quality of serversideviewer.

#
# This file contains configuration information for the conquest cgi web server;
# it must be in the same directory as the dgate.exe in the web server script directory.
# For wamp: dgate.exe runs if it is put in C:\wamp\Apache2\cgi-bin
# The server home page is then "http://127.0.0.1/cgi-bin/dgate.exe?mode=top"
# The cgi interface has been tested with wamp5, dgate4.12d, and ie6sp1
#
# modified 20070213: default to n4, note about ocx only required on client
# modified 20080902: webreadonly ON; graphics and viewer configs; sample scripted web pages
# modified 20101121: Added wadoservers section
# modified 20120213: Added SQLServer, SqLite (enables lua dbquery and sql, see sample3)
# modified 20120213: Added ACRNemaMap, Dictionay (enables lua dicomquery, see sample3)
# modified 20120219: Organized the general samples, ecrf, soap and json


[sscscp]
MicroPACS                = sscscp


Tempdir                  = c:\temp


# database layout (copy dicom.sql to the web server script directory or point to the one in your dicom server directory)


kFactorFile              = c:\dicomserver\dicom.sql
TruncateFieldNames       = 10


# gives access to the SQL server of the DICOM server
# use of independent database is also allowed (depends on scripts used)


SQLServer                = C:\dicomserver\Data\dbase\conquest.db3
SqLite                   = 1


# gives access to all DICOM servers known in acrnema.map


ACRNemaMap               = C:\dicomserver\acrnema.map
Dictionary               = C:\dicomserver\dgate.dic


# default IP address and port of DICOM server (may be non-local, web pages empty if wrong)


WebServerFor             = localhost
TCPPort                  = 5678


# AE title: only used if web client originates queries or moves


MyACRNema		 = CONQUESTSRV1


# path to script engine: ocx will not download images if wrong - shows as black square with controls
# for wamp: dgate.exe runs if it is put in C:\wamp\Apache2\cgi-bin


WebScriptAddress         = http://localhost/cgi-bin/dgate64.exe


# web or local location of ActiveFormProj1.ocx for download (include trailing / or \)
# the activeX control will not download if wrong or security too high - shows as white square with red x
# note: it only needs to be registered by the client, not the server!
# for wamp: the ocx canNOT be in C:\wamp\Apache2\cgi-bin, I put it in c:\wamp\www (above cgi-bin)
# - the default value is derived from WebScriptAddress


#WebCodeBase              = http://localhost/




# if set to 1 (default), the web user cannot edit databases and (in future) other things


#WebReadonly              = 1
#WebPush                  = 0




# this is an optional virtual directory used to http: all images from mag0
# this entry is experimental and unused except for viewer=seriesviewer2
# in this mode (only) ocx will not download images if wrong - shows as black square with 
# controls - the default value is derived from WebScriptAddress


#WebMAG0Address           = http://127.0.0.1/mag0


# excerpt from C:\wamp\Apache2\conf\httpd.conf required for WebMAG0Address (un-# there)
# or use the wamp traybar menu to create the alias


#Alias /mag0/ "c:/dicomserver/data/" 
#
#<Directory "c:/dicomserver/data">
#    Options Indexes MultiViews
#    AllowOverride None
#    Order allow,deny
#    Allow from all
#</Directory>




# these settings control size of slice and series viewers, max size of transmitted dicom images 
# (0=original), compression for images sent to the activex (may be un,n1..4,j1,j2), the size of 
# the icons in the image list, the image type used for icons and slice display, and the dgate 
# mode containing the viewer (may be seriesviewer, seriesviewer2, noviewer, serversideviewer, 
# or aiviewer - java code of the latter not included with 1.4.14).
# note: all items require at least one space left and right of the '=' !


[webdefaults]
size     = 560
dsize    = 2048
compress = un
iconsize = 48
graphic  = gif
viewer   = serversideviewer
#viewer   = seriesviewer
#viewer   = seriesviewer2
#viewer   = imagejaviewer


# enter address (up to not including the ?) of the WADO server for each DICOM AE listed
# the sample (for AE TESTWADOSRV) comes from the DICOM standard and is not valid
# the default is the local conquest server (which could use virtualservers as WADO bridge)


[wadoservers]
TESTWADOSRV = http://www.hospital-stmarco/radiology/wado.php


# new viewer based on FIJI's ImageJA


[imagejaviewer]
source   = viewers\imagejaviewer.cq


# this creates web page http://xxxxx/cgi-bin/dgate.exe?mode=sample


[sample]
variable = sample 1
source   = samples\sample.cq


# this creates web page http://xxxxx/cgi-bin/dgate.exe?mode=sample2
# This sample posts a file
# Note: in the header parameter newline is written as \


[sample2]
variable = sample 2
header= Content-type: text/html\Cache-Control: no-cache\
line0 = <HEAD><TITLE>Conquest DICOM server - %variable%</TITLE></HEAD>
line1 = <BODY BGCOLOR='CFDFCF'>
line2 = <H2>Conquest DICOM server - %query_string%</H2>
line3 = <FORM ACTION="dgate.exe" METHOD=POST ENCTYPE="multipart/form-data">
line4 = <INPUT NAME=mode    TYPE=HIDDEN VALUE=soaprequest>
line5 = <INPUT NAME=port    TYPE=HIDDEN VALUE=5678>
line6 = <INPUT NAME=address TYPE=HIDDEN VALUE=127.0.0.1>
line7 = Upload file to enter into server (dcm/v2/HL7/zip/7z/gz/tar): <INPUT NAME=filetoupload SIZE=40 TYPE=file VALUE=>
line8 = <INPUT TYPE=SUBMIT VALUE=Go>
line9 = </FORM>
line10 = </BODY>


# this creates a web page scripted in lua http://xxxxx/cgi-bin/dgate.exe?mode=sample3


[sample3]
source = samples\sample3.lua


# these entries create an experimental a SOAP interface scripted in lua


[wsdl]
source = soap\wsdl.xml
header = Content-type: text/xml\


[soaprequest]
source = soap\soaprequest.lua


# these entries create an experimental JSON interface scripted in lua


[sample4]
source = json\json_sample.html
header = Content-type: text/html\Cache-Control: no-cache\


[jsonrequest]
source = json\jsonrequest.lua


# these entries create a simple eCRF interface
# ..?mode=studyfinder&dest=CONQUESTSRV1&key=afc0501:baseline&query==2040XXXX


# creates SQL database and enters information
[markstudy]
source = ecrf\markstudyseries.lua
caption= Select for submission


[markseries]
source = ecrf\markstudyseries.lua
caption= Select for submission


# show SQL database and selects processing
[shoppingcart]
source = ecrf\shoppingcart.lua
caption= Process selected data


# process information
[ecrfprocess]
source = ecrf\ecrfprocess.lua


#----------------------------------------------------------
#Possible modes:


#1) gateway is slave system; stores data as is
#PACS is NOT setup as known in acrnema.map
#Send data from PACS to gateway
#select data from gateway using querystudies web page or equivalent
#submit; anonymize during submission
#
#2) gateway is slave system; stores data anonymized
#PACS is NOT setup as known in acrnema.map
#Send data from PACS to gateway; data is anonymized during reception
#select data from gateway using querystudies web page or equivalent
#submit; anonymize during submission


#3) gateway is query/retrieve client; stores data as is
#PACS is setup as known in acrnema.map
#select data from PACS using studyfinder web page or equivalent
#Move from PACS to gateway
#submit; anonymize during submission


#4) gateway is query/retrieve client; stores data anonymized
#PACS is setup as known in acrnema.map
#select data from PACS using studyfinder web page or equivalent
#Move from PACS to gateway; data is anonymized during reception
#submit as is (using anonymized UIDs; set SubjectKey during transmission)