Mercurial > hg > orthanc-book
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--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/AUTHORS Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,12 @@ +Orthanc Book - A Lightweight, RESTful DICOM Server +================================================== + +* Sebastien Jodogne <s.jodogne@gmail.com> + Department of Medical Physics + University Hospital of Liege + Belgium + +* Osimis S.A. <info@osimis.io> + Rue des Chasseurs Ardennais 3 + 4031 Liège + Belgium
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/README Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,42 @@ +=================== +General information +=================== + +Orthanc is a lightweight, RESTful Vendor Neutral Archive for DICOM. + +General information about Orthanc can be found on its official +Website: http://www.orthanc-server.com/ + +This repository contains the source code of the Orthanc Book, +which documents how Orthanc can be used. + + +===== +Setup +===== + +To build the Orthanc Book from sources, you need to install Sphinx +(http://www.sphinx-doc.org/), the Python Documentation Generator. + + +Installing Sphinx under Ubuntu 14.04 LTS: +----------------------------------------- + +# sudo pip install sphinx sphinx_bootstrap_theme + + +============================ +Generating the documentation +============================ + +Under Linux +----------- + +# cd ./Sphinx +# make html + +The HTML documentation will be available in the folder +"./build/html". You can for instance open it using Mozilla Firefox as +follows: + +# firefox ./build/html/index.html
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/Makefile Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,192 @@ +# Makefile for Sphinx documentation +# + +# You can set these variables from the command line. +SPHINXOPTS = +SPHINXBUILD = /usr/local/bin/sphinx-build +PAPER = +BUILDDIR = build + +# User-friendly check for sphinx-build +ifeq ($(shell which $(SPHINXBUILD) >/dev/null 2>&1; echo $$?), 1) +$(error The '$(SPHINXBUILD)' command was not found. Make sure you have Sphinx installed, then set the SPHINXBUILD environment variable to point to the full path of the '$(SPHINXBUILD)' executable. Alternatively you can add the directory with the executable to your PATH. If you don't have Sphinx installed, grab it from http://sphinx-doc.org/) +endif + +# Internal variables. +PAPEROPT_a4 = -D latex_paper_size=a4 +PAPEROPT_letter = -D latex_paper_size=letter +ALLSPHINXOPTS = -d $(BUILDDIR)/doctrees $(PAPEROPT_$(PAPER)) $(SPHINXOPTS) source +# the i18n builder cannot share the environment and doctrees with the others +I18NSPHINXOPTS = $(PAPEROPT_$(PAPER)) $(SPHINXOPTS) source + +.PHONY: help clean html dirhtml singlehtml pickle json htmlhelp qthelp devhelp epub latex latexpdf text man changes linkcheck doctest coverage gettext + +help: + @echo "Please use \`make <target>' where <target> is one of" + @echo " html to make standalone HTML files" + @echo " dirhtml to make HTML files named index.html in directories" + @echo " singlehtml to make a single large HTML file" + @echo " pickle to make pickle files" + @echo " json to make JSON files" + @echo " htmlhelp to make HTML files and a HTML help project" + @echo " qthelp to make HTML files and a qthelp project" + @echo " applehelp to make an Apple Help Book" + @echo " devhelp to make HTML files and a Devhelp project" + @echo " epub to make an epub" + @echo " latex to make LaTeX files, you can set PAPER=a4 or PAPER=letter" + @echo " latexpdf to make LaTeX files and run them through pdflatex" + @echo " latexpdfja to make LaTeX files and run them through platex/dvipdfmx" + @echo " text to make text files" + @echo " man to make manual pages" + @echo " texinfo to make Texinfo files" + @echo " info to make Texinfo files and run them through makeinfo" + @echo " gettext to make PO message catalogs" + @echo " changes to make an overview of all changed/added/deprecated items" + @echo " xml to make Docutils-native XML files" + @echo " pseudoxml to make pseudoxml-XML files for display purposes" + @echo " linkcheck to check all external links for integrity" + @echo " doctest to run all doctests embedded in the documentation (if enabled)" + @echo " coverage to run coverage check of the documentation (if enabled)" + +clean: + rm -rf $(BUILDDIR)/* + +html: + $(SPHINXBUILD) -b html $(ALLSPHINXOPTS) $(BUILDDIR)/html + @echo + @echo "Build finished. The HTML pages are in $(BUILDDIR)/html." + +dirhtml: + $(SPHINXBUILD) -b dirhtml $(ALLSPHINXOPTS) $(BUILDDIR)/dirhtml + @echo + @echo "Build finished. The HTML pages are in $(BUILDDIR)/dirhtml." + +singlehtml: + $(SPHINXBUILD) -b singlehtml $(ALLSPHINXOPTS) $(BUILDDIR)/singlehtml + @echo + @echo "Build finished. The HTML page is in $(BUILDDIR)/singlehtml." + +pickle: + $(SPHINXBUILD) -b pickle $(ALLSPHINXOPTS) $(BUILDDIR)/pickle + @echo + @echo "Build finished; now you can process the pickle files." + +json: + $(SPHINXBUILD) -b json $(ALLSPHINXOPTS) $(BUILDDIR)/json + @echo + @echo "Build finished; now you can process the JSON files." + +htmlhelp: + $(SPHINXBUILD) -b htmlhelp $(ALLSPHINXOPTS) $(BUILDDIR)/htmlhelp + @echo + @echo "Build finished; now you can run HTML Help Workshop with the" \ + ".hhp project file in $(BUILDDIR)/htmlhelp." + +qthelp: + $(SPHINXBUILD) -b qthelp $(ALLSPHINXOPTS) $(BUILDDIR)/qthelp + @echo + @echo "Build finished; now you can run "qcollectiongenerator" with the" \ + ".qhcp project file in $(BUILDDIR)/qthelp, like this:" + @echo "# qcollectiongenerator $(BUILDDIR)/qthelp/Orthanc.qhcp" + @echo "To view the help file:" + @echo "# assistant -collectionFile $(BUILDDIR)/qthelp/Orthanc.qhc" + +applehelp: + $(SPHINXBUILD) -b applehelp $(ALLSPHINXOPTS) $(BUILDDIR)/applehelp + @echo + @echo "Build finished. The help book is in $(BUILDDIR)/applehelp." + @echo "N.B. You won't be able to view it unless you put it in" \ + "~/Library/Documentation/Help or install it in your application" \ + "bundle." + +devhelp: + $(SPHINXBUILD) -b devhelp $(ALLSPHINXOPTS) $(BUILDDIR)/devhelp + @echo + @echo "Build finished." + @echo "To view the help file:" + @echo "# mkdir -p $$HOME/.local/share/devhelp/Orthanc" + @echo "# ln -s $(BUILDDIR)/devhelp $$HOME/.local/share/devhelp/Orthanc" + @echo "# devhelp" + +epub: + $(SPHINXBUILD) -b epub $(ALLSPHINXOPTS) $(BUILDDIR)/epub + @echo + @echo "Build finished. The epub file is in $(BUILDDIR)/epub." + +latex: + $(SPHINXBUILD) -b latex $(ALLSPHINXOPTS) $(BUILDDIR)/latex + @echo + @echo "Build finished; the LaTeX files are in $(BUILDDIR)/latex." + @echo "Run \`make' in that directory to run these through (pdf)latex" \ + "(use \`make latexpdf' here to do that automatically)." + +latexpdf: + $(SPHINXBUILD) -b latex $(ALLSPHINXOPTS) $(BUILDDIR)/latex + @echo "Running LaTeX files through pdflatex..." + $(MAKE) -C $(BUILDDIR)/latex all-pdf + @echo "pdflatex finished; the PDF files are in $(BUILDDIR)/latex." + +latexpdfja: + $(SPHINXBUILD) -b latex $(ALLSPHINXOPTS) $(BUILDDIR)/latex + @echo "Running LaTeX files through platex and dvipdfmx..." + $(MAKE) -C $(BUILDDIR)/latex all-pdf-ja + @echo "pdflatex finished; the PDF files are in $(BUILDDIR)/latex." + +text: + $(SPHINXBUILD) -b text $(ALLSPHINXOPTS) $(BUILDDIR)/text + @echo + @echo "Build finished. The text files are in $(BUILDDIR)/text." + +man: + $(SPHINXBUILD) -b man $(ALLSPHINXOPTS) $(BUILDDIR)/man + @echo + @echo "Build finished. The manual pages are in $(BUILDDIR)/man." + +texinfo: + $(SPHINXBUILD) -b texinfo $(ALLSPHINXOPTS) $(BUILDDIR)/texinfo + @echo + @echo "Build finished. The Texinfo files are in $(BUILDDIR)/texinfo." + @echo "Run \`make' in that directory to run these through makeinfo" \ + "(use \`make info' here to do that automatically)." + +info: + $(SPHINXBUILD) -b texinfo $(ALLSPHINXOPTS) $(BUILDDIR)/texinfo + @echo "Running Texinfo files through makeinfo..." + make -C $(BUILDDIR)/texinfo info + @echo "makeinfo finished; the Info files are in $(BUILDDIR)/texinfo." + +gettext: + $(SPHINXBUILD) -b gettext $(I18NSPHINXOPTS) $(BUILDDIR)/locale + @echo + @echo "Build finished. The message catalogs are in $(BUILDDIR)/locale." + +changes: + $(SPHINXBUILD) -b changes $(ALLSPHINXOPTS) $(BUILDDIR)/changes + @echo + @echo "The overview file is in $(BUILDDIR)/changes." + +linkcheck: + $(SPHINXBUILD) -b linkcheck $(ALLSPHINXOPTS) $(BUILDDIR)/linkcheck + @echo + @echo "Link check complete; look for any errors in the above output " \ + "or in $(BUILDDIR)/linkcheck/output.txt." + +doctest: + $(SPHINXBUILD) -b doctest $(ALLSPHINXOPTS) $(BUILDDIR)/doctest + @echo "Testing of doctests in the sources finished, look at the " \ + "results in $(BUILDDIR)/doctest/output.txt." + +coverage: + $(SPHINXBUILD) -b coverage $(ALLSPHINXOPTS) $(BUILDDIR)/coverage + @echo "Testing of coverage in the sources finished, look at the " \ + "results in $(BUILDDIR)/coverage/python.txt." + +xml: + $(SPHINXBUILD) -b xml $(ALLSPHINXOPTS) $(BUILDDIR)/xml + @echo + @echo "Build finished. The XML files are in $(BUILDDIR)/xml." + +pseudoxml: + $(SPHINXBUILD) -b pseudoxml $(ALLSPHINXOPTS) $(BUILDDIR)/pseudoxml + @echo + @echo "Build finished. The pseudo-XML files are in $(BUILDDIR)/pseudoxml."
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/make.bat Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,263 @@ +@ECHO OFF + +REM Command file for Sphinx documentation + +if "%SPHINXBUILD%" == "" ( + set SPHINXBUILD=sphinx-build +) +set BUILDDIR=build +set ALLSPHINXOPTS=-d %BUILDDIR%/doctrees %SPHINXOPTS% source +set I18NSPHINXOPTS=%SPHINXOPTS% source +if NOT "%PAPER%" == "" ( + set ALLSPHINXOPTS=-D latex_paper_size=%PAPER% %ALLSPHINXOPTS% + set I18NSPHINXOPTS=-D latex_paper_size=%PAPER% %I18NSPHINXOPTS% +) + +if "%1" == "" goto help + +if "%1" == "help" ( + :help + echo.Please use `make ^<target^>` where ^<target^> is one of + echo. html to make standalone HTML files + echo. dirhtml to make HTML files named index.html in directories + echo. singlehtml to make a single large HTML file + echo. pickle to make pickle files + echo. json to make JSON files + echo. htmlhelp to make HTML files and a HTML help project + echo. qthelp to make HTML files and a qthelp project + echo. devhelp to make HTML files and a Devhelp project + echo. epub to make an epub + echo. latex to make LaTeX files, you can set PAPER=a4 or PAPER=letter + echo. text to make text files + echo. man to make manual pages + echo. texinfo to make Texinfo files + echo. gettext to make PO message catalogs + echo. changes to make an overview over all changed/added/deprecated items + echo. xml to make Docutils-native XML files + echo. pseudoxml to make pseudoxml-XML files for display purposes + echo. linkcheck to check all external links for integrity + echo. doctest to run all doctests embedded in the documentation if enabled + echo. coverage to run coverage check of the documentation if enabled + goto end +) + +if "%1" == "clean" ( + for /d %%i in (%BUILDDIR%\*) do rmdir /q /s %%i + del /q /s %BUILDDIR%\* + goto end +) + + +REM Check if sphinx-build is available and fallback to Python version if any +%SPHINXBUILD% 2> nul +if errorlevel 9009 goto sphinx_python +goto sphinx_ok + +:sphinx_python + +set SPHINXBUILD=python -m sphinx.__init__ +%SPHINXBUILD% 2> nul +if errorlevel 9009 ( + echo. + echo.The 'sphinx-build' command was not found. Make sure you have Sphinx + echo.installed, then set the SPHINXBUILD environment variable to point + echo.to the full path of the 'sphinx-build' executable. Alternatively you + echo.may add the Sphinx directory to PATH. + echo. + echo.If you don't have Sphinx installed, grab it from + echo.http://sphinx-doc.org/ + exit /b 1 +) + +:sphinx_ok + + +if "%1" == "html" ( + %SPHINXBUILD% -b html %ALLSPHINXOPTS% %BUILDDIR%/html + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. The HTML pages are in %BUILDDIR%/html. + goto end +) + +if "%1" == "dirhtml" ( + %SPHINXBUILD% -b dirhtml %ALLSPHINXOPTS% %BUILDDIR%/dirhtml + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. The HTML pages are in %BUILDDIR%/dirhtml. + goto end +) + +if "%1" == "singlehtml" ( + %SPHINXBUILD% -b singlehtml %ALLSPHINXOPTS% %BUILDDIR%/singlehtml + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. The HTML pages are in %BUILDDIR%/singlehtml. + goto end +) + +if "%1" == "pickle" ( + %SPHINXBUILD% -b pickle %ALLSPHINXOPTS% %BUILDDIR%/pickle + if errorlevel 1 exit /b 1 + echo. + echo.Build finished; now you can process the pickle files. + goto end +) + +if "%1" == "json" ( + %SPHINXBUILD% -b json %ALLSPHINXOPTS% %BUILDDIR%/json + if errorlevel 1 exit /b 1 + echo. + echo.Build finished; now you can process the JSON files. + goto end +) + +if "%1" == "htmlhelp" ( + %SPHINXBUILD% -b htmlhelp %ALLSPHINXOPTS% %BUILDDIR%/htmlhelp + if errorlevel 1 exit /b 1 + echo. + echo.Build finished; now you can run HTML Help Workshop with the ^ +.hhp project file in %BUILDDIR%/htmlhelp. + goto end +) + +if "%1" == "qthelp" ( + %SPHINXBUILD% -b qthelp %ALLSPHINXOPTS% %BUILDDIR%/qthelp + if errorlevel 1 exit /b 1 + echo. + echo.Build finished; now you can run "qcollectiongenerator" with the ^ +.qhcp project file in %BUILDDIR%/qthelp, like this: + echo.^> qcollectiongenerator %BUILDDIR%\qthelp\Orthanc.qhcp + echo.To view the help file: + echo.^> assistant -collectionFile %BUILDDIR%\qthelp\Orthanc.ghc + goto end +) + +if "%1" == "devhelp" ( + %SPHINXBUILD% -b devhelp %ALLSPHINXOPTS% %BUILDDIR%/devhelp + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. + goto end +) + +if "%1" == "epub" ( + %SPHINXBUILD% -b epub %ALLSPHINXOPTS% %BUILDDIR%/epub + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. The epub file is in %BUILDDIR%/epub. + goto end +) + +if "%1" == "latex" ( + %SPHINXBUILD% -b latex %ALLSPHINXOPTS% %BUILDDIR%/latex + if errorlevel 1 exit /b 1 + echo. + echo.Build finished; the LaTeX files are in %BUILDDIR%/latex. + goto end +) + +if "%1" == "latexpdf" ( + %SPHINXBUILD% -b latex %ALLSPHINXOPTS% %BUILDDIR%/latex + cd %BUILDDIR%/latex + make all-pdf + cd %~dp0 + echo. + echo.Build finished; the PDF files are in %BUILDDIR%/latex. + goto end +) + +if "%1" == "latexpdfja" ( + %SPHINXBUILD% -b latex %ALLSPHINXOPTS% %BUILDDIR%/latex + cd %BUILDDIR%/latex + make all-pdf-ja + cd %~dp0 + echo. + echo.Build finished; the PDF files are in %BUILDDIR%/latex. + goto end +) + +if "%1" == "text" ( + %SPHINXBUILD% -b text %ALLSPHINXOPTS% %BUILDDIR%/text + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. The text files are in %BUILDDIR%/text. + goto end +) + +if "%1" == "man" ( + %SPHINXBUILD% -b man %ALLSPHINXOPTS% %BUILDDIR%/man + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. The manual pages are in %BUILDDIR%/man. + goto end +) + +if "%1" == "texinfo" ( + %SPHINXBUILD% -b texinfo %ALLSPHINXOPTS% %BUILDDIR%/texinfo + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. The Texinfo files are in %BUILDDIR%/texinfo. + goto end +) + +if "%1" == "gettext" ( + %SPHINXBUILD% -b gettext %I18NSPHINXOPTS% %BUILDDIR%/locale + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. The message catalogs are in %BUILDDIR%/locale. + goto end +) + +if "%1" == "changes" ( + %SPHINXBUILD% -b changes %ALLSPHINXOPTS% %BUILDDIR%/changes + if errorlevel 1 exit /b 1 + echo. + echo.The overview file is in %BUILDDIR%/changes. + goto end +) + +if "%1" == "linkcheck" ( + %SPHINXBUILD% -b linkcheck %ALLSPHINXOPTS% %BUILDDIR%/linkcheck + if errorlevel 1 exit /b 1 + echo. + echo.Link check complete; look for any errors in the above output ^ +or in %BUILDDIR%/linkcheck/output.txt. + goto end +) + +if "%1" == "doctest" ( + %SPHINXBUILD% -b doctest %ALLSPHINXOPTS% %BUILDDIR%/doctest + if errorlevel 1 exit /b 1 + echo. + echo.Testing of doctests in the sources finished, look at the ^ +results in %BUILDDIR%/doctest/output.txt. + goto end +) + +if "%1" == "coverage" ( + %SPHINXBUILD% -b coverage %ALLSPHINXOPTS% %BUILDDIR%/coverage + if errorlevel 1 exit /b 1 + echo. + echo.Testing of coverage in the sources finished, look at the ^ +results in %BUILDDIR%/coverage/python.txt. + goto end +) + +if "%1" == "xml" ( + %SPHINXBUILD% -b xml %ALLSPHINXOPTS% %BUILDDIR%/xml + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. The XML files are in %BUILDDIR%/xml. + goto end +) + +if "%1" == "pseudoxml" ( + %SPHINXBUILD% -b pseudoxml %ALLSPHINXOPTS% %BUILDDIR%/pseudoxml + if errorlevel 1 exit /b 1 + echo. + echo.Build finished. The pseudo-XML files are in %BUILDDIR%/pseudoxml. + goto end +) + +:end
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/_static/orthanc.css Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,3 @@ +footer { + margin-top: 50px; +}
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/_templates/layout.html Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,18 @@ +{# Import the theme's layout. #} +{% extends "!layout.html" %} + +{# Custom CSS overrides #} +{% set bootswatch_css_custom = ['_static/orthanc.css'] %} + +{% block footer %} + {{ super() }} + <!-- Google Analytics --> + <script> + (function(i,s,o,g,r,a,m){i['GoogleAnalyticsObject']=r;i[r]=i[r]||function(){ + (i[r].q=i[r].q||[]).push(arguments)},i[r].l=1*new Date();a=s.createElement(o), + m=s.getElementsByTagName(o)[0];a.async=1;a.src=g;m.parentNode.insertBefore(a,m) + })(window,document,'script','//www.google-analytics.com/analytics.js','ga'); + ga('create', 'UA-33455438-2', 'orthanc-server.com'); + ga('send', 'pageview'); + </script> +{% endblock %}
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/conf.py Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,297 @@ +# -*- coding: utf-8 -*- +# +# Orthanc documentation build configuration file, created by +# sphinx-quickstart on Mon Sep 7 08:47:47 2015. +# +# This file is execfile()d with the current directory set to its +# containing dir. +# +# Note that not all possible configuration values are present in this +# autogenerated file. +# +# All configuration values have a default; values that are commented out +# serve to show the default. + +import sys +import os +import shlex + +import sphinx_bootstrap_theme + +# If extensions (or modules to document with autodoc) are in another directory, +# add these directories to sys.path here. If the directory is relative to the +# documentation root, use os.path.abspath to make it absolute, like shown here. +#sys.path.insert(0, os.path.abspath('.')) + +# -- General configuration ------------------------------------------------ + +# If your documentation needs a minimal Sphinx version, state it here. +#needs_sphinx = '1.0' + +# Add any Sphinx extension module names here, as strings. They can be +# extensions coming with Sphinx (named 'sphinx.ext.*') or your custom +# ones. +extensions = [] + +# Add any paths that contain templates here, relative to this directory. +templates_path = ['_templates'] + +# The suffix(es) of source filenames. +# You can specify multiple suffix as a list of string: +# source_suffix = ['.rst', '.md'] +source_suffix = '.rst' + +# The encoding of source files. +#source_encoding = 'utf-8-sig' + +# The master toctree document. +master_doc = 'index' + +# General information about the project. +project = u'Orthanc Book' +copyright = u'2015-2016, University Hospital of Liège and Osimis, Belgium' +author = u'' + +# The version info for the project you're documenting, acts as replacement for +# |version| and |release|, also used in various other places throughout the +# built documents. +# +# The short X.Y version. +version = '' +# The full version, including alpha/beta/rc tags. +release = '' + +# The language for content autogenerated by Sphinx. Refer to documentation +# for a list of supported languages. +# +# This is also used if you do content translation via gettext catalogs. +# Usually you set "language" from the command line for these cases. +language = None + +# There are two options for replacing |today|: either, you set today to some +# non-false value, then it is used: +#today = '' +# Else, today_fmt is used as the format for a strftime call. +#today_fmt = '%B %d, %Y' + +# List of patterns, relative to source directory, that match files and +# directories to ignore when looking for source files. +exclude_patterns = [] + +# The reST default role (used for this markup: `text`) to use for all +# documents. +#default_role = None + +# If true, '()' will be appended to :func: etc. cross-reference text. +#add_function_parentheses = True + +# If true, the current module name will be prepended to all description +# unit titles (such as .. function::). +#add_module_names = True + +# If true, sectionauthor and moduleauthor directives will be shown in the +# output. They are ignored by default. +#show_authors = False + +# The name of the Pygments (syntax highlighting) style to use. +pygments_style = 'sphinx' + +# A list of ignored prefixes for module index sorting. +#modindex_common_prefix = [] + +# If true, keep warnings as "system message" paragraphs in the built documents. +#keep_warnings = False + +# If true, `todo` and `todoList` produce output, else they produce nothing. +todo_include_todos = False + + +# -- Options for HTML output ---------------------------------------------- + +# The theme to use for HTML and HTML Help pages. See the documentation for +# a list of builtin themes. +#html_theme = 'alabaster' +html_theme = 'bootstrap' + +# Theme options are theme-specific and customize the look and feel of a theme +# further. For a list of options available for each theme, see the +# documentation. +#html_theme_options = {} + +html_theme_options = { + 'bootswatch_theme' : 'united', + 'navbar_pagenav': False, + 'navbar_sidebarrel': False, + 'navbar_site_name': 'Content', +} + +# Add any paths that contain custom themes here, relative to this directory. +#html_theme_path = [] +html_theme_path = sphinx_bootstrap_theme.get_html_theme_path() + +# The name for this set of Sphinx documents. If None, it defaults to +# "<project> v<release> documentation". +#html_title = None + +# A shorter title for the navigation bar. Default is the same as html_title. +#html_short_title = None + +# The name of an image file (relative to this directory) to place at the top +# of the sidebar. +#html_logo = None +#html_logo = 'logo.png' + +# The name of an image file (within the static path) to use as favicon of the +# docs. This file should be a Windows icon file (.ico) being 16x16 or 32x32 +# pixels large. +#html_favicon = None + +# Add any paths that contain custom static files (such as style sheets) here, +# relative to this directory. They are copied after the builtin static files, +# so a file named "default.css" will overwrite the builtin "default.css". +html_static_path = ['_static'] + +# Add any extra paths that contain custom files (such as robots.txt or +# .htaccess) here, relative to this directory. These files are copied +# directly to the root of the documentation. +#html_extra_path = [] + +# If not '', a 'Last updated on:' timestamp is inserted at every page bottom, +# using the given strftime format. +#html_last_updated_fmt = '%b %d, %Y' + +# If true, SmartyPants will be used to convert quotes and dashes to +# typographically correct entities. +#html_use_smartypants = True + +# Custom sidebar templates, maps document names to template names. +#html_sidebars = {} + +# Additional templates that should be rendered to pages, maps page names to +# template names. +#html_additional_pages = {} + +# If false, no module index is generated. +#html_domain_indices = True + +# If false, no index is generated. +#html_use_index = True + +# If true, the index is split into individual pages for each letter. +#html_split_index = False + +# If true, links to the reST sources are added to the pages. +#html_show_sourcelink = True +html_show_sourcelink = False + +# If true, "Created using Sphinx" is shown in the HTML footer. Default is True. +#html_show_sphinx = True + +# If true, "(C) Copyright ..." is shown in the HTML footer. Default is True. +#html_show_copyright = True + +# If true, an OpenSearch description file will be output, and all pages will +# contain a <link> tag referring to it. The value of this option must be the +# base URL from which the finished HTML is served. +#html_use_opensearch = '' + +# This is the file name suffix for HTML files (e.g. ".xhtml"). +#html_file_suffix = None + +# Language to be used for generating the HTML full-text search index. +# Sphinx supports the following languages: +# 'da', 'de', 'en', 'es', 'fi', 'fr', 'hu', 'it', 'ja' +# 'nl', 'no', 'pt', 'ro', 'ru', 'sv', 'tr' +#html_search_language = 'en' + +# A dictionary with options for the search language support, empty by default. +# Now only 'ja' uses this config value +#html_search_options = {'type': 'default'} + +# The name of a javascript file (relative to the configuration directory) that +# implements a search results scorer. If empty, the default will be used. +#html_search_scorer = 'scorer.js' + +# Output file base name for HTML help builder. +htmlhelp_basename = 'Orthancdoc' + +# -- Options for LaTeX output --------------------------------------------- + +latex_elements = { +# The paper size ('letterpaper' or 'a4paper'). +#'papersize': 'letterpaper', + +# The font size ('10pt', '11pt' or '12pt'). +#'pointsize': '10pt', + +# Additional stuff for the LaTeX preamble. +#'preamble': '', + +# Latex figure (float) alignment +#'figure_align': 'htbp', +} + +# Grouping the document tree into LaTeX files. List of tuples +# (source start file, target name, title, +# author, documentclass [howto, manual, or own class]). +latex_documents = [ + (master_doc, 'Orthanc.tex', u'Orthanc Documentation', + u'Sebastien Jodogne', 'manual'), +] + +# The name of an image file (relative to this directory) to place at the top of +# the title page. +#latex_logo = None + +# For "manual" documents, if this is true, then toplevel headings are parts, +# not chapters. +#latex_use_parts = False + +# If true, show page references after internal links. +#latex_show_pagerefs = False + +# If true, show URL addresses after external links. +#latex_show_urls = False + +# Documents to append as an appendix to all manuals. +#latex_appendices = [] + +# If false, no module index is generated. +#latex_domain_indices = True + + +# -- Options for manual page output --------------------------------------- + +# One entry per manual page. List of tuples +# (source start file, name, description, authors, manual section). +man_pages = [ + (master_doc, 'orthanc', u'Orthanc Documentation', + [author], 1) +] + +# If true, show URL addresses after external links. +#man_show_urls = False + + +# -- Options for Texinfo output ------------------------------------------- + +# Grouping the document tree into Texinfo files. List of tuples +# (source start file, target name, title, author, +# dir menu entry, description, category) +texinfo_documents = [ + (master_doc, 'Orthanc', u'Orthanc Documentation', + author, 'Orthanc', 'One line description of project.', + 'Miscellaneous'), +] + +# Documents to append as an appendix to all manuals. +#texinfo_appendices = [] + +# If false, no module index is generated. +#texinfo_domain_indices = True + +# How to display URL addresses: 'footnote', 'no', or 'inline'. +#texinfo_show_urls = 'footnote' + +# If true, do not generate a @detailmenu in the "Top" node's menu. +#texinfo_no_detailmenu = False
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/contributing.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,43 @@ +Contributing to Orthanc +======================= + +If you find Orthanc useful and wish to contribute to its development, +here are some tasks you can take in charge that would greatly help us: + +* Use Orthanc in the real life. ;) +* Report possible problems together with sample DICOM images on the + `issue tracker + <https://bitbucket.org/sjodogne/orthanc/issues?status=new&status=open>`_. +* Answer questions posted to the `mailing list + <https://groups.google.com/forum/#!forum/orthanc-users>`_. +* Index external contributions on the "`Orthanc Contributed + <https://github.com/jodogne/OrthancContributed>`_" GitHub + repository, via pull requests. +* Provide documentation and use cases (e.g. on `GitHub <https://github.com/jodogne/OrthancContributed>`_). +* Share maintenance scripts (e.g. on `GitHub <https://github.com/jodogne/OrthancContributed>`_). +* Advertise about Orthanc, and answer the `survey <http://www.orthanc-server.com/static.php?page=blog#survey>`_. +* Package Orthanc and its associated plugins for more UNIX or + GNU/Linux distributions (e.g. RHEL, CentOS, SUSE...). +* Improve and translate the `Wikipedia page + <https://en.wikipedia.org/wiki/Orthanc_(software)>`_ about Orthanc. +* Interface Orthanc with other software (e.g. 3D Slicer, + Matlab/Octave, Python, Horos, dicompyler...). Check the `already + supported frameworks <http://www.orthanc-server.com/static.php?page=resources>`_. +* Develop `C/C++ plugins + <https://github.com/jodogne/OrthancContributed/tree/master/Plugins>`_, + some ideas of which can be found in the `official roadmap + <https://trello.com/b/cjA9X1wM/orthanc-roadmap>`_. + + +The **recommended way of contributing to the source code of Orthanc is +by creating C/C++ plugins**. If the current plugin SDK is insufficient +for you to develop some feature as a plugin, do not hesitate to +request an extension to the Orthanc SDK on the `mailing list +<https://groups.google.com/forum/#!forum/orthanc-users>`_. + +The University Hospital of Liège will also happily accept **external +patches** in the core of Orthanc and in its associated official +plugins, provided they are put in the public domain. Such patches must +be sent to the `mailing list +<https://groups.google.com/forum/#!forum/orthanc-users>`_ (*not* via a +pull request).
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/developers.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,8 @@ +Developer's guide +================= + +.. toctree:: + :maxdepth: 1 + + developers/db-versioning.rst + developers/coding-style.rst
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/developers/coding-style.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,86 @@ +.. highlight:: c++ + +Coding style +============ + +.. contents:: + +The developers of Orthanc should follow these `C++ Programming Style +Guidelines <http://geosoft.no/development/cppstyle.html>`__, that are +similar to the so-called "`BSD/Allman style +<https://en.wikipedia.org/wiki/Indent_style#Allman_style>`__", with +some adaptations that are described below. A compliant Eclipse +formatter is `available in the Orthanc distribution +<https://bitbucket.org/sjodogne/orthanc/src/default/Resources/EclipseCodingStyle.xml>`__. + +Licensing +--------- + +Do not forget to include licensing information (GPLv3 with OpenSSL +exception) in each ``.cpp`` and ``.h``. + +Tabulations +----------- + +No tab characters. Replace 1 tab by 2 spaces. + +Strengthened Rules +------------------ + +* Rule 31: Use ``COLOR_RED`` instead of ``Color::RED`` +* Rule 34: Use the suffix ``.cpp`` +* Rule 35: A single header file must contain a single public class +* Rule 72: Use the Example 2 style (aka. Allman style, used by MSDN + and Visual Studio):: + + while (!done) + { + doSomething(); + done = moreToDo(); + } + + +Replaced Rules +-------------- + +* Rule 6: The names of the methods are camel-case to move the coding style closer to that of the .NET framework. +* Rule 36: + + * One-liners are always ok in a ``.h``, + * High-performance code is also allowed but only with the inline + keyword (the code being moved at the end of the header) + +* Rule 40: Use ``#pragma once`` in each header file (cf. `Wikipedia + <http://en.wikipedia.org/wiki/Pragma_once>`__) +* Rules 73 and 80: Use Visual Studio's default style that does not add + two whitespaces in front of public, protected, private and case:: + + class SomeClass : public BaseClass + { + public: + ... + protected: + ... + private: + ... + }; + + +Additional Rules +---------------- + +* Use C++ exceptions, avoid error codes. +* Use the `RAII design pattern <http://en.wikipedia.org/wiki/RAII>`__ (Resource Allocation Is Initialization) wherever possible. +* No C-style casting, use ``static_cast``, ``reinterpret_cast``, + ``dynamic_cast`` and ``const_cast``. +* Never use ``using namespace`` in header files (except inside inline + implementations). +* Complement to rule 20: ``Finalize`` is the complementary word to + ``Initialize``. +* Minimize the number of #include in header files. +* Never use ``catch (...)``, except when protecting non-Orthanc code. +* To ease unit testing, favor the `JavaBeans + <http://en.wikipedia.org/wiki/Java_beans>`__ conventions: + + * Single constructor without argument, + * Use getters/setters.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/developers/db-versioning.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,51 @@ +.. _db-versioning: + +Database versioning +=================== + +Orthanc stores the index of the DICOM instances as an embedded `SQLite +database <http://www.sqlite.org/>`_. The schema of this database has +evolved across the versions of Orthanc, making the database +incompatible between versions. This page clarifies which versions of +Orthanc are compatible with other versions. + +Recent versions (post-0.3.1) +---------------------------- + +Recent versions of Orthanc (starting 0.3.1, inclusive) include +information about the version of the DB schema in the SQLite table +``GlobalProperties`` under the property with index 1. Versions with the +same version of the DB schema are compatible with each other. + +When some version of Orthanc starts up, it checks whether it is +compatible with the database version. Orthanc will **fail to start if +it is not compatible with the database version**. Here is the +compatibility matrix: + +=============================== ===== ===== ===== ===== ===== +Version DB v2 DB v3 DB v4 DB v5 DB v6 +=============================== ===== ===== ===== ===== ===== +Mainline u u u x +Orthanc 0.9.5 - Orthanc 1.0.0 u u u x +Orthanc 0.8.5 - Orthanc 0.9.4 u u x +Orthanc 0.7.3 - Orthanc 0.8.4 u x +Orthanc 0.4.0 - Orthanc 0.7.2 x +Orthanc 0.3.1 x +=============================== ===== ===== ===== ===== ===== + +*Note 1:* "u" means that an automatic upgrade of the DB schema is +available, without having to :ref:`migrate the database +<replication>`. + +*Note 2:* Starting with Orthanc 0.9.5, the option ``--upgrade`` must be provided +on the command-line to allow Orthanc to upgrade the database schema. + + +Early versions (pre-0.3.0) +-------------------------- + +Early versions of Orthanc (up to version 0.3.0, inclusive) **do not +check the version** of the database schema. Because of this, these +early versions are incompatible with all the other versions. Pay +attention to the fact that no compatibility check is done in these +versions, which may result in a corrupted database.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/dicom-guide.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,622 @@ +.. _dicom-guide: + +Understanding DICOM with Orthanc +================================ + +.. contents:: + + +This section of the Orthanc Book provides a **gentle, informal, +high-level introduction to DICOM**. We will try and map +DICOM's own concepts to a modern terminology that should hopefully be +more easy to understand for software engineers diving for the first +time into DICOM. Once the concepts of this page are understood, +interested readers are invited to read a more formal textbook about +DICOM, such as the so-called "`Practical introduction and survival +guide <http://www.springer.com/us/book/9783642108495>`__", or to read +the full `DICOM specification +<http://medical.nema.org/medical/dicom/current/output/html/>`__. + +All the DICOM concepts that are defined in this introduction are +illustrated with `Orthanc <http://www.orthanc-server.com/>`__, a +lightweight, yet powerful standalone DICOM server for healthcare and +medical research. As Orthanc is free and open-source software, it is a +good companion to learn DICOM. + + +.. _dicom-format: + +DICOM file format +----------------- + +The DICOM standard can be very roughly divided in 2 parts: + +1. The part specifying the DICOM **file format**. +2. The part specifying the DICOM **network protocol**. + +The DICOM file format is the topic of the present section. It is +inherently similar to well-known formats such as JPEG, PNG or +TIFF. However, besides the so-called "**pixel data**" that encodes the +medical image itself, a DICOM file also embeds medical information. + + +.. _dicom-tags: + +DICOM tags +^^^^^^^^^^ + +The medical information encoded by a DICOM file is called a **data +set** and takes the form of a `key-value associative array +<https://en.wikipedia.org/wiki/Associative_array>`__. Each value can +itself be a list of data sets (called a **sequence**), leading to a +hierarchical data structure that is much like a XML or JSON file. + +In the DICOM terminology, each key is called a **DICOM tag**. The list +of the standard DICOM tags are normalized by an official dictionary, +each tag being identified by two 16-bit hexadecimal numbers. For +instance, the birth date of a patient is associated with the DICOM tag +``(0x0010, 0x0030)``. Note that it is common to drop the "``0x``" +prefix and to simply write ``0010,0030``. For better readability, it +is also common to nickname these DICOM tags with a `camel case +<https://en.wikipedia.org/wiki/CamelCase>`__ English name (such as +"*PatientName*" or "*StudyDescription*"). The standard associates each +DICOM tag with a data type (a string, a date, a floating-point +number...), that is known as its **value representation**. + +Here is how :ref:`Orthanc Explorer <orthanc-explorer>` displays the +DICOM tags stored in a DICOM file (note that the file contains a +sequence identified by the tag ``ProcedureCodeSequence (0x0008, +0x1032)``): + +.. image:: images/DicomTags.png + :align: center + :width: 450px + +| + +The DICOM file format also specifies the set of DICOM tags that are +mandatory or optional for each kind of imaging modality (CT, MR, NM, +CBCT, PET...). Such a specification is called a **storage +service-object pair** (storage SOP). Mandatory tags are called "*type +1*", mandatory tags that can have a null value are called "*type 2*", +and optional tags are called "*type 3*". + +The DICOM standard also allows vendors to introduce non-standard, +**proprietary tags** for their own use. Proprietary tags can be +identified by the fact that their first hexadecimal number is odd +(e.g. ``(0x0009, 0x0010)``). Obviously, such proprietary tags should +be avoided for maximal interoperability. + + +.. _dicom-pixel-data: + +Pixel data +^^^^^^^^^^ + +The image itself is associated with the DICOM tag ``PixelData (0x7fe0, +0x0010)``. The content of image can be compressed using many image +formats, such as JPEG, `Lossless JPEG +<https://en.wikipedia.org/wiki/Lossless_JPEG>`__ or `JPEG 2000 +<https://en.wikipedia.org/wiki/JPEG_2000>`__. Obviously, +non-destructive (lossless) compression should always be favored to +avoid any loss of medical information. Note that a DICOM file can also +act as a wrapper around a video encoded using `MPEG-2 +<https://en.wikipedia.org/wiki/MPEG-2>`__ or `H.264 +<https://en.wikipedia.org/wiki/H.264/MPEG-4_AVC>`__. + +The image compression algorithm can be identified by inspecting the +**transfer syntax** that is associated with the DICOM file in its +header. + +In practice, few imaging devices in hospitals (besides the `PACS +<https://en.wikipedia.org/wiki/Picture_archiving_and_communication_system>`__ +itself) support image compression. As a consequence, to ensure best +portability, the pixel data of most DICOM files circulating in +hospitals is **uncompressed**. In other words, the image is encoded as +a raw buffer, with a given width, height, pixel type (integer or +float), `color depth <https://en.wikipedia.org/wiki/Color_depth>`__ +(most often 8, 10, 12 bpp - *bits per pixel*) and photometric +interpretation (most often grayscale or RGB). The transfer syntax that +is associated with such uncompressed images can either be `little +endian <https://fr.wikipedia.org/wiki/Endianness>`__ (the most common +case) or big endian. + +A DICOM image can be **multi-frame**, meaning that it encodes an array +of different image frames. This is for instance used to encode +uncompressed video sequences, that are often referred to as **cine** +or **2D+t** images (e.g. for `ultrasound imaging +<https://en.wikipedia.org/wiki/Medical_ultrasound>`__). + +`As written in its DICOM conformance statement +<https://bitbucket.org/sjodogne/orthanc/src/default/Resources/DicomConformanceStatement.txt>`__, +the Orthanc software can receive, store and send any kind of DICOM +images (i.e. all the standard transfer syntaxes are +supported). Furthermore, Orthanc can :ref:`convert most uncompressed +images <supported-images>` to PNG images. The `PNG format +<https://en.wikipedia.org/wiki/Portable_Network_Graphics>`__ was +chosen by Orthanc as it is lossless, is natively supported by many +browsers, software or programming frameworks, and is able to encode up +to 16bpp integer pixels. This on-the-fly conversion to PNG images is +what happens when previewing a DICOM image within :ref:`Orthanc +Explorer <orthanc-explorer>`: + +.. image:: images/PreviewInstance.png + :align: center + :width: 400px + + +Model of the real world +^^^^^^^^^^^^^^^^^^^^^^^ + +This concludes our overview of the DICOM file format itself. It is now +important to give an overview of the so-called "**DICOM model of the +real world**" (`source +<http://medical.nema.org/medical/dicom/current/output/html/part04.html#sect_C.6.1.1>`__): + +.. image:: images/PS3.4_C.6-1.svg + :align: center + :height: 400px + +This UML diagram shows that a given **patient** benefits during her +life from a set of medical imaging **studies**. Each study is made of +a set of **series**. Each series is in turn a set of **instances**, +the latter being a synonym for a single DICOM file. In Orthanc's +vocabulary, a **DICOM resource** is an umbrella term to talk either +about a patient, a study, a series or an instance. + +Any imaging study can be associated with multiple series of +images. This is especially visible with nuclear medicine, as any +`PET-CT-scan <https://en.wikipedia.org/wiki/PET-CT>`__ study will +contain at least two separate series: the CT series and the PET +series. But any kind of imaging study will usually generate a set of +separate series. In general, a series can be thought of as either a +single 2D image (as in standard `digital radiography +<https://en.wikipedia.org/wiki/Digital_radiography>`__), a single 3D +volume (as in a `CT-scan <https://en.wikipedia.org/wiki/CT_scan>`__), +or a 2D+t cine sequence. But a series might also encode a single PDF +report, a `structured report +<http://www.dclunie.com/pixelmed/DICOMSR.book.pdf>`__, a 3D+t image +(i.e. a temporal sequence of 3D images)... + +In any case, the actual pixel data of a given series is spread across +multiple DICOM instances. This allows to split a single huge image +(medical imaging commonly deals with 4GB images) into hundreds of +small files of several megabytes, each of which can entirely fit in +the computer memory, at the price of a severe redundancy of the +medical information that is embedded within these files. + +For each of these 4 kinds of DICOM resources, the DICOM standard +specifies a **module** as a set of DICOM tags that describe these +resources. For instance, the DICOM tag *PatientName* is part of the +patient module, whereas *SeriesDescription* is part of the series +module. Any storage service-object pair (as :ref:`defined above +<dicom-tags>`) can be decomposed into a set of modules that make sense +for its associated type of modality, and whose conjunction forms +encodes all the medical information. + +According to this model of the real world, the default Web interface +of Orthanc allows to browse from the patient level to the instance +level. Here is how :ref:`Orthanc Explorer <orthanc-explorer>` displays +a series: + +.. image:: images/RealWorld.png + :align: center + :width: 450px + +| + +On the left side of the interface, an overview of the patient module, +the study module and the series module is displayed. On the right side, +the multiple instances of the series are accessible. + + +.. _dicom-identifiers: + +DICOM identifiers +^^^^^^^^^^^^^^^^^ + +Very importantly, the DICOM standard specifies DICOM tags that allow +to index each single DICOM resource: + +* Patients are indexed with ``PatientID (0x0010, 0x0020)`` (part of the patient module). +* Studies are indexed with ``StudyInstanceUID (0x0020, 0x000d)`` (part of the study module). +* Series are indexed with ``SeriesInstanceUID (0x0020, 0x000e)`` (part of the series module). +* Instances are indexed with ``SOPInstanceUID (0x0008, 0x0018)`` (part of the SOP module). + +The DICOM standard orders *StudyInstanceUID*, *SeriesInstanceUID* and +*SOPInstanceUID* to be `globally unique +<https://en.wikipedia.org/wiki/Globally_unique_identifier>`__. In +other words, it is mandatory for two different imaging devices to +never generate the same identifiers, even if they are manufactured by +different vendors. Orthanc exploits this rule to derive its :ref:`own +unique identifiers <orthanc-ids>`. + +Importantly, even if the *PatientID* must be unique inside a given +hospital, it is not guaranteed to be globally unique. This means that +different patients imaged in different hospitals might share the same +*PatientID*. For this reason, you should always browse from the study +level (and not from the patient level) as soon as you deal with an +application that handles patients from different hospitals. + +*Note:* The current version of the :ref:`Orthanc Explorer +<orthanc-explorer>` interface (1.0.0 at the time of writing) is +designed for single-hospital scenarios, and thus does not provide +study-level access. But the core engine of Orthanc does support +study-level access through its :ref:`REST API <rest>`. + +Finally, the patient module is not always fully meaningful. This is +for instance the case in emergency imaging, where the `radiology +information system +<https://en.wikipedia.org/wiki/Radiology_information_system>`__ might +not have previously encountered the imaged patient. In such a case, an +unique ``AccessionNumber (0x0008, 0x0050)`` is associated with the +imaging study by the imaging device of the emergency room: The patient +module will be injected later on in the PACS once the administrative +information is available, as part of a reconciliation process. + +In any case, the core engine Orthanc keeps an index of all these DICOM +identifiers (*PatientID*, *AccessionNumber*, *StudyInstanceUID*, +*SeriesInstanceUID* and *SOPInstanceUID*) and is able to quickly maps +them to its own :ref:`internal identifiers <orthanc-ids>`. This lookup +is implemented by the ``/tools/lookup`` URI of the :ref:`REST API of +Orthanc <rest>`. + + +DICOM network protocol +---------------------- + +This concludes our overview of the DICOM file format. :ref:`As written +above <dicom-format>`, we now describe the second main part of the +DICOM standard, i.e. the **DICOM network protocol**. + + +.. _dicom-protocol-overview: + +Overview +^^^^^^^^ + +The DICOM protocol is actually one of the earliest example of `Web +services <https://en.wikipedia.org/wiki/Web_service>`__, long before +the introduction of `SOAP <https://en.wikipedia.org/wiki/SOAP>`__ or +`REST +<https://en.wikipedia.org/wiki/Representational_state_transfer>`__. It +allows to: + +1. **Test the connection** between two devices (:ref:`C-Echo + <dicom-echo>`). +2. **Send images** from the local imaging device to a remote device + (:ref:`C-Store <dicom-store>`). +3. **Search the content** of a remote device (:ref:`C-Find <dicom-find>`). +4. **Retrieve images** from a remote device (:ref:`C-Move <dicom-move>`). + +Here is a picture that summarizes some key concepts: + +.. image:: images/Protocol.svg + :height: 200px + :align: center + +In the DICOM terminology, the client of a DICOM service is called a +**service class user** (SCU), and the server that handles the requests +is called a **service class provider** (SCP). The client sends a +request that is encoded as a DICOM file (the **command**), and the +server answers with a DICOM file. + +The connection of a DICOM client to a DICOM server is called an +**association**. Such an association starts with a handshake where the +client and the server agree on which commands can be exchanged between +them, and on which :ref:`transfer syntaxes <dicom-pixel-data>` are +supported. The result of this negotiation is called the **presentation +context**. Once the association is negotiated, this communication +channel can be used to successively send multiple, independent +commands. + + +Parameters of a DICOM server +^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +Historically, the DICOM protocol was designed to work over +`point-to-point links +<https://en.wikipedia.org/wiki/Point-to-point_(telecommunications)>`__. +Nowadays, the DICOM protocol is used over the `TCP/IP stack +<https://en.wikipedia.org/wiki/Internet_protocol_suite>`__. This +implies that a DICOM server can be identified by specifying the +parameters of its `network socket +<https://en.wikipedia.org/wiki/Network_socket>`__: + +1. Its **IP address** (or, equivalently, its symbolic DNS hostname). +2. Its **TCP port** (the standard DICOM port is 104, but Orthanc uses + the non-priviliged port 4242 by default). + +Furthermore, each imaging device (may it be a client or a server) must +be associated with a symbolic name that is called the **application +entity title (AET)**. The AET is assumed to be unique inside the +Intranet of the hospital. For best compatibility between vendors, the +AET should be only made of alphanumeric characters in upper case (plus +the "``-``" and "``_``" characters), and its length must be below 16 +characters. + +Taken together, the IP address, the TCP port and the AET describe all +the parameters of a DICOM server. The administrators of a medical +imaging network should carefully keep track of these parameters for +each imaging device, and should define an hospital-wide policy to +assign AETs to new devices. + + +Configuring Orthanc +^^^^^^^^^^^^^^^^^^^ + +Orthanc can act both as a DICOM client and as a DICOM server, +depending on the parameters in its :ref:`configuration file +<configuration>`. To configure the **DICOM server** of Orthanc, the +following options are especially important: + +1. ``DicomServerEnabled`` must be set to ``true``. +2. ``DicomAet`` must be set to the AET that is reserved to Orthanc. +3. ``DicomPort`` specifies the TCP port of the DICOM server. + +To configure Orthanc as a **DICOM client**, you must list the remote DICOM +servers that are known to Orthanc into the ``DicomModalities`` option. +For each remote server, you must specify in the following order: + +1. An user-friendly, symbolic name for the server that will be + displayed by :ref:`Orthanc Explorer <orthanc-explorer>` (possibly + its AET). +2. The AET of the remote server. +3. Its IP address or its hostname. +4. Its DICOM port (most probably 104, or 4242 if the remote server is + another instance of Orthanc). + +Of course, after any change to the configuration of Orthanc, the +software must be restarted to take the new parameters into account. + + +.. _dicom-echo: + +C-Echo: Testing connectivity +^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +Routers might block the DICOM protocol between separate `subnets +<https://en.wikipedia.org/wiki/Subnetwork>`__ (often, only the HTTP, +HTTPS and SSH protocols are enabled by default). Furthermore, the +firewalls that are installed on the clients or on the servers might +also block the DICOM protocol. This is especially true for the +`Microsoft Windows firewall +<https://en.wikipedia.org/wiki/Windows_Firewall>`__ and for +:ref:`RedHat-based Linux boxes <redhat>`. As a consequence, after any +change in the DICOM topology of an hospital (notably when connecting +two imaging devices), one should always check whether the DICOM +protocol can travel from end to end, i.e. between the DICOM client +and the DICOM server. + +This is where the **DICOM Echo service** comes into play. This service +is triggered when the client sends a so-called ``C-Echo`` command to +the server as its DICOM query. The server answers with an empty DICOM +answer. In practice, to test the connectivity between two devices, you +should: + +1. Use the standard command-line tool ``ping`` to test the **TCP-level + connectivity** between the client and the server, then +2. Issue the **C-Echo** from the client to the server to test the + DICOM-level connectivity. + +The second step can be done directly from :ref:`Orthanc Explorer +<orthanc-explorer>`, the embedded administrative interface of Orthanc, +in the "*Query/Retrieve*" panel, as depicted below: + +.. image:: images/Echo.png + :align: center + :width: 450px + +| + +In this screenshot, ``sample`` corresponds to the symbolic name of a +DICOM server that is declared in the ``DicomModalities`` +:ref:`configuration option <configuration>`. Once DICOM Echo succeeds, +the client should be able to send images to the server, and to +initiate a query/retrieve. This is the topic of the following +sections. + + +.. _dicom-store: + +C-Store: Sending images to a server +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +The **DICOM Store Service** is used to send DICOM instances to a +remote imaging device. This service is triggered when the client sends +to the server a so-called ``C-Store`` command together with the +content of a DICOM instance. Schematically, C-Store works as follows: + +.. image:: images/CStore.svg + :align: center + :width: 500px + +Orthanc can act both as a C-Store client (SCU) or as a C-Store server +(SCP). In other words, it can either send or receive DICOM files. + +In the :ref:`Orthanc Explorer <orthanc-explorer>` interface, each +DICOM resource (patient, study, series or instance) comes with a +button entitled "*Send to remote modality*". Clicking on this button +allows to send the image to any DICOM server that is declared in the +``DicomModalities`` :ref:`configuration option <configuration>`. In +the following screenshot, all the instances of one patient will be +sent to the device whose symbolic name is ``sample``: + +.. image:: images/CStoreGui.png + :align: center + :width: 450px + + +.. _dicom-find: + +C-Find: Browsing the content of a server +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +The **DICOM Find Service** is used to **search** a list of DICOM +resources that are hosted by some remote DICOM server. The kind of +resource that is looked for (patients, studies or series) must be +specified, leading to the **query level** of the query. Besides the +query level, the query contains a set of filters on DICOM tags of +interest: These filters are essentially `wildcards +<https://en.wikipedia.org/wiki/Glob_(programming)>`__ describing the +resources that are looked for. This service is triggered when the +client sends to the server a so-called ``C-Find`` command that encodes +the query level and the filters. Schematically, C-Find works as +follows: + +.. image:: images/CFind.svg + :align: center + :width: 500px + +Orthanc can act both as a C-Find client (SCU) or as a C-Find server +(SCP). In other words, it can be used to search the content of a +remote server, and conversely it can inform a remote client about its +own content. + +In the :ref:`Orthanc Explorer <orthanc-explorer>` interface, it +is possible to initiate a search at the study level. This feature +is available in the "*Query/Retrieve*" panel, as depicted below: + +.. image:: images/CFindGui1.png + :align: center + :width: 500px + +| + +This screenshot shows that we are looking for a study whose associated +patient has a name that starts with "*Brain*", and that is of MR +modality. Orthanc Explorer then lists the matching studies: + +.. image:: images/CFindGui2.png + :align: center + :width: 500px + +| + +It is then possible to click on some matching study, to list the +individual series it is made of: + +.. image:: images/CFindGui3.png + :align: center + :width: 500px + + +.. _dicom-move: + +C-Move: Query/retrieve +^^^^^^^^^^^^^^^^^^^^^^ + +This brings us to the last important component of the DICOM network +protocol, the **DICOM Move Service**. This service is notably used to +locally retrieve DICOM files from a remote server, given the results +of a :ref:`C-Find query <dicom-find>`. Taken together, ``C-Find`` and +``C-Move`` give rise to the **query/retrieve** mechanism at is at the +core of the exchange of DICOM files within the hospital. + +C-Move is probably the part of the DICOM standard that is the less +intuitive, which leads to many configuration problems in medical +imaging networks. This stems from the fact that C-Move is actually not +limited to query/retrieve. It is a more generic protocol that can +involve up to **3 distinct imaging devices**, as depicted below: + +.. image:: images/CMove.svg + :align: center + :width: 500px + +Whenever an imaging device (called the *issuer* above) initiates a +C-Move command, it asks a DICOM server (called the *source* above) to +send some of its images to another DICOM server (called the *target* +above). Accordingly, a C-Move command encodes the :ref:`identifiers +<dicom-identifiers>` of the DICOM resources to be sent, together with +the AET of the target server. To put it in other words, a C-Move +command drives a **C-Store between two remote DICOM servers** (the +*source* and the *target*). + +The query/retrieve mechanism corresponds to the special case of a +C-Move command where the target and the issuer are the same imaging +device. The most common configuration problem for query/retrieve is +therefore to forget to declare the AET of the "*issuer/target*" device +into the configuration of the "*source*" device. + +Orthanc can act both as a C-Move client (SCU) or as a C-Move server +(SCP). This implies that Orthanc can either initiate a query/retrieve, +or be driven as part of a query/retrieve request. You might want to +give a look at the ":ref:`query-retrieve`" section of this book to +learn how to concretely configure Orthanc for query/retrieve. + +A C-Move session can be initiated from the :ref:`Orthanc Explorer +<orthanc-explorer>` interface, after a :ref:`C-Find query +<dicom-find>` is complete. It is sufficient to click on the download +button that is to the right of the study or series of interest: + +.. image:: images/CMoveGui1.png + :align: center + :width: 500px + +| + +A dialog box then pops up, asking the AET of the *target* modality. +By default, this field is pre-filled with the AET of Orthanc, which +corresponds to the initiation of a query/retrieve: + +.. image:: images/CMoveGui2.png + :align: center + :width: 500px + +| + +*Note 1:* Even if C-Move may seem counter-intuitive, it is the only +way to initiate a query/retrieve. Once upon a time, there was a +conceptually simpler ``C-Get`` command, but this command is now +deprecated. + +*Note 2:* As :ref:`written above <dicom-pixel-data>`, the Orthanc +engine is quite generic and is compatible with virtually any image +compression algorithm (aka. transfer syntax). In particular, during +the :ref:`negotiation of a presentation context +<dicom-protocol-overview>`, Orthanc reports by default that it is +compatible with the JPEG 2000 encoding. This leads some PACS engines +to compress their images before sending them to Orthanc, so as to +reduce the network bandwidth. Unfortunately, because many medical +image analysis software are not compatible with such an image +compression, the JPEG 2000 image that is received by Orthanc might be +unusable by such software. You might therefore have to **disable +transfer syntaxes** by setting the ``*TransferSyntaxAccepted`` options +to ``false`` in the :ref:`configuration file of Orthanc +<configuration>` (by default, all the transfer syntaxes are enabled). + + + +Using HTTP instead of the DICOM protocol +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +We conclude this brief overview of DICOM by insisting on the fact that +the **DICOM protocol inherently targets the Intranet** of a single +hospital, not the Internet or the cloud. This protocol might be +blocked by outbound firewalls, and there is no convention ensuring +that the AETs are globally unique across all the +hospitals. Furthermore, even though the DICOM protocol supports TLS +encryption, this feature is rarely enabled. + +Depending on your application, you might therefore want to leverage +the **HTTP protocol** in the context of DICOM. Such Web-based +protocols are probably more familiar to physicians/physicists/software +engineers, are easier to work with, can be transparently encrypted +(**HTTPS**), and are compatible with multiple-hospital scenarios. To +this end, you have two possibilities: + +1. Resort to the :ref:`Orthanc peer <peers>` mechanism. Because each + Orthanc server comes with its built-in :ref:`REST API <rest>`, + remote systems can obtain a full programmatic control over the + content of Orthanc. This access can be secured by HTTP + authentication and :ref:`SSL encryption <https>`. The :ref:`Orthanc + Explorer <orthanc-explorer>` interface can transparently use this + peer mechanism to send DICOM files over HTTP(S). +2. Resort to the `DICOMweb standard <http://www.dicomweb.org/>`__, + that is an extension to the DICOM standard specifying how to access + the content of a remote DICOM server through HTTP(S). Because the + peer mechanism is bound to Orthanc, DICOMweb offers a less + expressive, but more generic access to remote servers. + Importantly, a `DICOMweb plugin to Orthanc + <http://www.orthanc-server.com/static.php?page=dicomweb>`__ is + freely available.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,37 @@ +.. _faq: + +Frequently asked questions +========================== + +General questions +----------------- + +.. toctree:: + :maxdepth: 1 + + faq/troubleshooting.rst + faq/dicom.rst + faq/query-retrieve.rst + faq/compiling.rst + faq/features.rst + faq/rest-samples.rst + faq/supported-images.rst + faq/proprietary.rst + faq/improving-interface.rst + + +Specific FAQs +------------- + +.. toctree:: + :maxdepth: 1 + + faq/orthanc-ids.rst + faq/versioning.rst + faq/debian-daemon.rst + faq/redhat.rst + faq/apache.rst + faq/nginx.rst + faq/https.rst + faq/same-origin.rst + faq/why-orthanc.rst
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/apache.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,18 @@ +.. _apache: + +How can I run Orthanc behind Apache? +==================================== + +It is possible to make Orthanc run behind Apache using the `reverse +proxy mechanism <https://en.wikipedia.org/wiki/Reverse_proxy>`_. To +map the REST API of an Orthanc server listening on the port 8000 on +the URI ``/Orthanc``, paste the following code in your +``/etc/apache2/httpd.conf``:: + + LoadModule proxy_module /usr/lib/apache2/modules/mod_proxy.so + LoadModule proxy_http_module /usr/lib/apache2/modules/mod_proxy_http.so + ProxyRequests On + ProxyPass /Orthanc/ http://localhost:8000/ retry=0 + +*Note*: These instructions are for Ubuntu 11.10. You most probably +have to adapt the absolute paths above to your distribution.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/compiling-old.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,87 @@ +.. highlight:: bash +.. _compiling-old: + +Old build instructions for Linux +================================ + +This page summarizes the Linux build instructions that were used **up +to Orthanc 0.7.0 (inclusive)**. Instructions for Orthanc above 0.7.0 +can be found directly `inside the source package +<https://bitbucket.org/sjodogne/orthanc/src/default/LinuxCompilation.txt>`_. + +Static linking +-------------- + +In general, the static linking should work on any Linux distribution +(in particular, this works on Debian Squeeze):: + + $ cmake -DSTATIC_BUILD:BOOL=ON -DCMAKE_BUILD_TYPE=Debug + +Peter Somlo provides `detailed instructions +<https://groups.google.com/d/msg/orthanc-users/hQYulBBvJvs/S1Pm125o59gJ>`_ +to statically build Orthanc on a minimal Ubuntu installation. + +Dynamic linking against system-wide libraries +--------------------------------------------- + +If you want to dynamically link against the system libraries, the +following CMake configurations have been reported to work. + +Dynamic Linking on Ubuntu 11.10 +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +:: + + $ cmake "-DDCMTK_LIBRARIES=wrap;oflog" -DSTATIC_BUILD=OFF -DCMAKE_BUILD_TYPE=Debug + +*Explanation:* You have to manually link against the ``wrap`` and +``oflog`` shared libraries because of a packaging error in +``libdcmtk``. + +Dynamic Linking on Ubuntu 12.04 LTS +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +:: + + $ cmake "-DDCMTK_LIBRARIES=wrap;oflog" -DSTATIC_BUILD=OFF -DUSE_DYNAMIC_GOOGLE_LOG:BOOL=OFF -DDEBIAN_USE_GTEST_SOURCE_PACKAGE:BOOL=ON -DCMAKE_BUILD_TYPE=Debug + + +Dynamic Linking on Ubuntu 12.10 +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +:: + + $ cmake "-DDCMTK_LIBRARIES=wrap;oflog" -DSTATIC_BUILD=OFF -DDEBIAN_USE_GTEST_SOURCE_PACKAGE:BOOL=ON -DCMAKE_BUILD_TYPE=Debug .. + +Dynamic Linking on Debian Sid +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +:: + + $ cmake -DSTATIC_BUILD:BOOL=OFF -DSTANDALONE_BUILD:BOOL=ON -DUSE_DYNAMIC_JSONCPP:BOOL=ON -DDEBIAN_USE_GTEST_SOURCE_PACKAGE:BOOL=ON -DCMAKE_BUILD_TYPE=Debug -DDCMTK_LIBRARIES="wrap;oflog" + +This is the configuration from the `official Debian package +<http://anonscm.debian.org/cgit/debian-med/orthanc.git/tree/debian/orthanc.init>`_. + +Dynamic Linking on Fedora 18 and 19 +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +:: + + $ cmake -DSTATIC_BUILD:BOOL=OFF -DSTANDALONE_BUILD:BOOL=ON -DUSE_DYNAMIC_GOOGLE_LOG:BOOL=ON -DUSE_DYNAMIC_JSONCPP:BOOL=ON -DCMAKE_BUILD_TYPE=Debug + +This is the configuration from the `official Fedora package +<http://pkgs.fedoraproject.org/cgit/orthanc.git/tree/orthanc.spec?h=f18>`_. + +Static Linking on CentOS 6.3 and 6.4 +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +You have to build and install `CMake 2.8 from source +<http://www.cmake.org/cmake/resources/software.html>`_, or you can use +the cmake28 package from `EPEL +<https://admin.fedoraproject.org/pkgdb/acls/name/cmake28>`_. The +``STATIC_BUILD=ON`` option will then work:: + + $ /usr/local/bin/cmake -DSTATIC_BUILD:BOOL=ON -DCMAKE_BUILD_TYPE=Debug + +*Thanks to Will Ryder.*
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/compiling.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,95 @@ +.. _compiling: + +Compiling Orthanc +================= + +Under Linux +----------- + +* Orthanc >= 0.7.1: See the `build instructions + <https://bitbucket.org/sjodogne/orthanc/src/default/LinuxCompilation.txt>`_ + inside the source package. +* Orthanc <= 0.7.0: See the :ref:`compiling-old`. + +Under Microsoft Windows +----------------------- + +See the `build instructions for Windows +<https://bitbucket.org/sjodogne/orthanc/src/default/INSTALL>`_ inside +the source package. + +Under OS X +---------- + +The mainline of Orthanc can compile under Apple OS X, with the XCode +compiler, since June 24th, 2014. See the `build instructions for +Darwin +<https://bitbucket.org/sjodogne/orthanc/src/default/DarwinCompilation.txt>`_ +inside the source package. + + +Please explain the build infrastructure +--------------------------------------- + +The build infrastructure of Orthanc is based upon `CMake +<http://www.cmake.org/>`_. The build scripts are designed to embed all +the third-party dependencies directly inside the Orthanc +executable. This is the meaning of the ``-DSTATIC_BUILD=TRUE`` option, +as described in the `INSTALL +<http://orthanc.googlecode.com/hg/INSTALL>`_ file of Orthanc. + +Such a static linking is very desirable under Windows, since the +Orthanc binaries do not depend on any external DLL, which results in a +straightforward installation procedure (just download the Windows +binaries and execute them), which eases the setup of the development +machines (no external library is to be manually installed, everything +is downloaded during the build configuration), and which avoids the +`DLL hell <http://en.wikipedia.org/wiki/Dll_hell>`_. As a downside, +this makes our build infrastructure rather complex. + +Static linking is not as desirable under Linux than under +Windows. Linux prefers software that dynamically links against the +system-wide libraries: This is explained by the fact that whenever a +third-party dependency benefits from a bugfix, any software that is +linked against it also immediately benefits from this fix. This also +reduces the size of the binaries as well as the build time. Under +Linux, it is thus recommended to use the ``-DSTATIC_BUILD=FALSE`` +option whenever possible. + +When the dynamic build is used, some third-party dependencies may be +unavailable or incompatible with Orthanc, depending on your Linux +distribution. Some CMake options have thus been introduced to force +the static linking against some individual third-party +dependencies. Here are the most useful: + +* ``-DUSE_SYSTEM_DCMTK=FALSE`` to statically link against DCMTK. +* ``-DUSE_SYSTEM_JSONCPP=FALSE`` to statically link against JsonCpp. + +You will also have to set the ``-DALLOW_DOWNLOADS=TRUE`` to +explicitely allow the CMake script to download the source code of any +required dependency. The source code of all these dependencies is +self-hosted on our servers at the University Hospital of Liège. + +Please also note that the option ``-DSTANDALONE_BUILD=TRUE`` must be +used whenever your plan to move the binaries or to install them on +another computer. This option will embed all the external resource +files (notably Orthanc Explorer) into the resulting executable. If +this option is set to ``FALSE``, the resources will be read from the +source directories. + + +Missing ``uuid-dev`` package +---------------------------- + +Orthanc might fail to compile, complaining about missing ``uuid-dev`` package. + +This problem seems to occur when fist building Orthanc without the +``uuid-dev`` package installed, then installing ``uuid-dev``, then +rebuilding Orthanc. It seems that the build scripts do not update the +cached variable about the presence of ``uuid-dev``. + +To solve this problem, `as reported +<https://groups.google.com/d/msg/orthanc-users/hQYulBBvJvs/S1Pm125o59gJ>`_ +by Peter Somlo, it is necessary to entirely remove the build directory +(e.g. with ``rm -rf Build``) and start again the build from a fresh +directory.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/debian-daemon.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,33 @@ +.. highlight:: bash + +Installing Orthanc as a Debian/Ubuntu daemon +============================================ + +To install Orthanc as a Linux daemon on a Debian/Ubuntu system, you can: + +1. Download this `service script + <http://anonscm.debian.org/cgit/debian-med/orthanc.git/tree/debian/orthanc.init>`_ + (this file is part of the `official Debian package + <https://tracker.debian.org/pkg/orthanc>`_ of Orthanc), +2. Adapt some of its variables to reflect the configuration of your + system, +3. Copy it in ``/etc/init.d`` as root (the filename cannot contain + dot, otherwise it is not executed), make it belong to root, and tag + it as executable:: + + $ sudo mv orthanc.init /etc/init.d/orthanc + $ sudo chown root:root /etc/init.d/orthanc + $ sudo chmod 755 /etc/init.d/orthanc + +4. If you wish the daemon to be automatically launched at boot time and stopped at shutdown:: + + $ sudo update-rc.d orthanc defaults + +5. If you wish to remove the automatic launching at boot time later on:: + + $ sudo update-rc.d -f orthanc remove + +*Note*: You can use ``rcconf`` to easily monitor the services that are +run at startup:: + + $ sudo apt-get install rcconf
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/dicom.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,60 @@ +.. _dicom: + +Troubleshooting DICOM communications +==================================== + +In general, communication problems between two DICOM modalities over a +computer network are related to the configuration of these +modalities. As preliminary debugging actions, you should: + +* Make sure you use the `most recent version <http://www.orthanc-server.com/download.php>`_ of Orthanc. +* Make sure the two computers can "ping" each other. +* Turn off all the firewalls on the two computers (especially on Microsoft Windows). +* Write down on a paper the following information about each modality: + + * its IP address (avoid using symbolic names if possible to troubleshot any DNS problem), + * its TCP port for DICOM communications (for Orthanc, cf. the ``DicomPort`` option), and + * its AET (Application Entity Title - for Orthanc, cf. the ``DicomAet`` option). + +* Carefully re-read all your configuration files. As far as Orthanc is + concerned, the most important section is ``DicomModalities``: Make + sure its content matches what you wrote on the paper at the step + above. +* In the ``DicomModalities`` configuration section of Orthanc, have a + look at the fourth parameter that can activate some patches for + specific vendors. +* Have a look at the following options of Orthanc to enable the more fault-tolerant DICOM support: + + * ``DicomServerEnabled`` must be set to ``true``. + * ``DicomCheckCalledAet`` should be set to ``false``. + * All the transfer syntaxes should be set to ``true`` (see the + options with a ``TransferSyntaxAccepted`` suffix). + * Temporarily disable any Lua script and any plugin, i.e. set the + options ``LuaScripts`` and ``Plugins`` both to the empty list. + * ``DicomAssociationCloseDelay`` should be set to ``0``. + +* Restart Orthanc with the ``--verbose`` option at command line, and + carefully inspect the log. This might provide immediate debugging + information. +* Issue a :ref:`DICOM C-Echo <dicom-echo>` from each modality to make + sure the DICOM protocol is properly configured (sending a C-Echo + from Orthanc Explorer is possible starting with Orthanc 0.9.3, in + the "Query/Retrieve" page). +* If the two modalities succeed with C-Echo, but query/retrieve does not + succeed, please carefully read the :ref:`dicom-move` section. + +As a last resort, please contact the `mailing list +<https://groups.google.com/forum/#!forum/orthanc-users>`_ by sending a +detailed description of your problem, notably: + +* What fails: The sending of a file (aka. C-Store SCU), the searching + of a patient/study (aka. C-Find SCU), or the retrieve of a file + (aka. C-Move SCU)? Is Orthanc acting as a client or as a server? +* Describe your network topology, as written above on your paper (IP + address, port number, and AET for both modalities). +* Specify the operating system, the vendor, the DICOM software, and + the version of each modality. +* Attach sample DICOM files, possibly anonymized. +* Attach the log of the two modalities. The log must be generated with + the ``--trace`` command-line option as far as Orthanc is concerned. +* Attach any screenshot that is useful to understand the problem.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/features.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,75 @@ +Terminology of advanced features +================================ + +.. _peers: + +Peers +----- + +An "Orthanc peer" is another instance of Orthanc, possibly running on +a remote computer. + +Contrarily to a "modality", it is possible to communicate with a peer +through the **HTTP/HTTPS protocol** (i.e. through the REST API of +Orthanc), and not through the DICOM protocol. This implies a much +easier configuration: It is only required to know the URL, the +username and the password to communicate with an Orthanc peer. This +contrasts with DICOM query/retrieve, that is quite complex and that +involves a lot of pitfalls (cf. the FAQ entry about :ref:`troubleshooting +DICOM communications <dicom>`) that can be bypassed if using HTTP. + +Furthermore, as HTTP(S) communications are generally not blocked by +firewalls (contrarily to the DICOM protocol that is inherently an +Intranet protocol and that often requires the setup of VPN tunnels), +it is much easier to setup communications of medical images through +the Internet with Orthanc peers. + + +.. _recycling: + +Recycling/Protection +-------------------- + +Because of its focus on low-end computers, Orthanc implements **disk +space recycling**: The patient that has been stored for the longest +time inside Orthanc can be automatically deleted when the disk space +used by Orthanc grows above a threshold, or when the number of stored +patients grows above a threshold. This feature enables the automated +control of the disk space dedicated to Orthanc. + +Recycling is controlled by the ``MaximumStorageSize`` and the +``MaximumPatientCount`` options in the :ref:`Orthanc configuration +file <configuration>`. + +It is possible to prevent important data from being automatically +recycled. This mechanism is called **protection**. Each patient can be +individually protected against recycling by using the +``Unprotected/Protected`` switch that is available from Orthanc +Explorer. + +Note that protection is only available at the patient level. It +protects all the studies/series/instances of the patient against +recycling. The rationale is that we think it is important to keep +available all the data related to one patient. Unwillingly losing a +study/series that is part of the same patient might lead to a loss in +consistency with respect to the medical history of this patient. + + +.. _compression: + +Compression +----------- + +If your disk space is limited, besides :ref:`recycling`, you should +also consider using **disk space compression**. When compression is +enabled, Orthanc compresses the incoming DICOM instances on-the-fly +before writing them to the filesystem, using `zlib +<http://en.wikipedia.org/wiki/Zlib>`_. This is useful, because the +images are often stored as raw, uncompressed arrays in DICOM +instances: The size of a typical DICOM instance can hopefully be +divided by a factor 2 through lossless compression. This compression +process is transparent to the user, as Orthanc automatically +decompresses the file before sending it back to the external world. + +Compression is controlled by the ``StorageCompression`` option in the +:ref:`Orthanc configuration file <configuration>`.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/https.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,45 @@ +.. highlight:: bash +.. _https: + +HTTPS encryption with Orthanc +============================= + +It is highly desirable to enable HTTPS (SSL) encryption with Orthanc +to protect its REST API, as it provides access to medical +information. To this end, you have two possibilites: + +1. Put Orthanc behind an enterprise-ready HTTPS server such as + :ref:`Apache <apache>` or :ref:`nginx <nginx>`. +2. For simple deployments, use Orthanc :ref:`built-in HTTPS server <https-builtin>`. + +**You should always favor the first option**. The second option might make +sense in the context of an hospital Intranet, i.e. the Orthanc server +is not publicly accessible from the Internet. + + +.. _https-builtin: + +Built-in encryption +------------------- + +To enable the built-in HTTP server of Orthanc, you need to: + +1. Obtain a `X.509 certificate <http://en.wikipedia.org/wiki/X.509>`_ + in the `PEM format + <http://en.wikipedia.org/wiki/X.509#Certificate_filename_extensions>`_. +2. Prepend this certificate with the content of your private key. +3. Modify the ``SslEnabled`` and ``SslCertificate`` variables in the + :ref:`Orthanc configuration file <configuration>`. + +Here are simple instructions to create a self-signed SSL certificate +that is suitable for test environments with the `OpenSSL +<http://en.wikipedia.org/wiki/Openssl>`_ command-line tools:: + + $ openssl req -x509 -nodes -days 365 -newkey rsa:2048 -keyout private.key -out certificate.crt + $ cat private.key certificate.crt > certificate.pem + +Some interesting references about this topic can be found `here +<http://devsec.org/info/ssl-cert.html>`__, `here +<http://www.akadia.com/services/ssh_test_certificate.html>`__, and +`here +<http://stackoverflow.com/questions/991758/how-to-get-an-openssl-pem-file-from-key-and-crt-files>`__.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/improving-interface.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,44 @@ +Orthanc Explorer is not user-friendly enough for my use +======================================================= + +Orthanc is designed as a lightweight service for medical imaging, +where the word *service* must be understood in the sense of +`service-oriented architectures +<https://en.wikipedia.org/wiki/Service-oriented_architecture>`__. As +a consequence, Orthanc is conceived as a robust back-end server +(command-line) that aims to provide the most simple and generic +support of DICOM. To state it differently, **the primary focus of the +Orthanc project is not on the user interface**. + +However, Orthanc comes out-of-the-box with :ref:`Orthanc Explorer +<orthanc-explorer>`, its default Web user interface. **Orthanc +Explorer is designed for administrative, low-level purpose.** It is +also used by the development team to test the features of Orthanc as +they get introduced in the REST API. Orthanc Explorer is mainly +targeted towards a technical audience (notably system/network +engineers, `PACS +<https://en.wikipedia.org/wiki/Picture_archiving_and_communication_system>`__ +managers, medical physicists, and researchers). + +**Non-technical audience** (physicists, patients, administrative +staff...) **might expect an user interface that is more user-friendly +than Orthanc Explorer**, and/or that integrates more features (such as +sorting resources, access control lists, tagging images, beautiful +layout...). If you need such a more advanced `user experience +<https://en.wikipedia.org/wiki/User_experience>`__ so that Orthanc +better fits your clinical workflow, you will have to develop a +separate, custom Web interface on the top of the :ref:`rest`, maybe as +a `plugin +<https://github.com/jodogne/OrthancContributed/tree/master/Plugins>`__. Any +front-end Web developer could take care of this task using well-known +JavaScript frameworks (such as Meteor, AngularJS, Ember.js...). + +It is possible that an official plugin that provides a more advanced +user interface will be developed in the future (provided we find +funding for this development). In the meantime, you can also contact a +company that provides **commercial support on the top of Orthanc** and +that might have developed an advanced user interface. Currently, +`Osimis <http://osimis.io/>`_ is the only company ensuring such +corporate services, but others might show up in the future. A `contact +form <http://www.orthanc-server.com/orthanc-pro.php>`_ is available on +the official Web page of Orthanc.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/nginx.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,53 @@ +.. _nginx: + +How can I run Orthanc behind nginx? +=================================== + +Similarly to :ref:`Apache <apache>`, Orthanc can run behind `nginx +<https://en.wikipedia.org/wiki/Nginx>`__ through reverse +proxying. Here is the configuration snippet for nginx:: + + server { + listen 80 default_server; + ... + location /orthanc/ { + proxy_pass http://localhost:8042; + proxy_set_header HOST $host; + proxy_set_header X-Real-IP $remote_addr; + rewrite /orthanc(.*) $1 break; + } + ... + } + +*Note:* Thanks to Qaler for `submitting this information +<https://groups.google.com/d/msg/orthanc-users/oTMCM6kElfw/uj0r062mptoJ>`__. + + +.. _nginx-cors: + +Enabling CORS +------------- + +It is also possible to enable `cross-origin resource sharing (CORS) +<https://en.wikipedia.org/wiki/Cross-origin_resource_sharing>`_ with +nginx:: + + server { + listen 80 default_server; + ... + location /orthanc/ { + proxy_pass http://localhost:8042; + proxy_set_header HOST $host; + proxy_set_header X-Real-IP $remote_addr; + rewrite /orthanc(.*) $1 break; + add_header 'Access-Control-Allow-Credentials' 'true'; + add_header 'Access-Control-Allow-Headers' 'DNT,X-CustomHeader,Keep-Alive,User-Agent,X-Requested-With,If-Modified-Since,Cache-Control,Content-Type'; + add_header 'Access-Control-Allow-Methods' 'GET, POST, OPTIONS'; + add_header 'Access-Control-Allow-Origin' '*'; + } + ... + } + +*Note:* Thanks to Fernando for `submitting this information +<https://groups.google.com/d/msg/orthanc-users/LH-ej_fB-dw/CmWP4jM3BgAJ>`__. +
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/orthanc-ids.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,57 @@ +.. _orthanc-ids: + +Orthanc identifiers +=================== + +In Orthanc, each patient, study, series and instance is assigned with +an unique identifier that is derived from the DICOM identifiers. +Contrarily to the :ref:`identifiers of the DICOM standard +<dicom-identifiers>`, the Orthanc identifiers are formatted as a +`SHA-1 hash <http://en.wikipedia.org/wiki/Sha-1>`__ with a fixed +length, so as to be more Web-friendly. More specifically: + +* Patients are identified as the SHA-1 hash of their PatientID tag + (0010,0020). +* Studies are identified as the SHA-1 hash of the concatenation of + their PatientID tag (0010,0020) and their StudyInstanceUID tag + (0020,000d). +* Series are identified as the SHA-1 hash of the concatenation of + their PatientID tag (0010,0020), their StudyInstanceUID tag + (0020,000d) and their SeriesInstanceUID tag (0020,000e). +* Instances are identified as the SHA-1 hash of the concatenation of + their PatientID tag (0010,0020), their StudyInstanceUID tag + (0020,000d), their SeriesInstanceUID tag (0020,000e), and their + SOPInstanceUID tag (0008,0018). + +Because the DICOM standard guarantees the StudyInstanceUID, +SeriesInstanceUID and SOPInstanceUID tags to be globally unique, the +Orthanc identifiers for studies, series and instances are also +globally unique (provided no hash collision occurs, which is highly +improbable). + +The patient-level identifiers are *not* guaranteed to be globally +unique, and might collide between different hospitals. For this +reason, you should **always do queries at the study level** as soon as +you deal with an application that handles patients from different +hospitals. + +The actual implementation of the hashing is carried on by the +`DicomInstanceHasher class +<https://bitbucket.org/sjodogne/orthanc/src/default/Core/DicomFormat/DicomInstanceHasher.cpp>`_. + + +The "Inexistent Tag" error +-------------------------- + +If you use an old version of Orthanc (< 0.7.4) and you receive the +"*Exception while storing DICOM: Inexistent tag*" error while storing +a DICOM instance into Orthanc, please make sure that all the 4 +following tags do exist in the DICOM file: + +* PatientID (0010,0020), +* StudyInstanceUID (0020,000d), +* SeriesInstanceUID (0020,000e), +* SOPInstanceUID (0008,0018). + +These tags are all used to index the incoming DICOM instances. The +error message is more explicit starting with Orthanc 0.7.4.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/proprietary.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,55 @@ +.. _proprietary: + +Software X from vendor Y is not compatible with Orthanc +======================================================= + +First of all, make sure to read at least the following sections from +the :ref:`faq`: + +* :ref:`troubleshooting` +* :ref:`dicom` + +Orthanc is `free and open-source software (FOSS) +<https://en.wikipedia.org/wiki/Free_and_open-source_software>`_. FOSS +protects the digital freedoms of its users, and is freely available to +each and every user, for any use. As a backbone application for +medical imaging, the Orthanc project continuously tries and ensures +best possible compatibility with other FOSS software. To put it in +other words, we **provide free support for interfacing Orthanc with +other free and open-source software**. Feel free to discuss +interoperability problems of Orthanc with other FOSS tools on `our +discussion group +<https://groups.google.com/forum/#!forum/orthanc-users>`_, or to +introduce `bug reports +<https://bitbucket.org/sjodogne/orthanc/issues?status=new&status=open>`_ +detailing how to reproduce your problem. + +Independently of FOSS, there exist many proprietary systems for +medical imaging. Note that proprietary systems might either be paying +or come gratis (also known as freeware). In either case, they restrict +the freedoms of their users and, as a consequence, the Orthanc project +does not have access to a valid license for each software X from any +vendor Y. This implies that we **do not provide free support for +proprietary software (including freeware)**. + +If you encounter difficulties while interfacing Orthanc with some +proprietary software, **contact the commercial support of your +supplier**. As Orthanc is free and open-source, the support team of +your supplier can download Orthanc, and can help you solve your +problem. If some fix is needed in our source code, the Orthanc project +will happily integrate it within in the Orthanc mainline, provided the +**patch is explicitly put in the public domain by your vendor**. We +remind the vendors that, if they distribute a patched version of +Orthanc to some of their clients as the result of a commercial +support, the `GPL license +<https://en.wikipedia.org/wiki/GNU_General_Public_License>`_ of +Orthanc requires them to **publicly release the source code of this +derived version of Orthanc**. + +Finally, if you need to complement the commercial services of your +official supplier, please note that you can also contact a company +that provides **commercial support on the top of Orthanc**. Currently, +`Osimis <http://osimis.io/>`_ is the only company ensuring such +corporate services, but others might show up in the future. A `contact +form <http://www.orthanc-server.com/orthanc-pro.php>`_ is available on +the official Web page of Orthanc.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/query-retrieve.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,64 @@ +.. _query-retrieve: + +Configuring DICOM Query/Retrieve +================================ + +Starting with release 0.7.0, Orthanc supports DICOM Query/Retrieve +(i.e. Orthanc can act as C-Find SCP and C-Move SCP). To configure this +feature, follow these instructions: + +* Get the AET (Application Entity Title), the IP address and the port + number of your DICOM client. +* Add an entry in the ``DicomModalities`` section of your Orthanc + :ref:`configuration file <configuration>` to reflect these settings. +* Restart Orthanc with the updated configuration file. +* Symmetrically, in your DICOM client, configure an additional DICOM + node corresponding to your Orthanc AET (see the ``DicomAet`` + parameter of your Orthanc configuration, by default, ORTHANC), IP + address et port number (cf. ``DicomPort``, by default 4242). + +If you encounter configuration problem with query/retrieve, please be +sure to read the :ref:`dicom-move` section. + + +.. _ginkgo-cadx: + +Illustration: Ginkgo CADx +------------------------- + +This section explains how to connect the `Ginkgo CADx viewer +<http://ginkgo-cadx.com/en/>`__ to an Orthanc server, both running on +the local computer. First, start Orthanc without specifying a +configuration file (i.e. using its default configuration). Then, open +the settings pannel of Ginkgo CADx: + +.. image:: ../images/GinkgoCADx1.png + :align: center + :width: 500px + +Write down the AET and the DICOM port of Ginkgo CADx (in this case, +respectively ``GINKGO_001`` and ``11112``). Then, create a new DICOM +node corresponding to Orthanc by clicking on the "*New...*" button, +which raises the following dialog box: + +.. image:: ../images/GinkgoCADx2.png + :align: center + :width: 400px + +.. highlight:: json + +Complete the highlighted fields with the default parameters of +Orthanc, as shown in the screenshot. Do not forget to click on the +"*Test connection*" button to make sure the :ref:`C-Echo <dicom-echo>` +succeeds. Stop Orthanc, create a new :ref:`configuration file +<configuration>`, and declare Gingko CADx in the ``DicomModalities`` +section, given the parameters you wrote down above:: + + // The list of the known DICOM modalities + "DicomModalities" : { + "ginkgo" : [ "GINKGO_001", "localhost", 11112 ] + }, + +Restart Orthanc using this newly created configuration file, and +you will be able to do query/retrieve from Gingko CADx through the +"*PACS Q/R*" menu.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/redhat.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,12 @@ +.. highlight:: bash +.. _redhat: + +Accessing an Orthanc instance running inside Fedora/RHEL/CentOS +=============================================================== + +For remote access to Orthanc, you will have to open the 4242 and the +8042 ports on iptables, that are closed by default:: + + $ sudo iptables -I INPUT -p tcp --dport 8042 -j ACCEPT + $ sudo iptables -I INPUT -p tcp --dport 4242 -j ACCEPT + $ sudo iptables-save
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/rest-samples.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,86 @@ +.. highlight:: bash +.. _rest-samples: + +Finding samples for the REST API +================================ + +* This "Orthanc Book" proposes a :ref:`number of samples showing how + to use the REST API <rest>` of Orthanc. +* Many working examples written in Python are `available in the source + distribution + <https://bitbucket.org/sjodogne/orthanc/src/default/Resources/Samples/Python/>`__. +* If you cannot find an example for some feature in this manual or in + the Python examples, please check the `publicly available + integration tests + <https://bitbucket.org/sjodogne/orthanc-tests/src/default/Tests/Tests.py>`__ + that span most of the REST API. +* Samples for the deprecated APIs are available below. + + + +Deprecated APIs +--------------- + +You will find below code snippets for APIs that have been deprecated +over the releases of Orthanc. They are reproduced here for backward +compatibility and should not be used in new developments. + + +.. _deprecated-find-scu: + +C-Find SCU (Deprecated) +^^^^^^^^^^^^^^^^^^^^^^^ + +1. Retrieve the PatientID:: + + $ curl http://localhost:8042/modalities/pacs/find-patient -X POST -d '{"PatientName":"JOD*","PatientSex":"M"}' + +2. Retrieve the studies of this patient (using the "PatientID" returned from Step 1):: + + $ curl http://localhost:8042/modalities/pacs/find-study -X POST -d '{"PatientID":"0555643F"}' + +3. Retrieve the series of one study (using the "PatientID" from Step 1, and the "StudyInstanceUID" from Step 2):: + + $ curl http://localhost:8042/modalities/pacs/find-series -X POST -d '{"PatientID":"0555643F","StudyInstanceUID":"1.2.840.113704.1.111.276 + +You will have to define the modality "pacs" in the :ref:`configuration file +<configuration>` of Orthanc (under the section ``DicomModalities``). + +*Note:* This API has been superseded by the ``/modalities/.../query`` +URI. Please check the ``test_rest_query_retrieve`` `integration test +<https://bitbucket.org/sjodogne/orthanc-tests/src/default/Tests/Tests.py>`__. + + +Using Orthanc to Ease WADO Querying (Deprecated) +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +As of Orthanc 0.6.1, it will be possible to use Orthanc to easily +gather the three identifiers that are required to run a `WADO query +<ftp://medical.nema.org/medical/dicom/2006/06_18pu.pdf>`__ against a +remote modality (without storing the files inside Orthanc). These +identifiers are: + +* StudyInstanceUID (0020,000d), +* SeriesInstanceUID (0020,000e), +* ObjectUID, that exactly corresponds to the SOPInstanceUID tag + (0008,0018) (cf. the `WADO specification + <ftp://medical.nema.org/medical/dicom/2006/06_18pu.pdf>`__, Section + 8.1.4). + +The trick consists in using the experimental C-Find SCU API, going down to the instance level:: + + $ curl http://localhost:8042/modalities/pacs/find-patient -X POST -d '{"PatientName":"JOD*","PatientSex":"M"}' + $ curl http://localhost:8042/modalities/pacs/find-study -X POST -d '{"PatientID":"0555643F"}' + $ curl http://localhost:8042/modalities/pacs/find-series -X POST -d '{"PatientID":"0555643F","StudyInstanceUID":"1.2.840.113704.1.111.2768.1239195678.57"}' + $ curl http://localhost:8042/modalities/pacs/find-instance -X POST -d '{"PatientID":"0555643F","StudyInstanceUID":"1.2.840.113704.1.111.2768.1239195678.57","SeriesInstanceUID":"1.3.46.670589.28.2.7.2200939417.2.13493.0.1239199523"}' + +The first three steps are described in this :ref:`other FAQ entry +<deprecated-find-scu>`. The fourth step retrieves the list of the +instances of the series. The latter query was not possible until +Orthanc 0.6.1. As a result of this sequence of four commands, the +StudyInstanceUID, SeriesInstanceUID and SOPInstanceUID are readily +available for each instance of the series. + +*Note:* This API has been superseded by the ``/modalities/.../query`` +URI. Please check the ``test_rest_query_retrieve`` `integration test +<https://bitbucket.org/sjodogne/orthanc-tests/src/default/Tests/Tests.py>`__.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/same-origin.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,41 @@ +Same-origin policy in JavaScript +================================ + +Orthanc is designed as a lightweight service for medical imaging, +where the word *service* must be understood in the sense of +`service-oriented architectures +<https://en.wikipedia.org/wiki/Service-oriented_architecture>`__. +External software can interact with the Orthanc service through the +:ref:`rest`, so as to build higher-level applications that make use of +DICOM. + +Such an external software can be JavaScript code executed by a Web +browser and making AJAX requests to Orthanc (possibly using the +widespread jQuery framework). However, such AJAX requests are subject +to the `same-origin policy +<https://en.wikipedia.org/wiki/Same-origin_policy>`__ that will +prevent the JavaScript code to get in touch with the REST API of +Orthanc, as the origin of the page serving the JavaScript code will +not be the Orthanc server itself. This problem does not arise with the +administrative interface :ref:`Orthanc Explorer <orthanc-explorer>`, +as its JavaScript code is directly served by Orthanc. + +We have deliberately decided not to include any mechanism to bypass +the same-origin policy (`CORS +<https://en.wikipedia.org/wiki/Cross-origin_resource_sharing>`__) into +the core of Orthanc. By this choice, we hope to force clean Web +designs, which is especially important for medical applications. To +circumvent the same-origin policy, you have three choices: + +1. Branch the REST API of Orthanc as a **reverse proxy** into the Web + server that serves the JavaScript code (cf. the instructions for + :ref:`Apache <apache>` and :ref:`nginx <nginx>`). This is the best + solution for production. +2. Use the official `ServeFolders plugin + <https://bitbucket.org/sjodogne/orthanc/src/default/Plugins/Samples/ServeFolders>`__ + that can be used to serve JavaScript code directly by the + **embedded Web server of Orthanc** (i.e. next to its REST + API). This is the best solution for development or debugging. +3. Enable **CORS on the top of Orthanc** with your Web server (cf. the + instructions for :ref:`nginx <nginx-cors>`). This is the most + hacky solution.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/supported-images.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,35 @@ +.. _supported-images: + +Supported DICOM images +====================== + +Orthanc can **receive/store/send** any kind of standard DICOM files +(cf. the `DICOM conformance statement +<https://bitbucket.org/sjodogne/orthanc/src/default/Resources/DicomConformanceStatement.txt>`__). + +However, its core engine is not able to **render** all of them as PNG +images. An image that Orthanc cannot decode is displayed as +"Unsupported" by Orthanc Explorer. Currently, the core engine of +Orthanc can decode: + +* uncompressed (raw) DICOM files, +* JPEG DICOM files, and +* JPEG-LS DICOM files. + +The supported photometric interpretations are: + +* RGB, +* Grayscale2. + +The Orthanc core supports from 8bpp to 16bpp depth, with integer +values. Multiframe (notably cine), uncompressed DICOM instances can +also be displayed from Orthanc Explorer. + +Other type of encodings are available in the `Web viewer plugin +<http://www.orthanc-server.com/static.php?page=web-viewer>`__, that +mostly supports whatever is supported by the well-known `GDCM toolkit +<http://sourceforge.net/projects/gdcm/>`__ by Mathieu Malaterre. Note +that multiframe (notably cine) DICOM instances are currently not +supported by the Web viewer plugin. It is also planned to create a +`plugin to extend the image formats <https://trello.com/c/MAh6vIXF>`__ +that are supported by the Orthanc core.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/troubleshooting.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,22 @@ +.. _troubleshooting: + +Troubleshooting +=============== + +* Always make sure you use the `most recent version + <http://www.orthanc-server.com/download.php>`_ of Orthanc. +* **I cannot login to Orthanc Explorer**: For security reasons, access + to Orthanc from remote hosts is disabled by default. Only the + localhost is allowed to access Orthanc. You have to set the + ``RemoteAccessAllowed`` option in the :ref:`configuration file + <configuration>` to ``true``. It is then strongly advised to set + ``AuthenticationEnabled`` to ``true`` and to add a user to the + ``RegisteredUsers`` option, also in the configuration file. +* **Orthanc Explorer is slow under Windows on the localhost**: You + have to disable the IPv6 support. This is a Windows-specific problem + that is discussed here and here. +* Under Windows, Orthanc creates the "OrthancStorage" folder, and + crashes with the error "**SQLite: Unable to open the database**": + Your directory name is either too long, or it contains special + characters. Please try and run Orthanc in a folder with a simple + name such as ``C:\Orthanc``.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/versioning.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,8 @@ +Orthanc versioning +================== + +Each release of Orthanc is identified by a version that is made of three parts: ``API.MAJOR.MINOR`` (e.g. 0.5.1). + +* API (currently, 0) changes when the REST API is refactored. +* MAJOR changes when a new major feature is introduced (either in the REST API or in the DICOM support), when an incompatibility in the database schema is introduced, or when an important refactoring is achieved. +* MINOR changes after each introduction of a minor feature, after a bugfix, or after a speed or GUI improvement. It also changes when an experimental feature is introduced.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/faq/why-orthanc.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,22 @@ +Why "Orthanc"? +============== + +The spelling "`Orthanc +<http://en.wikipedia.org/wiki/Orthanc#Orthanc>`__" originates from +`J.R.R. Tolkien <https://en.wikipedia.org/wiki/J._R._R._Tolkien>`__'s +work. + +Orthanc is the black tower of Isengard that houses one of the +**palantíri**. A `palantír +<http://en.wikipedia.org/wiki/Palant%C3%ADr>`__ is a spherical stone +whose name literally means "One that Sees from Afar". When one looks +into a palantír, one can communicate with other such stones and anyone +who might be looking into them. This is quite similar to the Orthanc +server, which is designed for a simple, transparent, programmatic +access to medical images in the entire hospital DICOM topology. + +"Orthanc" also contains the trigram "RTH", standing for +**Radiotherapy**. This is a reference to the fact that Orthanc +originates from research on cancer that is carried on at the +`University Hospital of Liège <http://www.chu.ulg.ac.be/>`__, in the +Department of medical physics.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/images/CFind.svg Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,149 @@ +<?xml version="1.0" encoding="UTF-8" standalone="no"?> +<svg + xmlns:dc="http://purl.org/dc/elements/1.1/" + xmlns:cc="http://creativecommons.org/ns#" + xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#" + xmlns:svg="http://www.w3.org/2000/svg" + xmlns="http://www.w3.org/2000/svg" + xmlns:sodipodi="http://sodipodi.sourceforge.net/DTD/sodipodi-0.dtd" + xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape" + version="1.1" + viewBox="0 0 749.3125 129.61712" + stroke-miterlimit="10" + id="svg3148" + inkscape:version="0.48.3.1 r9886" + width="100%" + height="100%" + sodipodi:docname="2015-03-HackingHealth.svg" + style="fill:none;stroke:none"> + <metadata + id="metadata3219"> + <rdf:RDF> + <cc:Work + rdf:about=""> + <dc:format>image/svg+xml</dc:format> + <dc:type + rdf:resource="http://purl.org/dc/dcmitype/StillImage" /> + </cc:Work> + </rdf:RDF> + 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--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/index.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,22 @@ +Welcome to the Orthanc Book! +============================ + +.. image:: _static/orthanc.png + :align: right + +This site documents Orthanc. If you want to access more general +information about Orthanc, please go to the `official Web site +<http://www.orthanc-server.com>`_. + + +Contents +-------- + +.. toctree:: + :maxdepth: 2 + + users.rst + dicom-guide.rst + developers.rst + faq.rst + contributing.rst
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/users.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,13 @@ +User's guide +============ + +.. toctree:: + :maxdepth: 1 + + users/cookbook.rst + users/configuration.rst + users/rest.rst + users/backup.rst + users/replication.rst + users/anonymization.rst + users/lua.rst
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/users/anonymization.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,145 @@ +.. highlight:: bash +.. _anonymization: + +Anonymization and modification +============================== + +.. contents:: + :depth: 2 + +Orthanc 0.5.0 introduces the anonymization of DICOM resources +(i.e. patients, studies, series or instances). This page summarizes +how to use this feature. + + +Anonymization of a Single Instance +---------------------------------- + +Orthanc allows to anonymize a single DICOM instance and to download +the resulting anonymized DICOM file. Anonymization consists in erasing +all the tags that are specified in Table E.1-1 from PS 3.15 of the +DICOM standard 2008. Example:: + + $ curl http://localhost:8042/instances/6e67da51-d119d6ae-c5667437-87b9a8a5-0f07c49f/anonymize -X POST -d '{}' > Anonymized.dcm + +It is possible to control how anonymization is achieved by specifying +a JSON body:: + + $ curl http://localhost:8042/instances/6e67da51-d119d6ae-c5667437-87b9a8a5-0f07c49f/anonymize -X POST -d '{"Replace":{"PatientName":"hello","0010-0020":"world"},"Keep":["StudyDescription", "SeriesDescription"],"KeepPrivateTags": null}' > Anonymized.dcm + +Explanations: + +* New UUIDs are automatically generated for the study, the series and + the instance. +* The DICOM tags can be specified either by their name (``PatientName``) + or by their hexadecimal identifier (``0010-0020`` corresponds to + ``PatientID``). +* ``Replace`` is an associative array that associates a DICOM tag with its + new string value. The value is dynamically cast to the proper DICOM + data type (an HTTP error will occur if the cast fails). Replacements + are applied after all the tags to anonymize have been removed. +* ``Keep`` specifies a list of tags that should be preserved from full + anonymization. +* If ``KeepPrivateTags`` is absent from the JSON request, private tags + (i.e. manufacturer-specific tags) are also removed. This is the + default behavior, as such tags can contain patient-specific + information. + + +Modification of a Single Instance +--------------------------------- + +Orthanc allows to modify a set of specified tags in a single DICOM +instance and to download the resulting anonymized DICOM +file. Example:: + + $ curl http://localhost:8042/instances/6e67da51-d119d6ae-c5667437-87b9a8a5-0f07c49f/modify -X POST -d '{"Replace":{"PatientName":"hello","PatientID":"world"},"Remove":["InstitutionName"],"RemovePrivateTags": null}' > Modified.dcm + +Remarks: + +* The ``Remove`` array specifies the list of the tags to remove. +* The ``Replace`` associative array specifies the substitions to be applied (cf. anonymization). +* If ``RemovePrivateTags`` is present, the private tags (i.e. manufacturer-specific tags) are removed. + + +Modification of Studies or Series +--------------------------------- + +.. highlight:: bash + +It is possible to modify all the instances from a study or from a +series in a single request. In this case, the modified instances are +stored back into the Orthanc store. Here is how to modify a series:: + + $ curl http://localhost:8042/series/95a6e2bf-9296e2cc-bf614e2f-22b391ee-16e010e0/modify -X POST -d '{"Replace":{"InstitutionName":"My own clinic"}}' + + +.. highlight:: json + +The parameters are identical to those used to modify a single +instance. Orthanc will answer a JSON message that tells where the +modified series has been stored:: + + { + "ID" : "3bd3d343-82879d86-da77321c-1d23fd6b-faa07bce", + "Path" : "/series/3bd3d343-82879d86-da77321c-1d23fd6b-faa07bce" + } + + +.. highlight:: bash + +Similarly, here is an interaction to modify a study:: + + $ curl http://localhost:8042/studies/ef2ce55f-9342856a-aee23907-2667e859-9f3b734d/modify -X POST -d '{"Replace":{"InstitutionName":"My own clinic"}}' + +.. highlight:: json + +:: + + { + "ID" : "1c3f7bf4-85b4aa20-236e6315-5d450dcc-3c1bcf28", + "Path" : "/studies/1c3f7bf4-85b4aa20-236e6315-5d450dcc-3c1bcf28" + } + + +Modification of Patients +------------------------ + +.. highlight:: bash + +Starting with Orthanc 0.7.5, Orthanc can also modify all the instances +of a patient with a single REST call. Here is a sample:: + + $ curl http://localhost:8042/patients/6fb47ef5-072f4557-3215aa29-f99515c1-6fa22bf0/modify -X POST -d '{"Replace":{"PatientID":"Hello","PatientName":"Sample patient name"}}' + +.. highlight:: json + +:: + + { + "ID" : "f7ff9e8b-7bb2e09b-70935a5d-785e0cc5-d9d0abf0", + "Path" : "/patients/f7ff9e8b-7bb2e09b-70935a5d-785e0cc5-d9d0abf0", + "PatientID" : "f7ff9e8b-7bb2e09b-70935a5d-785e0cc5-d9d0abf0", + "Type" : "Patient" + } + +Please note that, in this case, you have to set the value of the +``PatientID (0010,0020)`` tag for Orthanc to accept this modification: +This is a security to prevent the merging of patient data before and +after anonymization, if the user does not explicitly tell Orthanc to +do so. + + +Anonymization of Patients, Studies or Series +-------------------------------------------- + +.. highlight:: bash + +Study and series can be anonymized the same way as they are modified:: + + $ curl http://localhost:8042/patients/6fb47ef5-072f4557-3215aa29-f99515c1-6fa22bf0/anonymize -X POST -d '{}' + $ curl http://localhost:8042/studies/ef2ce55f-9342856a-aee23907-2667e859-9f3b734d/anonymize -X POST -d '{}' + $ curl http://localhost:8042/series/95a6e2bf-9296e2cc-bf614e2f-22b391ee-16e010e0/anonymize -X POST -d '{}' + +As written above, the anonymization process can be fine-tuned by using +a JSON body.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/users/backup.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,53 @@ +.. _backup: + +Backup +====== + +The way to backup Orthanc depends on the database back-end that is +used. In any case, you of course have to backup your +:ref:`configuration file <configuration>`. + +SQLite +------ + +By default, Orthanc uses SQLite to store its database. In this case, +all the DICOM files together with the SQLite index are stored directly +in the filesystem. The backup procedure works as follows: + +1. Stop Orthanc. +2. Copy the following 3 elements: + + * Your configuration file. + * The DICOM files (by default, the subdirectories of the + ``OrthancStorage`` folder next to the configuration file). + * The SQLite index (by default, the ``OrthancStorage/index*`` files + next to the configuration file). + +3. Restart Orthanc. + +It is mandatory to stop Orthanc, as the Orthanc core makes the +assumption that it is the only process to access the SQLite database +at any time. + +Karsten Hilbert provided us with a `sample backup script +<https://github.com/jodogne/OrthancContributed/blob/master/Scripts/Backup/2014-01-31-KarstenHilbert.sh>`__ +for the official Debian package of Orthanc that automates this backup +procedure. Note that in this script, the call to the SQLite +command-line tool is used to force the `WAL replay +<http://www.sqlite.org/wal.html>`__. This manual replay should not be +necessary for Orthanc >= 0.7.3. + + +PostgreSQL +---------- + +The default SQLite engine is well adapted for DICOM routing or for +image buffering tasks, but not for enterprise scenarios. In such +cases, you are highly recommended to use the `PostgreSQL back-end +<http://www.orthanc-server.com/static.php?page=postgresql>`__. + +If using PostgreSQL, you can do hot backups (i.e. while Orthanc is +running), and you benefit from all the flexibility of PostgreSQL +backup. These procedures are out of the scope of this manual. Please +check the `official backup and restore manual +<http://www.postgresql.org/docs/devel/static/backup.html>`__.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/users/configuration.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,38 @@ +.. _configuration: +.. highlight:: bash + +Configuration of Orthanc +======================== + +Configuring Orthanc simply consists in copying and adapting the +`default configuration file +<https://bitbucket.org/sjodogne/orthanc/raw/Orthanc-1.0.0/Resources/Configuration.json>`_. This +file is in the `JSON <https://en.wikipedia.org/wiki/JSON>`_ file +format. You can generate a sample configuration file with the +following call:: + + $ Orthanc --config=Configuration.json + +Then, start Orthanc by giving it the path to the modified +Configuration.json path as a command-line argument:: + + $ Orthanc ./Configuration.json + +The default configuration file would: + +* Create a DICOM server with the DICOM AET (Application Entity Title) + ``ORTHANC`` that listens on the port 4242. +* Create a HTTP server for the REST API that listens on the port 8042. +* Store the Orthanc database in a folder called ``OrthancStorage``. + +To obtain more diagnostic, you can use the ``--verbose`` or the +``--trace`` options:: + + $ Orthanc ./Configuration.json --verbose + $ Orthanc ./Configuration.json --trace + +Starting with Orthanc 0.9.1, you can also start Orthanc with the path +to a directory. In such a case, Orthanc will load all the files with a +``.json`` extension in this directory, and merge them to construct the +configuration file. This allows to split the global configuration into +several files.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/users/cookbook.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,79 @@ +.. highlight:: bash +.. _cookbook: + +Quickstart +========== + +.. contents:: + :depth: 2 + + +Obtaining binaries +------------------ + +To obtain the Orthanc binaries, you have several possibilities: + +* :ref:`Compile Orthanc by yourself <compiling>`. +* `Download pre-compiled packages <http://www.orthanc-server.com/download.php>`__. + + +.. _orthanc-explorer: + +Opening Orthanc Explorer +------------------------ + +The most straightforward way to use Orthanc consists in opening +**Orthanc Explorer**, the embedded administrative interface of +Orthanc, with a Web browser. Once Orthanc is running, open the +following URL: http://localhost:8042/app/explorer.html. Please note +that: + +* The port number 8042 depends on your :ref:`configuration + <configuration>`. +* Orthanc Explorer does not work with Microsoft Internet + Explorer. Please use Mozilla Firefox, Google Chrome, Apple Safari, + or `any WebKit-based Web browser <https://en.wikipedia.org/wiki/WebKit>`__. + + +Uploading DICOM files +--------------------- + +The Orthanc Explorer interface contains a user-friendly page to upload +DICOM files. You can reach the upload page at +http://localhost:8042/app/explorer.html#upload. Then, you can drag and +drop your DICOM files and click on the Upload button. + +You can `watch this video tutorial +<https://www.youtube.com/watch?v=4dOcXGMlcFo&hd=1>`__ that shows how +to upload files to Orthanc through Orthanc Explorer. + + +Uploading through the DICOM protocol +------------------------------------ + +Once Orthanc is up and running, any imaging modality can send +instances to Orthanc through the DICOM protocol (with the C-Store +command). + +You can use the standard command-line tool ``storescu`` from the +`DCMTK software <http://dicom.offis.de/dcmtk.php.en>`__ to +manually send DICOM images to Orthanc, for instance:: + + $ storescu -aec ORTHANC localhost 4242 *.dcm + +will send all the files with ".dcm" extension to the instance of +Orthanc that is running on the ``localhost``, whose application entity +title (AET) is ``ORTHANC``, and whose DICOM port is +``4242``. Obviously, all these parameters depend on your +:ref:`configuration <configuration>`. Please check the :ref:`FAQ +<dicom>` if you encounter any problem. + + +Next steps +---------- + +1. Read the general introduction ":ref:`dicom-guide`". +2. Have a look at your :ref:`configuration file <configuration>`. +3. Drive Orthanc through its :ref:`REST API <rest>`. +4. Automate DICOM tasks with :ref:`Lua scripts <lua>`. +
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/users/lua.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,367 @@ +.. _lua: + +Server-side scripting with Lua +============================== + +.. contents:: + +Since release 0.5.2, Orthanc supports server-side scripting through +the `Lua <http://en.wikipedia.org/wiki/Lua_(programming_language)>`__ +scripting language. Thanks to this major feature, Orthanc can be tuned +to specific medical workflows without being driven by an external +script. This page summarizes the possibilities of Orthanc server-side +scripting. + +Many other examples are `available in the source distribution +<https://bitbucket.org/sjodogne/orthanc/src/default/Resources/Samples/Lua/>`__. + + +Installing a Lua Script +----------------------- + +.. highlight:: bash + +A custom Lua script can be installed either by the :ref:`configuration +file <configuration>`, or by uploading it +through the :ref:`REST API <rest-samples>`. + +To install it by the **configuration file** method, you just have to +specify the path to the file containing the Lua script in the +``LuaScripts`` variable. + +To upload a script stored in the file "``script.lua``" through the +**REST API**, use the following command:: + + $ curl -X POST http://localhost:8042/tools/execute-script --data-binary @script.lua + +Pay attention to the fact that, contrarily to the scripts installed +from the configuration file, the scripts installed through the REST +API are non-persistent: They are discarded after a restart of Orthanc, +which makes them useful for script prototyping. You can also interpret +a single Lua command through the REST API:: + + $ curl -X POST http://localhost:8042/tools/execute-script --data-binary "print(42)" + +*Note:* The ``--data-binary`` cURL option is used instead of +``--data`` to prevent the interpretation of newlines by cURL, which is +`mandatory for the proper evaluation +<http://stackoverflow.com/q/3872427/881731>`__ of the possible +comments inside the Lua script. + + +Lua API +------- + + +.. _lua-callbacks: + +Callbacks to react to events +^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +The Lua engine of Orthanc comes invokes the following callbacks that +are triggered on various events. Here are the **generic events**: + +* ``function Initialize()``: Invoked as soon as the Orthanc server is started. +* ``function Finalize()``: Invoked just before the Orthanc server is stopped. + +Some **permission-related events** allow to filter incoming requests: + +* ``function ReceivedInstanceFilter(dicom, origin)``: + Invoked to known whether an incoming DICOM instance should be + accepted. :ref:`See this section <lua-filter-dicom>`. The ``origin`` + parameter is :ref:`documented separately <lua-origin>`. +* ``function IncomingHttpRequestFilter(method, uri, ip, username, + httpHeaders)``: Invoked to known whether a REST request should be + accepted. :ref:`See this section <lua-filter-rest>`. + +Some **DICOM-related events** allow to react to the reception of +new medical images: + +* ``function OnStoredInstance(instanceId, tags, metadata, origin)``: + Invoked whenever a new instance has been stored into Orthanc. + This is especially useful for :ref:`lua-auto-routing`. The ``origin`` + parameter is :ref:`documented separately <lua-origin>`. +* ``function OnStablePatient(patientId, tags, metadata)``: Invoked + whenever a patient has not received any new instance for a certain + amount of time (cf. the option ``StableAge`` in the + :ref:`configuration file <configuration>`). The :ref:`identifier + <orthanc-ids>` of the patient is provided, together with her DICOM + tags and her metadata. +* ``function OnStableSeries(seriesId, tags, metadata)``: Invoked + whenever a series has not received any new instance for a certain + amount of time. +* ``function OnStableStudy(studyId, tags, metadata)``: Invoked + whenever a study has not received any new instance for a certain + amount of time. +* ``function IncomingFindRequestFilter(source, origin)``: Invoked + whenever Orthanc receives an incoming C-Find query through the DICOM + protocol. This allows to inspect the content of the C-Find query, + and possibly modify it if a patch is needed for some manufacturer. A + `sample script is available + <https://bitbucket.org/sjodogne/orthanc/src/default/Resources/Samples/Lua/IncomingFindRequestFilter.lua>`__. + +Furthermore, whenever a DICOM association is negociated for C-Store +SCP, several callbacks are successively invoked to specify which +**transfer syntaxes** are accepted for the association. These +callbacks are listed in `this sample script +<https://bitbucket.org/sjodogne/orthanc/src/default/Resources/Samples/Lua/TransferSyntaxEnable.lua>`__. + +*Note:* All of these callbacks are guaranteed to be **invoked in +mutual exclusion**. This implies that Lua scripting in Orthanc does +not support any kind of concurrency. + + +.. _lua-rest: + +Calling the REST API of Orthanc +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +Lua scripts have :ref:`full access to the REST API <rest>` of Orthanc +through the following functions: + +* ``RestApiGet(uri, builtin)`` +* ``RestApiPost(uri, body, builtin)`` +* ``RestApiPut(uri, body, builtin)`` +* ``RestApiDelete(uri, builtin)`` + +The ``uri`` arguments specifies the URI against which to make the +request, and ``body`` is a string containing the body of POST/PUT +request. The ``builtin`` parameter is an optional Boolean that +specifies whether the request targets only the built-in REST API of +Orthanc (if set to ``true``), or the full the REST API after being +tainted by the plugins (if set to ``false``). + + +General-purpose functions +^^^^^^^^^^^^^^^^^^^^^^^^^ + +The Lua engine of Orthanc contain several general-purpose ancillary +functions: + +* ``PrintRecursive(v)`` recursively prints the content of a `Lua table + <http://www.lua.org/pil/2.5.html>`__ to the log file of Orthanc. +* ``ParseJson(s)`` converts a string encoded in the `JSON format + <https://en.wikipedia.org/wiki/JSON>`__ to a Lua table. +* ``DumpJson(v, keepStrings)`` encodes a Lua table as a JSON string. + Setting the optional argument ``keepStrings`` (available from + release 0.9.5) to ``true`` prevents the automatic conversion of + strings to integers. +* ``GetOrthancConfiguration()`` returns a Lua table containing the + content of the :ref:`configuration files <configuration>` of + Orthanc. + + +Similarly to the functions to :ref:`call the REST API of Orthanc +<lua-rest>`, several functions are available to make generic HTTP +requests to Web services: + +* ``HttpGet(url)`` +* ``HttpPost(url, body)`` +* ``HttpPut(url, body)`` +* ``HttpDelete(url)`` +* ``SetHttpCredentials(username, password)`` can be used to setup the + HTTP credentials. + + +.. _lua-origin: + +Origin of the instances +^^^^^^^^^^^^^^^^^^^^^^^ + +Whenever Orthanc decides whether it should should store a new instance +(cf. the ``ReceivedInstanceFilter()`` callback), or whenever it has +actually stored a new instance (cf. the ``OnStoredInstance`` +callback), an ``origin`` parameter is provided. This parameter is a +`Lua table <http://www.lua.org/pil/2.5.html>`__ that describes from +which Orthanc subsystem the new instance comes from. + +There are 4 possible subsystems, that can be distinguished according +to the value of ``origin["RequestOrigin"]``: + +* ``RestApi``: The instance originates from some HTTP request to the REST + API. In this case, the ``RemoteIp`` and ``Username`` fields are + available in ``origin``. They respectively describe the IP address + of the HTTP client, and the username that was used for HTTP + authentication (as defined in the ``RegisteredUsers`` + :ref:`configuration variable <configuration>`). +* ``DicomProtocol``: The instance originates from a DICOM C-Store. + The fields ``RemoteIp``, ``RemoteAet`` and ``CalledAet`` + respectively provide the IP address of the DICOM SCU (client), the + application entity title of the DICOM SCU client, and the + application entity title of the Orthanc SCP server. The + ``CalledAet`` can be used for :ref:`advanced auto-routing scenarios + <lua-auto-routing>`, when a single instance of Orthanc acts as a + proxy for several DICOM SCU clients. +* ``Lua``: The instance originates from a Lua script. +* ``Plugins``: The instance originates from a plugin. + + +.. _lua-filter-dicom: + +Filtering Incoming DICOM Instances +---------------------------------- + +.. highlight:: lua + +Each time a DICOM instance is received by Orthanc (either through the +DICOM protocol or through the REST API), the +``ReceivedInstanceFilter()`` Lua function is invoked. If this callback +returns ``true``, the instance is accepted for storage. If it returns +``false``, the instance is discarded. This mechanism can be used to +filter the incoming DICOM instances. Here is an example of a Lua +filter that only allows incoming instances of MR modality:: + + function ReceivedInstanceFilter(dicom, origin) + -- Only allow incoming MR images + if dicom.Modality == 'MR' then + return true + else + return false + end + end + +The argument dicom corresponds to a `Lua table +<http://www.lua.org/pil/2.5.html>`__ (i.e. an associative array) that +contains the DICOM tags of the incoming instance. For debugging +purpose, you can print this structure as follows:: + + function ReceivedInstanceFilter(dicom, origin) + PrintRecursive(dicom) + -- Accept all incoming instances (default behavior) + return true + end + +The argument ``origin`` is :ref:`documented separately <lua-origin>`. + + +.. _lua-filter-rest: + +Filtering Incoming REST Requests +-------------------------------- + +.. highlight:: lua + +Lua scripting can be used to control the access to the various URI of +the REST API. Each time an incoming HTTP request is received, the +``IncomingHttpRequestFilter()`` Lua function is called. The access to +the resource is granted if and only if this callback script returns +``true``. + +This mechanism can be used to implement fine-grained `access control +lists <http://en.wikipedia.org/wiki/Access_control_list>`__. Here is +an example of a Lua script that limits POST, PUT and DELETE requests +to an user that is called "admin":: + + function IncomingHttpRequestFilter(method, uri, ip, username, httpHeaders) + -- Only allow GET requests for non-admin users + + if method == 'GET' then + return true + elseif username == 'admin' then + return true + else + return false + end + end + +Here is a description of the arguments of this Lua callback: + +* ``method``: The HTTP method (GET, POST, PUT or DELETE). +* ``uri``: The path to the resource (e.g. ``/tools/generate-uid``). +* ``ip``: The IP address of the host that has issued the HTTP request (e.g. ``127.0.0.1``). +* ``username``: If HTTP Basic Authentication is enabled in the + :ref:`configuration file <configuration>`, the name of the user that + has issued the HTTP request (as defined in the ``RegisteredUsers`` + configuration variable). If the authentication is disabled, this + argument is set to the empty string. +* ``httpHeaders``: The HTTP headers of the incoming request. This + argument is available since Orthanc 1.0.1. It is useful if the + authentication should be achieved through tokens, for instance + against a `LDAP + <https://en.wikipedia.org/wiki/Lightweight_Directory_Access_Protocol>`__ + or `OAuth2 <https://en.wikipedia.org/wiki/OAuth>`__ server. + + +.. _lua-auto-routing: + +Auto-Routing of DICOM Images +---------------------------- + +.. highlight:: lua + +Since release 0.8.0, the routing of DICOM flows can be very easily +automated with Orthanc. All you have to do is to declare your +destination modality in the :ref:`configuration file <configuration>` +(section ``DicomModalities``), then to create and install a Lua +script. For instance, here is a sample script:: + + function OnStoredInstance(instanceId, tags, metadata) + Delete(SendToModality(instanceId, 'sample')) + end + +If this script is loaded into Orthanc, whenever a new DICOM instance +is received by Orthanc, it will be routed to the modality whose +symbolic name is ``sample`` (through a Store-SCU command), then it +will be removed from Orthanc. In other words, this is a **one-liner +script to implement DICOM auto-routing**. + +Very importantly, thanks to this feature, you do not have to use the +REST API or to create external scripts in order to automate simple +imaging flows. The scripting engine is entirely contained inside the +Orthanc core system. + +Thanks to Lua expressiveness, you can also implement conditional +auto-routing. For instance, if you wish to route only patients whose +name contains "David", you would simply write:: + + function OnStoredInstance(instanceId, tags, metadata) + -- Extract the value of the "PatientName" DICOM tag + local patientName = string.lower(tags['PatientName']) + + if string.find(patientName, 'david') ~= nil then + -- Only route patients whose name contains "David" + Delete(SendToModality(instanceId, 'sample')) + + else + -- Delete the patients that are not called "David" + Delete(instanceId) + end + end + +Besides ``SendToModality()``, a mostly identical function with the +same arguments called ``SendToPeer()`` can be used to route instances +to :ref:`Orthanc peers <peers>`. It is also possible to modify the +received instances before routing them. For instance, here is how you +would replace the ``StationName`` DICOM tag:: + + function OnStoredInstance(instanceId, tags, metadata) + -- Ignore the instances that result from a modification to avoid + -- infinite loops + if (metadata['ModifiedFrom'] == nil and + metadata['AnonymizedFrom'] == nil) then + + -- The tags to be replaced + local replace = {} + replace['StationName'] = 'My Medical Device' + + -- The tags to be removed + local remove = { 'MilitaryRank' } + + -- Modify the instance, send it, then delete the modified instance + Delete(SendToModality(ModifyInstance(instanceId, replace, remove, true), 'sample')) + + -- Delete the original instance + Delete(instanceId) + end + end + + +**Important remark:** The ``SendToModality()``, ``SendToPeer()``, +``ModifyInstance()`` and ``Delete()`` functions are for the most +common cases of auto-routing (implying a single DICOM instance, and +possibly a basic modification of this instance). For more evolved +auto-routing scenarios, remember that Lua scripts :ref:`have full to +the REST API of Orthanc <lua-rest>`, and that :ref:`other callbacks +are available <lua-callbacks>` to react to other events than the +reception of a single instance (notably ``OnStablePatient()``, +``OnStableStudy()`` and ``OnStableSeries()``).
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/users/replication.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,53 @@ +.. highlight:: bash +.. _replication: + +Replication and upgrade +======================= + +This page explains how to replicate the content of one instance of +Orthanc to another instance of Orthanc. This is useful to **upgrade** +between :ref:`versions of the database schema <db-versioning>`, or to +create **mirrored DICOM servers**. + +Note that if you only want to automatically upgrade the database for +successive versions of Orthanc, you most probably only have to add the +``--upgrade`` command-line option while starting Orthanc. + + +Direct access to the filesystem +------------------------------- + +The most direct way to replicate consists in using the +`ImportDicomFiles +<https://bitbucket.org/sjodogne/orthanc/src/default/Resources/Samples/ImportDicomFiles/ImportDicomFiles.py>`_ +script of the Orthanc distribution. For instance, the following +command would recursively explore the content of the ``OrthancStorage`` +folder (where Orthanc stores its DICOM files by default), and send +each DICOM file inside this folder to the instance of Orthanc whose +REST API is listening on ``http://192.168.0.2:8042``:: + + $ python ImportDicomFiles.py 192.168.0.2 8042 OrthancStorage + +This method will only succeed if: + +* The source Orthanc uses the default SQLite back-end of Orthanc (and + not the `PostgreSQL plugin + <http://www.orthanc-server.com/static.php?page=postgresql>`_, for + instance), +* You have command-line access to the source Orthanc, and +* The transparent :ref:`compression` of the DICOM instances is + disabled (cf. option ``StorageCompression`` in the + :ref:`configuration file <configuration>`). + +Generic replication +------------------- + +If you cannot use the first method, you can use the `Replicate +<https://bitbucket.org/sjodogne/orthanc/src/default/Resources/Samples/Python/Replicate.py>`_ +script of the Orthanc distribution. This script will use the REST API +of both the source and target instances of Orthanc. For instance:: + + $ python Replicate.py http://orthanc:password@localhost:8042/ http://192.168.0.2/ + +Obviously, contrarily to the first method, the source instance of +Orthanc must be up and running during the replication.
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/Sphinx/source/users/rest.rst Fri Apr 22 12:57:38 2016 +0200 @@ -0,0 +1,578 @@ +.. _rest: + +REST API of Orthanc +=================== + +.. contents:: + :depth: 3 + +One of the major strengths of Orthanc lies in its built-in `RESTful +API +<https://en.wikipedia.org/wiki/Representational_state_transfer>`__, +that can be used to drive Orthanc from external applications, +independently of the programming language that is used to develop +these applications. The REST API of Orthanc gives a full programmatic +access to all the core features of Orthanc. + +Importantly, Orthanc Explorer (the embedded administrative interface +of Orthanc) entirely resorts to this REST API for all its features. +This implies that anything that can be done through Orthanc Explorer, +can also be done through REST queries. + +*Note:* All the examples are illustrated with the `cURL command-line +tool <http://curl.haxx.se/>`__, but equivalent calls can be readily +transposed to any programming language that supports both HTTP and +JSON. + + +Sending DICOM images +-------------------- + +.. highlight:: bash + +The upload of DICOM files is possible by querying the REST API using +the following syntax:: + + $ curl -X POST http://localhost:8042/instances --data-binary @CT.X.1.2.276.0.7230010.dcm + +.. highlight:: json + +Orthanc will respond with a JSON file that contain information about +the location of the stored instance, such as:: + + { + "ID" : "e87da270-c52b-4f2a-b8c6-bae25928d0b0", + "Path" : "/instances/e87da270-c52b-4f2a-b8c6-bae25928d0b0", + "Status" : "Success" + } + +.. highlight:: bash + +Note that in the case of curl, setting the ``Expect`` HTTP Header will +significantly `reduce the execution time of POST requests +<http://stackoverflow.com/a/463277/881731>`__:: + + $ curl -X POST -H "Expect:" http://localhost:8042/instances --data-binary @CT.X.1.2.276.0.7230010.dcm + +The code distribution of Orthanc contains a `sample Python script +<https://bitbucket.org/sjodogne/orthanc/src/default/Resources/Samples/ImportDicomFiles/ImportDicomFiles.py>`__ +that recursively upload the content of some folder into Orthanc using +the REST API:: + + $ python ImportDicomFiles.py localhost 8042 ~/DICOM/ + + +.. _rest-access: + +Accessing the content of Orthanc +-------------------------------- + +Orthanc structures the stored DICOM resources using the "Patient, +Study, Series, Instance" model of the DICOM standard. Each DICOM +resource is associated with an :ref:`unique identifier <orthanc-ids>`. + +List all the DICOM resources +^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +Here is how you would list all the DICOM resources that are stored in +your local Orthanc instance:: + + $ curl http://localhost:8042/patients + $ curl http://localhost:8042/studies + $ curl http://localhost:8042/series + $ curl http://localhost:8042/instances + +Note that the result of this command is a `JSON file +<http://en.wikipedia.org/wiki/Json>`__ that contains an array of +resource identifiers. The JSON file format is lightweight and can be +parsed from almost any computer language. + +Accessing a patient +^^^^^^^^^^^^^^^^^^^ + +.. highlight:: bash + +To access a single resource, add its identifier to the `URI +<http://en.wikipedia.org/wiki/Uniform_resource_identifier>`__. You +would for instance retrieve the main information about one patient as +follows:: + + $ curl http://localhost:8042/patients/dc65762c-f476e8b9-898834f4-2f8a5014-2599bc94 + +.. highlight:: json + +Here is a possible answer from Orthanc:: + + { + "ID" : "07a6ec1c-1be5920b-18ef5358-d24441f3-10e926ea", + "MainDicomTags" : { + "OtherPatientIDs" : "(null)", + "PatientBirthDate" : "0", + "PatientID" : "000000185", + "PatientName" : "Anonymous^Unknown", + "PatientSex" : "O" + }, + "Studies" : [ "9ad2b0da-a406c43c-6e0df76d-1204b86f-78d12c15" ], + "Type" : "Patient" + } + +This is once again a JSON file. Note how Orthanc gives you a summary +of the main DICOM tags that correspond to the patient level. + +Browsing from the patient down to the instance +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +.. highlight:: bash + +The field ``Studies`` list all the DICOM studies that are associated +with the patient. So, considering the patient above, we would go down +in her DICOM hierarchy as follows:: + + $ curl http://localhost:8042/studies/9ad2b0da-a406c43c-6e0df76d-1204b86f-78d12c15 + +.. highlight:: json + +And Orthanc could answer:: + + { + "ID" : "9ad2b0da-a406c43c-6e0df76d-1204b86f-78d12c15", + "MainDicomTags" : { + "AccessionNumber" : "(null)", + "StudyDate" : "20120716", + "StudyDescription" : "TestSUVce-TF", + "StudyID" : "23848", + "StudyInstanceUID" : "1.2.840.113704.1.111.7016.1342451220.40", + "StudyTime" : "170728" + }, + "ParentPatient" : "07a6ec1c-1be5920b-18ef5358-d24441f3-10e926ea", + "Series" : [ + "6821d761-31fb55a9-031ebecb-ba7f9aae-ffe4ddc0", + "2cc6336f-2d4ae733-537b3ca3-e98184b1-ba494b35", + "7384c47e-6398f2a8-901846ef-da1e2e0b-6c50d598" + ], + "Type" : "Study" + } + +.. highlight:: bash + +The main DICOM tags are now those that are related to the study +level. It is possible to retrieve the identifier of the patient in the +``ParentPatient`` field, which can be used to go upward the DICOM +hierarchy. But let us rather go down to the series level by using the +``Series`` array. The next command would return information about one +of the three series that have just been reported:: + + $ curl http://localhost:8042/series/2cc6336f-2d4ae733-537b3ca3-e98184b1-ba494b35 + +.. highlight:: json + +Here is a possible answer:: + + { + "ExpectedNumberOfInstances" : 45, + "ID" : "2cc6336f-2d4ae733-537b3ca3-e98184b1-ba494b35", + "Instances" : [ + "41bc3f74-360f9d10-6ae9ffa4-01ea2045-cbd457dd", + "1d3de868-6c4f0494-709fd140-7ccc4c94-a6daa3a8", + <...> + "1010f80b-161b71c0-897ec01b-c85cd206-e669a3ea", + "e668dcbf-8829a100-c0bd203b-41e404d9-c533f3d4" + ], + "MainDicomTags" : { + "Manufacturer" : "Philips Medical Systems", + "Modality" : "PT", + "NumberOfSlices" : "45", + "ProtocolName" : "CHU/Body_PET/CT___50", + "SeriesDate" : "20120716", + "SeriesDescription" : "[WB_CTAC] Body", + "SeriesInstanceUID" : "1.3.46.670589.28.2.12.30.26407.37145.2.2516.0.1342458737", + "SeriesNumber" : "587370", + "SeriesTime" : "171121", + "StationName" : "r054-svr" + }, + "ParentStudy" : "9ad2b0da-a406c43c-6e0df76d-1204b86f-78d12c15", + "Status" : "Complete", + "Type" : "Series" + } + +It can be seen that this series comes from a PET modality. Orthanc has +computed that this series should contain 45 instances. + +.. highlight:: bash + +So far, we have navigated from the patient level, to the study level, +and finally to the series level. There only remains the instance +level. Let us dump the content of one of the instances:: + + $ curl http://localhost:8042/instances/e668dcbf-8829a100-c0bd203b-41e404d9-c533f3d4 + +.. highlight:: json + +The instance contains the following information:: + + { + "FileSize" : 70356, + "FileUuid" : "3fd265f0-c2b6-41a2-ace8-ae332db63e06", + "ID" : "e668dcbf-8829a100-c0bd203b-41e404d9-c533f3d4", + "IndexInSeries" : 6, + "MainDicomTags" : { + "ImageIndex" : "6", + "InstanceCreationDate" : "20120716", + "InstanceCreationTime" : "171344", + "InstanceNumber" : "6", + "SOPInstanceUID" : "1.3.46.670589.28.2.15.30.26407.37145.3.2116.39.1342458737" + }, + "ParentSeries" : "2cc6336f-2d4ae733-537b3ca3-e98184b1-ba494b35", + "Type" : "Instance" + } + +.. highlight:: bash + +The instance has the index 6 in the parent series. The instance is +stored as a raw DICOM file of 70356 bytes. You would download this +DICOM file using the following command:: + + $ curl http://localhost:8042/instances/e668dcbf-8829a100-c0bd203b-41e404d9-c533f3d4/file > Instance.dcm + + +Accessing the DICOM fields of an instance as a JSON file +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +.. highlight:: bash + +When one gets to the instance level, you can retrieve the hierarchy of +all the DICOM tags of this instance as a JSON file:: + + $ curl http://localhost:8042/instances/e668dcbf-8829a100-c0bd203b-41e404d9-c533f3d4/simplified-tags + +.. highlight:: json + +Here is a excerpt of the Orthanc answer:: + + { + "ACR_NEMA_2C_VariablePixelDataGroupLength" : "57130", + "AccessionNumber" : null, + "AcquisitionDate" : "20120716", + "AcquisitionDateTime" : "20120716171219", + "AcquisitionTime" : "171219", + "ActualFrameDuration" : "3597793", + "AttenuationCorrectionMethod" : "CTAC-SG", + <...> + "PatientID" : "000000185", + "PatientName" : "Anonymous^Unknown", + "PatientOrientationCodeSequence" : [ + { + "CodeMeaning" : "recumbent", + "CodeValue" : "F-10450", + "CodingSchemeDesignator" : "99SDM", + "PatientOrientationModifierCodeSequence" : [ + { + "CodeMeaning" : "supine", + "CodeValue" : "F-10340", + "CodingSchemeDesignator" : "99SDM" + } + ] + } + ], + <...> + "StudyDescription" : "TestSUVce-TF", + "StudyID" : "23848", + "StudyInstanceUID" : "1.2.840.113704.1.111.7016.1342451220.40", + "StudyTime" : "171117", + "TypeOfDetectorMotion" : "NONE", + "Units" : "BQML", + "Unknown" : null, + "WindowCenter" : "1.496995e+04", + "WindowWidth" : "2.993990e+04" + } + +.. highlight:: bash + +If you need more detailed information about the type of the variables +or if you wish to use the hexadecimal indexes of DICOM tags, you are +free to use the following URL:: + + $ curl http://localhost:8042/instances/e668dcbf-8829a100-c0bd203b-41e404d9-c533f3d4/tags + +Accessing the raw DICOM fields of an instance +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +.. highlight:: bash + +You also have the opportunity to access the raw value of the DICOM +tags of an instance, without going through a JSON file. Here is how +you would find the Patient Name of the instance:: + + $ curl http://localhost:8042/instances/e668dcbf-8829a100-c0bd203b-41e404d9-c533f3d4/content/0010-0010 + Anonymous^Unknown + +The list of all the available tags for this instance can also be retrieved easily:: + + $ curl http://localhost:8042/instances/e668dcbf-8829a100-c0bd203b-41e404d9-c533f3d4/content + +It is also possible to recursively explore the sequences of tags:: + + $ curl http://localhost:8042/instances/e668dcbf-8829a100-c0bd203b-41e404d9-c533f3d4/content/0008-1250/0/0040-a170/0/0008-0104 + For Attenuation Correction + +The command above has opened the "0008-1250" tag that is a DICOM +sequence, taken its first child, opened its "0040-a170" tag that is +also a sequence, taken the first child of this child, and returned the +"0008-0104" DICOM tag. + +Downloading images +^^^^^^^^^^^^^^^^^^ + +.. highlight:: bash + +It is also possible to download a preview PNG image that corresponds to some DICOM instance:: + + $ curl http://localhost:8042/instances/e668dcbf-8829a100-c0bd203b-41e404d9-c533f3d4/preview > Preview.png + +The resulting image will be a standard graylevel PNG image that can be opened by any painting software. + + +.. _changes: + + + +Sending resources to remote modalities +-------------------------------------- + +Orthanc can send its DICOM instances to remote DICOM modalities (C-Store SCU). This process +can be triggered by the REST API. + +Configuration +^^^^^^^^^^^^^ + +.. highlight:: json + +You first have to declare the AET, the IP address and the port number +of the remote modality inside the :ref:`configuration file +<configuration>`. For instance, here is how to declare a remote +modality:: + + ... + "DicomModalities" : { + "sample" : [ "STORESCP", "127.0.0.1", 2000 ] + }, + ... + +.. highlight:: bash + +Such a configuration would enable Orthanc to connect to another DICOM +store (for instance, another Orthanc instance) that listens on the +localhost on the port 2000. The modalities that are known to Orthanc +can be queried:: + + $ curl http://localhost:8042/modalities + + +Sending One Resource +^^^^^^^^^^^^^^^^^^^^ + +.. highlight:: bash + +Once you have identified the Orthanc identifier of the DICOM resource +that would like to send :ref:`as explained above <rest-access>`, you +would use the following command to send it:: + + $ curl -X POST http://localhost:8042/modalities/sample/store -d c4ec7f68-9b162055-2c8c5888-5bf5752f-155ab19f + +The ``/sample/`` component of the URI corresponds to the identifier of +the remote modality, as specified above in the configuration file. + +Note that you can send isolated DICOM instances with this command, but also entire patients, studies or series. + +Bulk Store SCU +^^^^^^^^^^^^^^ + +.. highlight:: bash + +Each time a POST request is made to ``/modalities/.../store``, a new +DICOM connection is possibly established. This may lead to a large +communication overhead if sending multiple isolated instances. + +To circumvent this problem, you have 2 possibilities: + +1. Set the ``DicomAssociationCloseDelay`` option in the + :ref:`configuration file <configuration>` to a non-zero value. This + will keep the DICOM connection open for a certain amount of time, + waiting for new instances to be routed. + +2. If you do not want to keep the connection open but inactive, it is + possible to send multiple instances with a single POST request + (so-called "Bulk Store SCU", available from Orthanc 0.5.2):: + + $ curl -X POST http://localhost:8042/modalities/sample/store -d '["d4b46c8e-74b16992-b0f5ca11-f04a60fa-8eb13a88","d5604121-7d613ce6-c315a5-a77b3cf3-9c253b23","cb855110-5f4da420-ec9dc9cb-2af6a9bb-dcbd180e"]' + + The list of the resources to be sent are given as a JSON array. In + this case, a single DICOM connection is used. `Sample code is + available + <https://bitbucket.org/sjodogne/orthanc/src/default/Resources/Samples/Python/HighPerformanceAutoRouting.py>`__. + + +Tracking changes +---------------- + +.. highlight:: bash + +Whenever Orthanc receives a new DICOM instance, this event is recorded +in the so-called "Changes Log". This enables remote scripts to react +to the arrival of new DICOM resources. A typical application is +**auto-routing**, where an external script waits for a new DICOM +instance to arrive into Orthanc, then forward this instance to another +modality. + +The Changes Log can be accessed by the following command:: + + $ curl http://localhost:8042/changes + +.. highlight:: json + +Here is a typical output:: + + { + "Changes" : [ + { + "ChangeType" : "NewInstance", + "Date" : "20130507T143902", + "ID" : "8e289db9-0e1437e1-3ecf395f-d8aae463-f4bb49fe", + "Path" : "/instances/8e289db9-0e1437e1-3ecf395f-d8aae463-f4bb49fe", + "ResourceType" : "Instance", + "Seq" : 921 + }, + { + "ChangeType" : "NewSeries", + "Date" : "20130507T143902", + "ID" : "cceb768f-e0f8df71-511b0277-07e55743-9ef8890d", + "Path" : "/series/cceb768f-e0f8df71-511b0277-07e55743-9ef8890d", + "ResourceType" : "Series", + "Seq" : 922 + }, + { + "ChangeType" : "NewStudy", + "Date" : "20130507T143902", + "ID" : "c4ec7f68-9b162055-2c8c5888-5bf5752f-155ab19f", + "Path" : "/studies/c4ec7f68-9b162055-2c8c5888-5bf5752f-155ab19f", + "ResourceType" : "Study", + "Seq" : 923 + }, + { + "ChangeType" : "NewPatient", + "Date" : "20130507T143902", + "ID" : "dc65762c-f476e8b9-898834f4-2f8a5014-2599bc94", + "Path" : "/patients/dc65762c-f476e8b9-898834f4-2f8a5014-2599bc94", + "ResourceType" : "Patient", + "Seq" : 924 + } + ], + "Done" : true, + "Last" : 924 + } + +This output corresponds to the receiving of one single DICOM instance +by Orthanc. It records that a new instance, a new series, a new study +and a new patient has been created inside Orthanc. Note that each +changes is labeled by a ``ChangeType``, a ``Date`` (in the `ISO format +<http://en.wikipedia.org/wiki/ISO_8601>`__), the location of the +resource inside Orthanc, and a sequence number (``Seq``). + +Note that this call is non-blocking. It is up to the calling program +to wait for the occurrence of a new event (by implementing a polling +loop). + +.. highlight:: bash + +This call only returns a fixed number of events, that can be changed +by using the ``limit`` option:: + + $ curl http://localhost:8042/changes?limit=100 + +The flag ``Last`` records the sequence number of the lastly returned +event. The flag ``Done`` is set to ``true`` if no further event has +occurred after this lastly returned event. If ``Done`` is set to +``false``, further events are available and can be retrieved. This is +done by setting the ``since`` option that specifies from which +sequence number the changes must be returned:: + + $ curl 'http://localhost:8042/changes?limit=100&since=922' + +A `sample code in the source distribution +<https://bitbucket.org/sjodogne/orthanc/src/default/Resources/Samples/Python/ChangesLoop.py>`__ +shows how to use this Changes API to implement a polling loop. + + +Deleting resources from Orthanc +------------------------------- + +.. highlight:: bash + +Deleting patients, studies, series or instances +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +Deleting DICOM resources (i.e. patients, studies, series or instances) +from Orthanc is as simple as using a HTTP DELETE on the URI of this +resource. + +Concretely, you would first explore the resources that are stored in +Orthanc :ref:`as explained above <rest-access>`:: + + $ curl http://localhost:8042/patients + $ curl http://localhost:8042/studies + $ curl http://localhost:8042/series + $ curl http://localhost:8042/instances + +Secondly, once you have spotted the resources to be removed, you would +use the following command-line syntax to delete them:: + + $ curl -X DELETE http://localhost:8042/patients/dc65762c-f476e8b9-898834f4-2f8a5014-2599bc94 + $ curl -X DELETE http://localhost:8042/studies/c4ec7f68-9b162055-2c8c5888-5bf5752f-155ab19f + $ curl -X DELETE http://localhost:8042/series/cceb768f-e0f8df71-511b0277-07e55743-9ef8890d + $ curl -X DELETE http://localhost:8042/instances/8e289db9-0e1437e1-3ecf395f-d8aae463-f4bb49fe + + +Clearing log of changes +^^^^^^^^^^^^^^^^^^^^^^^ + +:ref:`As described above <changes>`, Orthanc keeps track of all the +changes that occur in the DICOM store. This so-called "Changes Log" +is accessible at the following URI:: + + $ curl http://localhost:8042/changes + +To clear the content of the Changes Log, simply DELETE this URI:: + + $ curl -X DELETE http://localhost:8042/changes + +Clearing log of exported resources +^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + +For medical traceability, Orthanc stores a log of all the resources +that have been exported to remote modalities:: + + $ curl http://localhost:8042/exports + +In auto-routing scenarios, it is important to prevent this log to grow +indefinitely as incoming instances are routed. You can either disable +this logging by setting the option ``LogExportedResources`` to ``false`` +in the :ref:`configuration file <configuration>`, or periodically +clear this log by DELETE-ing this URI:: + + $ curl -X DELETE http://localhost:8042/exports + + +Anonymization and modification +------------------------------ + +The process of anonymizing and modifying DICOM resources is +:ref:`documented in a separate page <anonymization>`. + + +Further reading +--------------- + +The examples above have shown you the basic principles for driving an +instance of Orthanc through its REST API. All the possibilities of the +API have not been described. A :ref:`FAQ entry <rest-samples>` lists +where you can find more advanced samples of the REST API of Orthanc.