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README: Rewrite in Markdown
This commit is contained in:
Timothy Gu
Moritz Bunkus
parent
82d82cfcfc
commit
68459d7a62
@ -6,12 +6,12 @@ Table of contents
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1. Introduction
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2. Installation
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2.1. Requirements
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2.2. Optional components
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2.3. Building libmatroska and libebml
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2.4. Building MKVtoolNix
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2.5. Notes for compilation on (Open)Solaris
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2.6. Unit tests
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1. Requirements
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2. Optional components
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3. Building libmatroska and libebml
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4. Building MKVtoolNix
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5. Notes for compilation on (Open)Solaris
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6. Unit tests
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3. Examples
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4. Reporting bugs
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@ -30,7 +30,7 @@ technology, the Extensible Binary Meta Language (EBML), at
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http://www.matroska.org/
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The full documentation for each command is now maintained in its
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man page only. Type 'mkvmerge -h' to get you started.
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man page only. Type `mkvmerge -h` to get you started.
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This code comes under the GPL (see www.gnu.org or the file COPYING).
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Modify as needed.
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@ -57,7 +57,7 @@ development there might be features available in the Subversion
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repository that are not available in the releases. On the other hand
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the Subversion repository version might not even compile.
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2.1. Requirements
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### 2.1. Requirements
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In order to compile MKVToolNix you need a couple of libraries. Most of
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them should be available pre-compiled for your distribution. The
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@ -82,7 +82,7 @@ programs and libraries you absolutely need are:
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used: "format", "RegEx", "filesystem", "system", "foreach",
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"Range", "rational", "variant". At least v1.46.0 is required.
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You also need the "rake" or "drake" build program or at least the
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You also need the `rake` or `drake` build program or at least the
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programming language Ruby and the "rubygems" package. MKVToolNix comes
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bundled with its own copy of "drake" in case you cannot install it
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yourself. If you want to install it yourself I suggest you use the
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@ -91,15 +91,15 @@ for parallel builds.
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Installing "drake" is simple. As root run the following command:
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gem install drake
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gem install drake
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2.2. Optional components
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### 2.2. Optional components
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Other libraries are optional and only limit the features that are
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built. These include:
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- wxWidgets ( http://www.wxwidgets.org/ ) -- a cross-platform GUI
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toolkit. You need this if you want to use mmg (the mkvmerge GUI) or
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toolkit. You need this if you want to use `mmg` (the mkvmerge GUI) or
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mkvinfo's GUI.
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- libFLAC ( http://downloads.xiph.org/releases/flac/ ) for FLAC
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@ -116,7 +116,7 @@ built. These include:
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- libcurl ( http://curl.haxx.se/ ) for online update checks
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2.3. Building libmatroska and libebml
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### 2.3. Building libmatroska and libebml
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This is optional as MKVToolNix comes with its own set of the
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libraries. It will use them if no version is found on the system.
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@ -126,104 +126,106 @@ http://dl.matroska.org/downloads/libebml/ and libmatroska 1.4.0 from
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http://dl.matroska.org/downloads/libmatroska/ or a fresh copy from the
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Subversion repository:
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svn co https://svn.matroska.org/svn/matroska/trunk/libebml
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svn co https://svn.matroska.org/svn/matroska/trunk/libmatroska
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svn co https://svn.matroska.org/svn/matroska/trunk/libebml
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svn co https://svn.matroska.org/svn/matroska/trunk/libmatroska
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Change to "libebml/make/linux" and run "make staticlib". If you have
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root-access then run "make install_headers install_staticlib" as
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Change to "libebml/make/linux" and run `make staticlib`. If you have
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root-access then run `make install_headers install_staticlib` as
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"root" in order to install the files. Change to
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"libmatroska/make/linux". Once more run "make staticlib". If you have
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root-access then run "make install_headers install_staticlib" as
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"libmatroska/make/linux". Once more run `make staticlib`. If you have
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root-access then run `make install_headers install_staticlib` as
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"root" in order to install the files.
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Note that if you don't want the libraries to be installed in
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/usr/local/lib and the headers in /usr/local/include then you can
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alter the prefix (which defaults to /usr/local) by adding an argument
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"prefix=/usr" to the install "make" command. Example:
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`prefix=/usr` to the install `make` command. Example:
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make prefix=/usr install_headers install_staticlib
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make prefix=/usr install_headers install_staticlib
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2.4. Building MKVtoolNix
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### 2.4. Building MKVtoolNix
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Either download the current release from
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http://www.bunkus.org/videotools/mkvtoolnix/ and unpack it or get a
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development snapshot from my Git repository.
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- Getting and building a development snapshot (ignore this subsection
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if you want to build from a release tarball)
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- Getting and building a development snapshot (ignore this subsection
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if you want to build from a release tarball)
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All you need for Git repository access is to download a Git client
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from the Git homepage at http://git-scm.com/ . There are clients
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for both Unix/Linux and Windows.
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All you need for Git repository access is to download a Git client
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from the Git homepage at http://git-scm.com/ . There are clients
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for both Unix/Linux and Windows.
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First clone my Git repository with this command:
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First clone my Git repository with this command:
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git clone git://github.com/mbunkus/mkvtoolnix.git
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git clone git://github.com/mbunkus/mkvtoolnix.git
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Now change to the MKVtoolNix directory with "cd mkvtoolnix" and run
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"./autogen.sh" which will generate the "configure" script. You need
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the GNU "autoconf" utility for this step.
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Now change to the MKVtoolNix directory with `cd mkvtoolnix` and run
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`./autogen.sh` which will generate the "configure" script. You need
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the GNU "autoconf" utility for this step.
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If you have run "make install" for both libraries then "configure"
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If you have run `make install` for both libraries then `configure`
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should automatically find the libraries' position. Otherwise you need
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to tell "configure" where the "libebml" and "libmatroska" include and
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to tell `configure` where the "libebml" and "libmatroska" include and
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library files are:
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./configure \
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--with-extra-includes=/where/i/put/libebml\;/where/i/put/libmatroska \
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--with-extra-libs=/where/i/put/libebml/make/linux\;/where/i/put/libmatroska/make/linux
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./configure \
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--with-extra-includes=/where/i/put/libebml\;/where/i/put/libmatroska \
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--with-extra-libs=/where/i/put/libebml/make/linux\;/where/i/put/libmatroska/make/linux
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Now run "rake" and, as "root", "rake install". If you don't have
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Now run `rake` and, as "root", `rake install`. If you don't have
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"rake" installed yourself then use the version bundled with
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MKVToolNix: "./rake.d/bin/drake" and "./rake.d/bin/drake install".
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MKVToolNix: `./rake.d/bin/drake` and `./rake.d/bin/drake install`.
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If you want to use all available CPU cores for building then you have
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to use "drake" instead of "rake". "drake" knows the parameter "-j"
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much like "make" does. You can also set the environment varibale
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to use `drake` instead of `rake`. `drake` knows the parameter `-j`
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much like `make` does. You can also set the environment variable
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DRAKETHREADS to a number and the build process will automatically use
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that number of threads for a parallel build:
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./drake -j4
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./drake -j4
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or
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export DRAKETHREADS=4
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./drake
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export DRAKETHREADS=4
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./drake
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2.5. Notes for compilation on (Open)Solaris
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### 2.5. Notes for compilation on (Open)Solaris
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You can compile mkvtoolnix with Sun's sunstudio compiler, but you need
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additional options for "configure":
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additional options for `configure`:
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./configure --prefix=/usr \
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CXX="/opt/sunstudio12.1/bin/CC -library=stlport4" \
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CXXFLAGS="-D_POSIX_PTHREAD_SEMANTICS" \
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--with-extra-includes=/where/i/put/libebml\;/where/i/put/libmatroska \
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--with-extra-libs=/where/i/put/libebml/make/linux\;/where/i/put/libmatroska/make/linux
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./configure --prefix=/usr \
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CXX="/opt/sunstudio12.1/bin/CC -library=stlport4" \
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CXXFLAGS="-D_POSIX_PTHREAD_SEMANTICS" \
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--with-extra-includes=/where/i/put/libebml\;/where/i/put/libmatroska \
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--with-extra-libs=/where/i/put/libebml/make/linux\;/where/i/put/libmatroska/make/linux
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2.6. Unit tests
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### 2.6. Unit tests
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Building and running unit tests is completely optional. If you want to
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do this then you have to follow these steps:
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a) Download the "googletest" framework from
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1. Download the "googletest" framework from
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http://code.google.com/p/googletest/ (at the time of writing the
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file to download was "gtest-1.6.0.zip")
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b.1) Either extract the framework inside the "lib" sub-folder and
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2. Make `gtest` usable:
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1. Either extract the framework inside the "lib" sub-folder and
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rename the resulting folder "gtest-1.6.0" to "gtest"
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OR...
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OR...
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b.2) extract the archive somewhere and create a symbolic link to it
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2. Extract the archive somewhere and create a symbolic link to it
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inside the "lib" folder called or create a symbolic link called
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"gtest".
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c) Configure MKVToolNix normally.
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3. Configure MKVToolNix normally.
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d) Build the unit test executable and run it with
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4. Build the unit test executable and run it with
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./drake tests:unit
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./drake tests:unit
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@ -233,46 +235,47 @@ d) Build the unit test executable and run it with
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Here's a *very* brief example of how you could use mkvmerge
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with mencoder in order to rip a DVD:
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a) Extract the audio to PCM audio:
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1. Extract the audio to PCM audio:
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mplayer -ao pcm:file=audio.wav -vo null -vc dummy dvd://1
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mplayer -ao pcm:file=audio.wav -vo null -vc dummy dvd://1
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b) Normalize the sound (optional)
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2. Normalize the sound (optional)
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normalize audio.wav
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normalize audio.wav
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c) Encode the audio to Vorbis:
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3. Encode the audio to Vorbis:
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oggenc -q3 -oaudio-q3.ogg audio.wav
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oggenc -q3 -oaudio-q3.ogg audio.wav
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d) Somehow calculate the bitrate for your video. Use something like...
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4. Somehow calculate the bitrate for your video. Use something like:
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video_size = (target_size - audio-size) / 1.005
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video_bitrate = video_size / length / 1024 * 8
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```
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video_size = (target_size - audio-size) / 1.005
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video_bitrate = video_size / length / 1024 * 8
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```
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- `target_size`, `audio_size` in bytes
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- `length` in seconds
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- 1.005 is the overhead caused by putting the streams into an Matroska file
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(about 0.5%, that's correct ;)).
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- `video_bitrate` will be in kbit/s
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target_size, audio_size in bytes
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length in seconds
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1.005 is the overhead caused by putting the streams into an Matroska file
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(about 0.5%, that's correct ;)).
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video_bitrate will be in kbit/s
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5. Use the two-pass encoding for the video:
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e) Use the two-pass encoding for the video:
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mencoder -oac copy -ovc lavc \
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-lavcopts vcodec=mpeg4:vbitrate=1000:vhq:vqmin=2:vpass=1 \
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-vf scale=....,crop=..... \
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-o /dev/null dvd://1
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mencoder -oac copy -ovc lavc \
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-lavcopts vcodec=mpeg4:vbitrate=1000:vhq:vqmin=2:vpass=1 \
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-vf scale=....,crop=..... \
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-o /dev/null dvd://1
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mencoder -oac copy -ovc lavc \
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-lavcopts vcodec=mpeg4:vbitrate=1000:vhq:vqmin=2:vpass=2 \
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-vf scale=....,crop=..... \
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-o movie.avi dvd://1
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mencoder -oac copy -ovc lavc \
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-lavcopts vcodec=mpeg4:vbitrate=1000:vhq:vqmin=2:vpass=2 \
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-vf scale=....,crop=..... \
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-o movie.avi dvd://1
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6. Merge:
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f) Merge:
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mkvmerge -o movie.mkv -A movie.avi audio-q3.ogg
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mkvmerge -o movie.mkv -A movie.avi audio-q3.ogg
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-A is necessary in order to avoid copying the raw PCM (or MP3) audio as well.
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`-A` is necessary in order to avoid copying the raw PCM (or MP3) audio as well.
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@ -289,6 +292,6 @@ e.g. include the command line, if you use Windows or Linux etc.pp.
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If at all possible please include sample files as well so that I can
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reproduce the issue. If they are larger than 1M then please upload
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them somewhere (e.g. to my FTP server: host name "ftp.bunkus.org",
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user name "upload", password "only" -- each without the quotes) and
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post a link or note in the bug report.
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them somewhere (e.g. to my FTP server: host name `ftp.bunkus.org`,
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user name `upload`, password `only`) and post a link or note in the bug
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report.
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