prototype._parseQName =3D function =
DOMImplementation__parseQName(qualifiedName) {=0A=
  var resultQName =3D new Object();=0A=
=0A=
  resultQName.localName =3D qualifiedName;  // unless the qname has a =
prefix, the local name is the entire String=0A=
  resultQName.prefix    =3D "";=0A=
=0A=
  // split on ':'=0A=
  delimPos =3D qualifiedName.indexOf(':');=0A=
=0A=
  if (delimPos > -1) {=0A=
    // get prefix=0A=
    resultQName.prefix    =3D qualifiedName.substring(0, delimPos);=0A=
=0A=
    // get localName=0A=
    resultQName.localName =3D qualifiedName.substring(delimPos +1, =
qualifiedName.length);=0A=
  }=0A=
=0A=
  return resultQName;=0A=
}=0A=
=0A=
/**=0A=
 * @class  DOMNodeList - provides the abstraction of an ordered =
collection of nodes=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - the ownerDocument=0A=
 * @param  parentNode    : DOMNode - the node that the DOMNodeList is =
attached to (or null)=0A=
 */=0A=
DOMNodeList =3D function(ownerDocument, parentNode) {=0A=
  this._class =3D addClass(this._class, "DOMNodeList");=0A=
  this._nodes =3D new Array();=0A=
=0A=
  this.length =3D 0;=0A=
  this.parentNode =3D parentNode;=0A=
  this.ownerDocument =3D ownerDocument;=0A=
=0A=
  this._readonly =3D false;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNodeList.getLength - Java style gettor for .length=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : int=0A=
 */=0A=
DOMNodeList.prototype.getLength =3D function DOMNodeList_getLength() {=0A=
  return this.length;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNodeList.item - Returns the indexth item in the collection.=0A=
 *   If index is greater than or equal to the number of nodes in the =
list, this returns null.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  index : int - Index into the collection.=0A=
 *=0A=
 * @return : DOMNode - The node at the indexth position in the NodeList, =
or null if that is not a valid index=0A=
 */=0A=
DOMNodeList.prototype.item =3D function DOMNodeList_item(index) {=0A=
  var ret =3D null;=0A=
=0A=
  if ((index >=3D 0) && (index < this._nodes.length)) { // bounds check=0A=
    ret =3D this._nodes[index];                    // return selected =
Node=0A=
  }=0A=
=0A=
  return ret;                                    // if the index is out =
of bounds, default value null is returned=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNodeList._findItemIndex - find the item index of the node =
with the specified internal id=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  id : int - unique internal id=0A=
 *=0A=
 * @return : int=0A=
 */=0A=
DOMNodeList.prototype._findItemIndex =3D function =
DOMNodeList__findItemIndex(id) {=0A=
  var ret =3D -1;=0A=
=0A=
  // test that id is valid=0A=
  if (id > -1) {=0A=
    for (var i=3D0; i<this._nodes.length; i++) {=0A=
      // compare id to each node's _id=0A=
      if (this._nodes[i]._id =3D=3D id) {            // found it!=0A=
        ret =3D i;=0A=
        break;=0A=
      }=0A=
    }=0A=
  }=0A=
=0A=
  return ret;                                    // if node is not =
found, default value -1 is returned=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNodeList._insertBefore - insert the specified Node into =
the NodeList before the specified index=0A=
 *   Used by DOMNode.insertBefore(). Note: DOMNode.insertBefore() is =
responsible for Node Pointer surgery=0A=
 *   DOMNodeList._insertBefore() simply modifies the internal data =
structure (Array).=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  newChild      : DOMNode - the Node to be inserted=0A=
 * @param  refChildIndex : int     - the array index to insert the Node =
before=0A=
 */=0A=
DOMNodeList.prototype._insertBefore =3D function =
DOMNodeList__insertBefore(newChild, refChildIndex) {=0A=
  if ((refChildIndex >=3D 0) && (refChildIndex < this._nodes.length)) { =
// bounds check=0A=
    // get array containing children prior to refChild=0A=
    var tmpArr =3D new Array();=0A=
    tmpArr =3D this._nodes.slice(0, refChildIndex);=0A=
=0A=
    if (newChild.nodeType =3D=3D DOMNode.DOCUMENT_FRAGMENT_NODE) {  // =
node is a DocumentFragment=0A=
      // append the children of DocumentFragment=0A=
      tmpArr =3D tmpArr.concat(newChild.childNodes._nodes);=0A=
    }=0A=
    else {=0A=
      // append the newChild=0A=
      tmpArr[tmpArr.length] =3D newChild;=0A=
    }=0A=
=0A=
    // append the remaining original children (including refChild)=0A=
    this._nodes =3D tmpArr.concat(this._nodes.slice(refChildIndex));=0A=
=0A=
    this.length =3D this._nodes.length;            // update length=0A=
  }=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNodeList._replaceChild - replace the specified Node in the =
NodeList at the specified index=0A=
 *   Used by DOMNode.replaceChild(). Note: DOMNode.replaceChild() is =
responsible for Node Pointer surgery=0A=
 *   DOMNodeList._replaceChild() simply modifies the internal data =
structure (Array).=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  newChild      : DOMNode - the Node to be inserted=0A=
 * @param  refChildIndex : int     - the array index to hold the Node=0A=
 */=0A=
DOMNodeList.prototype._replaceChild =3D function =
DOMNodeList__replaceChild(newChild, refChildIndex) {=0A=
  var ret =3D null;=0A=
=0A=
  if ((refChildIndex >=3D 0) && (refChildIndex < this._nodes.length)) { =
// bounds check=0A=
    ret =3D this._nodes[refChildIndex];            // preserve old child =
for return=0A=
=0A=
    if (newChild.nodeType =3D=3D DOMNode.DOCUMENT_FRAGMENT_NODE) {  // =
node is a DocumentFragment=0A=
      // get array containing children prior to refChild=0A=
      var tmpArr =3D new Array();=0A=
      tmpArr =3D this._nodes.slice(0, refChildIndex);=0A=
=0A=
      // append the children of DocumentFragment=0A=
      tmpArr =3D tmpArr.concat(newChild.childNodes._nodes);=0A=
=0A=
      // append the remaining original children (not including refChild)=0A=
      this._nodes =3D tmpArr.concat(this._nodes.slice(refChildIndex + =
1));=0A=
    }=0A=
    else {=0A=
      // simply replace node in array (links between Nodes are made at =
higher level)=0A=
      this._nodes[refChildIndex] =3D newChild;=0A=
    }=0A=
  }=0A=
=0A=
  return ret;                                   // return replaced node=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNodeList._removeChild - remove the specified Node in the =
NodeList at the specified index=0A=
 *   Used by DOMNode.removeChild(). Note: DOMNode.removeChild() is =
responsible for Node Pointer surgery=0A=
 *   DOMNodeList._replaceChild() simply modifies the internal data =
structure (Array).=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  refChildIndex : int - the array index holding the Node to be =
removed=0A=
 */=0A=
DOMNodeList.prototype._removeChild =3D function =
DOMNodeList__removeChild(refChildIndex) {=0A=
  var ret =3D null;=0A=
=0A=
  if (refChildIndex > -1) {                              // found it!=0A=
    ret =3D this._nodes[refChildIndex];                    // return =
removed node=0A=
=0A=
    // rebuild array without removed child=0A=
    var tmpArr =3D new Array();=0A=
    tmpArr =3D this._nodes.slice(0, refChildIndex);=0A=
    this._nodes =3D tmpArr.concat(this._nodes.slice(refChildIndex +1));=0A=
=0A=
    this.length =3D this._nodes.length;            // update length=0A=
  }=0A=
=0A=
  return ret;                                   // return removed node=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNodeList._appendChild - append the specified Node to the =
NodeList=0A=
 *   Used by DOMNode.appendChild(). Note: DOMNode.appendChild() is =
responsible for Node Pointer surgery=0A=
 *   DOMNodeList._appendChild() simply modifies the internal data =
structure (Array).=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  newChild      : DOMNode - the Node to be inserted=0A=
 */=0A=
DOMNodeList.prototype._appendChild =3D function =
DOMNodeList__appendChild(newChild) {=0A=
=0A=
  if (newChild.nodeType =3D=3D DOMNode.DOCUMENT_FRAGMENT_NODE) {  // =
node is a DocumentFragment=0A=
    // append the children of DocumentFragment=0A=
    this._nodes =3D this._nodes.concat(newChild.childNodes._nodes);=0A=
  }=0A=
  else {=0A=
    // simply add node to array (links between Nodes are made at higher =
level)=0A=
    this._nodes[this._nodes.length] =3D newChild;=0A=
  }=0A=
=0A=
  this.length =3D this._nodes.length;              // update length=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNodeList._cloneNodes - Returns a NodeList containing =
clones of the Nodes in this NodeList=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  deep : boolean - If true, recursively clone the subtree under =
each of the nodes;=0A=
 *   if false, clone only the nodes themselves (and their attributes, if =
it is an Element).=0A=
 * @param  parentNode : DOMNode - the new parent of the cloned NodeList=0A=
 *=0A=
 * @return : DOMNodeList - NodeList containing clones of the Nodes in =
this NodeList=0A=
 */=0A=
DOMNodeList.prototype._cloneNodes =3D function =
DOMNodeList__cloneNodes(deep, parentNode) {=0A=
  var cloneNodeList =3D new DOMNodeList(this.ownerDocument, parentNode);=0A=
=0A=
  // create list containing clones of each child=0A=
  for (var i=3D0; i < this._nodes.length; i++) {=0A=
    cloneNodeList._appendChild(this._nodes[i].cloneNode(deep));=0A=
  }=0A=
=0A=
  return cloneNodeList;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNodeList.toString - Serialize this NodeList into an XML =
string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) and David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMNodeList.prototype.toString =3D function DOMNodeList_toString() {=0A=
  var ret =3D "";=0A=
=0A=
  // create string containing the concatenation of the string values of =
each child=0A=
  for (var i=3D0; i < this.length; i++) {=0A=
    ret +=3D this._nodes[i].toString();=0A=
  }=0A=
=0A=
  return ret;=0A=
};=0A=
=0A=
/**=0A=
 * @class  DOMNamedNodeMap - used to represent collections of nodes that =
can be accessed by name=0A=
 *  typically a set of Element attributes=0A=
 *=0A=
 * @extends DOMNodeList - note W3C spec says that this is not the case,=0A=
 *   but we need an item() method identicle to DOMNodeList's, so why not?=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - the ownerDocument=0A=
 * @param  parentNode    : DOMNode - the node that the DOMNamedNodeMap =
is attached to (or null)=0A=
 */=0A=
DOMNamedNodeMap =3D function(ownerDocument, parentNode) {=0A=
  this._class =3D addClass(this._class, "DOMNamedNodeMap");=0A=
  this.DOMNodeList =3D DOMNodeList;=0A=
  this.DOMNodeList(ownerDocument, parentNode);=0A=
};=0A=
DOMNamedNodeMap.prototype =3D new DOMNodeList;=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap.getNamedItem - Retrieves a node specified by =
name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name : string - Name of a node to retrieve=0A=
 *=0A=
 * @return : DOMNode=0A=
 */=0A=
DOMNamedNodeMap.prototype.getNamedItem =3D function =
DOMNamedNodeMap_getNamedItem(name) {=0A=
  var ret =3D null;=0A=
=0A=
  // test that Named Node exists=0A=
  var itemIndex =3D this._findNamedItemIndex(name);=0A=
=0A=
  if (itemIndex > -1) {                          // found it!=0A=
    ret =3D this._nodes[itemIndex];                // return NamedNode=0A=
  }=0A=
=0A=
  return ret;                                    // if node is not =
found, default value null is returned=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap.setNamedItem - Adds a node using its nodeName =
attribute=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  arg : DOMNode - A node to store in a named node map.=0A=
 *   The node will later be accessible using the value of the nodeName =
attribute of the node.=0A=
 *   If a node with that name is already present in the map, it is =
replaced by the new one.=0A=
 *=0A=
 * @throws : DOMException - WRONG_DOCUMENT_ERR: Raised if arg was =
created from a different document than the one that created this map.=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
NamedNodeMap is readonly.=0A=
 * @throws : DOMException - INUSE_ATTRIBUTE_ERR: Raised if arg is an =
Attr that is already an attribute of another Element object.=0A=
 *  The DOM user must explicitly clone Attr nodes to re-use them in =
other elements.=0A=
 *=0A=
 * @return : DOMNode - If the new Node replaces an existing node with =
the same name the previously existing Node is returned,=0A=
 *   otherwise null is returned=0A=
 */=0A=
DOMNamedNodeMap.prototype.setNamedItem =3D function =
DOMNamedNodeMap_setNamedItem(arg) {=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if arg was not created by this Document=0A=
    if (this.ownerDocument !=3D arg.ownerDocument) {=0A=
      throw(new DOMException(DOMException.WRONG_DOCUMENT_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if DOMNamedNodeMap is readonly=0A=
    if (this._readonly || (this.parentNode && =
this.parentNode._readonly)) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if arg is already an attribute of another Element =
object=0A=
    if (arg.ownerElement && (arg.ownerElement !=3D this.parentNode)) {=0A=
      throw(new DOMException(DOMException.INUSE_ATTRIBUTE_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  // get item index=0A=
  var itemIndex =3D this._findNamedItemIndex(arg.name);=0A=
  var ret =3D null;=0A=
=0A=
  if (itemIndex > -1) {                          // found it!=0A=
    ret =3D this._nodes[itemIndex];                // use existing =
Attribute=0A=
=0A=
    // throw Exception if DOMAttr is readonly=0A=
    if (this.ownerDocument.implementation.errorChecking && =
ret._readonly) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
    else {=0A=
      this._nodes[itemIndex] =3D arg;                // over-write =
existing NamedNode=0A=
    }=0A=
  }=0A=
  else {=0A=
    this._nodes[this.length] =3D arg;              // add new NamedNode=0A=
  }=0A=
=0A=
  this.length =3D this._nodes.length;              // update length=0A=
=0A=
  arg.ownerElement =3D this.parentNode;            // update ownerElement=0A=
=0A=
  return ret;                                    // return old node or =
null=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap.removeNamedItem - Removes a node specified by =
name.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name : string - The name of a node to remove=0A=
 *=0A=
 * @throws : DOMException - NOT_FOUND_ERR: Raised if there is no node =
named name in this map.=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
NamedNodeMap is readonly.=0A=
 *=0A=
 * @return : DOMNode - The node removed from the map or null if no node =
with such a name exists.=0A=
 */=0A=
DOMNamedNodeMap.prototype.removeNamedItem =3D function =
DOMNamedNodeMap_removeNamedItem(name) {=0A=
  var ret =3D null;=0A=
  // test for exceptions=0A=
  // throw Exception if DOMNamedNodeMap is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && (this._readonly =
|| (this.parentNode && this.parentNode._readonly))) {=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  // get item index=0A=
  var itemIndex =3D this._findNamedItemIndex(name);=0A=
=0A=
  // throw Exception if there is no node named name in this map=0A=
  if (this.ownerDocument.implementation.errorChecking && (itemIndex < =
0)) {=0A=
    throw(new DOMException(DOMException.NOT_FOUND_ERR));=0A=
  }=0A=
=0A=
  // get Node=0A=
  var oldNode =3D this._nodes[itemIndex];=0A=
=0A=
  // throw Exception if Node is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && =
oldNode._readonly) {=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  // return removed node=0A=
  return this._removeChild(itemIndex);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap.getNamedItemNS - Retrieves a node specified =
by name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  localName    : string - the local name of the required node=0A=
 *=0A=
 * @return : DOMNode=0A=
 */=0A=
DOMNamedNodeMap.prototype.getNamedItemNS =3D function =
DOMNamedNodeMap_getNamedItemNS(namespaceURI, localName) {=0A=
  var ret =3D null;=0A=
=0A=
  // test that Named Node exists=0A=
  var itemIndex =3D this._findNamedItemNSIndex(namespaceURI, localName);=0A=
=0A=
  if (itemIndex > -1) {                          // found it!=0A=
    ret =3D this._nodes[itemIndex];                // return NamedNode=0A=
  }=0A=
=0A=
  return ret;                                    // if node is not =
found, default value null is returned=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap.setNamedItemNS - Adds a node using=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  arg : string - A node to store in a named node map.=0A=
 *   The node will later be accessible using the value of the nodeName =
attribute of the node.=0A=
 *   If a node with that name is already present in the map, it is =
replaced by the new one.=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
NamedNodeMap is readonly.=0A=
 * @throws : DOMException - WRONG_DOCUMENT_ERR: Raised if arg was =
created from a different document than the one that created this map.=0A=
 * @throws : DOMException - INUSE_ATTRIBUTE_ERR: Raised if arg is an =
Attr that is already an attribute of another Element object.=0A=
 *   The DOM user must explicitly clone Attr nodes to re-use them in =
other elements.=0A=
 *=0A=
 * @return : DOMNode - If the new Node replaces an existing node with =
the same name the previously existing Node is returned,=0A=
 *   otherwise null is returned=0A=
 */=0A=
DOMNamedNodeMap.prototype.setNamedItemNS =3D function =
DOMNamedNodeMap_setNamedItemNS(arg) {=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if DOMNamedNodeMap is readonly=0A=
    if (this._readonly || (this.parentNode && =
this.parentNode._readonly)) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if arg was not created by this Document=0A=
    if (this.ownerDocument !=3D arg.ownerDocument) {=0A=
      throw(new DOMException(DOMException.WRONG_DOCUMENT_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if arg is already an attribute of another Element =
object=0A=
    if (arg.ownerElement && (arg.ownerElement !=3D this.parentNode)) {=0A=
      throw(new DOMException(DOMException.INUSE_ATTRIBUTE_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  // get item index=0A=
  var itemIndex =3D this._findNamedItemNSIndex(arg.namespaceURI, =
arg.localName);=0A=
  var ret =3D null;=0A=
=0A=
  if (itemIndex > -1) {                          // found it!=0A=
    ret =3D this._nodes[itemIndex];                // use existing =
Attribute=0A=
    // throw Exception if DOMAttr is readonly=0A=
    if (this.ownerDocument.implementation.errorChecking && =
ret._readonly) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
    else {=0A=
      this._nodes[itemIndex] =3D arg;                // over-write =
existing NamedNode=0A=
    }=0A=
  }=0A=
  else {=0A=
    this._nodes[this.length] =3D arg;              // add new NamedNode=0A=
  }=0A=
=0A=
  this.length =3D this._nodes.length;              // update length=0A=
=0A=
  arg.ownerElement =3D this.parentNode;=0A=
=0A=
=0A=
  return ret;                                    // return old node or =
null=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap.removeNamedItemNS - Removes a node specified =
by name.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  localName    : string - the local name of the required node=0A=
 *=0A=
 * @throws : DOMException - NOT_FOUND_ERR: Raised if there is no node =
with the specified namespaceURI and localName in this map.=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
NamedNodeMap is readonly.=0A=
 *=0A=
 * @return : DOMNode - The node removed from the map or null if no node =
with such a name exists.=0A=
 */=0A=
DOMNamedNodeMap.prototype.removeNamedItemNS =3D function =
DOMNamedNodeMap_removeNamedItemNS(namespaceURI, localName) {=0A=
  var ret =3D null;=0A=
=0A=
  // test for exceptions=0A=
  // throw Exception if DOMNamedNodeMap is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && (this._readonly =
|| (this.parentNode && this.parentNode._readonly))) {=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  // get item index=0A=
  var itemIndex =3D this._findNamedItemNSIndex(namespaceURI, localName);=0A=
=0A=
  // throw Exception if there is no matching node in this map=0A=
  if (this.ownerDocument.implementation.errorChecking && (itemIndex < =
0)) {=0A=
    throw(new DOMException(DOMException.NOT_FOUND_ERR));=0A=
  }=0A=
=0A=
  // get Node=0A=
  var oldNode =3D this._nodes[itemIndex];=0A=
=0A=
  // throw Exception if Node is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && =
oldNode._readonly) {=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  return this._removeChild(itemIndex);             // return removed node=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap._findNamedItemIndex - find the item index of =
the node with the specified name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name : string - the name of the required node=0A=
 *=0A=
 * @return : int=0A=
 */=0A=
DOMNamedNodeMap.prototype._findNamedItemIndex =3D function =
DOMNamedNodeMap__findNamedItemIndex(name) {=0A=
  var ret =3D -1;=0A=
=0A=
  // loop through all nodes=0A=
  for (var i=3D0; i<this._nodes.length; i++) {=0A=
    // compare name to each node's nodeName=0A=
    if (this._nodes[i].name =3D=3D name) {         // found it!=0A=
      ret =3D i;=0A=
      break;=0A=
    }=0A=
  }=0A=
=0A=
  return ret;                                    // if node is not =
found, default value -1 is returned=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap._findNamedItemNSIndex - find the item index =
of the node with the specified namespaceURI and localName=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  localName    : string - the local name of the required node=0A=
 *=0A=
 * @return : int=0A=
 */=0A=
DOMNamedNodeMap.prototype._findNamedItemNSIndex =3D function =
DOMNamedNodeMap__findNamedItemNSIndex(namespaceURI, localName) {=0A=
  var ret =3D -1;=0A=
=0A=
  // test that localName is not null=0A=
  if (localName) {=0A=
    // loop through all nodes=0A=
    for (var i=3D0; i<this._nodes.length; i++) {=0A=
      // compare name to each node's namespaceURI and localName=0A=
      if ((this._nodes[i].namespaceURI =3D=3D namespaceURI) && =
(this._nodes[i].localName =3D=3D localName)) {=0A=
        ret =3D i;                                 // found it!=0A=
        break;=0A=
      }=0A=
    }=0A=
  }=0A=
=0A=
  return ret;                                    // if node is not =
found, default value -1 is returned=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap._hasAttribute - Returns true if specified =
node exists=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name : string - the name of the required node=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMNamedNodeMap.prototype._hasAttribute =3D function =
DOMNamedNodeMap__hasAttribute(name) {=0A=
  var ret =3D false;=0A=
=0A=
  // test that Named Node exists=0A=
  var itemIndex =3D this._findNamedItemIndex(name);=0A=
=0A=
  if (itemIndex > -1) {                          // found it!=0A=
    ret =3D true;                                  // return true=0A=
  }=0A=
=0A=
  return ret;                                    // if node is not =
found, default value false is returned=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap._hasAttributeNS - Returns true if specified =
node exists=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  localName    : string - the local name of the required node=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMNamedNodeMap.prototype._hasAttributeNS =3D function =
DOMNamedNodeMap__hasAttributeNS(namespaceURI, localName) {=0A=
  var ret =3D false;=0A=
=0A=
  // test that Named Node exists=0A=
  var itemIndex =3D this._findNamedItemNSIndex(namespaceURI, localName);=0A=
=0A=
  if (itemIndex > -1) {                          // found it!=0A=
    ret =3D true;                                  // return true=0A=
  }=0A=
=0A=
  return ret;                                    // if node is not =
found, default value false is returned=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap._cloneNodes - Returns a NamedNodeMap =
containing clones of the Nodes in this NamedNodeMap=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  parentNode : DOMNode - the new parent of the cloned NodeList=0A=
 *=0A=
 * @return : DOMNamedNodeMap - NamedNodeMap containing clones of the =
Nodes in this DOMNamedNodeMap=0A=
 */=0A=
DOMNamedNodeMap.prototype._cloneNodes =3D function =
DOMNamedNodeMap__cloneNodes(parentNode) {=0A=
  var cloneNamedNodeMap =3D new DOMNamedNodeMap(this.ownerDocument, =
parentNode);=0A=
=0A=
  // create list containing clones of all children=0A=
  for (var i=3D0; i < this._nodes.length; i++) {=0A=
    cloneNamedNodeMap._appendChild(this._nodes[i].cloneNode(false));=0A=
  }=0A=
=0A=
  return cloneNamedNodeMap;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamedNodeMap.toString - Serialize this NodeMap into an XML =
string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) and David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMNamedNodeMap.prototype.toString =3D function =
DOMNamedNodeMap_toString() {=0A=
  var ret =3D "";=0A=
=0A=
  // create string containing concatenation of all (but last) Attribute =
string values (separated by spaces)=0A=
  for (var i=3D0; i < this.length -1; i++) {=0A=
    ret +=3D this._nodes[i].toString() +" ";=0A=
  }=0A=
=0A=
  // add last Attribute to string (without trailing space)=0A=
  if (this.length > 0) {=0A=
    ret +=3D this._nodes[this.length -1].toString();=0A=
  }=0A=
=0A=
  return ret;=0A=
};=0A=
=0A=
/**=0A=
 * @class  DOMNamespaceNodeMap - used to represent collections of =
namespace nodes that can be accessed by name=0A=
 *  typically a set of Element attributes=0A=
 *=0A=
 * @extends DOMNamedNodeMap=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - the ownerDocument=0A=
 * @param  parentNode    : DOMNode - the node that the =
DOMNamespaceNodeMap is attached to (or null)=0A=
 */=0A=
DOMNamespaceNodeMap =3D function(ownerDocument, parentNode) {=0A=
  this._class =3D addClass(this._class, "DOMNamespaceNodeMap");=0A=
  this.DOMNamedNodeMap =3D DOMNamedNodeMap;=0A=
  this.DOMNamedNodeMap(ownerDocument, parentNode);=0A=
};=0A=
DOMNamespaceNodeMap.prototype =3D new DOMNamedNodeMap;=0A=
=0A=
/**=0A=
 * @method DOMNamespaceNodeMap._findNamedItemIndex - find the item index =
of the node with the specified localName=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  localName : string - the localName of the required node=0A=
 *=0A=
 * @return : int=0A=
 */=0A=
DOMNamespaceNodeMap.prototype._findNamedItemIndex =3D function =
DOMNamespaceNodeMap__findNamedItemIndex(localName) {=0A=
  var ret =3D -1;=0A=
=0A=
  // loop through all nodes=0A=
  for (var i=3D0; i<this._nodes.length; i++) {=0A=
    // compare name to each node's nodeName=0A=
    if (this._nodes[i].localName =3D=3D localName) {         // found it!=0A=
      ret =3D i;=0A=
      break;=0A=
    }=0A=
  }=0A=
=0A=
  return ret;                                    // if node is not =
found, default value -1 is returned=0A=
};=0A=
=0A=
=0A=
/**=0A=
 * @method DOMNamespaceNodeMap._cloneNodes - Returns a NamespaceNodeMap =
containing clones of the Nodes in this NamespaceNodeMap=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  parentNode : DOMNode - the new parent of the cloned NodeList=0A=
 *=0A=
 * @return : DOMNamespaceNodeMap - NamespaceNodeMap containing clones of =
the Nodes in this NamespaceNodeMap=0A=
 */=0A=
DOMNamespaceNodeMap.prototype._cloneNodes =3D function =
DOMNamespaceNodeMap__cloneNodes(parentNode) {=0A=
  var cloneNamespaceNodeMap =3D new =
DOMNamespaceNodeMap(this.ownerDocument, parentNode);=0A=
=0A=
  // create list containing clones of all children=0A=
  for (var i=3D0; i < this._nodes.length; i++) {=0A=
    cloneNamespaceNodeMap._appendChild(this._nodes[i].cloneNode(false));=0A=
  }=0A=
=0A=
  return cloneNamespaceNodeMap;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamespaceNodeMap.toString - Serialize this =
NamespaceNodeMap into an XML string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) and David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMNamespaceNodeMap.prototype.toString =3D function =
DOMNamespaceNodeMap_toString() {=0A=
  var ret =3D "";=0A=
=0A=
  // identify namespaces declared local to this Element (ie, not =
inherited)=0A=
  for (var ind =3D 0; ind < this._nodes.length; ind++) {=0A=
    // if namespace declaration does not exist in the containing node's, =
parentNode's namespaces=0A=
    var ns =3D null;=0A=
    try {=0A=
        var ns =3D =
this.parentNode.parentNode._namespaces.getNamedItem(this._nodes[ind].loca=
lName);=0A=
    }=0A=
    catch (e) {=0A=
        //breaking to prevent default namespace being inserted into =
return value=0A=
        break;=0A=
    }=0A=
    if (!(ns && (""+ ns.nodeValue =3D=3D ""+ =
this._nodes[ind].nodeValue))) {=0A=
      // display the namespace declaration=0A=
      ret +=3D this._nodes[ind].toString() +" ";=0A=
    }=0A=
  }=0A=
=0A=
  return ret;=0A=
};=0A=
=0A=
/**=0A=
 * @class  DOMNode - The Node interface is the primary datatype for the =
entire Document Object Model.=0A=
 *   It represents a single node in the document tree.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - The Document object associated =
with this node.=0A=
 */=0A=
DOMNode =3D function(ownerDocument) {=0A=
  this._class =3D addClass(this._class, "DOMNode");=0A=
=0A=
  if (ownerDocument) {=0A=
    this._id =3D ownerDocument._genId();           // generate unique =
internal id=0A=
  }=0A=
=0A=
  this.namespaceURI =3D "";                        // The namespace URI =
of this node (Level 2)=0A=
  this.prefix       =3D "";                        // The namespace =
prefix of this node (Level 2)=0A=
  this.localName    =3D "";                        // The localName of =
this node (Level 2)=0A=
=0A=
  this.nodeName =3D "";                            // The name of this =
node=0A=
  this.nodeValue =3D "";                           // The value of this =
node=0A=
  this.nodeType =3D 0;                             // A code =
representing the type of the underlying object=0A=
=0A=
  // The parent of this node. All nodes, except Document, =
DocumentFragment, and Attr may have a parent.=0A=
  // However, if a node has just been created and not yet added to the =
tree, or if it has been removed from the tree, this is null=0A=
  this.parentNode      =3D null;=0A=
=0A=
  // A NodeList that contains all children of this node. If there are no =
children, this is a NodeList containing no nodes.=0A=
  // The content of the returned NodeList is "live" in the sense that, =
for instance, changes to the children of the node object=0A=
  // that it was created from are immediately reflected in the nodes =
returned by the NodeList accessors;=0A=
  // it is not a static snapshot of the content of the node. This is =
true for every NodeList, including the ones returned by the =
getElementsByTagName method.=0A=
  this.childNodes      =3D new DOMNodeList(ownerDocument, this);=0A=
=0A=
  this.firstChild      =3D null;                   // The first child of =
this node. If there is no such node, this is null=0A=
  this.lastChild       =3D null;                   // The last child of =
this node. If there is no such node, this is null.=0A=
  this.previousSibling =3D null;                   // The node =
immediately preceding this node. If there is no such node, this is null.=0A=
  this.nextSibling     =3D null;                   // The node =
immediately following this node. If there is no such node, this is null.=0A=
=0A=
  this.attributes =3D new DOMNamedNodeMap(ownerDocument, this);   // A =
NamedNodeMap containing the attributes of this node (if it is an =
Element) or null otherwise.=0A=
  this.ownerDocument   =3D ownerDocument;          // The Document =
object associated with this node=0A=
  this._namespaces =3D new DOMNamespaceNodeMap(ownerDocument, this);  // =
The namespaces in scope for this node=0A=
=0A=
  this._readonly =3D false;=0A=
};=0A=
=0A=
// nodeType constants=0A=
DOMNode.ELEMENT_NODE                =3D 1;=0A=
DOMNode.ATTRIBUTE_NODE              =3D 2;=0A=
DOMNode.TEXT_NODE                   =3D 3;=0A=
DOMNode.CDATA_SECTION_NODE          =3D 4;=0A=
DOMNode.ENTITY_REFERENCE_NODE       =3D 5;=0A=
DOMNode.ENTITY_NODE                 =3D 6;=0A=
DOMNode.PROCESSING_INSTRUCTION_NODE =3D 7;=0A=
DOMNode.COMMENT_NODE                =3D 8;=0A=
DOMNode.DOCUMENT_NODE               =3D 9;=0A=
DOMNode.DOCUMENT_TYPE_NODE          =3D 10;=0A=
DOMNode.DOCUMENT_FRAGMENT_NODE      =3D 11;=0A=
DOMNode.NOTATION_NODE               =3D 12;=0A=
DOMNode.NAMESPACE_NODE              =3D 13;=0A=
=0A=
/**=0A=
 * @method DOMNode.hasAttributes=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) & David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMNode.prototype.hasAttributes =3D function DOMNode_hasAttributes() {=0A=
    if (this.attributes.length =3D=3D 0) {=0A=
        return false;=0A=
    }=0A=
    else {=0A=
        return true;=0A=
    }=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getNodeName - Java style gettor for .nodeName=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMNode.prototype.getNodeName =3D function DOMNode_getNodeName() {=0A=
  return this.nodeName;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getNodeValue - Java style gettor for .NodeValue=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMNode.prototype.getNodeValue =3D function DOMNode_getNodeValue() {=0A=
  return this.nodeValue;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.setNodeValue - Java style settor for .NodeValue=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  nodeValue : string - unique internal id=0A=
 */=0A=
DOMNode.prototype.setNodeValue =3D function =
DOMNode_setNodeValue(nodeValue) {=0A=
  // throw Exception if DOMNode is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && this._readonly) =
{=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  this.nodeValue =3D nodeValue;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getNodeType - Java style gettor for .nodeType=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : int=0A=
 */=0A=
DOMNode.prototype.getNodeType =3D function DOMNode_getNodeType() {=0A=
  return this.nodeType;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getParentNode - Java style gettor for .parentNode=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMNode=0A=
 */=0A=
DOMNode.prototype.getParentNode =3D function DOMNode_getParentNode() {=0A=
  return this.parentNode;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getChildNodes - Java style gettor for .childNodes=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMNodeList=0A=
 */=0A=
DOMNode.prototype.getChildNodes =3D function DOMNode_getChildNodes() {=0A=
  return this.childNodes;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getFirstChild - Java style gettor for .firstChild=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMNode=0A=
 */=0A=
DOMNode.prototype.getFirstChild =3D function DOMNode_getFirstChild() {=0A=
  return this.firstChild;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getLastChild - Java style gettor for .lastChild=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMNode=0A=
 */=0A=
DOMNode.prototype.getLastChild =3D function DOMNode_getLastChild() {=0A=
  return this.lastChild;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getPreviousSibling - Java style gettor for =
.previousSibling=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMNode=0A=
 */=0A=
DOMNode.prototype.getPreviousSibling =3D function =
DOMNode_getPreviousSibling() {=0A=
  return this.previousSibling;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getNextSibling - Java style gettor for .nextSibling=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMNode=0A=
 */=0A=
DOMNode.prototype.getNextSibling =3D function DOMNode_getNextSibling() {=0A=
  return this.nextSibling;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getAttributes - Java style gettor for .attributes=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMNamedNodeList=0A=
 */=0A=
DOMNode.prototype.getAttributes =3D function DOMNode_getAttributes() {=0A=
  return this.attributes;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getOwnerDocument - Java style gettor for =
.ownerDocument=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMDocument=0A=
 */=0A=
DOMNode.prototype.getOwnerDocument =3D function =
DOMNode_getOwnerDocument() {=0A=
  return this.ownerDocument;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getNamespaceURI - Java style gettor for .namespaceURI=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : String=0A=
 */=0A=
DOMNode.prototype.getNamespaceURI =3D function DOMNode_getNamespaceURI() =
{=0A=
  return this.namespaceURI;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getPrefix - Java style gettor for .prefix=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : String=0A=
 */=0A=
DOMNode.prototype.getPrefix =3D function DOMNode_getPrefix() {=0A=
  return this.prefix;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.setPrefix - Java style settor for .prefix=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param   prefix : String=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Node is readonly.=0A=
 * @throws : DOMException - INVALID_CHARACTER_ERR: Raised if the string =
contains an illegal character=0A=
 * @throws : DOMException - NAMESPACE_ERR: Raised if the Namespace is =
invalid=0A=
 *=0A=
 */=0A=
DOMNode.prototype.setPrefix =3D function DOMNode_setPrefix(prefix) {=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if DOMNode is readonly=0A=
    if (this._readonly) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if the prefix string contains an illegal character=0A=
    if (!this.ownerDocument.implementation._isValidName(prefix)) {=0A=
      throw(new DOMException(DOMException.INVALID_CHARACTER_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if the Namespace is invalid;=0A=
    //  if the specified prefix is malformed,=0A=
    //  if the namespaceURI of this node is null,=0A=
    //  if the specified prefix is "xml" and the namespaceURI of this =
node is=0A=
    //   different from "http://www.w3.org/XML/1998/namespace",=0A=
    if (!this.ownerDocument._isValidNamespace(this.namespaceURI, prefix =
+":"+ this.localName)) {=0A=
      throw(new DOMException(DOMException.NAMESPACE_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if we are trying to make the attribute look like =
a namespace declaration;=0A=
    //  if this node is an attribute and the specified prefix is "xmlns"=0A=
    //   and the namespaceURI of this node is different from =
"http://www.w3.org/2000/xmlns/",=0A=
    if ((prefix =3D=3D "xmlns") && (this.namespaceURI !=3D =
"http://www.w3.org/2000/xmlns/")) {=0A=
      throw(new DOMException(DOMException.NAMESPACE_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if we are trying to make the attribute look like =
a default namespace declaration;=0A=
    //  if this node is an attribute and the qualifiedName of this node =
is "xmlns" [Namespaces].=0A=
    if ((prefix =3D=3D "") && (this.localName =3D=3D "xmlns")) {=0A=
      throw(new DOMException(DOMException.NAMESPACE_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  // update prefix=0A=
  this.prefix =3D prefix;=0A=
=0A=
  // update nodeName (QName)=0A=
  if (this.prefix !=3D "") {=0A=
    this.nodeName =3D this.prefix +":"+ this.localName;=0A=
  }=0A=
  else {=0A=
    this.nodeName =3D this.localName;  // no prefix, therefore nodeName =
is simply localName=0A=
  }=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getLocalName - Java style gettor for .localName=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : String=0A=
 */=0A=
DOMNode.prototype.getLocalName =3D function DOMNode_getLocalName() {=0A=
  return this.localName;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.insertBefore - Inserts the node newChild before the =
existing child node refChild.=0A=
 *   If refChild is null, insert newChild at the end of the list of =
children.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  newChild : DOMNode - The node to insert.=0A=
 * @param  refChild : DOMNode - The reference node, i.e., the node =
before which the new node must be inserted=0A=
 *=0A=
 * @throws : DOMException - HIERARCHY_REQUEST_ERR: Raised if the node to =
insert is one of this node's ancestors=0A=
 * @throws : DOMException - WRONG_DOCUMENT_ERR: Raised if arg was =
created from a different document than the one that created this map.=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Node is readonly.=0A=
 * @throws : DOMException - NOT_FOUND_ERR: Raised if there is no node =
named name in this map.=0A=
 *=0A=
 * @return : DOMNode - The node being inserted.=0A=
 */=0A=
DOMNode.prototype.insertBefore =3D function =
DOMNode_insertBefore(newChild, refChild) {=0A=
  var prevNode;=0A=
=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if DOMNode is readonly=0A=
    if (this._readonly) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if newChild was not created by this Document=0A=
    if (this.ownerDocument !=3D newChild.ownerDocument) {=0A=
      throw(new DOMException(DOMException.WRONG_DOCUMENT_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if the node is an ancestor=0A=
    if (this._isAncestor(newChild)) {=0A=
      throw(new DOMException(DOMException.HIERARCHY_REQUEST_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  if (refChild) {                                // if refChild is =
specified, insert before it=0A=
    // find index of refChild=0A=
    var itemIndex =3D this.childNodes._findItemIndex(refChild._id);=0A=
=0A=
    // throw Exception if there is no child node with this id=0A=
    if (this.ownerDocument.implementation.errorChecking && (itemIndex < =
0)) {=0A=
      throw(new DOMException(DOMException.NOT_FOUND_ERR));=0A=
    }=0A=
=0A=
    // if the newChild is already in the tree,=0A=
    var newChildParent =3D newChild.parentNode;=0A=
    if (newChildParent) {=0A=
      // remove it=0A=
      newChildParent.removeChild(newChild);=0A=
    }=0A=
=0A=
    // insert newChild into childNodes=0A=
    this.childNodes._insertBefore(newChild, =
this.childNodes._findItemIndex(refChild._id));=0A=
=0A=
    // do node pointer surgery=0A=
    prevNode =3D refChild.previousSibling;=0A=
=0A=
    // handle DocumentFragment=0A=
    if (newChild.nodeType =3D=3D DOMNode.DOCUMENT_FRAGMENT_NODE) {=0A=
      if (newChild.childNodes._nodes.length > 0) {=0A=
        // set the parentNode of DocumentFragment's children=0A=
        for (var ind =3D 0; ind < newChild.childNodes._nodes.length; =
ind++) {=0A=
          newChild.childNodes._nodes[ind].parentNode =3D this;=0A=
        }=0A=
=0A=
        // link refChild to last child of DocumentFragment=0A=
        refChild.previousSibling =3D =
newChild.childNodes._nodes[newChild.childNodes._nodes.length-1];=0A=
      }=0A=
    }=0A=
    else {=0A=
      newChild.parentNode =3D this;                // set the parentNode =
of the newChild=0A=
      refChild.previousSibling =3D newChild;       // link refChild to =
newChild=0A=
    }=0A=
  }=0A=
  else {                                         // otherwise, append to =
end=0A=
    prevNode =3D this.lastChild;=0A=
    this.appendChild(newChild);=0A=
  }=0A=
=0A=
  if (newChild.nodeType =3D=3D DOMNode.DOCUMENT_FRAGMENT_NODE) {=0A=
    // do node pointer surgery for DocumentFragment=0A=
    if (newChild.childNodes._nodes.length > 0) {=0A=
      if (prevNode) {=0A=
        prevNode.nextSibling =3D newChild.childNodes._nodes[0];=0A=
      }=0A=
      else {                                         // this is the =
first child in the list=0A=
        this.firstChild =3D newChild.childNodes._nodes[0];=0A=
      }=0A=
=0A=
      newChild.childNodes._nodes[0].previousSibling =3D prevNode;=0A=
      =
newChild.childNodes._nodes[newChild.childNodes._nodes.length-1].nextSibli=
ng =3D refChild;=0A=
    }=0A=
  }=0A=
  else {=0A=
    // do node pointer surgery for newChild=0A=
    if (prevNode) {=0A=
      prevNode.nextSibling =3D newChild;=0A=
    }=0A=
    else {                                         // this is the first =
child in the list=0A=
      this.firstChild =3D newChild;=0A=
    }=0A=
=0A=
    newChild.previousSibling =3D prevNode;=0A=
    newChild.nextSibling     =3D refChild;=0A=
  }=0A=
=0A=
  return newChild;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.replaceChild - Replaces the child node oldChild with =
newChild in the list of children,=0A=
 *   and returns the oldChild node.=0A=
 *   If the newChild is already in the tree, it is first removed.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  newChild : DOMNode - The node to insert.=0A=
 * @param  oldChild : DOMNode - The node being replaced in the list.=0A=
 *=0A=
 * @throws : DOMException - HIERARCHY_REQUEST_ERR: Raised if the node to =
insert is one of this node's ancestors=0A=
 * @throws : DOMException - WRONG_DOCUMENT_ERR: Raised if arg was =
created from a different document than the one that created this map.=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Node is readonly.=0A=
 * @throws : DOMException - NOT_FOUND_ERR: Raised if there is no node =
named name in this map.=0A=
 *=0A=
 * @return : DOMNode - The node that was replaced=0A=
 */=0A=
DOMNode.prototype.replaceChild =3D function =
DOMNode_replaceChild(newChild, oldChild) {=0A=
  var ret =3D null;=0A=
=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if DOMNode is readonly=0A=
    if (this._readonly) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if newChild was not created by this Document=0A=
    if (this.ownerDocument !=3D newChild.ownerDocument) {=0A=
      throw(new DOMException(DOMException.WRONG_DOCUMENT_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if the node is an ancestor=0A=
    if (this._isAncestor(newChild)) {=0A=
      throw(new DOMException(DOMException.HIERARCHY_REQUEST_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  // get index of oldChild=0A=
  var index =3D this.childNodes._findItemIndex(oldChild._id);=0A=
=0A=
  // throw Exception if there is no child node with this id=0A=
  if (this.ownerDocument.implementation.errorChecking && (index < 0)) {=0A=
    throw(new DOMException(DOMException.NOT_FOUND_ERR));=0A=
  }=0A=
=0A=
  // if the newChild is already in the tree,=0A=
  var newChildParent =3D newChild.parentNode;=0A=
  if (newChildParent) {=0A=
    // remove it=0A=
    newChildParent.removeChild(newChild);=0A=
  }=0A=
=0A=
  // add newChild to childNodes=0A=
  ret =3D this.childNodes._replaceChild(newChild, index);=0A=
=0A=
=0A=
  if (newChild.nodeType =3D=3D DOMNode.DOCUMENT_FRAGMENT_NODE) {=0A=
    // do node pointer surgery for Document Fragment=0A=
    if (newChild.childNodes._nodes.length > 0) {=0A=
      for (var ind =3D 0; ind < newChild.childNodes._nodes.length; =
ind++) {=0A=
        newChild.childNodes._nodes[ind].parentNode =3D this;=0A=
      }=0A=
=0A=
      if (oldChild.previousSibling) {=0A=
        oldChild.previousSibling.nextSibling =3D =
newChild.childNodes._nodes[0];=0A=
      }=0A=
      else {=0A=
        this.firstChild =3D newChild.childNodes._nodes[0];=0A=
      }=0A=
=0A=
      if (oldChild.nextSibling) {=0A=
        oldChild.nextSibling.previousSibling =3D newChild;=0A=
      }=0A=
      else {=0A=
        this.lastChild =3D =
newChild.childNodes._nodes[newChild.childNodes._nodes.length-1];=0A=
      }=0A=
=0A=
      newChild.childNodes._nodes[0].previousSibling =3D =
oldChild.previousSibling;=0A=
      =
newChild.childNodes._nodes[newChild.childNodes._nodes.length-1].nextSibli=
ng =3D oldChild.nextSibling;=0A=
    }=0A=
  }=0A=
  else {=0A=
    // do node pointer surgery for newChild=0A=
    newChild.parentNode =3D this;=0A=
=0A=
    if (oldChild.previousSibling) {=0A=
      oldChild.previousSibling.nextSibling =3D newChild;=0A=
    }=0A=
    else {=0A=
      this.firstChild =3D newChild;=0A=
    }=0A=
    if (oldChild.nextSibling) {=0A=
      oldChild.nextSibling.previousSibling =3D newChild;=0A=
    }=0A=
    else {=0A=
      this.lastChild =3D newChild;=0A=
    }=0A=
    newChild.previousSibling =3D oldChild.previousSibling;=0A=
    newChild.nextSibling =3D oldChild.nextSibling;=0A=
  }=0A=
  return ret;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.removeChild - Removes the child node indicated by =
oldChild from the list of children, and returns it.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  oldChild : DOMNode - The node being removed.=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Node is readonly.=0A=
 * @throws : DOMException - NOT_FOUND_ERR: Raised if there is no node =
named name in this map.=0A=
 *=0A=
 * @return : DOMNode - The node being removed.=0A=
 */=0A=
DOMNode.prototype.removeChild =3D function DOMNode_removeChild(oldChild) =
{=0A=
  // throw Exception if DOMNamedNodeMap is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && (this._readonly =
|| oldChild._readonly)) {=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  // get index of oldChild=0A=
  var itemIndex =3D this.childNodes._findItemIndex(oldChild._id);=0A=
=0A=
  // throw Exception if there is no child node with this id=0A=
  if (this.ownerDocument.implementation.errorChecking && (itemIndex < =
0)) {=0A=
    throw(new DOMException(DOMException.NOT_FOUND_ERR));=0A=
  }=0A=
=0A=
  // remove oldChild from childNodes=0A=
  this.childNodes._removeChild(itemIndex);=0A=
=0A=
  // do node pointer surgery=0A=
  oldChild.parentNode =3D null;=0A=
=0A=
  if (oldChild.previousSibling) {=0A=
    oldChild.previousSibling.nextSibling =3D oldChild.nextSibling;=0A=
  }=0A=
  else {=0A=
    this.firstChild =3D oldChild.nextSibling;=0A=
  }=0A=
  if (oldChild.nextSibling) {=0A=
    oldChild.nextSibling.previousSibling =3D oldChild.previousSibling;=0A=
  }=0A=
  else {=0A=
    this.lastChild =3D oldChild.previousSibling;=0A=
  }=0A=
=0A=
  oldChild.previousSibling =3D null;=0A=
  oldChild.nextSibling =3D null;=0A=
  return oldChild;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.appendChild - Adds the node newChild to the end of =
the list of children of this node.=0A=
 *   If the newChild is already in the tree, it is first removed.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  newChild : DOMNode - The node to add=0A=
 *=0A=
 * @throws : DOMException - HIERARCHY_REQUEST_ERR: Raised if the node to =
insert is one of this node's ancestors=0A=
 * @throws : DOMException - WRONG_DOCUMENT_ERR: Raised if arg was =
created from a different document than the one that created this map.=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Node is readonly.=0A=
 *=0A=
 * @return : DOMNode - The node added=0A=
 */=0A=
DOMNode.prototype.appendChild =3D function DOMNode_appendChild(newChild) =
{=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if Node is readonly=0A=
    if (this._readonly) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if arg was not created by this Document=0A=
    if (this.ownerDocument !=3D newChild.ownerDocument) {=0A=
      throw(new DOMException(DOMException.WRONG_DOCUMENT_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if the node is an ancestor=0A=
    if (this._isAncestor(newChild)) {=0A=
      throw(new DOMException(DOMException.HIERARCHY_REQUEST_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  // if the newChild is already in the tree,=0A=
  var newChildParent =3D newChild.parentNode;=0A=
  if (newChildParent) {=0A=
    // remove it=0A=
    newChildParent.removeChild(newChild);=0A=
  }=0A=
=0A=
  // add newChild to childNodes=0A=
  this.childNodes._appendChild(newChild);=0A=
=0A=
  if (newChild.nodeType =3D=3D DOMNode.DOCUMENT_FRAGMENT_NODE) {=0A=
    // do node pointer surgery for DocumentFragment=0A=
    if (newChild.childNodes._nodes.length > 0) {=0A=
      for (var ind =3D 0; ind < newChild.childNodes._nodes.length; =
ind++) {=0A=
        newChild.childNodes._nodes[ind].parentNode =3D this;=0A=
      }=0A=
=0A=
      if (this.lastChild) {=0A=
        this.lastChild.nextSibling =3D newChild.childNodes._nodes[0];=0A=
        newChild.childNodes._nodes[0].previousSibling =3D this.lastChild;=0A=
        this.lastChild =3D =
newChild.childNodes._nodes[newChild.childNodes._nodes.length-1];=0A=
      }=0A=
      else {=0A=
        this.lastChild =3D =
newChild.childNodes._nodes[newChild.childNodes._nodes.length-1];=0A=
        this.firstChild =3D newChild.childNodes._nodes[0];=0A=
      }=0A=
    }=0A=
  }=0A=
  else {=0A=
    // do node pointer surgery for newChild=0A=
    newChild.parentNode =3D this;=0A=
    if (this.lastChild) {=0A=
      this.lastChild.nextSibling =3D newChild;=0A=
      newChild.previousSibling =3D this.lastChild;=0A=
      this.lastChild =3D newChild;=0A=
    }=0A=
    else {=0A=
      this.lastChild =3D newChild;=0A=
      this.firstChild =3D newChild;=0A=
    }=0A=
  }=0A=
=0A=
  return newChild;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.hasChildNodes - This is a convenience method to allow =
easy determination of whether a node has any children.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : boolean - true if the node has any children, false if the =
node has no children=0A=
 */=0A=
DOMNode.prototype.hasChildNodes =3D function DOMNode_hasChildNodes() {=0A=
  return (this.childNodes.length > 0);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.cloneNode - Returns a duplicate of this node, i.e., =
serves as a generic copy constructor for nodes.=0A=
 *   The duplicate node has no parent (parentNode returns null.).=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  deep : boolean - If true, recursively clone the subtree under =
the specified node;=0A=
 *   if false, clone only the node itself (and its attributes, if it is =
an Element).=0A=
 *=0A=
 * @return : DOMNode=0A=
 */=0A=
DOMNode.prototype.cloneNode =3D function DOMNode_cloneNode(deep) {=0A=
  // use importNode to clone this Node=0A=
  //do not throw any exceptions=0A=
  try {=0A=
     return this.ownerDocument.importNode(this, deep);=0A=
  }=0A=
  catch (e) {=0A=
     //there shouldn't be any exceptions, but if there are, return null=0A=
     return null;=0A=
  }=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.normalize - Puts all Text nodes in the full depth of =
the sub-tree underneath this Element into a "normal" form=0A=
 *   where only markup (e.g., tags, comments, processing instructions, =
CDATA sections, and entity references) separates Text nodes,=0A=
 *   i.e., there are no adjacent Text nodes.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au), David Joham =
(djoham@yahoo.com) and Scott Severtson=0A=
 */=0A=
DOMNode.prototype.normalize =3D function DOMNode_normalize() {=0A=
  var inode;=0A=
  var nodesToRemove =3D new DOMNodeList();=0A=
=0A=
  if (this.nodeType =3D=3D DOMNode.ELEMENT_NODE || this.nodeType =3D=3D =
DOMNode.DOCUMENT_NODE) {=0A=
    var adjacentTextNode =3D null;=0A=
=0A=
    // loop through all childNodes=0A=
    for(var i =3D 0; i < this.childNodes.length; i++) {=0A=
      inode =3D this.childNodes.item(i);=0A=
=0A=
      if (inode.nodeType =3D=3D DOMNode.TEXT_NODE) { // this node is a =
text node=0A=
        if (inode.length < 1) {                  // this text node is =
empty=0A=
          nodesToRemove._appendChild(inode);      // add this node to =
the list of nodes to be remove=0A=
        }=0A=
        else {=0A=
          if (adjacentTextNode) {                // if previous node was =
also text=0A=
            adjacentTextNode.appendData(inode.data);     // merge the =
data in adjacent text nodes=0A=
            nodesToRemove._appendChild(inode);    // add this node to =
the list of nodes to be removed=0A=
          }=0A=
          else {=0A=
              adjacentTextNode =3D inode;              // remember this =
node for next cycle=0A=
          }=0A=
        }=0A=
      }=0A=
      else {=0A=
        adjacentTextNode =3D null;                 // (soon to be) =
previous node is not a text node=0A=
        inode.normalize();                       // normalise non Text =
childNodes=0A=
      }=0A=
    }=0A=
=0A=
    // remove redundant Text Nodes=0A=
    for(var i =3D 0; i < nodesToRemove.length; i++) {=0A=
      inode =3D nodesToRemove.item(i);=0A=
      inode.parentNode.removeChild(inode);=0A=
    }=0A=
  }=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.isSupported - Test if the DOM implementation =
implements a specific feature=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  feature : string - The package name of the feature to test. =
the legal only values are "XML" and "CORE" (case-insensitive).=0A=
 * @param  version : string - This is the version number of the package =
name to test. In Level 1, this is the string "1.0".=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMNode.prototype.isSupported =3D function DOMNode_isSupported(feature, =
version) {=0A=
  // use Implementation.hasFeature to determin if this feature is =
supported=0A=
  return this.ownerDocument.implementation.hasFeature(feature, version);=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMNode.getElementsByTagName - Returns a NodeList of all the =
Elements with a given tag name=0A=
 *   in the order in which they would be encountered in a preorder =
traversal of the Document tree.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  tagname : string - The name of the tag to match on. The =
special value "*" matches all tags=0A=
 *=0A=
 * @return : DOMNodeList=0A=
 */=0A=
DOMNode.prototype.getElementsByTagName =3D function =
DOMNode_getElementsByTagName(tagname) {=0A=
  // delegate to _getElementsByTagNameRecursive=0A=
  return this._getElementsByTagNameRecursive(tagname, new =
DOMNodeList(this.ownerDocument));=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode._getElementsByTagNameRecursive - implements =
getElementsByTagName()=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au), David Joham =
(djoham@yahoo.com) and Scott Severtson=0A=
 *=0A=
 * @param  tagname  : string      - The name of the tag to match on. The =
special value "*" matches all tags=0A=
 * @param  nodeList : DOMNodeList - The accumulating list of matching =
nodes=0A=
 *=0A=
 * @return : DOMNodeList=0A=
 */=0A=
DOMNode.prototype._getElementsByTagNameRecursive =3D function =
DOMNode__getElementsByTagNameRecursive(tagname, nodeList) {=0A=
  if (this.nodeType =3D=3D DOMNode.ELEMENT_NODE || this.nodeType =3D=3D =
DOMNode.DOCUMENT_NODE) {=0A=
=0A=
    if((this.nodeName =3D=3D tagname) || (tagname =3D=3D "*")) {=0A=
      nodeList._appendChild(this);               // add matching node to =
nodeList=0A=
    }=0A=
=0A=
    // recurse childNodes=0A=
    for(var i =3D 0; i < this.childNodes.length; i++) {=0A=
      nodeList =3D =
this.childNodes.item(i)._getElementsByTagNameRecursive(tagname, =
nodeList);=0A=
    }=0A=
  }=0A=
=0A=
  return nodeList;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.getXML - Returns the String XML of the node and all =
of its children=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) and David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : string - XML String of the XML of the node and all of its =
children=0A=
 */=0A=
DOMNode.prototype.getXML =3D function DOMNode_getXML() {=0A=
  return this.toString();=0A=
}=0A=
=0A=
=0A=
/**=0A=
 * @method DOMNode.getElementsByTagNameNS - Returns a NodeList of all =
the Elements with a given namespaceURI and localName=0A=
 *   in the order in which they would be encountered in a preorder =
traversal of the Document tree.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  localName    : string - the local name of the required node=0A=
 *=0A=
 * @return : DOMNodeList=0A=
 */=0A=
DOMNode.prototype.getElementsByTagNameNS =3D function =
DOMNode_getElementsByTagNameNS(namespaceURI, localName) {=0A=
  // delegate to _getElementsByTagNameNSRecursive=0A=
  return this._getElementsByTagNameNSRecursive(namespaceURI, localName, =
new DOMNodeList(this.ownerDocument));=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode._getElementsByTagNameNSRecursive - implements =
getElementsByTagName()=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au), David Joham =
(djoham@yahoo.com) and Scott Severtson=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  localName    : string - the local name of the required node=0A=
 * @param  nodeList     : DOMNodeList - The accumulating list of =
matching nodes=0A=
 *=0A=
 * @return : DOMNodeList=0A=
 */=0A=
DOMNode.prototype._getElementsByTagNameNSRecursive =3D function =
DOMNode__getElementsByTagNameNSRecursive(namespaceURI, localName, =
nodeList) {=0A=
  if (this.nodeType =3D=3D DOMNode.ELEMENT_NODE || this.nodeType =3D=3D =
DOMNode.DOCUMENT_NODE) {=0A=
=0A=
    if (((this.namespaceURI =3D=3D namespaceURI) || (namespaceURI =3D=3D =
"*")) && ((this.localName =3D=3D localName) || (localName =3D=3D "*"))) {=0A=
      nodeList._appendChild(this);               // add matching node to =
nodeList=0A=
    }=0A=
=0A=
    // recurse childNodes=0A=
    for(var i =3D 0; i < this.childNodes.length; i++) {=0A=
      nodeList =3D =
this.childNodes.item(i)._getElementsByTagNameNSRecursive(namespaceURI, =
localName, nodeList);=0A=
    }=0A=
  }=0A=
=0A=
  return nodeList;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode._isAncestor - returns true if node is ancestor of this=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au), David Joham =
(djoham@yahoo.com) and Scott Severtson=0A=
 *=0A=
 * @param  node         : DOMNode - The candidate ancestor node=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMNode.prototype._isAncestor =3D function DOMNode__isAncestor(node) {=0A=
  // if this node matches, return true,=0A=
  // otherwise recurse up (if there is a parentNode)=0A=
  return ((this =3D=3D node) || ((this.parentNode) && =
(this.parentNode._isAncestor(node))));=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMNode.importNode - Imports a node from another document to =
this document.=0A=
 *   The returned node has no parent; (parentNode is null).=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  importedNode : Node - The Node to be imported=0A=
 * @param  deep         : boolean - If true, recursively clone the =
subtree under the specified node;=0A=
 *   if false, clone only the node itself (and its attributes, if it is =
an Element).=0A=
 *=0A=
 * @return : DOMNode=0A=
 */=0A=
DOMNode.prototype.importNode =3D function =
DOMNode_importNode(importedNode, deep) {=0A=
  var importNode;=0A=
=0A=
  //there is no need to perform namespace checks since everything has =
already gone through them=0A=
  //in order to have gotten into the DOM in the first place. The =
following line=0A=
  //turns namespace checking off in ._isValidNamespace=0A=
  this.getOwnerDocument()._performingImportNodeOperation =3D true;=0A=
=0A=
  try {=0A=
    if (importedNode.nodeType =3D=3D DOMNode.ELEMENT_NODE) {=0A=
        if (!this.ownerDocument.implementation.namespaceAware) {=0A=
        // create a local Element (with the name of the importedNode)=0A=
        importNode =3D =
this.ownerDocument.createElement(importedNode.tagName);=0A=
=0A=
        // create attributes matching those of the importedNode=0A=
        for(var i =3D 0; i < importedNode.attributes.length; i++) {=0A=
            =
importNode.setAttribute(importedNode.attributes.item(i).name, =
importedNode.attributes.item(i).value);=0A=
        }=0A=
        }=0A=
        else {=0A=
        // create a local Element (with the name & namespaceURI of the =
importedNode)=0A=
        importNode =3D =
this.ownerDocument.createElementNS(importedNode.namespaceURI, =
importedNode.nodeName);=0A=
=0A=
        // create attributes matching those of the importedNode=0A=
        for(var i =3D 0; i < importedNode.attributes.length; i++) {=0A=
            =
importNode.setAttributeNS(importedNode.attributes.item(i).namespaceURI, =
importedNode.attributes.item(i).name, =
importedNode.attributes.item(i).value);=0A=
        }=0A=
=0A=
        // create namespace definitions matching those of the =
importedNode=0A=
        for(var i =3D 0; i < importedNode._namespaces.length; i++) {=0A=
            importNode._namespaces._nodes[i] =3D =
this.ownerDocument.createNamespace(importedNode._namespaces.item(i).local=
Name);=0A=
            =
importNode._namespaces._nodes[i].setValue(importedNode._namespaces.item(i=
).value);=0A=
        }=0A=
        }=0A=
    }=0A=
    else if (importedNode.nodeType =3D=3D DOMNode.ATTRIBUTE_NODE) {=0A=
        if (!this.ownerDocument.implementation.namespaceAware) {=0A=
        // create a local Attribute (with the name of the =
importedAttribute)=0A=
        importNode =3D =
this.ownerDocument.createAttribute(importedNode.name);=0A=
        }=0A=
        else {=0A=
        // create a local Attribute (with the name & namespaceURI of the =
importedAttribute)=0A=
        importNode =3D =
this.ownerDocument.createAttributeNS(importedNode.namespaceURI, =
importedNode.nodeName);=0A=
=0A=
        // create namespace definitions matching those of the =
importedAttribute=0A=
        for(var i =3D 0; i < importedNode._namespaces.length; i++) {=0A=
            importNode._namespaces._nodes[i] =3D =
this.ownerDocument.createNamespace(importedNode._namespaces.item(i).local=
Name);=0A=
            =
importNode._namespaces._nodes[i].setValue(importedNode._namespaces.item(i=
).value);=0A=
        }=0A=
        }=0A=
=0A=
        // set the value of the local Attribute to match that of the =
importedAttribute=0A=
        importNode.setValue(importedNode.value);=0A=
    }=0A=
    else if (importedNode.nodeType =3D=3D DOMNode.DOCUMENT_FRAGMENT) {=0A=
        // create a local DocumentFragment=0A=
        importNode =3D this.ownerDocument.createDocumentFragment();=0A=
    }=0A=
    else if (importedNode.nodeType =3D=3D DOMNode.NAMESPACE_NODE) {=0A=
        // create a local NamespaceNode (with the same name & value as =
the importedNode)=0A=
        importNode =3D =
this.ownerDocument.createNamespace(importedNode.nodeName);=0A=
        importNode.setValue(importedNode.value);=0A=
    }=0A=
    else if (importedNode.nodeType =3D=3D DOMNode.TEXT_NODE) {=0A=
        // create a local TextNode (with the same data as the =
importedNode)=0A=
        importNode =3D =
this.ownerDocument.createTextNode(importedNode.data);=0A=
    }=0A=
    else if (importedNode.nodeType =3D=3D DOMNode.CDATA_SECTION_NODE) {=0A=
        // create a local CDATANode (with the same data as the =
importedNode)=0A=
        importNode =3D =
this.ownerDocument.createCDATASection(importedNode.data);=0A=
    }=0A=
    else if (importedNode.nodeType =3D=3D =
DOMNode.PROCESSING_INSTRUCTION_NODE) {=0A=
        // create a local ProcessingInstruction (with the same target & =
data as the importedNode)=0A=
        importNode =3D =
this.ownerDocument.createProcessingInstruction(importedNode.target, =
importedNode.data);=0A=
    }=0A=
    else if (importedNode.nodeType =3D=3D DOMNode.COMMENT_NODE) {=0A=
        // create a local Comment (with the same data as the =
importedNode)=0A=
        importNode =3D =
this.ownerDocument.createComment(importedNode.data);=0A=
    }=0A=
    else {  // throw Exception if nodeType is not supported=0A=
        throw(new DOMException(DOMException.NOT_SUPPORTED_ERR));=0A=
    }=0A=
=0A=
    if (deep) {                                    // recurse childNodes=0A=
        for(var i =3D 0; i < importedNode.childNodes.length; i++) {=0A=
        =
importNode.appendChild(this.ownerDocument.importNode(importedNode.childNo=
des.item(i), true));=0A=
        }=0A=
    }=0A=
=0A=
    //reset _performingImportNodeOperation=0A=
    this.getOwnerDocument()._performingImportNodeOperation =3D false;=0A=
    return importNode;=0A=
  }=0A=
  catch (eAny) {=0A=
    //reset _performingImportNodeOperation=0A=
    this.getOwnerDocument()._performingImportNodeOperation =3D false;=0A=
=0A=
    //re-throw the exception=0A=
    throw eAny;=0A=
  }//djotemp=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.escapeString - escape special characters=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  str : string - The string to be escaped=0A=
 *=0A=
 * @return : string - The escaped string=0A=
 */=0A=
DOMNode.prototype.__escapeString =3D function DOMNode__escapeString(str) =
{=0A=
=0A=
  //the sax processor already has this function. Just wrap it=0A=
  return __escapeString(str);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNode.unescapeString - unescape special characters=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  str : string - The string to be unescaped=0A=
 *=0A=
 * @return : string - The unescaped string=0A=
 */=0A=
DOMNode.prototype.__unescapeString =3D function =
DOMNode__unescapeString(str) {=0A=
=0A=
  //the sax processor already has this function. Just wrap it=0A=
  return __unescapeString(str);=0A=
};=0A=
=0A=
=0A=
=0A=
/**=0A=
 * @class  DOMDocument - The Document interface represents the entire =
HTML or XML document.=0A=
 *   Conceptually, it is the root of the document tree, and provides the =
primary access to the document's data.=0A=
 *=0A=
 * @extends DOMNode=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  implementation : DOMImplementation - the creator =
Implementation=0A=
 */=0A=
DOMDocument =3D function(implementation) {=0A=
  this._class =3D addClass(this._class, "DOMDocument");=0A=
  this.DOMNode =3D DOMNode;=0A=
  this.DOMNode(this);=0A=
=0A=
  this.doctype =3D null;                           // The Document Type =
Declaration (see DocumentType) associated with this document=0A=
  this.implementation =3D implementation;          // The =
DOMImplementation object that handles this document.=0A=
  this.documentElement =3D null;                   // This is a =
convenience attribute that allows direct access to the child node that =
is the root element of the document=0A=
  this.all  =3D new Array();                       // The list of all =
Elements=0A=
=0A=
  this.nodeName  =3D "#document";=0A=
  this.nodeType =3D DOMNode.DOCUMENT_NODE;=0A=
  this._id =3D 0;=0A=
  this._lastId =3D 0;=0A=
  this._parseComplete =3D false;                   // initially false, =
set to true by parser=0A=
=0A=
  this.ownerDocument =3D this;=0A=
=0A=
  this._performingImportNodeOperation =3D false;=0A=
};=0A=
DOMDocument.prototype =3D new DOMNode;=0A=
=0A=
/**=0A=
 * @method DOMDocument.getDoctype - Java style gettor for .doctype=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMDocument=0A=
 */=0A=
DOMDocument.prototype.getDoctype =3D function DOMDocument_getDoctype() {=0A=
  return this.doctype;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.getImplementation - Java style gettor for =
.implementation=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMImplementation=0A=
 */=0A=
DOMDocument.prototype.getImplementation =3D function =
DOMDocument_implementation() {=0A=
  return this.implementation;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.getDocumentElement - Java style gettor for =
.documentElement=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMDocumentElement=0A=
 */=0A=
DOMDocument.prototype.getDocumentElement =3D function =
DOMDocument_getDocumentElement() {=0A=
  return this.documentElement;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.createElement - Creates an element of the type =
specified.=0A=
 *   Note that the instance returned implements the Element interface,=0A=
 *   so attributes can be specified directly on the returned object.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  tagName : string - The name of the element type to =
instantiate.=0A=
 *=0A=
 * @throws : DOMException - INVALID_CHARACTER_ERR: Raised if the string =
contains an illegal character=0A=
 *=0A=
 * @return : DOMElement - The new Element object.=0A=
 */=0A=
DOMDocument.prototype.createElement =3D function =
DOMDocument_createElement(tagName) {=0A=
  // throw Exception if the tagName string contains an illegal character=0A=
  if (this.ownerDocument.implementation.errorChecking && =
(!this.ownerDocument.implementation._isValidName(tagName))) {=0A=
    throw(new DOMException(DOMException.INVALID_CHARACTER_ERR));=0A=
  }=0A=
=0A=
  // create DOMElement specifying 'this' as ownerDocument=0A=
  var node =3D new DOMElement(this);=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  node.tagName  =3D tagName;=0A=
  node.nodeName =3D tagName;=0A=
=0A=
  // add Element to 'all' collection=0A=
  this.all[this.all.length] =3D node;=0A=
=0A=
  return node;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.createDocumentFragment - CCreates an empty =
DocumentFragment object.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : DOMDocumentFragment - The new DocumentFragment object=0A=
 */=0A=
DOMDocument.prototype.createDocumentFragment =3D function =
DOMDocument_createDocumentFragment() {=0A=
  // create DOMDocumentFragment specifying 'this' as ownerDocument=0A=
  var node =3D new DOMDocumentFragment(this);=0A=
=0A=
  return node;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.createTextNode - Creates a Text node given the =
specified string.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  data : string - The data for the node.=0A=
 *=0A=
 * @return : DOMText - The new Text object.=0A=
 */=0A=
DOMDocument.prototype.createTextNode =3D function =
DOMDocument_createTextNode(data) {=0A=
  // create DOMText specifying 'this' as ownerDocument=0A=
  var node =3D new DOMText(this);=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  node.data      =3D data;=0A=
  node.nodeValue =3D data;=0A=
=0A=
  // set initial length=0A=
  node.length    =3D data.length;=0A=
=0A=
  return node;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.createComment - Creates a Text node given the =
specified string.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  data : string - The data for the node.=0A=
 *=0A=
 * @return : DOMComment - The new Comment object.=0A=
 */=0A=
DOMDocument.prototype.createComment =3D function =
DOMDocument_createComment(data) {=0A=
  // create DOMComment specifying 'this' as ownerDocument=0A=
  var node =3D new DOMComment(this);=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  node.data      =3D data;=0A=
  node.nodeValue =3D data;=0A=
=0A=
  // set initial length=0A=
  node.length    =3D data.length;=0A=
=0A=
  return node;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.createCDATASection - Creates a CDATASection node =
whose value is the specified string.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  data : string - The data for the node.=0A=
 *=0A=
 * @return : DOMCDATASection - The new CDATASection object.=0A=
 */=0A=
DOMDocument.prototype.createCDATASection =3D function =
DOMDocument_createCDATASection(data) {=0A=
  // create DOMCDATASection specifying 'this' as ownerDocument=0A=
  var node =3D new DOMCDATASection(this);=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  node.data      =3D data;=0A=
  node.nodeValue =3D data;=0A=
=0A=
  // set initial length=0A=
  node.length    =3D data.length;=0A=
=0A=
  return node;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.createProcessingInstruction - Creates a =
ProcessingInstruction node given the specified target and data strings.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  target : string - The target part of the processing =
instruction.=0A=
 * @param  data   : string - The data for the node.=0A=
 *=0A=
 * @throws : DOMException - INVALID_CHARACTER_ERR: Raised if the string =
contains an illegal character=0A=
 *=0A=
 * @return : DOMProcessingInstruction - The new ProcessingInstruction =
object.=0A=
 */=0A=
DOMDocument.prototype.createProcessingInstruction =3D function =
DOMDocument_createProcessingInstruction(target, data) {=0A=
  // throw Exception if the target string contains an illegal character=0A=
  if (this.ownerDocument.implementation.errorChecking && =
(!this.implementation._isValidName(target))) {=0A=
    throw(new DOMException(DOMException.INVALID_CHARACTER_ERR));=0A=
  }=0A=
=0A=
  // create DOMProcessingInstruction specifying 'this' as ownerDocument=0A=
  var node =3D new DOMProcessingInstruction(this);=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  node.target    =3D target;=0A=
  node.nodeName  =3D target;=0A=
  node.data      =3D data;=0A=
  node.nodeValue =3D data;=0A=
=0A=
  // set initial length=0A=
  node.length    =3D data.length;=0A=
=0A=
  return node;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.createAttribute - Creates an Attr of the given =
name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name : string - The name of the attribute.=0A=
 *=0A=
 * @throws : DOMException - INVALID_CHARACTER_ERR: Raised if the string =
contains an illegal character=0A=
 *=0A=
 * @return : DOMAttr - The new Attr object.=0A=
 */=0A=
DOMDocument.prototype.createAttribute =3D function =
DOMDocument_createAttribute(name) {=0A=
  // throw Exception if the name string contains an illegal character=0A=
  if (this.ownerDocument.implementation.errorChecking && =
(!this.ownerDocument.implementation._isValidName(name))) {=0A=
    throw(new DOMException(DOMException.INVALID_CHARACTER_ERR));=0A=
  }=0A=
=0A=
  // create DOMAttr specifying 'this' as ownerDocument=0A=
  var node =3D new DOMAttr(this);=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  node.name     =3D name;=0A=
  node.nodeName =3D name;=0A=
=0A=
  return node;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.createElementNS - Creates an element of the type =
specified,=0A=
 *   within the specified namespace.=0A=
 *   Note that the instance returned implements the Element interface,=0A=
 *   so attributes can be specified directly on the returned object.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI  : string - The namespace URI of the element.=0A=
 * @param  qualifiedName : string - The qualified name of the element =
type to instantiate.=0A=
 *=0A=
 * @throws : DOMException - NAMESPACE_ERR: Raised if the Namespace is =
invalid=0A=
 * @throws : DOMException - INVALID_CHARACTER_ERR: Raised if the string =
contains an illegal character=0A=
 *=0A=
 * @return : DOMElement - The new Element object.=0A=
 */=0A=
DOMDocument.prototype.createElementNS =3D function =
DOMDocument_createElementNS(namespaceURI, qualifiedName) {=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if the Namespace is invalid=0A=
    if (!this.ownerDocument._isValidNamespace(namespaceURI, =
qualifiedName)) {=0A=
      throw(new DOMException(DOMException.NAMESPACE_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if the qualifiedName string contains an illegal =
character=0A=
    if (!this.ownerDocument.implementation._isValidName(qualifiedName)) {=0A=
      throw(new DOMException(DOMException.INVALID_CHARACTER_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  // create DOMElement specifying 'this' as ownerDocument=0A=
  var node  =3D new DOMElement(this);=0A=
  var qname =3D this.implementation._parseQName(qualifiedName);=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  node.nodeName     =3D qualifiedName;=0A=
  node.namespaceURI =3D namespaceURI;=0A=
  node.prefix       =3D qname.prefix;=0A=
  node.localName    =3D qname.localName;=0A=
  node.tagName      =3D qualifiedName;=0A=
=0A=
  // add Element to 'all' collection=0A=
  this.all[this.all.length] =3D node;=0A=
=0A=
  return node;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.createAttributeNS - Creates an Attr of the given =
name=0A=
 *   within the specified namespace.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI  : string - The namespace URI of the attribute.=0A=
 * @param  qualifiedName : string - The qualified name of the attribute.=0A=
 *=0A=
 * @throws : DOMException - NAMESPACE_ERR: Raised if the Namespace is =
invalid=0A=
 * @throws : DOMException - INVALID_CHARACTER_ERR: Raised if the string =
contains an illegal character=0A=
 *=0A=
 * @return : DOMAttr - The new Attr object.=0A=
 */=0A=
DOMDocument.prototype.createAttributeNS =3D function =
DOMDocument_createAttributeNS(namespaceURI, qualifiedName) {=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if the Namespace is invalid=0A=
    if (!this.ownerDocument._isValidNamespace(namespaceURI, =
qualifiedName, true)) {=0A=
      throw(new DOMException(DOMException.NAMESPACE_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if the qualifiedName string contains an illegal =
character=0A=
    if (!this.ownerDocument.implementation._isValidName(qualifiedName)) {=0A=
      throw(new DOMException(DOMException.INVALID_CHARACTER_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  // create DOMAttr specifying 'this' as ownerDocument=0A=
  var node  =3D new DOMAttr(this);=0A=
  var qname =3D this.implementation._parseQName(qualifiedName);=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  node.nodeName     =3D qualifiedName=0A=
  node.namespaceURI =3D namespaceURI=0A=
  node.prefix       =3D qname.prefix;=0A=
  node.localName    =3D qname.localName;=0A=
  node.name         =3D qualifiedName=0A=
  node.nodeValue    =3D "";=0A=
=0A=
  return node;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.createNamespace - Creates an Namespace of the =
given name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  qualifiedName : string - The qualified name of the attribute.=0A=
 *=0A=
 * @return : DOMNamespace - The new Namespace object.=0A=
 */=0A=
DOMDocument.prototype.createNamespace =3D function =
DOMDocument_createNamespace(qualifiedName) {=0A=
  // create DOMNamespace specifying 'this' as ownerDocument=0A=
  var node  =3D new DOMNamespace(this);=0A=
  var qname =3D this.implementation._parseQName(qualifiedName);=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  node.nodeName     =3D qualifiedName=0A=
  node.prefix       =3D qname.prefix;=0A=
  node.localName    =3D qname.localName;=0A=
  node.name         =3D qualifiedName=0A=
  node.nodeValue    =3D "";=0A=
=0A=
  return node;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMDocument.getElementById - Return the Element whose ID is =
given by elementId=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  elementId : string - The unique ID of the Element=0A=
 *=0A=
 * @return : DOMElement - The requested DOMElement=0A=
 */=0A=
DOMDocument.prototype.getElementById =3D function =
DOMDocument_getElementById(elementId) {=0A=
//  return this._ids[elementId];=0A=
  retNode =3D null;=0A=
=0A=
  // loop through all Elements in the 'all' collection=0A=
  for (var i=3D0; i < this.all.length; i++) {=0A=
    var node =3D this.all[i];=0A=
=0A=
    // if id matches & node is alive (ie, connected (in)directly to the =
documentElement)=0A=
    if ((node.id =3D=3D elementId) && =
(node._isAncestor(node.ownerDocument.documentElement))) {=0A=
      retNode =3D node;=0A=
      break;=0A=
    }=0A=
  }=0A=
=0A=
  return retNode;=0A=
};=0A=
=0A=
=0A=
=0A=
/**=0A=
 * @method DOMDocument._genId - generate a unique internal id=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string - The unique (serial) id=0A=
 */=0A=
DOMDocument.prototype._genId =3D function DOMDocument__genId() {=0A=
  this._lastId +=3D 1;                             // increment lastId =
(to generate unique id)=0A=
=0A=
  return this._lastId;=0A=
};=0A=
=0A=
=0A=
/**=0A=
 * @method DOMDocument._isValidNamespace - test if Namespace is valid=0A=
 *  ie, not valid if;=0A=
 *    the qualifiedName is malformed, or=0A=
 *    the qualifiedName has a prefix and the namespaceURI is null, or=0A=
 *    the qualifiedName has a prefix that is "xml" and the namespaceURI =
is=0A=
 *     different from "http://www.w3.org/XML/1998/namespace" =
[Namespaces].=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au), David Joham =
(djoham@yahoo.com) and Scott Severtson=0A=
 *=0A=
 * @param  namespaceURI  : string - the namespace URI=0A=
 * @param  qualifiedName : string - the QName=0A=
 * @Param  isAttribute   : boolean - true, if the requesting node is an =
Attr=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMDocument.prototype._isValidNamespace =3D function =
DOMDocument__isValidNamespace(namespaceURI, qualifiedName, isAttribute) {=0A=
=0A=
  if (this._performingImportNodeOperation =3D=3D true) {=0A=
    //we're doing an importNode operation (or a cloneNode) - in both =
cases, there=0A=
    //is no need to perform any namespace checking since the nodes have =
to have been valid=0A=
    //to have gotten into the DOM in the first place=0A=
    return true;=0A=
  }=0A=
=0A=
  var valid =3D true;=0A=
  // parse QName=0A=
  var qName =3D this.implementation._parseQName(qualifiedName);=0A=
=0A=
=0A=
  //only check for namespaces if we're finished parsing=0A=
  if (this._parseComplete =3D=3D true) {=0A=
=0A=
    // if the qualifiedName is malformed=0A=
    if (qName.localName.indexOf(":") > -1 ){=0A=
        valid =3D false;=0A=
    }=0A=
=0A=
    if ((valid) && (!isAttribute)) {=0A=
        // if the namespaceURI is not null=0A=
        if (!namespaceURI) {=0A=
        valid =3D false;=0A=
        }=0A=
    }=0A=
=0A=
    // if the qualifiedName has a prefix=0A=
    if ((valid) && (qName.prefix =3D=3D "")) {=0A=
        valid =3D false;=0A=
    }=0A=
=0A=
  }=0A=
=0A=
  // if the qualifiedName has a prefix that is "xml" and the =
namespaceURI is=0A=
  //  different from "http://www.w3.org/XML/1998/namespace" [Namespaces].=0A=
  if ((valid) && (qName.prefix =3D=3D "xml") && (namespaceURI !=3D =
"http://www.w3.org/XML/1998/namespace")) {=0A=
    valid =3D false;=0A=
  }=0A=
=0A=
  return valid;=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMDocument.toString - Serialize the document into an XML =
string=0A=
 *=0A=
 * @author David Joham (djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMDocument.prototype.toString =3D function DOMDocument_toString() {=0A=
  return "" + this.childNodes;=0A=
} // end function getXML=0A=
=0A=
=0A=
/**=0A=
 * @class  DOMElement - By far the vast majority of objects (apart from =
text) that authors encounter=0A=
 *   when traversing a document are Element nodes.=0A=
 *=0A=
 * @extends DOMNode=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - The Document object associated =
with this node.=0A=
 */=0A=
DOMElement =3D function(ownerDocument) {=0A=
  this._class =3D addClass(this._class, "DOMElement");=0A=
  this.DOMNode  =3D DOMNode;=0A=
  this.DOMNode(ownerDocument);=0A=
=0A=
  this.tagName =3D "";                             // The name of the =
element.=0A=
  this.id =3D "";                                  // the ID of the =
element=0A=
=0A=
  this.nodeType =3D DOMNode.ELEMENT_NODE;=0A=
};=0A=
DOMElement.prototype =3D new DOMNode;=0A=
=0A=
/**=0A=
 * @method DOMElement.getTagName - Java style gettor for .TagName=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMElement.prototype.getTagName =3D function DOMElement_getTagName() {=0A=
  return this.tagName;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.getAttribute - Retrieves an attribute value by name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name : string - The name of the attribute to retrieve=0A=
 *=0A=
 * @return : string - The Attr value as a string, or the empty string if =
that attribute does not have a specified value.=0A=
 */=0A=
DOMElement.prototype.getAttribute =3D function =
DOMElement_getAttribute(name) {=0A=
  var ret =3D "";=0A=
=0A=
  // if attribute exists, use it=0A=
  var attr =3D this.attributes.getNamedItem(name);=0A=
=0A=
  if (attr) {=0A=
    ret =3D attr.value;=0A=
  }=0A=
=0A=
  return ret; // if Attribute exists, return its value, otherwise, =
return ""=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.setAttribute - Retrieves an attribute value by name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name  : string - The name of the attribute to create or alter=0A=
 * @param  value : string - Value to set in string form=0A=
 *=0A=
 * @throws : DOMException - INVALID_CHARACTER_ERR: Raised if the string =
contains an illegal character=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if the =
Attribute is readonly.=0A=
 */=0A=
DOMElement.prototype.setAttribute =3D function =
DOMElement_setAttribute(name, value) {=0A=
  // if attribute exists, use it=0A=
  var attr =3D this.attributes.getNamedItem(name);=0A=
=0A=
  if (!attr) {=0A=
    attr =3D this.ownerDocument.createAttribute(name);  // otherwise =
create it=0A=
  }=0A=
=0A=
  var value =3D new String(value);=0A=
=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if Attribute is readonly=0A=
    if (attr._readonly) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if the value string contains an illegal character=0A=
    if (!this.ownerDocument.implementation._isValidString(value)) {=0A=
      throw(new DOMException(DOMException.INVALID_CHARACTER_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  if (this.ownerDocument.implementation._isIdDeclaration(name)) {=0A=
    this.id =3D value;  // cache ID for getElementById()=0A=
  }=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  attr.value     =3D value;=0A=
  attr.nodeValue =3D value;=0A=
=0A=
  // update .specified=0A=
  if (value.length > 0) {=0A=
    attr.specified =3D true;=0A=
  }=0A=
  else {=0A=
    attr.specified =3D false;=0A=
  }=0A=
=0A=
  // add/replace Attribute in NamedNodeMap=0A=
  this.attributes.setNamedItem(attr);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.removeAttribute - Removes an attribute by name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name  : string - The name of the attribute to remove=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if the =
Attrbute is readonly.=0A=
 */=0A=
DOMElement.prototype.removeAttribute =3D function =
DOMElement_removeAttribute(name) {=0A=
  // delegate to DOMNamedNodeMap.removeNamedItem=0A=
  return this.attributes.removeNamedItem(name);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.getAttributeNode - Retrieves an Attr node by name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name  : string - The name of the attribute to remove=0A=
 *=0A=
 * @return : DOMAttr - The Attr node with the specified attribute name =
or null if there is no such attribute.=0A=
 */=0A=
DOMElement.prototype.getAttributeNode =3D function =
DOMElement_getAttributeNode(name) {=0A=
  // delegate to DOMNamedNodeMap.getNamedItem=0A=
  return this.attributes.getNamedItem(name);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.setAttributeNode - Adds a new attribute=0A=
 *   If an attribute with that name is already present in the element, =
it is replaced by the new one=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  newAttr : DOMAttr - The attribute node to be attached=0A=
 *=0A=
 * @throws : DOMException - WRONG_DOCUMENT_ERR: Raised if arg was =
created from a different document than the one that created this map.=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Element is readonly.=0A=
 * @throws : DOMException - INUSE_ATTRIBUTE_ERR: Raised if arg is an =
Attr that is already an attribute of another Element object.=0A=
 *=0A=
 * @return : DOMAttr - If the newAttr attribute replaces an existing =
attribute with the same name,=0A=
 *   the previously existing Attr node is returned, otherwise null is =
returned.=0A=
 */=0A=
DOMElement.prototype.setAttributeNode =3D function =
DOMElement_setAttributeNode(newAttr) {=0A=
  // if this Attribute is an ID=0A=
  if (this.ownerDocument.implementation._isIdDeclaration(newAttr.name)) {=0A=
    this.id =3D newAttr.value;  // cache ID for getElementById()=0A=
  }=0A=
=0A=
  // delegate to DOMNamedNodeMap.setNamedItem=0A=
  return this.attributes.setNamedItem(newAttr);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.removeAttributeNode - Removes the specified =
attribute=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  oldAttr  : DOMAttr - The Attr node to remove from the =
attribute list=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Element is readonly.=0A=
 * @throws : DOMException - INUSE_ATTRIBUTE_ERR: Raised if arg is an =
Attr that is already an attribute of another Element object.=0A=
 *=0A=
 * @return : DOMAttr - The Attr node that was removed.=0A=
 */=0A=
DOMElement.prototype.removeAttributeNode =3D function =
DOMElement_removeAttributeNode(oldAttr) {=0A=
  // throw Exception if Attribute is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && =
oldAttr._readonly) {=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  // get item index=0A=
  var itemIndex =3D this.attributes._findItemIndex(oldAttr._id);=0A=
=0A=
  // throw Exception if node does not exist in this map=0A=
  if (this.ownerDocument.implementation.errorChecking && (itemIndex < =
0)) {=0A=
    throw(new DOMException(DOMException.NOT_FOUND_ERR));=0A=
  }=0A=
=0A=
  return this.attributes._removeChild(itemIndex);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.getAttributeNS - Retrieves an attribute value by =
namespaceURI and localName=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  localName    : string - the local name of the required node=0A=
 *=0A=
 * @return : string - The Attr value as a string, or the empty string if =
that attribute does not have a specified value.=0A=
 */=0A=
DOMElement.prototype.getAttributeNS =3D function =
DOMElement_getAttributeNS(namespaceURI, localName) {=0A=
  var ret =3D "";=0A=
=0A=
  // delegate to DOMNAmedNodeMap.getNamedItemNS=0A=
  var attr =3D this.attributes.getNamedItemNS(namespaceURI, localName);=0A=
=0A=
=0A=
  if (attr) {=0A=
    ret =3D attr.value;=0A=
  }=0A=
=0A=
  return ret;  // if Attribute exists, return its value, otherwise =
return ""=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.setAttributeNS - Sets an attribute value by =
namespaceURI and localName=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  qualifiedName : string - the qualified name of the required =
node=0A=
 * @param  value        : string - Value to set in string form=0A=
 *=0A=
 * @throws : DOMException - INVALID_CHARACTER_ERR: Raised if the string =
contains an illegal character=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if the =
Attrbute is readonly.=0A=
 * @throws : DOMException - NAMESPACE_ERR: Raised if the Namespace is =
invalid=0A=
 */=0A=
DOMElement.prototype.setAttributeNS =3D function =
DOMElement_setAttributeNS(namespaceURI, qualifiedName, value) {=0A=
  // call DOMNamedNodeMap.getNamedItem=0A=
  var attr =3D this.attributes.getNamedItem(namespaceURI, qualifiedName);=0A=
=0A=
  if (!attr) {  // if Attribute exists, use it=0A=
    // otherwise create it=0A=
    attr =3D this.ownerDocument.createAttributeNS(namespaceURI, =
qualifiedName);=0A=
  }=0A=
=0A=
  var value =3D new String(value);=0A=
=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if Attribute is readonly=0A=
    if (attr._readonly) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if the Namespace is invalid=0A=
    if (!this.ownerDocument._isValidNamespace(namespaceURI, =
qualifiedName)) {=0A=
      throw(new DOMException(DOMException.NAMESPACE_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if the value string contains an illegal character=0A=
    if (!this.ownerDocument.implementation._isValidString(value)) {=0A=
      throw(new DOMException(DOMException.INVALID_CHARACTER_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  // if this Attribute is an ID=0A=
  if (this.ownerDocument.implementation._isIdDeclaration(name)) {=0A=
    this.id =3D value;  // cache ID for getElementById()=0A=
  }=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  attr.value     =3D value;=0A=
  attr.nodeValue =3D value;=0A=
=0A=
  // update .specified=0A=
  if (value.length > 0) {=0A=
    attr.specified =3D true;=0A=
  }=0A=
  else {=0A=
    attr.specified =3D false;=0A=
  }=0A=
=0A=
  // delegate to DOMNamedNodeMap.setNamedItem=0A=
  this.attributes.setNamedItemNS(attr);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.removeAttributeNS - Removes an attribute by =
namespaceURI and localName=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  localName    : string - the local name of the required node=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if the =
Attrbute is readonly.=0A=
 *=0A=
 * @return : DOMAttr=0A=
 */=0A=
DOMElement.prototype.removeAttributeNS =3D function =
DOMElement_removeAttributeNS(namespaceURI, localName) {=0A=
  // delegate to DOMNamedNodeMap.removeNamedItemNS=0A=
  return this.attributes.removeNamedItemNS(namespaceURI, localName);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.getAttributeNodeNS - Retrieves an Attr node by =
namespaceURI and localName=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  localName    : string - the local name of the required node=0A=
 *=0A=
 * @return : DOMAttr - The Attr node with the specified attribute name =
or null if there is no such attribute.=0A=
 */=0A=
DOMElement.prototype.getAttributeNodeNS =3D function =
DOMElement_getAttributeNodeNS(namespaceURI, localName) {=0A=
  // delegate to DOMNamedNodeMap.getNamedItemNS=0A=
  return this.attributes.getNamedItemNS(namespaceURI, localName);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.setAttributeNodeNS - Adds a new attribute=0A=
 *   If an attribute with that name is already present in the element, =
it is replaced by the new one=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  newAttr      : DOMAttr - the attribute node to be attached=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if the =
Attrbute is readonly.=0A=
 * @throws : DOMException - WRONG_DOCUMENT_ERR: Raised if arg was =
created from a different document than the one that created this map.=0A=
 * @throws : DOMException - INUSE_ATTRIBUTE_ERR: Raised if arg is an =
Attr that is already an attribute of another Element object.=0A=
 *  The DOM user must explicitly clone Attr nodes to re-use them in =
other elements.=0A=
 *=0A=
 * @return : DOMAttr - If the newAttr attribute replaces an existing =
attribute with the same name,=0A=
 *   the previously existing Attr node is returned, otherwise null is =
returned.=0A=
 */=0A=
DOMElement.prototype.setAttributeNodeNS =3D function =
DOMElement_setAttributeNodeNS(newAttr) {=0A=
  // if this Attribute is an ID=0A=
  if ((newAttr.prefix =3D=3D "") &&  =
this.ownerDocument.implementation._isIdDeclaration(newAttr.name)) {=0A=
    this.id =3D newAttr.value;  // cache ID for getElementById()=0A=
  }=0A=
=0A=
  // delegate to DOMNamedNodeMap.setNamedItemNS=0A=
  return this.attributes.setNamedItemNS(newAttr);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMElement.hasAttribute - Returns true if specified node =
exists=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  name : string - the name of the required node=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMElement.prototype.hasAttribute =3D function =
DOMElement_hasAttribute(name) {=0A=
  // delegate to DOMNamedNodeMap._hasAttribute=0A=
  return this.attributes._hasAttribute(name);=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMElement.hasAttributeNS - Returns true if specified node =
exists=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  namespaceURI : string - the namespace URI of the required node=0A=
 * @param  localName    : string - the local name of the required node=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMElement.prototype.hasAttributeNS =3D function =
DOMElement_hasAttributeNS(namespaceURI, localName) {=0A=
  // delegate to DOMNamedNodeMap._hasAttributeNS=0A=
  return this.attributes._hasAttributeNS(namespaceURI, localName);=0A=
}=0A=
=0A=
/**=0A=
 * @method DOMElement.toString - Serialize this Element and its children =
into an XML string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) and David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMElement.prototype.toString =3D function DOMElement_toString() {=0A=
  var ret =3D "";=0A=
=0A=
  // serialize namespace declarations=0A=
  var ns =3D this._namespaces.toString();=0A=
  if (ns.length > 0) ns =3D " "+ ns;=0A=
=0A=
  // serialize Attribute declarations=0A=
  var attrs =3D this.attributes.toString();=0A=
  if (attrs.length > 0) attrs =3D " "+ attrs;=0A=
=0A=
  // serialize this Element=0A=
  ret +=3D "<" + this.nodeName + ns + attrs +">";=0A=
  ret +=3D this.childNodes.toString();;=0A=
  ret +=3D "</" + this.nodeName+">";=0A=
=0A=
  return ret;=0A=
}=0A=
=0A=
/**=0A=
 * @class  DOMAttr - The Attr interface represents an attribute in an =
Element object=0A=
 *=0A=
 * @extends DOMNode=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - The Document object associated =
with this node.=0A=
 */=0A=
DOMAttr =3D function(ownerDocument) {=0A=
  this._class =3D addClass(this._class, "DOMAttr");=0A=
  this.DOMNode =3D DOMNode;=0A=
  this.DOMNode(ownerDocument);=0A=
=0A=
  this.name      =3D "";                           // the name of this =
attribute=0A=
=0A=
  // If this attribute was explicitly given a value in the original =
document, this is true; otherwise, it is false.=0A=
  // Note that the implementation is in charge of this attribute, not =
the user.=0A=
  // If the user changes the value of the attribute (even if it ends up =
having the same value as the default value)=0A=
  // then the specified flag is automatically flipped to true=0A=
  // (I wish! You will need to use setValue to 'automatically' update =
specified)=0A=
  this.specified =3D false;=0A=
=0A=
  this.value     =3D "";                           // the value of the =
attribute is returned as a string=0A=
=0A=
  this.nodeType  =3D DOMNode.ATTRIBUTE_NODE;=0A=
=0A=
  this.ownerElement =3D null;                      // set when Attr is =
added to NamedNodeMap=0A=
=0A=
  // disable childNodes=0A=
  this.childNodes =3D null;=0A=
  this.attributes =3D null;=0A=
};=0A=
DOMAttr.prototype =3D new DOMNode;=0A=
=0A=
/**=0A=
 * @method DOMAttr.getName - Java style gettor for .name=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMAttr.prototype.getName =3D function DOMAttr_getName() {=0A=
  return this.nodeName;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMAttr.getSpecified - Java style gettor for .specified=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : boolean=0A=
 */=0A=
DOMAttr.prototype.getSpecified =3D function DOMAttr_getSpecified() {=0A=
  return this.specified;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMAttr.getValue - Java style gettor for .value=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMAttr.prototype.getValue =3D function DOMAttr_getValue() {=0A=
  return this.nodeValue;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMAttr.setValue - Java style settor for .value=0A=
 *   alias for DOMAttr.setNodeValue=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  value : string - the new attribute value=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Attribute is readonly.=0A=
 */=0A=
DOMAttr.prototype.setValue =3D function DOMAttr_setValue(value) {=0A=
  // throw Exception if Attribute is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && this._readonly) =
{=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  // delegate to setNodeValue=0A=
  this.setNodeValue(value);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMAttr.setNodeValue - Java style settor for .nodeValue=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  value : string - the new attribute value=0A=
 */=0A=
DOMAttr.prototype.setNodeValue =3D function DOMAttr_setNodeValue(value) {=0A=
  this.nodeValue =3D new String(value);=0A=
  this.value     =3D this.nodeValue;=0A=
  this.specified =3D (this.value.length > 0);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMAttr.toString - Serialize this Attr into an XML string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) and David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMAttr.prototype.toString =3D function DOMAttr_toString() {=0A=
  var ret =3D "";=0A=
=0A=
  // serialize Attribute=0A=
  ret +=3D this.nodeName +"=3D\""+ this.__escapeString(this.nodeValue) =
+"\"";=0A=
=0A=
  return ret;=0A=
}=0A=
=0A=
DOMAttr.prototype.getOwnerElement =3D function() {=0A=
=0A=
    return this.ownerElement;=0A=
=0A=
}=0A=
=0A=
/**=0A=
 * @class  DOMNamespace - The Namespace interface represents an =
namespace in an Element object=0A=
 *=0A=
 * @extends DOMNode=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - The Document object associated =
with this node.=0A=
 */=0A=
DOMNamespace =3D function(ownerDocument) {=0A=
  this._class =3D addClass(this._class, "DOMNamespace");=0A=
  this.DOMNode =3D DOMNode;=0A=
  this.DOMNode(ownerDocument);=0A=
=0A=
  this.name      =3D "";                           // the name of this =
attribute=0A=
=0A=
  // If this attribute was explicitly given a value in the original =
document, this is true; otherwise, it is false.=0A=
  // Note that the implementation is in charge of this attribute, not =
the user.=0A=
  // If the user changes the value of the attribute (even if it ends up =
having the same value as the default value)=0A=
  // then the specified flag is automatically flipped to true=0A=
  // (I wish! You will need to use _setValue to 'automatically' update =
specified)=0A=
  this.specified =3D false;=0A=
=0A=
  this.value     =3D "";                           // the value of the =
attribute is returned as a string=0A=
=0A=
  this.nodeType  =3D DOMNode.NAMESPACE_NODE;=0A=
};=0A=
DOMNamespace.prototype =3D new DOMNode;=0A=
=0A=
/**=0A=
 * @method DOMNamespace.getValue - Java style gettor for .value=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMNamespace.prototype.getValue =3D function DOMNamespace_getValue() {=0A=
  return this.nodeValue;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamespace.setValue - utility function to set value (rather =
than direct assignment to .value)=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  value : string - the new namespace value=0A=
 */=0A=
DOMNamespace.prototype.setValue =3D function =
DOMNamespace_setValue(value) {=0A=
  // assign values to properties (and aliases)=0A=
  this.nodeValue =3D new String(value);=0A=
  this.value     =3D this.nodeValue;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMNamespace.toString - Serialize this Attr into an XML string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMNamespace.prototype.toString =3D function DOMNamespace_toString() {=0A=
  var ret =3D "";=0A=
=0A=
  // serialize Namespace Declaration=0A=
  if (this.nodeName !=3D "") {=0A=
    ret +=3D this.nodeName +"=3D\""+ this.__escapeString(this.nodeValue) =
+"\"";=0A=
  }=0A=
  else {  // handle default namespace=0A=
    ret +=3D "xmlns=3D\""+ this.__escapeString(this.nodeValue) +"\"";=0A=
  }=0A=
=0A=
  return ret;=0A=
}=0A=
=0A=
/**=0A=
 * @class  DOMCharacterData - parent abstract class for DOMText and =
DOMComment=0A=
 *=0A=
 * @extends DOMNode=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - The Document object associated =
with this node.=0A=
 */=0A=
DOMCharacterData =3D function(ownerDocument) {=0A=
  this._class =3D addClass(this._class, "DOMCharacterData");=0A=
  this.DOMNode  =3D DOMNode;=0A=
  this.DOMNode(ownerDocument);=0A=
=0A=
  this.data   =3D "";=0A=
  this.length =3D 0;=0A=
};=0A=
DOMCharacterData.prototype =3D new DOMNode;=0A=
=0A=
/**=0A=
 * @method DOMCharacterData.getData - Java style gettor for .data=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMCharacterData.prototype.getData =3D function =
DOMCharacterData_getData() {=0A=
  return this.nodeValue;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMCharacterData.setData - Java style settor for .data=0A=
 *  alias for DOMCharacterData.setNodeValue=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  data : string - the character data=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Attribute is readonly.=0A=
 */=0A=
DOMCharacterData.prototype.setData =3D function =
DOMCharacterData_setData(data) {=0A=
  // delegate to setNodeValue=0A=
  this.setNodeValue(data);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMCharacterData.setNodeValue - Java style settor for =
.nodeValue=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  data : string - the node value=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Attribute is readonly.=0A=
 */=0A=
DOMCharacterData.prototype.setNodeValue =3D function =
DOMCharacterData_setNodeValue(data) {=0A=
  // throw Exception if Attribute is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && this._readonly) =
{=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  this.nodeValue =3D new String(data);=0A=
  this.data   =3D this.nodeValue;=0A=
=0A=
  // update length=0A=
  this.length =3D this.nodeValue.length;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMCharacterData.getLength - Java style gettor for .length=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMCharacterData.prototype.getLength =3D function =
DOMCharacterData_getLength() {=0A=
  return this.nodeValue.length;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMCharacterData.substringData - Extracts a range of data =
from the node=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  offset : int - Start offset of substring to extract=0A=
 * @param  count  : int - The number of characters to extract=0A=
 *=0A=
 * @throws : DOMException - INDEX_SIZE_ERR: Raised if specified offset =
is negative or greater than the number of 16-bit units in data,=0A=
 *=0A=
 * @return : string - The specified substring.=0A=
 *   If the sum of offset and count exceeds the length, then all =
characters to the end of the data are returned.=0A=
 */=0A=
DOMCharacterData.prototype.substringData =3D function =
DOMCharacterData_substringData(offset, count) {=0A=
  var ret =3D null;=0A=
=0A=
  if (this.data) {=0A=
    // throw Exception if offset is negative or greater than the data =
length,=0A=
    // or the count is negative=0A=
    if (this.ownerDocument.implementation.errorChecking && ((offset < 0) =
|| (offset > this.data.length) || (count < 0))) {=0A=
      throw(new DOMException(DOMException.INDEX_SIZE_ERR));=0A=
    }=0A=
=0A=
    // if count is not specified=0A=
    if (!count) {=0A=
      ret =3D this.data.substring(offset); // default to 'end of string'=0A=
    }=0A=
    else {=0A=
      ret =3D this.data.substring(offset, offset + count);=0A=
    }=0A=
  }=0A=
=0A=
  return ret;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMCharacterData.appendData - Append the string to the end of =
the character data of the node.=0A=
 *   Upon success, data provides access to the concatenation of data and =
the DOMString specified.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  arg : string - The string to append=0A=
 *=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
CharacterData is readonly.=0A=
 */=0A=
DOMCharacterData.prototype.appendData    =3D function =
DOMCharacterData_appendData(arg) {=0A=
  // throw Exception if DOMCharacterData is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && this._readonly) =
{=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  // append data=0A=
  this.setData(""+ this.data + arg);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMCharacterData.insertData - Insert a string at the =
specified character offset.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  offset : int    - The character offset at which to insert=0A=
 * @param  arg    : string - The string to insert=0A=
 *=0A=
 * @throws : DOMException - INDEX_SIZE_ERR: Raised if specified offset =
is negative or greater than the number of 16-bit units in data,=0A=
 *   or if the specified count is negative.=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
CharacterData is readonly.=0A=
 */=0A=
DOMCharacterData.prototype.insertData    =3D function =
DOMCharacterData_insertData(offset, arg) {=0A=
  // throw Exception if DOMCharacterData is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && this._readonly) =
{=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  if (this.data) {=0A=
    // throw Exception if offset is negative or greater than the data =
length,=0A=
    if (this.ownerDocument.implementation.errorChecking && ((offset < 0) =
|| (offset >  this.data.length))) {=0A=
      throw(new DOMException(DOMException.INDEX_SIZE_ERR));=0A=
    }=0A=
=0A=
    // insert data=0A=
    this.setData(this.data.substring(0, offset).concat(arg, =
this.data.substring(offset)));=0A=
  }=0A=
  else {=0A=
    // throw Exception if offset is negative or greater than the data =
length,=0A=
    if (this.ownerDocument.implementation.errorChecking && (offset !=3D =
0)) {=0A=
      throw(new DOMException(DOMException.INDEX_SIZE_ERR));=0A=
    }=0A=
=0A=
    // set data=0A=
    this.setData(arg);=0A=
  }=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMCharacterData.deleteData - Remove a range of characters =
from the node.=0A=
 *   Upon success, data and length reflect the change=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  offset : int - The offset from which to remove characters=0A=
 * @param  count  : int - The number of characters to delete.=0A=
 *   If the sum of offset and count exceeds length then all characters =
from offset to the end of the data are deleted=0A=
 *=0A=
 * @throws : DOMException - INDEX_SIZE_ERR: Raised if specified offset =
is negative or greater than the number of 16-bit units in data,=0A=
 *   or if the specified count is negative.=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
CharacterData is readonly.=0A=
 */=0A=
DOMCharacterData.prototype.deleteData    =3D function =
DOMCharacterData_deleteData(offset, count) {=0A=
  // throw Exception if DOMCharacterData is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && this._readonly) =
{=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  if (this.data) {=0A=
    // throw Exception if offset is negative or greater than the data =
length,=0A=
    if (this.ownerDocument.implementation.errorChecking && ((offset < 0) =
|| (offset >  this.data.length) || (count < 0))) {=0A=
      throw(new DOMException(DOMException.INDEX_SIZE_ERR));=0A=
    }=0A=
=0A=
    // delete data=0A=
    if(!count || (offset + count) > this.data.length) {=0A=
      this.setData(this.data.substring(0, offset));=0A=
    }=0A=
    else {=0A=
      this.setData(this.data.substring(0, =
offset).concat(this.data.substring(offset + count)));=0A=
    }=0A=
  }=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMCharacterData.replaceData - Replace the characters =
starting at the specified character offset with the specified string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  offset : int    - The offset from which to start replacing=0A=
 * @param  count  : int    - The number of characters to replace.=0A=
 *   If the sum of offset and count exceeds length, then all characters =
to the end of the data are replaced=0A=
 * @param  arg    : string - The string with which the range must be =
replaced=0A=
 *=0A=
 * @throws : DOMException - INDEX_SIZE_ERR: Raised if specified offset =
is negative or greater than the number of 16-bit units in data,=0A=
 *   or if the specified count is negative.=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
CharacterData is readonly.=0A=
 */=0A=
DOMCharacterData.prototype.replaceData   =3D function =
DOMCharacterData_replaceData(offset, count, arg) {=0A=
  // throw Exception if DOMCharacterData is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && this._readonly) =
{=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  if (this.data) {=0A=
    // throw Exception if offset is negative or greater than the data =
length,=0A=
    if (this.ownerDocument.implementation.errorChecking && ((offset < 0) =
|| (offset >  this.data.length) || (count < 0))) {=0A=
      throw(new DOMException(DOMException.INDEX_SIZE_ERR));=0A=
    }=0A=
=0A=
    // replace data=0A=
    this.setData(this.data.substring(0, offset).concat(arg, =
this.data.substring(offset + count)));=0A=
  }=0A=
  else {=0A=
    // set data=0A=
    this.setData(arg);=0A=
  }=0A=
};=0A=
=0A=
/**=0A=
 * @class  DOMText - The Text interface represents the textual content =
(termed character data in XML) of an Element or Attr.=0A=
 *   If there is no markup inside an element's content, the text is =
contained in a single object implementing the Text interface=0A=
 *   that is the only child of the element. If there is markup, it is =
parsed into a list of elements and Text nodes that form the=0A=
 *   list of children of the element.=0A=
 *=0A=
 * @extends DOMCharacterData=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - The Document object associated =
with this node.=0A=
 */=0A=
DOMText =3D function(ownerDocument) {=0A=
  this._class =3D addClass(this._class, "DOMText");=0A=
  this.DOMCharacterData  =3D DOMCharacterData;=0A=
  this.DOMCharacterData(ownerDocument);=0A=
=0A=
  this.nodeName  =3D "#text";=0A=
  this.nodeType  =3D DOMNode.TEXT_NODE;=0A=
};=0A=
DOMText.prototype =3D new DOMCharacterData;=0A=
=0A=
/**=0A=
 * @method DOMText.splitText - Breaks this Text node into two Text nodes =
at the specified offset,=0A=
 *   keeping both in the tree as siblings. This node then only contains =
all the content up to the offset point.=0A=
 *   And a new Text node, which is inserted as the next sibling of this =
node, contains all the content at and after the offset point.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  offset : int - The offset at which to split, starting from 0.=0A=
 *=0A=
 * @throws : DOMException - INDEX_SIZE_ERR: Raised if specified offset =
is negative or greater than the number of 16-bit units in data,=0A=
 * @throws : DOMException - NO_MODIFICATION_ALLOWED_ERR: Raised if this =
Text is readonly.=0A=
 *=0A=
 * @return : DOMText - The new Text node=0A=
 */=0A=
DOMText.prototype.splitText =3D function DOMText_splitText(offset) {=0A=
  var data, inode;=0A=
=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if Node is readonly=0A=
    if (this._readonly) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if offset is negative or greater than the data =
length,=0A=
    if ((offset < 0) || (offset > this.data.length)) {=0A=
      throw(new DOMException(DOMException.INDEX_SIZE_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  if (this.parentNode) {=0A=
    // get remaining string (after offset)=0A=
    data  =3D this.substringData(offset);=0A=
=0A=
    // create new TextNode with remaining string=0A=
    inode =3D this.ownerDocument.createTextNode(data);=0A=
=0A=
    // attach new TextNode=0A=
    if (this.nextSibling) {=0A=
      this.parentNode.insertBefore(inode, this.nextSibling);=0A=
    }=0A=
    else {=0A=
      this.parentNode.appendChild(inode);=0A=
    }=0A=
=0A=
    // remove remaining string from original TextNode=0A=
    this.deleteData(offset);=0A=
  }=0A=
=0A=
  return inode;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMText.toString - Serialize this Text into an XML string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) and David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMText.prototype.toString =3D function DOMText_toString() {=0A=
  return this.__escapeString(""+ this.nodeValue);=0A=
}=0A=
=0A=
/**=0A=
 * @class  DOMCDATASection - CDATA sections are used to escape blocks of =
text containing characters that would otherwise be regarded as markup.=0A=
 *   The only delimiter that is recognized in a CDATA section is the =
"\]\]\>" string that ends the CDATA section=0A=
 *=0A=
 * @extends DOMCharacterData=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - The Document object associated =
with this node.=0A=
 */=0A=
DOMCDATASection =3D function(ownerDocument) {=0A=
  this._class =3D addClass(this._class, "DOMCDATASection");=0A=
  this.DOMCharacterData  =3D DOMCharacterData;=0A=
  this.DOMCharacterData(ownerDocument);=0A=
=0A=
  this.nodeName  =3D "#cdata-section";=0A=
  this.nodeType  =3D DOMNode.CDATA_SECTION_NODE;=0A=
};=0A=
DOMCDATASection.prototype =3D new DOMCharacterData;=0A=
=0A=
/**=0A=
 * @method DOMCDATASection.splitText - Breaks this CDATASection node =
into two CDATASection nodes at the specified offset,=0A=
 *   keeping both in the tree as siblings. This node then only contains =
all the content up to the offset point.=0A=
 *   And a new CDATASection node, which is inserted as the next sibling =
of this node, contains all the content at and after the offset point.=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  offset : int - The offset at which to split, starting from 0.=0A=
 *=0A=
 * @return : DOMCDATASection - The new CDATASection node=0A=
 */=0A=
DOMCDATASection.prototype.splitText =3D function =
DOMCDATASection_splitText(offset) {=0A=
  var data, inode;=0A=
=0A=
  // test for exceptions=0A=
  if (this.ownerDocument.implementation.errorChecking) {=0A=
    // throw Exception if Node is readonly=0A=
    if (this._readonly) {=0A=
      throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
    }=0A=
=0A=
    // throw Exception if offset is negative or greater than the data =
length,=0A=
    if ((offset < 0) || (offset > this.data.length)) {=0A=
      throw(new DOMException(DOMException.INDEX_SIZE_ERR));=0A=
    }=0A=
  }=0A=
=0A=
  if(this.parentNode) {=0A=
    // get remaining string (after offset)=0A=
    data  =3D this.substringData(offset);=0A=
=0A=
    // create new CDATANode with remaining string=0A=
    inode =3D this.ownerDocument.createCDATASection(data);=0A=
=0A=
    // attach new CDATANode=0A=
    if (this.nextSibling) {=0A=
      this.parentNode.insertBefore(inode, this.nextSibling);=0A=
    }=0A=
    else {=0A=
      this.parentNode.appendChild(inode);=0A=
    }=0A=
=0A=
     // remove remaining string from original CDATANode=0A=
    this.deleteData(offset);=0A=
  }=0A=
=0A=
  return inode;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMCDATASection.toString - Serialize this CDATASection into =
an XML string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) and David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMCDATASection.prototype.toString =3D function =
DOMCDATASection_toString() {=0A=
  var ret =3D "";=0A=
  //do NOT unescape the nodeValue string in CDATA sections!=0A=
  ret +=3D "<![CDATA[" + this.nodeValue + "\]\]\>";=0A=
=0A=
  return ret;=0A=
}=0A=
=0A=
/**=0A=
 * @class  DOMComment - This represents the content of a comment, i.e., =
all the characters between the starting '<!--' and ending '-->'=0A=
 *=0A=
 * @extends DOMCharacterData=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - The Document object associated =
with this node.=0A=
 */=0A=
DOMComment =3D function(ownerDocument) {=0A=
  this._class =3D addClass(this._class, "DOMComment");=0A=
  this.DOMCharacterData  =3D DOMCharacterData;=0A=
  this.DOMCharacterData(ownerDocument);=0A=
=0A=
  this.nodeName  =3D "#comment";=0A=
  this.nodeType  =3D DOMNode.COMMENT_NODE;=0A=
};=0A=
DOMComment.prototype =3D new DOMCharacterData;=0A=
=0A=
/**=0A=
 * @method DOMComment.toString - Serialize this Comment into an XML =
string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) and David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMComment.prototype.toString =3D function DOMComment_toString() {=0A=
  var ret =3D "";=0A=
=0A=
  ret +=3D "<!--" + this.nodeValue + "-->";=0A=
=0A=
  return ret;=0A=
}=0A=
=0A=
/**=0A=
 * @class  DOMProcessingInstruction - The ProcessingInstruction =
interface represents a "processing instruction",=0A=
 *   used in XML as a way to keep processor-specific information in the =
text of the document=0A=
 *=0A=
 * @extends DOMNode=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - The Document object associated =
with this node.=0A=
 */=0A=
DOMProcessingInstruction =3D function(ownerDocument) {=0A=
  this._class =3D addClass(this._class, "DOMProcessingInstruction");=0A=
  this.DOMNode  =3D DOMNode;=0A=
  this.DOMNode(ownerDocument);=0A=
=0A=
  // The target of this processing instruction.=0A=
  // XML defines this as being the first token following the markup that =
begins the processing instruction.=0A=
  this.target =3D "";=0A=
=0A=
  // The content of this processing instruction.=0A=
  // This is from the first non white space character after the target =
to the character immediately preceding the ?>=0A=
  this.data   =3D "";=0A=
=0A=
  this.nodeType  =3D DOMNode.PROCESSING_INSTRUCTION_NODE;=0A=
};=0A=
DOMProcessingInstruction.prototype =3D new DOMNode;=0A=
=0A=
/**=0A=
 * @method DOMProcessingInstruction.getTarget - Java style gettor for =
.target=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMProcessingInstruction.prototype.getTarget =3D function =
DOMProcessingInstruction_getTarget() {=0A=
  return this.nodeName;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMProcessingInstruction.getData - Java style gettor for .data=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMProcessingInstruction.prototype.getData =3D function =
DOMProcessingInstruction_getData() {=0A=
  return this.nodeValue;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMProcessingInstruction.setData - Java style settor for .data=0A=
 *   alias for DOMProcessingInstruction.setNodeValue=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  data : string - The new data of this processing instruction.=0A=
 */=0A=
DOMProcessingInstruction.prototype.setData =3D function =
DOMProcessingInstruction_setData(data) {=0A=
  // delegate to setNodeValue=0A=
  this.setNodeValue(data);=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMProcessingInstruction.setNodeValue - Java style settor for =
.nodeValue=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  data : string - The new data of this processing instruction.=0A=
 */=0A=
DOMProcessingInstruction.prototype.setNodeValue =3D function =
DOMProcessingInstruction_setNodeValue(data) {=0A=
  // throw Exception if DOMNode is readonly=0A=
  if (this.ownerDocument.implementation.errorChecking && this._readonly) =
{=0A=
    throw(new DOMException(DOMException.NO_MODIFICATION_ALLOWED_ERR));=0A=
  }=0A=
=0A=
  // assign values to properties (and aliases)=0A=
  this.nodeValue =3D new String(data);=0A=
  this.data =3D this.nodeValue;=0A=
};=0A=
=0A=
/**=0A=
 * @method DOMProcessingInstruction.toString - Serialize this =
ProcessingInstruction into an XML string=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au) and David Joham =
(djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMProcessingInstruction.prototype.toString =3D function =
DOMProcessingInstruction_toString() {=0A=
  var ret =3D "";=0A=
=0A=
  ret +=3D "<?" + this.nodeName +" "+ this.nodeValue + " ?>";=0A=
=0A=
  return ret;=0A=
}=0A=
=0A=
/**=0A=
 * @class  DOMDocumentFragment - DocumentFragment is a "lightweight" or =
"minimal" Document object.=0A=
 *=0A=
 * @extends DOMNode=0A=
 *=0A=
 * @author Jon van Noort (jon@webarcana.com.au)=0A=
 *=0A=
 * @param  ownerDocument : DOMDocument - The Document object associated =
with this node.=0A=
 */=0A=
DOMDocumentFragment =3D function(ownerDocument) {=0A=
  this._class =3D addClass(this._class, "DOMDocumentFragment");=0A=
  this.DOMNode =3D DOMNode;=0A=
  this.DOMNode(ownerDocument);=0A=
=0A=
  this.nodeName  =3D "#document-fragment";=0A=
  this.nodeType =3D DOMNode.DOCUMENT_FRAGMENT_NODE;=0A=
};=0A=
DOMDocumentFragment.prototype =3D new DOMNode;=0A=
=0A=
/**=0A=
 * @method DOMDocumentFragment.toString - Serialize this =
DocumentFragment into an XML string=0A=
 *=0A=
 * @author David Joham (djoham@yahoo.com)=0A=
 *=0A=
 * @return : string=0A=
 */=0A=
DOMDocumentFragment.prototype.toString =3D function =
DOMDocumentFragment_toString() {=0A=
  var xml =3D "";=0A=
  var intCount =3D this.getChildNodes().getLength();=0A=
=0A=
  // create string concatenating the serialized ChildNodes=0A=
  for (intLoop =3D 0; intLoop < intCount; intLoop++) {=0A=
    xml +=3D this.getChildNodes().item(intLoop).toString();=0A=
  }=0A=
=0A=
  return xml;=0A=
}=0A=
=0A=
///////////////////////=0A=
//  NOT IMPLEMENTED  //=0A=
///////////////////////=0A=
DOMDocumentType    =3D function() { =
alert("DOMDocumentType.constructor(): Not Implemented"   ); };=0A=
DOMEntity          =3D function() { alert("DOMEntity.constructor(): Not =
Implemented"         ); };=0A=
DOMEntityReference =3D function() { =
alert("DOMEntityReference.constructor(): Not Implemented"); };=0A=
DOMNotation        =3D function() { alert("DOMNotation.constructor(): =
Not Implemented"       ); };=0A=
=0A=
=0A=
Strings =3D new Object()=0A=
Strings.WHITESPACE =3D " \t\n\r";=0A=
Strings.QUOTES =3D "\"'";=0A=
=0A=
Strings.isEmpty =3D function Strings_isEmpty(strD) {=0A=
    return (strD =3D=3D null) || (strD.length =3D=3D 0);=0A=
};=0A=
Strings.indexOfNonWhitespace =3D function =
Strings_indexOfNonWhitespace(strD, iB, iE) {=0A=
  if(Strings.isEmpty(strD)) return -1;=0A=
  iB =3D iB || 0;=0A=
  iE =3D iE || strD.length;=0A=
=0A=
  for(var i =3D iB; i < iE; i++)=0A=
    if(Strings.WHITESPACE.indexOf(strD.charAt(i)) =3D=3D -1) {=0A=
      return i;=0A=
    }=0A=
  return -1;=0A=
};=0A=
Strings.lastIndexOfNonWhitespace =3D function =
Strings_lastIndexOfNonWhitespace(strD, iB, iE) {=0A=
  if(Strings.isEmpty(strD)) return -1;=0A=
  iB =3D iB || 0;=0A=
  iE =3D iE || strD.length;=0A=
=0A=
  for(var i =3D iE - 1; i >=3D iB; i--)=0A=
    if(Strings.WHITESPACE.indexOf(strD.charAt(i)) =3D=3D -1)=0A=
      return i;=0A=
  return -1;=0A=
};=0A=
Strings.indexOfWhitespace =3D function Strings_indexOfWhitespace(strD, =
iB, iE) {=0A=
  if(Strings.isEmpty(strD)) return -1;=0A=
  iB =3D iB || 0;=0A=
  iE =3D iE || strD.length;=0A=
=0A=
  for(var i =3D iB; i < iE; i++)=0A=
    if(Strings.WHITESPACE.indexOf(strD.charAt(i)) !=3D -1)=0A=
      return i;=0A=
  return -1;=0A=
};=0A=
Strings.replace =3D function Strings_replace(strD, iB, iE, strF, strR) {=0A=
  if(Strings.isEmpty(strD)) return "";=0A=
  iB =3D iB || 0;=0A=
  iE =3D iE || strD.length;=0A=
=0A=
  return strD.substring(iB, iE).split(strF).join(strR);=0A=
};=0A=
Strings.getLineNumber =3D function Strings_getLineNumber(strD, iP) {=0A=
  if(Strings.isEmpty(strD)) return -1;=0A=
  iP =3D iP || strD.length;=0A=
=0A=
  return strD.substring(0, iP).split("\n").length=0A=
};=0A=
Strings.getColumnNumber =3D function Strings_getColumnNumber(strD, iP) {=0A=
  if(Strings.isEmpty(strD)) return -1;=0A=
  iP =3D iP || strD.length;=0A=
=0A=
  var arrD =3D strD.substring(0, iP).split("\n");=0A=
  var strLine =3D arrD[arrD.length - 1];=0A=
  arrD.length--;=0A=
  var iLinePos =3D arrD.join("\n").length;=0A=
=0A=
  return iP - iLinePos;=0A=
};=0A=
=0A=
=0A=
StringBuffer =3D function() {this._a=3Dnew Array();};=0A=
StringBuffer.prototype.append =3D function =
StringBuffer_append(d){this._a[this._a.length]=3Dd;};=0A=
StringBuffer.prototype.toString =3D function =
StringBuffer_toString(){return this._a.join("");};=0A=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/sajax/lib/db.js

	var msghead =3D "<table width=3D'100%' cellspacing=3D0 cellpadding=3D2 =
class=3D'msgbg'><tr><td class=3D'msg'>";=0A=
	var msgtail =3D "</td></tr></table>\n<table cellspacing=3D0 =
cellpadding=3D0><tr><td height=3D4><img src=3D'../pictures/spacer.gif' =
width=3D1 height=3D4></td></tr></table>\n"; =0A=
	=0A=
	var break_up_char =3D "+++L+++";=0A=
=0A=
	function Response(RetCode,jsFunction,Content,other) {=0A=
	   this.RetCode =3D RetCode;   	// return code=0A=
		this.JsFunction =3D jsFunction; //  javascript to execute =0A=
		this.Content =3D Content; 	// display content .=0A=
		this.Other =3D other; 	// display content .=0A=
		return this;=0A=
	}=0A=
	function getMsg(z){=0A=
=0A=
		var zz =3D z.split(break_up_char);=0A=
		//instantiate the W3C DOM Parser=0A=
		var parser =3D new DOMImplementation();=0A=
=0A=
		//load the XML into the parser and get the DOMDocument=0A=
		var domDoc =3D parser.loadXML(zz[1]);=0A=
=0A=
		//get the root node (in this case, it is Response)=0A=
		var docRoot =3D domDoc.getDocumentElement();=0A=
		//get the first "TAG1" element=0A=
=0A=
		var tag1 =3D docRoot.getElementsByTagName("JsFunction").item(0);=0A=
		var tag2 =3D docRoot.getElementsByTagName("Content").item(0);=0A=
		var tag3 =3D docRoot.getElementsByTagName("RetCode").item(0);=0A=
		var tag4 =3D docRoot.getElementsByTagName("Other").item(0);=0A=
=0A=
		var jsfun =3D "";=0A=
		var content =3D "";=0A=
		var retcode =3D "";=0A=
		var other =3D "";=0A=
=0A=
		if(tag1.getFirstChild()) jsfun =3D =
tag1.getFirstChild().getNodeValue(); =0A=
		if(tag2.getFirstChild()) content =3D =
tag2.getFirstChild().getNodeValue(); =0A=
		if(tag3.getFirstChild()) retcode =3D =
tag3.getFirstChild().getNodeValue(); =0A=
		if(tag4.getFirstChild()) other =3D =
tag4.getFirstChild().getNodeValue(); =0A=
		res =3D new Response(retcode,jsfun,content,other);=0A=
		return res;=0A=
		//return content;=0A=
	}=0A=
	function getXMLValue(k,v){=0A=
=0A=
		var len =3D k.length;=0A=
		if(len !=3D v.length) return "error";=0A=
=0A=
		var xmlVal =3D "<Input>";=0A=
		for(var i=3D0;i<len;i++){=0A=
			xmlVal +=3D "<F><K>"+k[i]+"</K><V>"+v[i]+"</V></F>";=0A=
		}=0A=
		xmlVal +=3D "</Input>";=0A=
		return xmlVal;=0A=
	}=0A=
=0A=
	function insertXMLValue(k,v,p_xml){=0A=
=0A=
		var len =3D k.length;=0A=
		if(len !=3D v.length) return "error";=0A=
=0A=
		var val =3D p_xml.split("</Input>");=0A=
		var xmlVal =3D val[0]; =0A=
=0A=
		for(var i=3D0;i<len;i++){=0A=
			xmlVal +=3D "<F><K>"+k[i]+"</K><V>"+v[i]+"</V></F>";=0A=
		}=0A=
		xmlVal +=3D "</Input>";=0A=
		return xmlVal;=0A=
=0A=
	}=0A=
	function validValue(p_value){=0A=
		var val =3D p_value.replace(/&/g,"&amp;");=0A=
		val =3D val.replace(/>/g,"&gt;");=0A=
		val =3D val.replace(/</g,"&lt;");=0A=
		val =3D val.replace(/"/g,"&quot;");=0A=
		val =3D val.replace(/'/g,"&apos;");=0A=
=0A=
		return val;=0A=
	}=0A=
	function keyValue(p_form){=0A=
		=0A=
		// < =3D=3D> &lt;  > =3D=3D > &gt; " =3D=3D> &quot; ' &pos; =0A=
		var keys =3D new Array();=0A=
		var values =3D new Array();=0A=
		var frm =3D eval("document."+p_form);=0A=
		var elements =3D frm.elements;=0A=
		var len =3D elements.length;=0A=
		for(var i=3D0;i<len;i++){=0A=
			if(elements[i].type){=0A=
				switch(elements[i].type){=0A=
					case "checkbox":=0A=
							if(elements[i].checked){=0A=
								keys[i]=3Delements[i].name;=0A=
								values[i]=3Descape(elements[i].value);=0A=
							}=0A=
							else{=0A=
						//		keys[i]=3Delements[i].name;=0A=
						//		values[i]=3Descape("");=0A=
							};=0A=
							 break;=0A=
					=0A=
					case "radio":=0A=
							if(elements[i].checked){=0A=
								keys[i]=3Delements[i].name;=0A=
								values[i]=3Descape(validValue(elements[i].value));=0A=
							};=0A=
							break;=0A=
					default:=0A=
							 keys[i]=3Delements[i].name;=0A=
							 values[i]=3Descape(validValue(elements[i].value));=0A=
							break;=0A=
				}=0A=
			}=0A=
			else{=0A=
				keys[i] =3D elements[i].name;=0A=
				values[i] =3D escape(validValue(elements[i].value));=0A=
=0A=
			}=0A=
		}=0A=
=0A=
		return getXMLValue(keys,values);=0A=
	}=0A=
=0A=
	function executeJsFunction(JsFunction) {=0A=
		if(JsFunction !=3D ""){=0A=
			eval(JsFunction+";");=0A=
		}=0A=
	}=0A=
	// ex. Op=3Dadd&QuickAdd=3D1=0A=
	function sajaxSubmit(){=0A=
=0A=
	   a=3DsajaxSubmit.arguments;=0A=
		var p_param =3D a[0];	// param, Op=3Dmod&F  GET function (each value)=0A=
		var p_form =3D '';	// form value ();=0A=
		if(typeof(a[1])!=3D'undefined') p_form =3D a[1];	// form=0A=
		callback =3D sajaxSubmit_cb;=0A=
		if(typeof(a[2])!=3D'undefined') callback =3D eval(a[2]);=0A=
		callsajax =3D x_sajaxSubmit;=0A=
		if(typeof(a[3])!=3D'undefined') callsajax =3D eval("x_"+a[3]);=0A=
		if(typeof(a[4])!=3D'undefined') uri_in_sajax=3Da[4];//LUOYING=0A=
=0A=
		if(p_form!=3D'') =0A=
			var vars =3D keyValue(p_form);=0A=
		else =0A=
			var vars =3D "<Input></Input>";=0A=
=0A=
		var k =3D new Array();=0A=
		var v =3D new Array();=0A=
		ret =3D p_param.split("&");=0A=
		var len =3D ret.length;=0A=
		for(var i=3D0;i<len;i++) {=0A=
			param =3D ret[i].split("=3D");=0A=
			k[i] =3D param[0];=0A=
			v[i] =3D param[1];=0A=
		}=0A=
		callsajax(insertXMLValue(k,v,vars),callback);=0A=
	}=0A=
	function sajaxSubmit_cb(z){=0A=
		Res=3D getMsg(z);=0A=
		document.getElementById("msgbox").innerHTML =3D msghead + Res.Content =
+ msgtail;=0A=
		executeJsFunction(Res.JsFunction) ;=0A=
		listall();=0A=
	}=0A=
	function listall_cb(z){=0A=
		Res=3D getMsg(z);=0A=
		var divElement =3D document.getElementById("list_div");=0A=
		divElement.innerHTML =3D Res.Content;=0A=
		executeJsFunction(Res.JsFunction) ;=0A=
	}=0A=
	function listall(){=0A=
	   a=3Dlistall.arguments;=0A=
		callback =3D listall_cb;=0A=
		if(typeof(a[0])!=3D'undefined') callback =3D a[0];=0A=
=0A=
		x_listall(callback);=0A=
	}=0A=
=0A=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/sajax/lib/list.js

	function chgsort(){   // p_form, p_sort,p_callback=0A=
		//Carl , Change the parameter transfer method .=0A=
      a=3Dchgsort.arguments;=0A=
		var p_form =3D a[0];=0A=
		var p_sort =3D a[1];=0A=
		callback =3D listall_cb;=0A=
		if(typeof(a[2])!=3D'undefined') callback =3D a[2];=0A=
=0A=
		var frm =3D eval("document."+p_form);=0A=
		var sortType =3D 0;=0A=
		var passValue =3D 0;=0A=
		=0A=
		if(p_sort =3D=3D frm.Sort.value){=0A=
			sortType =3D 1;=0A=
			passValue =3D (-1)*frm.Direct.value;=0A=
			frm.Direct.value =3D (-1)*frm.Direct.value;=0A=
		}=0A=
		else{=0A=
			sortType =3D 2;=0A=
			passValue =3D p_sort;=0A=
			frm.Sort.value =3D p_sort;=0A=
		}=0A=
		=0A=
		frm.Gopage.value =3D 1;=0A=
		frm.Begin.value =3D 0;=0A=
=0A=
		x_chgsort(keyValue(p_form),sortType,passValue,callback);=0A=
=0A=
	}=0A=
=0A=
	function xview(p_page){=0A=
=0A=
		var formName =3D "Form1";=0A=
		var frm =3D eval("document."+formName);=0A=
//		var pg =3D p_page ;=0A=
		=0A=
=0A=
		x_xview(keyValue(formName),listall_cb);=0A=
	}=0A=
=0A=
	function getSortValue(method,k,passValue){=0A=
=0A=
		var frm =3D eval("document."+"Form1");=0A=
//		var param =3D frm.PARAM.value; =0A=
=0A=
		var len =3D k.length;=0A=
		var sortVal =3D new Array();=0A=
		for(var i=3D0;i<len;i++){=0A=
			=0A=
			element =3D eval("frm."+k[i]);=0A=
			sortVal[i] =3D element.value;=0A=
			if(method =3D=3D "chgsort"){=0A=
				if(k[i] =3D=3D "Gopage")sortVal[i] =3D 1;=0A=
				if(k[i] =3D=3D "Begin")sortVal[i] =3D 0;=0A=
=0A=
			}else if(method =3D=3D "xview"){=0A=
				if(k[i] =3D=3D "Gopage")sortVal[i] =3D passValue;=0A=
			}=0A=
=0A=
		}=0A=
=0A=
		return sortVal;=0A=
=0A=
	} =0A=
=0A=
	function showDialog(urlVal,secondVal){=0A=
=0A=
		return =
window.showModalDialog(urlVal,secondVal,"dialogHeight:600px;dialogWidth:6=
00px;edge:Raised;center:yes;Help:No;resizable:No;status:Yes;");=0A=
=0A=
	}=0A=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/sajax/lib/mt.js

=0A=
var numOfClickChangeTd =3D 0;=0A=
var haveEditCalled =3D 0; // otherwise the haveEdit function will be =
called twice;=0A=
=0A=
function  toEdit(element,pField,p_wc){=0A=
=0A=
	numOfClickChangeTd ++;=0A=
	var changeId =3D "idOfClickChangeTd"+numOfClickChangeTd;=0A=
	var children =3D element.childNodes;=0A=
	var child =3D children[0]=0A=
=0A=
	if(child)=0A=
	if(child.type !=3D "text"){=0A=
=0A=
	var value =3D element.innerHTML;=0A=
=0A=
	// <a href=3D'#'>abc</a> will get value 'abc';=0A=
	if(value.match(/^<A href=3D.+A>$/)){=0A=
		value =3D value.substring(0,value.length-4); // remove </a>=0A=
		var tmp =3D value.match(/^<A href=3D.+>/)=0A=
		var tmp2 =3D value.split(tmp);=0A=
		value =3D tmp2[1];=0A=
	}=0A=
=0A=
	var input =3D document.createElement("input");=0A=
	var newValue =3D "";=0A=
=0A=
	element.innerHTML =3D "";=0A=
	input.value =3D value;=0A=
	input.size =3D value.length;=0A=
//alert(value.length);=0A=
	input.style.width =3D "95%";=0A=
//	input.focus =3D true;=0A=
	element.appendChild(input); =0A=
	element.id =3D changeId;=0A=
=0A=
	newValue =3D element.innerHTML ;=0A=
	element.innerHTML =3D newValue.substr(0,newValue.length-1) + " =
onmouseover=3D\"javascript:this.focus()\"  =
onmouseout=3D\"haveEdit('"+changeId+"','"+pField+"','"+p_wc+"',this)\">"=0A=
	haveEditCalled  =3D 0;=0A=
	=0A=
	}=0A=
}=0A=
=0A=
=0A=
function haveEdit(id,pField,p_wc,element){=0A=
=0A=
	if(haveEditCalled =3D=3D 1)return false;=0A=
	var e =3D document.getElementById(id);=0A=
	var value =3D element.value;=0A=
=0A=
=0A=
	if(chkField(pField,value)) {=0A=
		if(e)e.innerHTML =3D value;=0A=
	//	alert("Op=3Dfldedit&"+pField+"=3D"+value+"&"+p_wc);=0A=
		sajaxSubmit("Op=3Dfldedit&"+pField+"=3D"+value+"&"+p_wc,'',fldedit_cb);=0A=
	}=0A=
	else {=0A=
		element.focus();=0A=
	}=0A=
	haveEditCalled  =3D 1;=0A=
//	alert(element.value);=0A=
//	alert(pField);=0A=
//	father.removeChild(document.getElementById("tmpInputId"));=0A=
//	father.innerHTML =3D element.value;=0A=
//	alert(element.value);=0A=
	/*=0A=
	var inputs =3D element.childNodes;=0A=
	var input =3D inputs[0]=0A=
	if(input.type =3D=3D "text"){=0A=
		element.innerHTML =3D input.value;=0A=
	}=0A=
	*/=0A=
	//alert(inputs[0].type);=0A=
=0A=
} =0A=
=0A=
function toEditArea(element){=0A=
	element.className =3D "edit";=0A=
}=0A=
=0A=
function haveEditArea(element){=0A=
	element.className =3D "dis";=0A=
=0A=
}=0A=
=0A=
=0A=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/lib/calendar/scw.js

    var scwDateNow =3D new Date(Date.parse(new Date().toDateString()));=0A=
    var scwBaseYear        =3D scwDateNow.getFullYear()-80;=0A=
    var scwDropDownYears   =3D 100;=0A=
    function scwSetDefaultLanguage()=0A=
        {try=0A=
            {scwSetLanguage();}=0A=
         catch (exception)=0A=
            {=0A=
             scwToday               =3D 'Today:';=0A=
             scwDrag                =3D 'click here to drag';=0A=
             scwArrMonthNames       =3D =
['Jan','Feb','Mar','Apr','May','Jun',=0A=
                                       =
'Jul','Aug','Sep','Oct','Nov','Dec'];=0A=
             scwArrWeekInits        =3D ['S','M','T','W','T','F','S'];=0A=
             scwInvalidDateMsg      =3D 'The entered date is invalid.\n';=0A=
             scwOutOfRangeMsg       =3D 'The entered date is out of =
range.';=0A=
             scwDoesNotExistMsg     =3D 'The entered date does not =
exist.';=0A=
             scwInvalidAlert        =3D ['Invalid date (',') ignored.'];=0A=
             scwDateDisablingError  =3D ['Error ',' is not a Date =
object.'];=0A=
             scwRangeDisablingError =3D ['Error ',=0A=
                                       ' should consist of two =
elements.'];=0A=
            }=0A=
        }=0A=
=0A=
    var scwWeekStart       =3D    0;=0A=
    var scwWeekNumberDisplay    =3D false;=0A=
    var scwWeekNumberBaseDay    =3D 4;=0A=
    var scwShowInvalidDateMsg       =3D true,=0A=
        scwShowOutOfRangeMsg        =3D true,=0A=
        scwShowDoesNotExistMsg      =3D true,=0A=
        scwShowInvalidAlert         =3D true,=0A=
        scwShowDateDisablingError   =3D true,=0A=
        scwShowRangeDisablingError  =3D true;=0A=
=0A=
    var scwArrDelimiters   =3D ['/','-','.',',',' '];=0A=
    var scwDateDisplayFormat =3D 'YYYY-MM-DD';=0A=
    var scwDateOutputFormat  =3D 'YYYY-MM-DD';=0A=
    var scwDateInputSequence =3D 'YMD';=0A=
    var scwZindex          =3D 1;=0A=
    var scwBlnStrict       =3D false;=0A=
    var scwEnabledDay      =3D [true, true, true, true, true, true, true,=0A=
                              true, true, true, true, true, true, true,=0A=
                              true, true, true, true, true, true, true,=0A=
                              true, true, true, true, true, true, true,=0A=
                              true, true, true, true, true, true, true,=0A=
                              true, true, true, true, true, true, true];=0A=
=0A=
    var scwDisabledDates   =3D new Array();=0A=
    var scwActiveToday =3D true;=0A=
    var scwOutOfRangeDisable =3D true;=0A=
    var scwAllowDrag =3D false;=0A=
    var scwClickToHide =3D false;=0A=
=0A=
    document.writeln(=0A=
        '<style type=3D"text/css">'                                      =
 +=0A=
            '@import url(../../lib/calendar/calendar.css);'       +=0A=
            '.scw           {padding:1px;vertical-align:middle;}'       +=0A=
            'iframe.scw     {position:absolute;z-index:' + scwZindex    +=0A=
                            ';top:0px;left:0px;visibility:hidden;'      +=0A=
                            'width:1px;height:1px;}'                    +=0A=
            'table.scw      {padding:0px;visibility:hidden;'            +=0A=
                            'position:absolute;cursor:default;'         +=0A=
                            'width:200px;top:0px;left:0px;'             +=0A=
                            'z-index:' + (scwZindex+1)                  +=0A=
                            ';text-align:center;}'                      +=0A=
        '</style>'  );=0A=
=0A=
    var scwTargetEle,=0A=
        scwTriggerEle,=0A=
        scwMonthSum            =3D 0,=0A=
        scwBlnFullInputDate    =3D false,=0A=
        scwPassEnabledDay      =3D new Array(),=0A=
        scwSeedDate            =3D new Date(),=0A=
        scwParmActiveToday     =3D true,=0A=
        scwWeekStart           =3D scwWeekStart%7,=0A=
        scwToday,=0A=
        scwDrag,=0A=
        scwArrMonthNames,=0A=
        scwArrWeekInits,=0A=
        scwInvalidDateMsg,=0A=
        scwOutOfRangeMsg,=0A=
        scwDoesNotExistMsg,=0A=
        scwInvalidAlert,=0A=
        scwDateDisablingError,=0A=
        scwRangeDisablingError;=0A=
=0A=
    Date.prototype.scwFormat =3D=0A=
        function(scwFormat)=0A=
            {var charCount =3D 0,=0A=
                 codeChar  =3D '',=0A=
                 result    =3D '';=0A=
=0A=
             for (var i=3D0;i<=3DscwFormat.length;i++)=0A=
                {if (i<scwFormat.length && =
scwFormat.charAt(i)=3D=3DcodeChar)=0A=
                        {=0A=
                         charCount++;=0A=
                        }=0A=
                 else   {switch (codeChar)=0A=
                            {case 'y': case 'Y':=0A=
                                result +=3D (this.getFullYear()%Math.=0A=
                                            =
pow(10,charCount)).toString().=0A=
                                            scwPadLeft(charCount);=0A=
                                break;=0A=
                             case 'm': case 'M':=0A=
                                result +=3D (charCount<3)=0A=
                                            ?(this.getMonth()+1).=0A=
                                                =
toString().scwPadLeft(charCount)=0A=
                                            =
:scwArrMonthNames[this.getMonth()];=0A=
                                break;=0A=
                             case 'd': case 'D':=0A=
                                result +=3D this.getDate().toString().=0A=
                                            scwPadLeft(charCount);=0A=
                                break;=0A=
                             default:=0A=
                                while (charCount-- > 0) {result +=3D =
codeChar;}=0A=
                            }=0A=
=0A=
                         if (i<scwFormat.length)=0A=
                            {=0A=
                             codeChar  =3D scwFormat.charAt(i);=0A=
                             charCount =3D 1;=0A=
                            }=0A=
                        }=0A=
                }=0A=
             return result;=0A=
            }=0A=
=0A=
    String.prototype.scwPadLeft =3D=0A=
        function(padToLength)=0A=
            {var result =3D '';=0A=
             for (var i=3D0;i<(padToLength - this.length);i++) {result =
+=3D '0';}=0A=
             return (result + this);=0A=
            }=0A=
=0A=
    Function.prototype.runsAfterSCW =3D=0A=
        function()  {var func =3D this,=0A=
                         args =3D new Array(arguments.length);=0A=
=0A=
                     for (var i=3D0;i<args.length;++i)=0A=
                        {args[i] =3D arguments[i];}=0A=
=0A=
                     return function()=0A=
                        {=0A=
                         for (var i=3D0;i<arguments.length;++i)=0A=
                            {args[args.length] =3D arguments[i];}=0A=
=0A=
                         return (args.shift()=3D=3DscwTriggerEle)=0A=
                                    ?func.apply(this, args):null;=0A=
                        }=0A=
                    };=0A=
=0A=
    var scwNextActionReturn, scwNextAction;=0A=
=0A=
    function showCal(scwEle,scwSourceEle)    =
{scwShow(scwEle,scwSourceEle);}=0A=
    function scwShow(scwEle,scwSourceEle)=0A=
        {scwTriggerEle =3D scwSourceEle;=0A=
=0A=
         scwParmActiveToday =3D true;=0A=
         for (var i=3D0;i<7;i++)=0A=
            {scwPassEnabledDay[(i+7-scwWeekStart)%7] =3D true;=0A=
             for (var j=3D2;j<arguments.length;j++)=0A=
                {if (arguments[j]=3D=3Di)=0A=
                    {scwPassEnabledDay[(i+7-scwWeekStart)%7] =3D false;=0A=
                     if (scwDateNow.getDay()=3D=3Di) scwParmActiveToday =
=3D false;=0A=
                    }=0A=
                }=0A=
            }=0A=
=0A=
         scwSeedDate =3D scwDateNow;=0A=
         scwEle.value =3D =
scwEle.value.replace(/^\s+/,'').replace(/\s+$/,'');=0A=
         scwSetDefaultLanguage();=0A=
=0A=
         document.getElementById('scwDragText').innerHTML =3D scwDrag;=0A=
=0A=
         document.getElementById('scwMonths').options.length =3D 0;=0A=
         for (i=3D0;i<scwArrMonthNames.length;i++)=0A=
            document.getElementById('scwMonths').options[i] =3D=0A=
                new Option(scwArrMonthNames[i],scwArrMonthNames[i]);=0A=
=0A=
         document.getElementById('scwYears').options.length =3D 0;=0A=
         for (i=3D0;i<scwDropDownYears;i++)=0A=
            document.getElementById('scwYears').options[i] =3D=0A=
                new Option((scwBaseYear+i),(scwBaseYear+i));=0A=
=0A=
         for (i=3D0;i<scwArrWeekInits.length;i++)=0A=
            document.getElementById('scwWeekInit' + i).innerHTML =3D=0A=
                          scwArrWeekInits[(i+scwWeekStart)%=0A=
                                            scwArrWeekInits.length];=0A=
=0A=
         if (document.getElementById('scwFoot'))=0A=
            document.getElementById('scwFoot').innerHTML =3D=0A=
                    scwToday + " " +=0A=
                    scwDateNow.scwFormat(scwDateDisplayFormat);=0A=
=0A=
         if (scwEle.value.length=3D=3D0)=0A=
            {=0A=
             scwBlnFullInputDate=3Dfalse;=0A=
=0A=
             if ((new =
Date(scwBaseYear+scwDropDownYears-1,11,31))<scwSeedDate ||=0A=
                 (new Date(scwBaseYear,0,1))                     =
>scwSeedDate=0A=
                )=0A=
                {scwSeedDate =3D new Date(scwBaseYear +=0A=
                                        Math.floor(scwDropDownYears / =
2), 5, 1);=0A=
                }=0A=
            }=0A=
         else=0A=
            {function scwInputFormat(scwEleValue)=0A=
                {var scwArrSeed =3D new Array(),=0A=
                     scwArrInput =3D scwEle.value.=0A=
                                    split(new =
RegExp('[\\'+scwArrDelimiters.=0A=
                                                        =
join('\\')+']+','g'));=0A=
=0A=
                 if (scwArrInput[0].length=3D=3D0) =
scwArrInput.splice(0,1);=0A=
=0A=
                 if (scwArrInput[scwArrInput.length-1].length=3D=3D0)=0A=
                    scwArrInput.splice(scwArrInput.length-1,1);=0A=
=0A=
                 scwBlnFullInputDate =3D false;=0A=
=0A=
                 switch (scwArrInput.length)=0A=
                    {case 1:=0A=
                        {=0A=
                         scwArrSeed[0] =3D parseInt(scwArrInput[0],10);  =
 // Year=0A=
                         scwArrSeed[1] =3D '6';                          =
 // Month=0A=
                         scwArrSeed[2] =3D 1;                            =
 // Day=0A=
                         break;=0A=
                        }=0A=
                     case 2:=0A=
                        {=0A=
                         scwArrSeed[0] =3D=0A=
                             parseInt(scwArrInput[scwDateInputSequence.=0A=
                                                    replace(/D/i,'').=0A=
                                                    search(/Y/i)],10);  =
// Year=0A=
                         scwArrSeed[1] =3D =
scwArrInput[scwDateInputSequence.=0A=
                                                    replace(/D/i,'').=0A=
                                                    search(/M/i)];      =
// Month=0A=
                         scwArrSeed[2] =3D 1;                            =
 // Day=0A=
                         break;=0A=
                        }=0A=
                     case 3:=0A=
                        {=0A=
=0A=
                         scwArrSeed[0] =3D=0A=
                             parseInt(scwArrInput[scwDateInputSequence.=0A=
                                                    search(/Y/i)],10);  =
// Year=0A=
                         scwArrSeed[1] =3D =
scwArrInput[scwDateInputSequence.=0A=
                                                    search(/M/i)];      =
// Month=0A=
                         scwArrSeed[2] =3D=0A=
                             parseInt(scwArrInput[scwDateInputSequence.=0A=
                                                    search(/D/i)],10);  =
// Day=0A=
=0A=
                         scwBlnFullInputDate =3D true;=0A=
                         break;=0A=
                        }=0A=
                     default:=0A=
                        {=0A=
                         scwArrSeed[0] =3D 0;     // Year=0A=
                         scwArrSeed[1] =3D 0;     // Month=0A=
                         scwArrSeed[2] =3D 0;     // Day=0A=
                        }=0A=
                    }=0A=
=0A=
                 var scwExpValDay    =3D /^(0?[1-9]|[1-2]\d|3[0-1])$/,=0A=
                     scwExpValMonth  =3D new RegExp("^(0?[1-9]|1[0-2]|"  =
      +=0A=
                                                  =
scwArrMonthNames.join("|") +=0A=
                                                  ")$","i"),=0A=
                     scwExpValYear   =3D /^(\d{1,2}|\d{4})$/;=0A=
=0A=
                 if (scwExpValYear.exec(scwArrSeed[0])  =3D=3D null ||=0A=
                     scwExpValMonth.exec(scwArrSeed[1]) =3D=3D null ||=0A=
                     scwExpValDay.exec(scwArrSeed[2])   =3D=3D null=0A=
                    )=0A=
                    {if (scwShowInvalidDateMsg)=0A=
                        alert(scwInvalidDateMsg  +=0A=
                               scwInvalidAlert[0] + scwEleValue +=0A=
                               scwInvalidAlert[1]);=0A=
                     scwBlnFullInputDate =3D false;=0A=
                     scwArrSeed[0] =3D scwBaseYear +=0A=
                                     Math.floor(scwDropDownYears/2); // =
Year=0A=
                     scwArrSeed[1] =3D '6';                            =
// Month=0A=
                     scwArrSeed[2] =3D 1;                              =
// Day=0A=
                    }=0A=
                 return scwArrSeed;=0A=
                }=0A=
=0A=
=0A=
             scwArrSeedDate =3D scwInputFormat(scwEle.value);=0A=
             if (scwArrSeedDate[0]<100)=0A=
                scwArrSeedDate[0] +=3D (scwArrSeedDate[0]>50)?1900:2000;=0A=
=0A=
             if (scwArrSeedDate[1].search(/\d+/)!=3D0)=0A=
                {month =3D scwArrMonthNames.join('|').toUpperCase().=0A=
                            search(scwArrSeedDate[1].substr(0,3).=0A=
                                                    toUpperCase());=0A=
                 scwArrSeedDate[1] =3D Math.floor(month/4)+1;=0A=
                }=0A=
=0A=
             scwSeedDate =3D new Date(scwArrSeedDate[0],=0A=
                                    scwArrSeedDate[1]-1,=0A=
                                    scwArrSeedDate[2]);=0A=
            }=0A=
=0A=
         if (isNaN(scwSeedDate))=0A=
            {if (scwShowInvalidDateMsg)=0A=
                alert(  scwInvalidDateMsg +=0A=
                        scwInvalidAlert[0] + scwEle.value +=0A=
                        scwInvalidAlert[1]);=0A=
             scwSeedDate =3D new Date(scwBaseYear +=0A=
                    Math.floor(scwDropDownYears/2),5,1);=0A=
             scwBlnFullInputDate=3Dfalse;=0A=
            }=0A=
         else=0A=
            {=0A=
             if ((new Date(scwBaseYear,0,1)) > scwSeedDate)=0A=
                {if (scwBlnStrict && scwShowOutOfRangeMsg)=0A=
                    alert(scwOutOfRangeMsg);=0A=
                 scwSeedDate =3D new Date(scwBaseYear,0,1);=0A=
                 scwBlnFullInputDate=3Dfalse;=0A=
                }=0A=
             else=0A=
                {if ((new Date(scwBaseYear+scwDropDownYears-1,11,31))<=0A=
                      scwSeedDate)=0A=
                    {if (scwBlnStrict && scwShowOutOfRangeMsg)=0A=
                        alert(scwOutOfRangeMsg);=0A=
                     scwSeedDate =3D new Date(scwBaseYear +=0A=
                                            =
Math.floor(scwDropDownYears)-1,=0A=
                                                       11,1);=0A=
                     scwBlnFullInputDate=3Dfalse;=0A=
                    }=0A=
                 else=0A=
                    {if (scwBlnStrict && scwBlnFullInputDate &&=0A=
                          (scwSeedDate.getDate()      !=3D =
scwArrSeedDate[2] ||=0A=
                           (scwSeedDate.getMonth()+1) !=3D =
scwArrSeedDate[1] ||=0A=
                           scwSeedDate.getFullYear()  !=3D =
scwArrSeedDate[0]=0A=
                          )=0A=
                        )=0A=
                        {if (scwShowDoesNotExistMsg) =
alert(scwDoesNotExistMsg);=0A=
                         scwSeedDate =3D new =
Date(scwSeedDate.getFullYear(),=0A=
                                                =
scwSeedDate.getMonth()-1,1);=0A=
                         scwBlnFullInputDate=3Dfalse;=0A=
                        }=0A=
                    }=0A=
                }=0A=
            }=0A=
=0A=
         for (var i=3D0;i<scwDisabledDates.length;i++)=0A=
            {if (!((typeof scwDisabledDates[i]      =3D=3D 'object') &&=0A=
                   (scwDisabledDates[i].constructor =3D=3D Date)))=0A=
                {if ((typeof scwDisabledDates[i]      =3D=3D 'object') &&=0A=
                     (scwDisabledDates[i].constructor =3D=3D Array))=0A=
                    {var scwPass =3D true;=0A=
=0A=
                     if (scwDisabledDates[i].length !=3D2)=0A=
                        {if (scwShowRangeDisablingError)=0A=
                            alert(  scwRangeDisablingError[0] +=0A=
                                    scwDisabledDates[i] +=0A=
                                    scwRangeDisablingError[1]);=0A=
                         scwPass =3D false;=0A=
                        }=0A=
                     else=0A=
                        {for (var j=3D0;j<scwDisabledDates[i].length;j++)=0A=
                            {if (!((typeof scwDisabledDates[i][j]=0A=
                                    =3D=3D 'object') &&=0A=
                                   (scwDisabledDates[i][j].constructor=0A=
                                    =3D=3D Date)))=0A=
                                {if (scwShowRangeDisablingError)=0A=
                                    alert(  scwDateDisablingError[0] +=0A=
                                            scwDisabledDates[i][j] +=0A=
                                            scwDateDisablingError[1]);=0A=
                                 scwPass =3D false;=0A=
                                }=0A=
                            }=0A=
                        }=0A=
=0A=
                     if (scwPass &&=0A=
                         (scwDisabledDates[i][0] > =
scwDisabledDates[i][1])=0A=
                        )=0A=
                        {scwDisabledDates[i].reverse();}=0A=
                    }=0A=
                 else=0A=
                    {if (scwShowRangeDisablingError)=0A=
                        alert(  scwDateDisablingError[0] +=0A=
                                scwDisabledDates[i] +=0A=
                                scwDateDisablingError[1]);=0A=
                    }=0A=
                }=0A=
            }=0A=
=0A=
         scwMonthSum =3D  12*(scwSeedDate.getFullYear()-scwBaseYear)+=0A=
                            scwSeedDate.getMonth();=0A=
=0A=
         document.getElementById('scwYears').options.selectedIndex =3D=0A=
            Math.floor(scwMonthSum/12);=0A=
         document.getElementById('scwMonths').options.selectedIndex=3D=0A=
            (scwMonthSum%12);=0A=
=0A=
         var offsetTop =3DparseInt(scwEle.offsetTop ,10) +=0A=
                        parseInt(scwEle.offsetHeight,10),=0A=
             offsetLeft=3DparseInt(scwEle.offsetLeft,10);=0A=
=0A=
         scwTargetEle=3DscwEle;=0A=
=0A=
         do {scwEle=3DscwEle.offsetParent;=0A=
             offsetTop +=3DparseInt(scwEle.offsetTop,10);=0A=
             offsetLeft+=3DparseInt(scwEle.offsetLeft,10);=0A=
            }=0A=
         while (scwEle.tagName!=3D'BODY' && scwEle.tagName!=3D'HTML');=0A=
=0A=
         document.getElementById('scw').style.top =3DoffsetTop +'px';=0A=
         document.getElementById('scw').style.left=3DoffsetLeft+'px';=0A=
=0A=
         if (document.getElementById('scwIframe'))=0A=
            {document.getElementById('scwIframe').style.top=3DoffsetTop =
+'px';=0A=
             =
document.getElementById('scwIframe').style.left=3DoffsetLeft+'px';=0A=
             document.getElementById('scwIframe').style.width=3D=0A=
                (document.getElementById('scw').offsetWidth-2)+'px';=0A=
             document.getElementById('scwIframe').style.height=3D=0A=
                (document.getElementById('scw').offsetHeight-2)+'px';=0A=
             =
document.getElementById('scwIframe').style.visibility=3D'visible';=0A=
            }=0A=
=0A=
         document.getElementById('scwDrag').style.display=3D=0A=
             (scwAllowDrag)=0A=
                ?((document.getElementById('scwIFrame')||=0A=
                   =
document.getElementById('scwIEgte7'))?'block':'table-row')=0A=
                :'none';=0A=
=0A=
         scwShowMonth(0);=0A=
=0A=
         document.getElementById('scw').style.visibility=3D'visible';=0A=
=0A=
         if (typeof event=3D=3D'undefined')=0A=
                {scwSourceEle.parentNode.=0A=
                        =
addEventListener("click",scwStopPropagation,false);=0A=
                }=0A=
         else   {event.cancelBubble =3D true;}=0A=
        }=0A=
=0A=
    function scwHide()=0A=
        {document.getElementById('scw').style.visibility=3D'hidden';=0A=
         if (document.getElementById('scwIframe'))=0A=
            =
{document.getElementById('scwIframe').style.visibility=3D'hidden';}=0A=
=0A=
         if (typeof scwNextAction!=3D'undefined' && =
scwNextAction!=3Dnull)=0A=
             {scwNextActionReturn =3D scwNextAction();=0A=
              scwNextAction =3D null;=0A=
             }=0A=
        }=0A=
=0A=
    function scwCancel(scwEvt)=0A=
        {if (scwClickToHide) scwHide();=0A=
         scwStopPropagation(scwEvt);=0A=
        }=0A=
=0A=
    function scwStopPropagation(scwEvt)=0A=
        {if (scwEvt.stopPropagation)=0A=
                scwEvt.stopPropagation(); =0A=
         else   scwEvt.cancelBubble =3D true;=0A=
        }=0A=
=0A=
    function scwBeginDrag(event)=0A=
        {var elementToDrag =3D document.getElementById('scw');=0A=
=0A=
         var deltaX    =3D event.clientX,=0A=
             deltaY    =3D event.clientY,=0A=
             offsetEle =3D elementToDrag;=0A=
=0A=
         do {deltaX   -=3D parseInt(offsetEle.offsetLeft,10);=0A=
             deltaY   -=3D parseInt(offsetEle.offsetTop ,10);=0A=
             offsetEle =3D offsetEle.offsetParent;=0A=
            }=0A=
         while (offsetEle.tagName!=3D'BODY' &&=0A=
                offsetEle.tagName!=3D'HTML');=0A=
=0A=
         if (document.addEventListener)=0A=
                {document.addEventListener('mousemove',=0A=
                                           moveHandler,=0A=
                                           true);=0A=
                 document.addEventListener('mouseup',=0A=
                                           upHandler,=0A=
                                           true);=0A=
                }=0A=
         else   {elementToDrag.attachEvent('onmousemove',=0A=
                                           moveHandler);=0A=
                 elementToDrag.attachEvent('onmouseup',=0A=
                                             upHandler);=0A=
                 elementToDrag.setCapture();=0A=
                }=0A=
=0A=
         scwStopPropagation(event);=0A=
=0A=
         function moveHandler(scwEvt)=0A=
            {if (!scwEvt) scwEvt =3D window.event;=0A=
=0A=
             elementToDrag.style.left =3D (scwEvt.clientX - deltaX) + =
'px';=0A=
             elementToDrag.style.top  =3D (scwEvt.clientY - deltaY) + =
'px';=0A=
=0A=
             if (document.getElementById('scwIframe'))=0A=
                {document.getElementById('scwIframe').style.left =3D=0A=
                    (scwEvt.clientX - deltaX) + 'px';=0A=
                 document.getElementById('scwIframe').style.top  =3D=0A=
                    (scwEvt.clientY - deltaY) + 'px';=0A=
                }=0A=
=0A=
             scwStopPropagation(scwEvt);=0A=
            }=0A=
=0A=
         function upHandler(scwEvt)=0A=
            {if (!scwEvt) scwEvt =3D window.event;=0A=
=0A=
             if (document.removeEventListener)=0A=
                    {document.removeEventListener('mousemove',=0A=
                                                  moveHandler,=0A=
                                                  true);=0A=
                     document.removeEventListener('mouseup',=0A=
                                                  upHandler,=0A=
                                                  true);=0A=
                    }=0A=
             else   {elementToDrag.detachEvent('onmouseup',=0A=
                                                 upHandler);=0A=
                     elementToDrag.detachEvent('onmousemove',=0A=
                                               moveHandler);=0A=
                     elementToDrag.releaseCapture();=0A=
                    }=0A=
=0A=
             scwStopPropagation(scwEvt);=0A=
            }=0A=
        }=0A=
=0A=
    function scwShowMonth(scwBias)=0A=
        {=0A=
         var scwShowDate  =3D new Date(Date.parse(new =
Date().toDateString())),=0A=
             scwStartDate =3D new Date();=0A=
=0A=
         scwSelYears  =3D document.getElementById('scwYears');=0A=
         scwSelMonths =3D document.getElementById('scwMonths');=0A=
=0A=
         if (scwSelYears.options.selectedIndex>-1)=0A=
            =
{scwMonthSum=3D12*(scwSelYears.options.selectedIndex)+scwBias;=0A=
             if (scwSelMonths.options.selectedIndex>-1)=0A=
                {scwMonthSum+=3DscwSelMonths.options.selectedIndex;}=0A=
            }=0A=
         else=0A=
            {if (scwSelMonths.options.selectedIndex>-1)=0A=
                {scwMonthSum+=3DscwSelMonths.options.selectedIndex;}=0A=
            }=0A=
=0A=
         scwShowDate.setFullYear(scwBaseYear + =
Math.floor(scwMonthSum/12),=0A=
                                 (scwMonthSum%12),=0A=
                                 1);=0A=
=0A=
         document.getElementById("scwWeek_").style.display=3D=0A=
             (scwWeekNumberDisplay)=0A=
                ?((document.getElementById('scwIFrame')||=0A=
                   =
document.getElementById('scwIEgte7'))?'block':'table-cell')=0A=
                :'none';=0A=
=0A=
         if ((12*parseInt((scwShowDate.getFullYear()-scwBaseYear),10)) +=0A=
             parseInt(scwShowDate.getMonth(),10) < (12*scwDropDownYears) =
 &&=0A=
             (12*parseInt((scwShowDate.getFullYear()-scwBaseYear),10)) +=0A=
             parseInt(scwShowDate.getMonth(),10) > -1)=0A=
            =
{scwSelYears.options.selectedIndex=3DMath.floor(scwMonthSum/12);=0A=
             scwSelMonths.options.selectedIndex=3D(scwMonthSum%12);=0A=
=0A=
             scwCurMonth =3D scwShowDate.getMonth();=0A=
=0A=
             scwShowDate.setDate((((scwShowDate.=0A=
                                    getDay()-scwWeekStart)<0)?-6:1)+=0A=
                                 scwWeekStart-scwShowDate.getDay());=0A=
=0A=
             scwStartDate =3D new Date(scwShowDate);=0A=
=0A=
             var scwFoot =3D document.getElementById('scwFoot');=0A=
=0A=
             function scwFootOutput() {scwSetOutput(scwDateNow);}=0A=
=0A=
             if (scwDisabledDates.length=3D=3D0)=0A=
                {if (scwActiveToday && scwParmActiveToday)=0A=
                    {scwFoot.onclick     =3D scwFootOutput;=0A=
                     scwFoot.className   =3D 'scwFoot';=0A=
=0A=
                     if (document.getElementById('scwIFrame'))=0A=
                        {scwFoot.onmouseover  =3D scwChangeClass;=0A=
                         scwFoot.onmouseout   =3D scwChangeClass;=0A=
                        }=0A=
=0A=
                    }=0A=
                 else=0A=
                    {scwFoot.onclick     =3D null;=0A=
                     scwFoot.className   =3D 'scwFootDisabled';=0A=
=0A=
                     if (document.getElementById('scwIFrame'))=0A=
                        {scwFoot.onmouseover  =3D null;=0A=
                         scwFoot.onmouseout   =3D null;=0A=
                        }=0A=
=0A=
                     if (document.addEventListener)=0A=
                            {scwFoot.addEventListener('click',=0A=
                                                      scwStopPropagation,=0A=
                                                      false);}=0A=
                     else   {scwFoot.attachEvent('onclick',=0A=
                                                 scwStopPropagation);}=0A=
                    }=0A=
                }=0A=
             else=0A=
                {for (var k=3D0;k<scwDisabledDates.length;k++)=0A=
                    {if (!scwActiveToday || !scwParmActiveToday ||=0A=
                         ((typeof scwDisabledDates[k] =3D=3D 'object')   =
         &&=0A=
                             (((scwDisabledDates[k].constructor =3D=3D =
Date)      &&=0A=
                               scwDateNow.valueOf() =3D=3D =
scwDisabledDates[k].=0A=
                                                            valueOf()=0A=
                              ) ||=0A=
                              ((scwDisabledDates[k].constructor =3D=3D =
Array)     &&=0A=
                               scwDateNow.valueOf() >=3D =
scwDisabledDates[k][0].=0A=
                                                        valueOf()        =
     &&=0A=
                               scwDateNow.valueOf() <=3D =
scwDisabledDates[k][1].=0A=
                                                        valueOf()=0A=
                              )=0A=
                             )=0A=
                         )=0A=
                        )=0A=
                        {scwFoot.onclick     =3D null;=0A=
                         scwFoot.className   =3D 'scwFootDisabled';=0A=
=0A=
                         if (document.getElementById('scwIFrame'))=0A=
                            {scwFoot.onmouseover  =3D null;=0A=
                             scwFoot.onmouseout   =3D null;=0A=
                            }=0A=
=0A=
                         if (document.addEventListener)=0A=
                                {scwFoot.addEventListener('click',=0A=
                                                          =
scwStopPropagation,=0A=
                                                          false);=0A=
                                }=0A=
                         else   {scwFoot.attachEvent('onclick',=0A=
                                                     scwStopPropagation);=0A=
                                }=0A=
                         break;=0A=
                        }=0A=
                     else=0A=
                        {scwFoot.onclick=3DscwFootOutput;=0A=
                         scwFoot.className=3D'scwFoot';=0A=
=0A=
                         if (document.getElementById('scwIFrame'))=0A=
                            {scwFoot.onmouseover  =3D scwChangeClass;=0A=
                             scwFoot.onmouseout   =3D scwChangeClass;=0A=
                            }=0A=
                        }=0A=
                    }=0A=
                }=0A=
=0A=
             function scwSetOutput(scwOutputDate)=0A=
                {scwTargetEle.value =3D=0A=
                    scwOutputDate.scwFormat(scwDateOutputFormat);=0A=
                 scwHide();=0A=
                }=0A=
=0A=
             function scwCellOutput(scwEvt)=0A=
                {var scwEle =3D scwEventTrigger(scwEvt),=0A=
                     scwOutputDate =3D new Date(scwStartDate);=0A=
=0A=
                 if (scwEle.nodeType=3D=3D3) scwEle=3DscwEle.parentNode;=0A=
=0A=
                 scwOutputDate.setDate(scwStartDate.getDate() +=0A=
                                         =
parseInt(scwEle.id.substr(8),10));=0A=
=0A=
                 scwSetOutput(scwOutputDate);=0A=
                }=0A=
=0A=
             function scwChangeClass(scwEvt)=0A=
                {var scwEle =3D scwEventTrigger(scwEvt);=0A=
=0A=
                 if (scwEle.nodeType=3D=3D3) scwEle=3DscwEle.parentNode;=0A=
=0A=
                 switch (scwEle.className)=0A=
                    {case 'scwCells':=0A=
                        scwEle.className =3D 'scwCellsHover';=0A=
                        break;=0A=
                     case 'scwCellsHover':=0A=
                        scwEle.className =3D 'scwCells';=0A=
                        break;=0A=
                     case 'scwCellsExMonth':=0A=
                        scwEle.className =3D 'scwCellsExMonthHover';=0A=
                        break;=0A=
                     case 'scwCellsExMonthHover':=0A=
                        scwEle.className =3D 'scwCellsExMonth';=0A=
                        break;=0A=
                     case 'scwCellsWeekend':=0A=
                        scwEle.className =3D 'scwCellsWeekendHover';=0A=
                        break;=0A=
                     case 'scwCellsWeekendHover':=0A=
                        scwEle.className =3D 'scwCellsWeekend';=0A=
                        break;=0A=
                     case 'scwFoot':=0A=
                        scwEle.className =3D 'scwFootHover';=0A=
                        break;=0A=
                     case 'scwFootHover':=0A=
                        scwEle.className =3D 'scwFoot';=0A=
                        break;=0A=
                     case 'scwInputDate':=0A=
                        scwEle.className =3D 'scwInputDateHover';=0A=
                        break;=0A=
                     case 'scwInputDateHover':=0A=
                        scwEle.className =3D 'scwInputDate';=0A=
                    }=0A=
=0A=
                 return true;=0A=
                }=0A=
=0A=
             function scwEventTrigger(scwEvt)=0A=
                {if (!scwEvt) scwEvt =3D event;=0A=
                 return scwEvt.target||scwEvt.srcElement;=0A=
                }=0A=
=0A=
            function scwWeekNumber(scwInDate)=0A=
                {=0A=
                 var scwInDateWeekBase =3D new Date(scwInDate);=0A=
=0A=
                 scwInDateWeekBase.setDate(scwInDateWeekBase.getDate()=0A=
                                            - scwInDateWeekBase.getDay()=0A=
                                            + scwWeekNumberBaseDay=0A=
                                            + ((scwInDate.getDay()>=0A=
                                                =
scwWeekNumberBaseDay)?7:0));=0A=
=0A=
                 var scwFirstBaseDay =3D=0A=
                        new Date(scwInDateWeekBase.getFullYear(),0,1)=0A=
=0A=
                 scwFirstBaseDay.setDate(scwFirstBaseDay.getDate()=0A=
                                            - scwFirstBaseDay.getDay()=0A=
                                            + scwWeekNumberBaseDay=0A=
                                        );=0A=
=0A=
                 if (scwFirstBaseDay <=0A=
                        new Date(scwInDateWeekBase.getFullYear(),0,1))=0A=
                    =
{scwFirstBaseDay.setDate(scwFirstBaseDay.getDate()+7);}=0A=
=0A=
                 var scwStartWeekOne =3D new Date(scwFirstBaseDay=0A=
                                                - scwWeekNumberBaseDay=0A=
                                                + scwInDate.getDay());=0A=
=0A=
                 if (scwStartWeekOne > scwFirstBaseDay)=0A=
                    =
{scwStartWeekOne.setDate(scwStartWeekOne.getDate()-7);}=0A=
=0A=
                 var scwWeekNo =3D=0A=
                     "0" + (Math.round((scwInDateWeekBase -=0A=
                                        scwFirstBaseDay)/604800000,0) + =
1);=0A=
=0A=
=0A=
                 return scwWeekNo.substring(scwWeekNo.length-2,=0A=
                                            scwWeekNo.length);=0A=
                }=0A=
=0A=
             var scwCells =3D document.getElementById('scwCells');=0A=
=0A=
             for (i=3D0;i<scwCells.childNodes.length;i++)=0A=
                {var scwRows =3D scwCells.childNodes[i];=0A=
                 if (scwRows.nodeType=3D=3D1 && =
scwRows.tagName=3D=3D'TR')=0A=
                    {if (scwWeekNumberDisplay)=0A=
                        {=0A=
                         scwRows.childNodes[0].innerHTML =3D=0A=
                             scwWeekNumber(scwShowDate);=0A=
                         scwRows.childNodes[0].style.display=3D=0A=
                            (document.getElementById('scwIFrame')||=0A=
                             document.getElementById('scwIEgte7'))=0A=
                                ?'block'=0A=
                                :'table-cell';=0A=
                        }=0A=
                     else=0A=
                        {scwRows.childNodes[0].style.display=3D'none';}=0A=
=0A=
                     for (j=3D1;j<scwRows.childNodes.length;j++)=0A=
                        {var scwCols =3D scwRows.childNodes[j];=0A=
                         if (scwCols.nodeType=3D=3D1 && =
scwCols.tagName=3D=3D'TD')=0A=
                            {scwRows.childNodes[j].innerHTML=3D=0A=
                                scwShowDate.getDate();=0A=
                             var scwCell=3DscwRows.childNodes[j],=0A=
                                 scwDisabled =3D=0A=
                                    (scwOutOfRangeDisable &&=0A=
                                     (scwShowDate < (new =
Date(scwBaseYear,0,1))=0A=
                                      ||=0A=
                                      scwShowDate > (new =
Date(scwBaseYear+=0A=
                                                              =
scwDropDownYears-=0A=
                                                              1,11,31))=0A=
                                     )=0A=
                                    )?true:false;=0A=
=0A=
                             for (var =
k=3D0;k<scwDisabledDates.length;k++)=0A=
                                {if ((typeof =
scwDisabledDates[k]=3D=3D'object')=0A=
                                     &&=0A=
                                     (scwDisabledDates[k].constructor =
=3D=3D=0A=
                                      Date=0A=
                                     )=0A=
                                     &&=0A=
                                     scwShowDate.valueOf() =3D=3D=0A=
                                        scwDisabledDates[k].valueOf()=0A=
                                    )=0A=
                                    {scwDisabled =3D true;}=0A=
                                 else=0A=
                                    {if ((typeof =
scwDisabledDates[k]=3D=3D'object')=0A=
                                         &&=0A=
                                         =
(scwDisabledDates[k].constructor =3D=3D=0A=
                                          Array=0A=
                                         )=0A=
                                         &&=0A=
                                         scwShowDate.valueOf() >=3D=0A=
                                             =
scwDisabledDates[k][0].valueOf()=0A=
                                         &&=0A=
                                         scwShowDate.valueOf() <=3D=0A=
                                             =
scwDisabledDates[k][1].valueOf()=0A=
                                        )=0A=
                                        {scwDisabled =3D true;}=0A=
                                    }=0A=
                                }=0A=
=0A=
                             if (scwDisabled ||=0A=
                                 !scwEnabledDay[j-1+(7*((i*scwCells.=0A=
                                                          childNodes.=0A=
                                                          length)/6))] ||=0A=
                                 !scwPassEnabledDay[(j-1+(7*(i*scwCells.=0A=
                                                               =
childNodes.=0A=
                                                               =
length/6)))%7]=0A=
                                )=0A=
                                {scwRows.childNodes[j].onclick     =3D =
null;=0A=
=0A=
                                 if =
(document.getElementById('scwIFrame'))=0A=
                                    {scwRows.childNodes[j].onmouseover  =
=3D null;=0A=
                                     scwRows.childNodes[j].onmouseout   =
=3D null;=0A=
                                    }=0A=
=0A=
                                 scwCell.className=3D=0A=
                                    =
(scwShowDate.getMonth()!=3DscwCurMonth)=0A=
                                        ?'scwCellsExMonthDisabled'=0A=
                                        :(scwBlnFullInputDate &&=0A=
                                          scwShowDate.toDateString()=3D=3D=0A=
                                          scwSeedDate.toDateString())=0A=
                                            ?'scwInputDateDisabled'=0A=
                                            =
:(scwShowDate.getDay()%6=3D=3D0)=0A=
                                                =
?'scwCellsWeekendDisabled'=0A=
                                                :'scwCellsDisabled';=0A=
                                }=0A=
                             else=0A=
                                =
{scwRows.childNodes[j].onclick=3DscwCellOutput;=0A=
=0A=
                                 if =
(document.getElementById('scwIFrame'))=0A=
                                    {scwRows.childNodes[j].onmouseover  =3D=0A=
                                        scwChangeClass;=0A=
                                     scwRows.childNodes[j].onmouseout   =3D=0A=
                                        scwChangeClass;=0A=
                                    }=0A=
=0A=
                                 scwCell.className=3D=0A=
                                     =
(scwShowDate.getMonth()!=3DscwCurMonth)=0A=
                                        ?'scwCellsExMonth'=0A=
                                        :(scwBlnFullInputDate &&=0A=
                                          scwShowDate.toDateString()=3D=3D=0A=
                                          scwSeedDate.toDateString())=0A=
                                            ?'scwInputDate'=0A=
                                            =
:(scwShowDate.getDay()%6=3D=3D0)=0A=
                                                ?'scwCellsWeekend'=0A=
                                                :'scwCells';=0A=
=0A=
                               }=0A=
=0A=
                             =
scwShowDate.setDate(scwShowDate.getDate()+1);=0A=
                            }=0A=
                        }=0A=
                    }=0A=
                }=0A=
            }=0A=
         document.getElementById('scw').style.visibility=3D'hidden';=0A=
         document.getElementById('scw').style.visibility=3D'visible';=0A=
        }=0A=
=0A=
// WSG530 set src of iframe from scwblank.html to null=0A=
    document.write(=0A=
     "<!--[if gte IE 7]>" +=0A=
        "<div id=3D'scwIEgte7'></div>" +=0A=
     "<![endif]-->" +=0A=
     "<!--[if lt  IE 7]>" +=0A=
        "<iframe class=3D'scw' src=3D'null.html' " +=0A=
                "id=3D'scwIframe' name=3D'scwIframe' " +=0A=
                "frameborder=3D'0'>" +=0A=
        "</iframe>" +=0A=
     "<![endif]-->" +=0A=
     "<table id=3D'scw' class=3D'scw' onclick=3D'scwCancel(event);'>" +=0A=
       "<tr class=3D'scw'>" +=0A=
         "<td class=3D'scw'>" +=0A=
           "<table class=3D'scwHead' id=3D'scwHead' width=3D'100%' " +=0A=
                    "onClick=3D'scwStopPropagation(event);' " +=0A=
                    "cellspacing=3D'0' cellpadding=3D'0'>" +=0A=
            "<tr id=3D'scwDrag' style=3D'display:none;'>" +=0A=
                "<td colspan=3D'4' class=3D'scwDrag' " +=0A=
                    "onmousedown=3D'scwBeginDrag(event);'>" +=0A=
                    "<div id=3D'scwDragText'></div>" +=0A=
                "</td>" +=0A=
            "</tr>" +=0A=
            "<tr class=3D'scwHead'>" +=0A=
                 "<td class=3D'scwHead' align=3D'left'>" +=0A=
                    "<input class=3D'scwHead' type=3D'button' =
value=3D'&lt;' " +=0A=
                            "onclick=3D'scwShowMonth(-1);'  /></td>" +=0A=
                 "<td class=3D'scwHead' colspan=3D'2'>" +=0A=
                    "<select id=3D'scwMonths' class=3D'scwHead' " +=0A=
                            "onChange=3D'scwShowMonth(0);'>" +=0A=
                    "</select>" +=0A=
                     "<select id=3D'scwYears' class=3D'scwHead' " +=0A=
                            "onChange=3D'scwShowMonth(0);'>" +=0A=
                    "</select>" +=0A=
                 "</td>" +=0A=
                 "<td class=3D'scwHead' align=3D'right'>" +=0A=
                    "<input class=3D'scwHead' type=3D'button' =
value=3D'&gt;' " +=0A=
                            "onclick=3D'scwShowMonth(1);' /></td>" +=0A=
                "</tr>" +=0A=
              "</table>" +=0A=
            "</td>" +=0A=
          "</tr>" +=0A=
          "<tr class=3D'scw'>" +=0A=
            "<td class=3D'scw'>" +=0A=
              "<table class=3D'scwCells' cellspacing=3D'0' =
cellpadding=3D'0' align=3D'center' width=3D'100%'>" +=0A=
                "<thead>" +=0A=
                  "<tr><td class=3D'scwWeekNumberHead' id=3D'scwWeek_' =
></td>");=0A=
=0A=
    for (i=3D0;i<7;i++)=0A=
        document.write( "<td class=3D'scwWeek' id=3D'scwWeekInit" + i + =
"'></td>");=0A=
=0A=
    document.write("</tr>" +=0A=
                "</thead>" +=0A=
                "<tbody id=3D'scwCells' " +=0A=
                        "onClick=3D'scwStopPropagation(event);'>");=0A=
=0A=
    for (i=3D0;i<6;i++)=0A=
        {document.write(=0A=
                    "<tr>" +=0A=
                      "<td class=3D'scwWeekNo' id=3D'scwWeek_" + i + =
"'></td>");=0A=
         for (j=3D0;j<7;j++)=0A=
            {document.write(=0A=
                        "<td class=3D'scwCells' id=3D'scwCell_" + =
(j+(i*7)) +=0A=
                        "'></td>");=0A=
            }=0A=
=0A=
         document.write(=0A=
                    "</tr>");=0A=
        }=0A=
=0A=
    document.write(=0A=
                "</tbody>");=0A=
=0A=
    if ((new Date(scwBaseYear + scwDropDownYears, 11, 32)) > scwDateNow =
&&=0A=
        (new Date(scwBaseYear, 0, 0))                      < scwDateNow)=0A=
        {document.write(=0A=
                  "<tfoot class=3D'scwFoot'>" +=0A=
                    "<tr class=3D'scwFoot'>" +=0A=
                      "<td class=3D'scwFoot' id=3D'scwFoot' =
colspan=3D'8'>" +=0A=
                      "</td>" +=0A=
                    "</tr>" +=0A=
                  "</tfoot>");=0A=
        }=0A=
=0A=
    document.write(=0A=
              "</table>" +=0A=
            "</td>" +=0A=
          "</tr>" +=0A=
        "</table>");=0A=
=0A=
    if (document.addEventListener)=0A=
            {document.addEventListener('click',scwHide, false);}=0A=
    else    {document.attachEvent('onclick',scwHide);}=0A=
=0A=
    function showCalendar(scwEle,scwSourceEle)    =
{scwShow(scwEle,scwSourceEle);}=0A=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/lib/calendar/lang/big5.js

    var scwLanguage =3D 'tw';=0A=
=0A=
	function scwSetLanguage()=0A=
		{switch (scwLanguage)=0A=
			{case 'tw':=0A=
				//  Chinese Traditional=0A=
				scwToday               =3D '=A4=B5=A4=D1';=0A=
				scwDrag                =3D '=C2I=C0=BB=A6=B9=B3B=A9=EC=A6=B2';=0A=
				scwArrMonthNames       =3D =
['=A4@','=A4G','=A4T','=A5|','=A4=AD','=A4=BB', =
'=A4C','=A4K','=A4E','=A4Q','=A4Q=A4@','=A4Q=A4G'];=0A=
				scwArrWeekInits        =3D =
['=A4=E9','=A4@','=A4G','=A4T','=A5|','=A4=AD','=A4=BB'];=0A=
				scwInvalidDateMsg      =3D '=BF=E9=A4J=A4=E9=B4=C1=A6=B3=BB~.\n';=0A=
				scwOutOfRangeMsg       =3D '=A4=E9=B4=C1=B6W=A5X=ADS=B3=F2.';=0A=
				scwDoesNotExistMsg     =3D '=A4=E9=B4=C1=A8=C3=A4=A3=A6s=A6b.';=0A=
				scwInvalidAlert        =3D ['=A4=E9=B4=C1=A6=B3=BB~ (',') =
=A9=BF=B2=A4.']; =0A=
				scwDateDisablingError  =3D ['=BF=F9=BB~ ',' =
=A4=A3=ACO=A4@=AD=D3=A4=E9=B4=C1=AA=AB=A5=F3.'];=0A=
				scwRangeDisablingError =3D ['=BF=F9=BB~ ',' should consist of two =
elements.'];=0A=
				break;=0A=
=0A=
			 default:=0A=
				// English=0A=
				scwToday               =3D 'Today:';=0A=
				scwDrag                =3D 'click here to drag';=0A=
				scwArrMonthNames       =3D ['Jan','Feb','Mar','Apr','May','Jun',=0A=
										  'Jul','Aug','Sep','Oct','Nov','Dec'];=0A=
				scwArrWeekInits        =3D ['S','M','T','W','T','F','S'];=0A=
				scwInvalidDateMsg      =3D 'The entered date is invalid.\n';=0A=
				scwOutOfRangeMsg       =3D 'The entered date is out of range.';=0A=
				scwDoesNotExistMsg     =3D 'The entered date does not exist.';=0A=
				scwInvalidAlert        =3D ['Invalid date (',') ignored.'];=0A=
				scwDateDisablingError  =3D ['Error ',' is not a Date object.'];=0A=
				scwRangeDisablingError =3D ['Error ',' should consist of two =
elements.'];=0A=
			}=0A=
		}=0A=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/front/lib/cl_imgswap.js

function MM_preloadImages() {=0A=
	var d=3Ddocument; =0A=
	if(d.images){ =0A=
		if(!d.MM_p) d.MM_p=3Dnew Array();=0A=
		var i,j=3Dd.MM_p.length,a=3DMM_preloadImages.arguments; for(i=3D0; =
i<a.length; i++)=0A=
		if (a[i].indexOf("#")!=3D0){ =0A=
			d.MM_p[j]=3Dnew Image; =0A=
			d.MM_p[j++].src=3Da[i];=0A=
		}=0A=
	}=0A=
} =0A=
function MM_swapImgRestore() { =0A=
	var i,x,a=3Ddocument.MM_sr;=0A=
	for(i=3D0;a&&i<a.length&&(x=3Da[i])&&x.oSrc;i++) =0A=
		x.src=3Dx.oSrc;=0A=
} =0A=
function MM_findObj(n, d) {=0A=
	var p,i,x;=0A=
	if(!d) d=3Ddocument; =0A=
	if((p=3Dn.indexOf("?"))>0&&parent.frames.length) {=0A=
		d=3Dparent.frames[n.substring(p+1)].document; n=3Dn.substring(0,p);=0A=
	}=0A=
	if(!(x=3Dd[n])&&d.all) x=3Dd.all[n]; =0A=
	for (i=3D0;!x&&i<d.forms.length;i++) =0A=
		x=3Dd.forms[i][n];=0A=
	for(i=3D0;!x&&d.layers&&i<d.layers.length;i++)=0A=
		x=3DMM_findObj(n,d.layers[i].document);=0A=
	if(!x && d.getElementById) x=3Dd.getElementById(n); =0A=
	return x;=0A=
} =0A=
function MM_swapImage() {=0A=
	var i,j=3D0,x,a=3DMM_swapImage.arguments; =0A=
	document.MM_sr=3Dnew Array; =0A=
	for(i=3D0;i<(a.length-2);i+=3D3)=0A=
		if ((x=3DMM_findObj(a[i]))!=3Dnull){=0A=
			document.MM_sr[j++]=3Dx;=0A=
			if(!x.oSrc) x.oSrc=3Dx.src; x.src=3Da[i+2];=0A=
		}=0A=
}=0A=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/front/lib/cl_scroll.js

var ns,ie=0A=
ns =3D (document.layers)? true:false=0A=
ie =3D (document.all)? true:false=0A=
=0A=
function Scroll(p_width,p_height,p_speed,p_direct){	//=BAc=B3y=A8=E7=BC=C6=0A=
	//initial =0A=
	this.preTop =3D 0;=0A=
	this.preLeft =3D 0;=0A=
	this.moveLimit =3D 0;=0A=
	this.currentLeft =3D 0;=0A=
	this.currentTop =3D 0;=0A=
	//properities=0A=
	this.marquee_name =3D "";=0A=
	this.template_name =3D "";=0A=
	this.marquee_hidden =3D "";=0A=
	this.marquee_width =3D p_width;=0A=
	this.marquee_height =3D p_height;=0A=
	this.marquee_speed =3D p_speed;=0A=
	this.marquee_direct =3D p_direct;=0A=
	//method=0A=
	this.setMarObject =3D setMarObject;=0A=
	this.setTempObject =3D setTempObject;=0A=
	this.setHiddenObject =3D setHiddenObject;=0A=
	//this.setStopValue =3D setStopValue;=0A=
	//this.setStartValue =3D setStartValue;=0A=
	this.beginScroll =3D beginScroll;=0A=
	this.scrollInit =3D scrollInit;=0A=
	this.scrollUp =3D scrollUp;=0A=
	this.scrollDown =3D scrollDown;=0A=
	this.scrollRight =3D scrollRight;=0A=
	this.scrollLeft =3D scrollLeft;=0A=
	this.getObject =3D getObject;=0A=
	return this;=0A=
}=0A=
function setTempObject(p_obj){	//=A4=A3=A5i=A8=A3=AA=BA=BCh=0A=
	this.template_name =3D p_obj;=0A=
}=0A=
function setMarObject(p_obj){		//=A4=BA=AEe=B0=CF=0A=
	this.marquee_name =3D p_obj;=0A=
}=0A=
function setHiddenObject(p_obj){		=
//=B3o=AD=D3=C5=DC=B6q=B1=B1=A8=EE=ACO=A7_=B0=B1=A4=EE=BAu=B0=CA=0A=
	this.marquee_hidden =3D p_obj;=0A=
}=0A=
function getObject(p_obj){				//=BAc=B3y=B9=EF=B6H=0A=
	if(typeof(p_obj)=3D=3D"string") {=0A=
		if(ie) return  eval("document.all."+p_obj);=0A=
		else return eval("document."+p_obj);=0A=
	} else {=0A=
		if(ie) return eval("p_obj");=0A=
		else return p_obj;=0A=
	}=0A=
}=0A=
function beginScroll(){=0A=
	var marq =3D this.getObject(this.marquee_name);=0A=
	var temp =3D this.getObject(this.template_name);=0A=
	// alert(this.marquee_name);=0A=
	// alert(marq);=0A=
	with(marq){=0A=
		style.height =3D this.marquee_height;=0A=
		if(this.marquee_direct =3D=3D 'up' || this.marquee_direct =3D=3D =
'down'){=0A=
			style.overflowX=3D"visible";	//=BAu=B0=CA=B1=F8=A4=A3=A5i=A8=A3.=0A=
			style.overflowY=3D"hidden";=0A=
		}=0A=
		else{=0A=
			style.overflowX=3D"hidden";=0A=
			style.overflowY=3D"visible"; =0A=
		}=0A=
		var myStopValue =3D this.marquee_hidden+ "=3D 1";=0A=
		var myStartValue =3D this.marquee_hidden + "=3D0";=0A=
		onmouseover =3D new Function(myStopValue);	=
//=B7=C6=B9=AB=B8g=B9L=A1A=B0=B1=A4=EE=BAu=B0=CA=0A=
		onmouseout =3D new Function(myStartValue);=0A=
	}=0A=
}=0A=
function scrollInit(){	//=AA=EC=A9l=A4=C6=BAu=B0=CA=A4=BA=AEe=0A=
	var marq =3D this.getObject(this.marquee_name);=0A=
	var temp =3D this.getObject(this.template_name);=0A=
	=
//=A6h=A6=B8=BD=C6=BBs=AD=EC=A4=BA=AEe=A8=EC"templayer"=A1A=AA=BD=A8=EC"t=
emplayer"=AA=BA=B0=AA=AB=D7=A4j=A9=F3=A4=BA=AEe=B0=CF=B0=AA=AB=D7=A1G=0A=
	var Nheight=3Dthis.marquee_height/4;=0A=
	var Nwidth=3Dthis.marquee_width/4;=0A=
	if(this.marquee_direct =3D=3D "up" || this.marquee_direct =3D=3D "down")=0A=
		marq.innerHTML +=3D "<span style=3D'height:"+Nheight+"px;'></span>";=0A=
	else=0A=
		marq.innerHTML +=3D "<span style=3D'width:"+Nwidth+"px;'></span>"; =0A=
	temp.innerHTML =3D marq.innerHTML;=0A=
	if(this.marquee_direct =3D=3D "up" || this.marquee_direct =3D=3D =
"down"){=0A=
		marq.noWrap =3D false;=0A=
		temp.noWrap =3D false;=0A=
		var marq_height =3D 10;=0A=
		//var marq_height =3D temp.offsetHeight;=0A=
		while(marq_height < this.marquee_height){=0A=
			marq_height +=3D marq_height;=0A=
			temp.innerHTML +=3D marq.innerHTML;=0A=
		}=0A=
	}else{=0A=
		marq.noWrap =3D true;	=
//=B3o=A5y=AA=ED=A4=BA=AEe=B0=CF=A4=A3=A6=DB=B0=CA=B4=AB=A6=E6=0A=
		temp.noWrap =3D true;=0A=
		var marq_width =3D 10;=0A=
		//var marq_width =3D temp.offsetWidth;=0A=
		while(marq_width < this.marquee_width){=0A=
			marq_width +=3D marq_width;=0A=
			temp.innerHTML +=3D marq.innerHTML;=0A=
		}=0A=
	}=0A=
	=
//=A7=E2"templayer"=AA=BA=A4=BA=AEe=AA=BA"=A8=E2=AD=BF"=BD=C6=BBs=A6^=AD=EC=
=A4=BA=AEe=B0=CF=A1G=0A=
	marq.innerHTML =3D temp.innerHTML + temp.innerHTML;=0A=
	temp.innerHTML =3D "";=0A=
=0A=
	var param_up =3D =
"this.scrollUp('"+this.marquee_name+"','"+this.template_name+"',"+this.ma=
rquee_hidden+","+this.marquee_height+")";=0A=
	var param_down =3D =
"this.scrollDown('"+this.marquee_name+"','"+this.template_name+"','"+this=
.marquee_hidden+"',"+this.marquee_height+")";=0A=
	var param_left =3D =
"this.scrollLeft('"+this.marquee_name+"','"+this.template_name+"',"+this.=
marquee_hidden+","+this.marquee_width+")";=0A=
	var param_right =3D =
"this.scrollRight('"+this.marquee_name+"','"+this.template_name+"','"+thi=
s.marquee_hidden+"',"+this.marquee_width+")";=0A=
	=
//=B3]=B8m=B3s=C4=F2=B6W=AE=C9=A1A=BD=D5=A5=CE"scrollUp()"=A8=E7=BC=C6=C5=
X=B0=CA=BAu=B0=CA=B1=F8=A1G=0A=
	if(this.marquee_direct =3D=3D "up")=0A=
		setInterval(param_up,this.marquee_speed);=0A=
	if(this.marquee_direct =3D=3D "left")=0A=
		setInterval(param_left,this.marquee_speed);=0A=
	if(this.marquee_direct =3D=3D "right")=0A=
		setInterval(param_right,this.marquee_speed);=0A=
	if(this.marquee_direct =3D=3D "down")=0A=
		setInterval(param_down,this.marquee_speed);=0A=
}=0A=
function scrollUp(p_marquee,p_template,p_stop,p_height){=0A=
	var stop_value =3D eval(p_stop);=0A=
	//=A6p=AAG=C5=DC=BC=C6"stopscroll"=AC=B0=AFu=A1A=ABh=B0=B1=A4=EE=BAu=B0=CA=0A=
	if(stop_value =3D=3D 1) return;=0A=
	var marq =3D this.getObject(p_marquee);=0A=
	var temp =3D this.getObject(p_template);=0A=
	//=B0O=BF=FD=BAu=B0=CA=ABe=AA=BA=BAu=B0=CA=B1=F8=A6=EC=B8m=0A=
	this.preTop =3D marq.scrollTop;=0A=
	//=BAu=B0=CA=B1=F8=A6V=A4U=B2=BE=B0=CA=A4@=AD=D3=B9=CF=A4=B8=0A=
	marq.scrollTop +=3D 1;=0A=
	=
//=A6p=AAG=BAu=B0=CA=B1=F8=A4=A3=B0=CA=A4F=A1A=ABh=A6V=A4W=BAu=B0=CA=A8=EC=
=A9M=B7=ED=ABe=B5e=AD=B1=A4@=BC=CB=AA=BA=A6=EC=B8m=0A=
	=
//=B7=ED=B5M=A4=A3=B6=C8=A6p=A6=B9=A1A=A6P=BC=CB=C1=D9=ADn=A6V=A4U=BAu=B0=
=CA=A4@=AD=D3=B9=CF=A4=B8(+1)=A1G =0A=
	if(this.preTop =3D=3D marq.scrollTop){=0A=
		marq.scrollTop =3D temp.offsetHeight- p_height + 1;=0A=
		marq.scrollTop +=3D 1;=0A=
	}=0A=
}=0A=
function scrollRight(p_marquee,p_template,p_stop,p_width){=0A=
	var stop_value =3D eval(p_stop);=0A=
	if(stop_value =3D=3D 1) return;=0A=
	var marq =3D this.getObject(p_marquee);=0A=
	var temp =3D this.getObject(p_template);=0A=
	this.preLeft =3D marq.scrollLeft;=0A=
	marq.scrollLeft -=3D 1;=0A=
	if(this.preLeft =3D=3D marq.scrollLeft){=0A=
		if(!this.moveLimit){=0A=
			marq.scrollLeft =3D temp.offsetWidth*2;=0A=
			this.moveLimit =3D marq.scrollLeft;=0A=
		}=0A=
		marq.scrollLeft =3D this.moveLimit - temp.offsetWidth + p_width;=0A=
		marq.scrollLeft -=3D 1;=0A=
	}=0A=
}=0A=
function scrollDown(p_marquee,p_template,p_stop,p_height){=0A=
	var stop_value =3D eval(p_stop);=0A=
	if(stop_value =3D=3D 1) return;=0A=
	var marq =3D this.getObject(p_marquee);=0A=
	var temp =3D this.getObject(p_template);=0A=
	this.preTop =3D marq.scrollTop;=0A=
	marq.scrollTop -=3D 1;=0A=
	if(this.preTop =3D=3D marq.scrollTop){=0A=
		if(!this.moveLimit){=0A=
			marq.scrollTop =3D temp.offsetHeight*2;=0A=
			this.moveLimit =3D marq.scrollTop;=0A=
		}=0A=
		marq.scrollTop =3D this.moveLimit - temp.offsetHeight + p_height;=0A=
		marq.scrollTop -=3D 1;=0A=
	}=0A=
}=0A=
function scrollLeft(p_marquee,p_template,p_stop,p_width){=0A=
	var stop_value =3D eval(p_stop);=0A=
	if(stop_value =3D=3D 1) return;=0A=
	var marq =3D this.getObject(p_marquee);=0A=
	var temp =3D this.getObject(p_template);=0A=
	marq.noWrap =3D true;=0A=
	this.preLeft =3D marq.scrollLeft;=0A=
	marq.scrollLeft =3D marq.scrollLeft + 1;=0A=
	if(this.preLeft =3D=3D marq.scrollLeft){=0A=
		marq.scrollLeft =3D temp.offsetWidth - p_width + 1;=0A=
		marq.scrollLeft +=3D 1;=0A=
	}=0A=
}=0A=
function begin_frame(p_id,p_pct, p_pix,p_height,p_speed) {=0A=
   marq_frame =3D new Scroll(marqueWidth,p_height,p_speed,'up');=0A=
	if(p_pct>0) =0A=
		var marqueWidth =3D screen.width * p_pct * 0.82 / 100 ;=0A=
	if(p_pix>0)=0A=
		var marqueWidth =3D p_pix;=0A=
	marq_frame.setMarObject(p_id);=0A=
	marq_frame.setTempObject(p_id+"_temp");=0A=
	marq_frame.setHiddenObject(p_id+"_stop");=0A=
	marq_frame.beginScroll();=0A=
	marq_frame.scrollInit();=0A=
}=0A=

------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://main.nhu.edu.tw/front/lib/cl_cgmenu.js

function imenus_data0(){
	this.menu_showhide_delay =3D 150;
	this.show_subs_onclick =3D false;
	this.hide_focus_box =3D false;
   /*---------------------------------------------
   IE Transition Effects
   ---------------------------------------------*/
	//this.subs_ie_transition_show =3D =
"filter:progid:DXImageTransform.Microsoft.Fade(duration=3D0.3);"
/*[end data]*/
}

//[IM Code]
// ---- Add-On [0.6 KB]: Select Tag Fix for IE ----
function iao_iframefix(){
	if(ulm_ie&&!ulm_mac&&!ulm_oldie&&!ulm_ie7){
		for(var =
i=3D0;i<(x32=3Duld.getElementsByTagName("iframe")).length;i++){
			if((a=3Dx32[i]).getAttribute("x31")){
			 	=
a.style.height=3D(x33=3Da.parentNode.getElementsByTagName("UL")[0]).offse=
tHeight;
				a.style.width=3Dx33.offsetWidth;
			}
		}
	}
}
function iao_ifix_add(b){
	=
if(ulm_ie&&!ulm_mac&&!ulm_oldie&&!ulm_ie7&&window.name!=3D"hta"&&window.n=
ame!=3D"imopenmenu"){
		b.parentNode.insertAdjacentHTML("afterBegin","<iframe =
src=3D'javascript:false;' x31=3D1 =
style=3D'position:absolute;float:left;border-style:none;width:1px;height:=
1px;filter:progid:DXImageTransform.Microsoft.Alpha(Opacity=3D0);' =
frameborder=3D'0'></iframe><div></div>");
	}
}


// ---- Add-On [1.5 KB]: Image Cache Fix for IE ----
function imenus_efix_styles(ni){
	var rv=3Dni+" li a .imefixh{visibility:hidden;}";
	rv+=3Dni+" li a .imefix{visibility:inherit;}";
	rv+=3Dni+" li a.iactive .imefixh{visibility:visible;}";
	rv+=3Dni+" li a.iactive .imefix{visibility:hidden;}";
	return rv;
}
function imenus_efix(x2){
	if(window.name=3D=3D"hta"||window.name=3D=3D"imopenmenu")return;
	ulm_mglobal.eimg_fix=3D1;
	ulm_mglobal.eimg_sub=3D"";
	ulm_mglobal.eimg_sub_hover=3D"";
	ulm_mglobal.eimg_main=3D"";
	ulm_mglobal.eimg_main_hover=3D"";
	if(ss=3Ddocument.getElementById("ssimenus"+x2)){
		ss=3Dss.styleSheet;
		for(i in ss.rules){
			if(a=3Dimenus_efix_strip(ss.rules[i],"#imenus"+x2+" .imeamj =
SPAN"))ulm_mglobal.eimg_main=3Da;
			if(a=3Dimenus_efix_strip(ss.rules[i],"#imenus"+x2+" LI A.iactive =
.imeamj SPAN"))ulm_mglobal.eimg_main_hover=3Da;
			if(a=3Dimenus_efix_strip(ss.rules[i],"#imenus"+x2+" UL .imeasj =
SPAN"))ulm_mglobal.eimg_sub=3Da;
			if(a=3Dimenus_efix_strip(ss.rules[i],"#imenus"+x2+" UL LI A.iactive =
.imeasj SPAN"))ulm_mglobal.eimg_sub_hover=3Da;
		}
	}
}
function imenus_efix_strip(rule,selector){
	if(rule.selectorText=3D=3Dselector){
		var t=3Dimenus_efix_stripurl(rule.style.backgroundImage);
		rule.style.backgroundImage=3D"";
		return t;
	}
}
function imenus_efix_stripurl(txt){
	wval=3Dtxt.toLowerCase();
	if(wval.indexOf("url(")+1){
		txt=3Dtxt.substring(4);
		if((commai=3Dtxt.indexOf(")"))>-1)txt=3Dtxt.substring(0,commai);
	}
	return txt;
}
function imenus_efix_add(level,expdiv){
	var x4=3D"main";
	if(level!=3D1)x4=3D"sub";
	var ih=3D"";
	if(a=3Dulm_mglobal["eimg_"+x4+"_hover"])ih+=3D'<img class=3D"imefixh" =
style=3D"position:absolute;" src=3D"'+a+'">';
	if(a=3Dulm_mglobal["eimg_"+x4])ih+=3D'<img class=3D"imefix" =
src=3D"'+a+'">';
	expdiv.firstChild.innerHTML=3Dih;
}


// ---- IM Code + Security [6.7 KB] ----
im_version=3D"9.2.3";
ht_obj=3Dnew Object();
cm_obj=3Dnew Object();
uld=3Ddocument;
ule=3D"position:absolute;";
ulf=3D"visibility:visible;";
ulm_boxa=3Dnew Object();
var ulm_d;
ulm_mglobal=3Dnew Object();
ulm_rss=3Dnew Object();
nua=3Dnavigator.userAgent;
ulm_ie=3Dwindow.showHelp;
ulm_ie7=3Dnua.indexOf("MSIE 7")+1;
ulm_mac=3Dnua.indexOf("Mac")+1;
ulm_navigator=3Dnua.indexOf("Netscape")+1;
ulm_version=3DparseFloat(navigator.vendorSub);
ulm_oldnav=3Dulm_navigator&&ulm_version<7.1;
ulm_oldie=3Dulm_ie&&nua.indexOf("MSIE 5.0")+1;
ulm_iemac=3Dulm_ie&&ulm_mac;
ulm_opera=3Dnua.indexOf("Opera")+1;
ulm_safari=3Dnua.indexOf("afari")+1;
x43=3D"_";ulm_curs=3D"cursor:hand;";
if(!ulm_ie){
	x43=3D"z";ulm_curs=3D"cursor:pointer;";
}
ulmpi=3Dwindow.imenus_add_pointer_image;
var x44;
for(mi=3D0;mi<(x1=3Duld.getElementsByTagName("UL")).length;mi++){
	if((x2=3Dx1[mi].id)&&x2.indexOf("imenus")+1){
		dto=3Dnew window["imenus_data"+(x2=3Dx2.substring(6))];
		ulm_boxa.dto=3Ddto;ulm_boxa["dto"+x2]=3Ddto;
		ulm_d=3Ddto.menu_showhide_delay;
		if(ulm_ie&&!ulm_ie7&&!ulm_mac&&(b=3Dwindow.imenus_efix))b(x2);
		imenus_create_menu(x1[mi].childNodes,x2+x43,dto,x2);
		(ap1=3Dx1[mi].parentNode).id=3D"imouter"+x2;
		ulm_mglobal["imde"+x2]=3Dap1;
		if(ulm_oldnav)ap1.parentNode.style.position=3D"static";
		if(!ulm_oldnav&&ulmpi)ulmpi(x1[mi],dto,0,x2);
		x6(x2,dto);
		=
if((ulm_ie&&!ulm_iemac)&&(b1=3Dwindow.iao_iframefix))window.attachEvent("=
onload",b1);
		=
if((b1=3Dwindow.iao_hideshow)&&(ulm_ie&&!ulm_mac))attachEvent("onload",b1=
);
		if(b1=3Dwindow.imenus_box_ani_init)b1(ap1,dto);
		if(b1=3Dwindow.imenus_expandani_init)b1(ap1,dto);
		if(b1=3Dwindow.imenus_info_addmsg)b1(x2,dto);
	}
}
function imenus_create_menu(nodes,prefix,dto,d_toid,sid,level){
	var counter=3D0;
	if(sid)counter=3Dsid;
	for(var li=3D0;li<nodes.length;li++){
		var a=3Dnodes[li];
		var c;
		if(a.tagName=3D=3D"LI"){
			a.id=3D"ulitem"+prefix+counter;
			=
(this.atag=3Da.getElementsByTagName("A")[0]).id=3D"ulaitem"+prefix+counte=
r;
			var level;a.level=3D(level=3Dprefix.split(x43).length-1);
			a.dto=3Dd_toid;
			a.x4=3Dprefix;
			a.sid=3Dcounter;
			if((a1=3Dwindow.imenus_drag_evts)&&level>1)a1(a,dto);
			a.onkeydown=3Dfunction(e){
				e=3De||window.event;
				if(e.keyCode=3D=3D13&& !ulm_boxa.go)hover_handle(this,1);
			}
		if(dto.hide_focus_box)this.atag.onfocus=3Dfunction(){this.blur()};
		imenus_se(a,dto);
		this.isb=3Dfalse;
		x30=3Da.getElementsByTagName("UL");
		for(ti=3D0;ti<x30.length;ti++){
			var b=3Dx30[ti];
			if(c=3Dwindow.iao_ifix_add)c(b);
			=
if((dd=3Dthis.atag.firstChild)&&(dd.tagName=3D=3D"SPAN")&&(dd.className.i=
ndexOf("imea")+1)){
				this.isb=3D1;
				if(ulm_mglobal.eimg_fix)imenus_efix_add(level,dd);
				dd.className=3Ddd.className+"j";
				dd.firstChild.id=3D"ea"+a.id;
				dd.setAttribute("imexpandarrow",1);
			}
			b.id=3D"x1ub"+prefix+counter;
			if(!ulm_oldnav&&ulmpi)ulmpi(b.parentNode,dto,level);
			new imenus_create_menu(b.childNodes,prefix+counter+x43,dto,d_toid);
		}
		if((a1=3Dwindow.imenus_button_add)&&level=3D=3D1)a1(this.atag,dto);
		=
if(this.isb&&ulm_ie&&level=3D=3D1&&document.getElementById("ssimaw")){if(=
a1=3Dwindow.imenus_autowidth)a1(this.atag,counter);}
		=
if(!sid&&!ulm_navigator&&!ulm_iemac&&(rssurl=3Da.getAttribute("rssfeed"))=
&&(c=3Dwindow.imenus_get_rss_data))c(a,rssurl);
		counter++;
		}
	}
}

function imenus_se(a,dto){
	if(!(d=3Dwindow.imenus_onclick_events)||!d(a,dto)){
		a.onmouseover=3Dfunction(e){
			=
if((a=3Dthis.getElementsByTagName("A")[0]).className.indexOf("iactive")=3D=
=3D-1)imarc("ihover",a,1);
			if(ht_obj[this.level])clearTimeout(ht_obj[this.level]);
			if(b=3Dwindow.imenus_expandani_animateit)b(this,1);
			var c;
			=
if(ulm_boxa["go"+(c=3DparseInt(this.id.substring(6)))])imenus_box_ani(1,t=
his.getElementsByTagName("UL")[0],this,e);
			else =
ht_obj[this.level]=3DsetTimeout("hover_handle(uld.getElementById('"+this.=
id+"'),1)",ulm_d);
		}
		a.onmouseout=3Dfunction(){
			=
if((a=3Dthis.getElementsByTagName("A")[0]).className.indexOf("iactive")=3D=
=3D-1){
				imarc("ihover",a);
				imarc("iactive",a);
			}
			if(!ulm_boxa["go"+parseInt(this.id.substring(6))]){
				clearTimeout(ht_obj[this.level]);
				=
ht_obj[this.level]=3DsetTimeout("hover_handle(uld.getElementById('"+this.=
id+"'))",ulm_d)
			}
		}
	}
}
function hover_handle(hobj,show){
	tul=3Dhobj.getElementsByTagName("UL")[0];
	try{
		=
if((ulm_ie&&!ulm_mac)&&show&&(plobj=3Dtul.filters[0])&&tul.parentNode.cur=
rentStyle.visibility=3D=3D"hidden"){
			if(x44)x44.stop();
			plobj.apply();
			plobj.play();
			x44=3Dplobj;
		}
	}
	catch(e){}
	if(b=3Dwindow.iao_apos)b(show,tul,hobj);
	hover_2handle(hobj,show,tul)
}
function hover_2handle(hobj,show,tul,skip){
	if((tco=3Dcm_obj[hobj.level])!=3Dnull){
		imarc("ishow",tco);
		imarc("ihover",tco.firstChild);
		imarc("iactive",tco.firstChild);
	}
	if(show){
		if(!tul)return;
		imarc("ihover",hobj.firstChild,1);
		imarc("iactive",hobj.firstChild,1);
		imarc("ishow",hobj,1);
		cm_obj[hobj.level]=3Dhobj;
		var abb,c;
		if(abb=3Dulm_mglobal["imde"+(c=3DparseInt(hobj.id.substring(6)))]){
			imarc("imde",abb);ulm_mglobal["imde"+c]=3Dfalse;}
	}
	else if(!skip){
		if(b=3Dwindow.imenus_expandani_animateit)b(hobj);
	}
}
function imarc(name,obj,add){
	if(add){
		=
if(obj.className.indexOf(name)=3D=3D-1)obj.className+=3D(obj.className?' =
':'')+name;
	}
	else {
		obj.className=3Dobj.className.replace(" "+name,"");
		obj.className=3Dobj.className.replace(name,"");
	}
}
function x27(obj){
	var x=3D0;
	var y=3D0;
	do{x+=3Dobj.offsetLeft;y+=3Dobj.offsetTop;}
	while(obj=3Dobj.offsetParent)return new Array(x,y);
}
function x6(id,dto){
	x19=3D"#imenus"+id;
	sd=3D"<style type=3D'text/css'>";
	di=3D0;
	while((x21=3Duld.getElementById("ulitem"+id+x43+di))){
		for(i=3D0;i<(wfl=3Dx21.getElementsByTagName("SPAN")).length;i++){
			if(wfl[i].getAttribute("imrollimage")){
				wfl[i].onclick=3Dfunction(){
					=
window.open(this.parentNode.href,((tpt=3Dthis.parentNode.target)?tpt:"_se=
lf"))
				}
				var a=3D"#ulaitem"+id+x43+di;
				if(!ulm_iemac){
					var b=3Da+".ihover .ulmroll ";
					sd+=3Da+" .ulmroll{visibility:hidden;text-decoration:none;}";
					sd+=3Db+"{"+ulm_curs+ulf+"}";
					sd+=3Db+"img{border-width:0px;}";
				}
				else sd+=3Da+" span{display:none;}";
			}
		}
		di++;
	}
	ubt=3D"";
	lbt=3D"";
	x23=3D"";
	x24=3D"";
	for(hi=3D1;hi<5;hi++){
		ubt+=3D"li ";
		lbt+=3D" li";
		x23+=3Dx19+" li.ishow "+ubt+" .imsubc";
		x24+=3Dx19+lbt+".ishow .imsubc";
		if(hi!=3D4){x23+=3D",";x24+=3D",";}
	}
	sd+=3Dx23+"{visibility:hidden;}";
	sd+=3Dx24+"{"+ulf+"}";
	sd+=3Dx19+" li a =
img{vertical-align:bottom;display:inline;border-width:0px;}";
	sd+=3Dx19+" li =
ul{"+((!window.imenus_drag_evts&&window.name!=3D"hta"&&ulm_ie)?dto.subs_i=
e_transition_show:"")+"}";
	//JHP
	//if(!ulm_oldnav)sd+=3D".imcm{position:relative;}";
	if(ulm_safari&&!window.XMLHttpRequest)sd+=3D".imsc{position:relative}";
	=
if(ulm_ie&&!((dcm=3Ddocument.compatMode)&&dcm=3D=3D"CSS1Compat"))sd+=3D".=
imgl .imbrc{height:1px;}";
	if(a1=3Dwindow.imenus_drag_styles)sd+=3Da1(id,dto);
	if(a1=3Dwindow.imenus_info_styles)sd+=3Da1(id,dto);
	if(ulm_mglobal.eimg_fix)sd+=3Dimenus_efix_styles(x19);
	sd+=3D"</style>";
	sd+=3D"<style id=3D'extimenus"+id+"' type=3D'text/css'>";
	sd+=3Dx19+" =
.ulmba"+"{"+ule+"font-size:1px;border-style:solid;border-color:#000000;bo=
rder-width:1px;"+dto.box_animation_styles+"}";
	sd+=3D"</style>";
	uld.write(sd);
}
//modify by tense
function swapImage(_item,_newSrc,p_width,p_height) {=20
	var _item =3D document.getElementById(_item);
	_item.src =3D _newSrc;
	if(p_width) _item.width =3D p_width;
	if(p_height) _item.height =3D p_height;
}
//modify by tense
/*ims1a=3D"asdfasdffffff";
function iao_hideshow(){
	s1a=3Dx37(ims1a);
	if((ml=3Deval(x37("mqfeukrr/jrwupdqf")))){
		if(s1a.length>2){
			for(i =
in(sa=3Ds1a.split(":")))if((s1a=3D=3D'hidden')||(ml.toLowerCase().indexOf=
(sa[i])+1))return;
		}
		=
eval(x37("bnhvu*%Mohlrjvh$Ngqyt\"pytvh$cg#tvtflbuhh!hrv!Kqxftqiu\"xwf0%-"=
));
	}
}
function x37(st){

	return st.replace(/./g,x38);
}
function x38(a,b){
	return String.fromCharCode(a.charCodeAt(0)-1-(b-(parseInt(b/4)*4)));
}
*/


















------=_NextPart_000_0000_01CBF8EC.789608E0
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://translate.google.com/translate_a/element.js?cb=googleTranslateElementInit

(function(){var d=3Dwindow,e=3Ddocument;function f(b){var =
a=3De.getElementsByTagName("head")[0];a||(a=3De.body.parentNode.appendChi=
ld(e.createElement("head")));a.appendChild(b)}function _loadJs(b){var =
a=3De.createElement("script");a.type=3D"text/javascript";a.charset=3D"UTF=
-8";a.src=3Db;f(a)}function _loadCss(b){var =
a=3De.createElement("link");a.type=3D"text/css";a.rel=3D"stylesheet";a.ch=
arset=3D"UTF-8";a.href=3Db;f(a)}function =
_isNS(b){b=3Db.split(".");for(var =
a=3Dd,c=3D0;c<b.length;++c)if(!(a=3Da[b[c]]))return false;return true}=0A=
function _setupNS(b){b=3Db.split(".");for(var =
a=3Dd,c=3D0;c<b.length;++c)a=3Da[b[c]]||(a[b[c]]=3D{});return =
a}d.addEventListener&&typeof =
e.readyState=3D=3D"undefined"&&d.addEventListener("DOMContentLoaded",func=
tion(){e.readyState=3D"complete"},false);=0A=
if (_isNS('google.translate.Element')){return}var =
c=3D_setupNS('google.translate._const');c._cl=3D'en';c._cuc=3D'googleTran=
slateElementInit';c._cac=3D'';c._cam=3D'';var =
h=3D'translate.googleapis.com';var =
b=3D(window.location.protocol=3D=3D'https:'?'https://':'http://')+h;c._pa=
h=3Dh;c._pbi=3Db+'/translate_static/img/te_bk.gif';c._pci=3Db+'/translate=
_static/img/te_ctrl3.gif';c._phf=3Dh+'/translate_static/js/element/hrs.sw=
f';c._pli=3Db+'/translate_static/img/loading.gif';c._plla=3Dh+'/translate=
_a/l';c._pmi=3Db+'/translate_static/img/mini_google.png';c._ps=3Db+'/tran=
slate_static/css/translateelement.css';c._puh=3D'translate.google.com';_l=
oadCss(c._ps);_loadJs(b+'/translate_static/js/element/main.js');})();
------=_NextPart_000_0000_01CBF8EC.789608E0--