官方DCMTK的安装步骤

官方安装DCMTK3.6.0的步骤：

详细中文安装步骤可以参考下面两篇：

1、 DCMTK3.6(MD支持库)安装说明

2、 DCMTK3.6.0 (MT支持库)安装 完整说明

BUILDING (Windows)
==================

Starting with DCMTK 3.5.4, no project files for Visual Studio are provided
anymore.  Project files for all supported compilers can be generated with
CMake.

CMake is a cross-platform, open-source make system which can be used to control
the software compilation process using simple configuration files.  CMake can be
obtained free of charge from http://www.cmake.org/.  For configuring the support
of external libraries in DCMTK on Windows platforms, the toolkit contains
corresponding "CMakeLists.txt" files in all necessary directories.  In detail,
these "CMakeLists.txt" files will serve as an input to CMake which will generate
new ".dsp" and ".dsw" files (or ".sln" for Visual Studio) for all of DCMTK's
projects from these files, depending on a configuration which can be adjusted
manually by the user.

In order to be able to use CMake for configuration purposes in DCMTK, perform
the following steps to install CMake on your machine:

1. Go to http://www.cmake.org/ to download the latest release version of CMake
   for Windows.  With regard to a certain CMake version, note that CMake 2.4.8
   or later can be used in conjunction with DCMTK.
2. Execute the file which was downloaded to install CMake on your machine.
   Follow all install instructions appropriately.

In order to manually configure the support for the above mentioned external
libraries (OpenSSL, zlib, libtiff, libpng and libxml2) through CMake, perform
the following steps:

1. Go Start -> Programs -> CMake -> "CMake" or "CMake (cmake-gui)" to start the
   CMake utility through which the configuration can be done.
2. In the entry field "Where is the source code:" enter the directory in which
   the DCMTK source code resides, e.g. "C:\dcmtk-3.6.0".
3. In the entry field "Where to build the binaries:" enter the directory in
   which the libraries and binaries are to be built, e.g. "C:\dcmtk-bin".
4. In the combobox "Build for:" or "Specify the generator for this project:"
   select the corresponding development environment which shall be used to
   compile DCMTK.
5. Go "Configure".  (CMake will look for a corresponding compiler, read in all
   of DCMTK's "CMakeLists.txt" files and perform some tests.  The variables in
   the tabular area will be displayed in red.  These variables can now be set
   in order to turn the support for any of the external libraries on or off).
6. Make the corresponding configurations in CMake's user interface.  For
   example, in order to turn on libxml2 support, set the value of variable
   "DCMTK_WITH_XML" to "ON" and set the value of variable "WITH_LIBXMLINC"
   to the path where the include files and libraries of libxml2 can be found,
   e.g. "C:\libxml2-2.7.7".  The support of all other external libraries can
   be turned on in a similar way:

     libpng support:
       set "DCMTK_WITH_PNG" to "ON" and
       set "WITH_LIBPNGINC" e.g. to "C:\libpng-1.4.2"

     libtiff support:
       set "DCMTK_WITH_TIFF" to "ON" and
       set "WITH_LIBTIFFINC" e.g. to "C:\tiff-3.9.2"

     OpenSSL support:
       set "DCMTK_WITH_OPENSSL" to "ON" and
       set "WITH_OPENSSLINC" e.g. to "C:\openssl-1.0.0"

     zlib support:
       set "DCMTK_WITH_ZLIB" to "ON" and
       set "WITH_ZLIBINC" e.g. to "C:\zlib-1.2.5"

   In order to turn the support of a certain external library off, set the
   value of the corresponding variable ("DCMTK_WITH_XML", "DCMTK_WITH_PNG",
   "DCMTK_WITH_TIFF", "DCMTK_WITH_OPENSSL", or "DCMTK_WITH_ZLIB") to "OFF".

   (Please note that the include files of all external libraries are always
   expected in a directory named "include" below the directory which is
   specified in "WITH_LIBXMLINC", "WITH_LIBPNGINC", "WITH_LIBTIFFINC",
   "WITH_OPENSSLINC", or "WITH_ZLIBINC").

   (Please note also that the library files of all external libraries are
   always expected in directory named "lib" below the directory which is
   specified in "WITH_LIBXMLINC", "WITH_LIBPNGINC", "WITH_LIBTIFFINC",
   "WITH_OPENSSLINC", or "WITH_ZLIBINC".  Moreover, note that the following
   filenames must be used for the corresponding lib files:

     libxml2:
       "iconv_d.lib"    - debug version
       "iconv_o.lib"    - release version (optimized)
       "libxml2_d.lib"  - debug version
       "libxml2_o.lib"  - release version (optimized)

     libpng:
       "libpng_d.lib"   - debug version
       "libpng_o.lib"   - release version (optimized)

     libtiff:
       "libtiff_d.lib"  - debug version
       "libtiff_o.lib"  - release version (optimized)

     openssl:
       "libeay32_d.lib" - debug version
       "libeay32_o.lib" - release version (optimized)
       "ssleay32_d.lib" - debug version
       "ssleay32_o.lib" - release version (optimized)

     zlib:
       "zlib_d.lib"     - debug version
       "zlib_o.lib"     - release version (optimized)

   The debug versions of all libraries must be compiled for the multithread
   debug version of the runtime (/MTd), the release version must be compiled
   for the non-debug multithread runtime (/MT).  Precompiled versions of all
   libraries can be downloaded from http://dicom.offis.de/dcmtk).
7. Go "Configure" a second time.  (CMake will adjust the configuration
   according to the displayed specifications).
8. Go "OK" or "Generate".  (CMake will generate new project files in the
   corresponding directories.  These files will be adjusted according to the
   displayed specifications, i.e. support for the external libraries will be
   turned on or off).

Having performed these steps, the Microsoft Visual Studio IDE can be started,
DCMTK's workspace file can be opened, and one or more of DCMTK's subprojects
can be built.  In case you want to build all libraries and applications, mark
the "ALL_BUILD" subproject and build it.  The "INSTALL" subproject installs
the executables, libraries, include, support and documentation files (very
similar to "make install-all" on Unix systems).

Please note that other Windows compilers, e.g. Borland C++ Builder, are
currently not actively supported.  However, they may work.

Known limitations of DCMTK on the Windows platform.

1. The dcmqrscp tool cannot spark multiple processes.  Every association must
   be handled completely before a new association is possible.
2. On Windows 95, dcmqrscp always uses exclusive file locking (the LockFileEx
   API call is available on Windows NT only).  This is no problem if only one
   single process exists.
3. Most applications will only work if the computer has configured TCP/IP, a
   network name and a TCP/IP address.  If SLIP or PPP is used the applications
   can only work if a connection to a provider exists (since the internet
   addresses and names are given dynamically).
4. Visual C++ contains two different implementations of I/O streams which
   should never be mixed within one application because this may cause
   application errors that are hard to find.  The old, now deprecated
   implementation uses the traditional cfront header files <iostream.h> etc.
   The new implementation uses <iostream> etc. as defined in ANSI/ISO C++.
   DCMTK can be configured to use either of the two interfaces.  This behaviour
   can be changed in "include/dcmtk/config/osconfig.h" in the build directory
   where the symbol USE_STD_CXX_INCLUDES is declared.

   NOTE: Previous releases of DCMTK (3.5.1 and older) used the old interface
         when compiled with Visual C++ 6.0.  When updating software that uses
         DCMTK as a library, make sure that the use of the iostream library is
         consistent throughout the complete application!

参考文章：http://support.dcmtk.org/docs/file_install.html