##// END OF EJS Templates
zstd: vendor python-zstandard 0.7.0...
zstd: vendor python-zstandard 0.7.0 Commit 3054ae3a66112970a091d3939fee32c2d0c1a23e from https://github.com/indygreg/python-zstandard is imported without modifications (other than removing unwanted files). The vendored zstd library within has been upgraded from 1.1.2 to 1.1.3. This version introduced new APIs for threads, thread pools, multi-threaded compression, and a new dictionary builder (COVER). These features are not yet used by python-zstandard (or Mercurial for that matter). However, that will likely change in the next python-zstandard release (and I think there are opportunities for Mercurial to take advantage of the multi-threaded APIs). Relevant to Mercurial, the CFFI bindings are now fully implemented. This means zstd should "just work" with PyPy (although I haven't tried). The python-zstandard test suite also runs all tests against both the C extension and CFFI bindings to ensure feature parity. There is also a "decompress_content_dict_chain()" API. This was derived from discussions with Yann Collet on list about alternate ways of encoding delta chains. The change most relevant to Mercurial is a performance enhancement in the simple decompression API to reuse a data structure across operations. This makes decompression of multiple inputs significantly faster. (This scenario occurs when reading revlog delta chains, for example.) Using python-zstandard's bench.py to measure the performance difference... On changelog chunks in the mozilla-unified repo: decompress discrete decompress() reuse zctx 1.262243 wall; 1.260000 CPU; 1.260000 user; 0.000000 sys 170.43 MB/s (best of 3) 0.949106 wall; 0.950000 CPU; 0.950000 user; 0.000000 sys 226.66 MB/s (best of 4) decompress discrete dict decompress() reuse zctx 0.692170 wall; 0.690000 CPU; 0.690000 user; 0.000000 sys 310.80 MB/s (best of 5) 0.437088 wall; 0.440000 CPU; 0.440000 user; 0.000000 sys 492.17 MB/s (best of 7) On manifest chunks in the mozilla-unified repo: decompress discrete decompress() reuse zctx 1.367284 wall; 1.370000 CPU; 1.370000 user; 0.000000 sys 274.01 MB/s (best of 3) 1.086831 wall; 1.080000 CPU; 1.080000 user; 0.000000 sys 344.72 MB/s (best of 3) decompress discrete dict decompress() reuse zctx 0.993272 wall; 0.990000 CPU; 0.990000 user; 0.000000 sys 377.19 MB/s (best of 3) 0.678651 wall; 0.680000 CPU; 0.680000 user; 0.000000 sys 552.06 MB/s (best of 5) That should make reads on zstd revlogs a bit faster ;) # no-check-commit

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win32-build.txt
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The standalone Windows installer for Mercurial is built in a somewhat
jury-rigged fashion.
It has the following prerequisites. Ensure to take the packages
matching the mercurial version you want to build (32-bit or 64-bit).
Python 2.6 for Windows
http://www.python.org/download/releases/
A compiler:
either MinGW
http://www.mingw.org/
or Microsoft Visual C++ 2008 SP1 Express Edition
http://www.microsoft.com/express/Downloads/Download-2008.aspx
Python for Windows Extensions
http://sourceforge.net/projects/pywin32/
mfc71.dll (just download, don't install; not needed for Python 2.6)
http://starship.python.net/crew/mhammond/win32/
Visual C++ 2008 redistributable package (needed for >= Python 2.6 or if you compile with MSVC)
for 32-bit:
http://www.microsoft.com/downloads/details.aspx?FamilyID=9b2da534-3e03-4391-8a4d-074b9f2bc1bf
for 64-bit:
http://www.microsoft.com/downloads/details.aspx?familyid=bd2a6171-e2d6-4230-b809-9a8d7548c1b6
The py2exe distutils extension
http://sourceforge.net/projects/py2exe/
GnuWin32 gettext utility (if you want to build translations)
http://gnuwin32.sourceforge.net/packages/gettext.htm
Inno Setup
http://www.jrsoftware.org/isdl.php#qsp
Get and install ispack-5.3.10.exe or later (includes Inno Setup Processor),
which is necessary to package Mercurial.
ISTool - optional
http://www.istool.org/default.aspx/
add_path (you need only add_path.exe in the zip file)
http://www.barisione.org/apps.html#add_path
Docutils
http://docutils.sourceforge.net/
CA Certs file
http://curl.haxx.se/ca/cacert.pem
And, of course, Mercurial itself.
Once you have all this installed and built, clone a copy of the
Mercurial repository you want to package, and name the repo
C:\hg\hg-release.
In a shell, build a standalone copy of the hg.exe program.
Building instructions for MinGW:
python setup.py build -c mingw32
python setup.py py2exe -b 2
Note: the previously suggested combined command of "python setup.py build -c
mingw32 py2exe -b 2" doesn't work correctly anymore as it doesn't include the
extensions in the mercurial subdirectory.
If you want to create a file named setup.cfg with the contents:
[build]
compiler=mingw32
you can skip the first build step.
Building instructions with MSVC 2008 Express Edition:
for 32-bit:
"C:\Program Files\Microsoft Visual Studio 9.0\VC\vcvarsall.bat" x86
python setup.py py2exe -b 2
for 64-bit:
"C:\Program Files\Microsoft Visual Studio 9.0\VC\vcvarsall.bat" x86_amd64
python setup.py py2exe -b 3
Copy add_path.exe and cacert.pem files into the dist directory that just got created.
If you are using Python 2.6 or later, or if you are using MSVC 2008 to compile
mercurial, you must include the C runtime libraries in the installer. To do so,
install the Visual C++ 2008 redistributable package. Then in your windows\winsxs
folder, locate the folder containing the dlls version 9.0.21022.8.
For x86, it should be named like x86_Microsoft.VC90.CRT_(...)_9.0.21022.8(...).
For x64, it should be named like amd64_Microsoft.VC90.CRT_(...)_9.0.21022.8(...).
Copy the files named msvcm90.dll, msvcp90.dll and msvcr90.dll into the dist
directory.
Then in the windows\winsxs\manifests folder, locate the corresponding manifest
file (x86_Microsoft.VC90.CRT_(...)_9.0.21022.8(...).manifest for x86,
amd64_Microsoft.VC90.CRT_(...)_9.0.21022.8(...).manifest for x64), copy it in the
dist directory and rename it to Microsoft.VC90.CRT.manifest.
Before building the installer, you have to build Mercurial HTML documentation
(or fix mercurial.iss to not reference the doc directory):
cd doc
mingw32-make html
cd ..
If you use ISTool, you open the C:\hg\hg-release\contrib\win32\mercurial.iss
file and type Ctrl-F9 to compile the installer file.
Otherwise you run the Inno Setup compiler. Assuming it's in the path
you should execute:
iscc contrib\win32\mercurial.iss /dVERSION=foo
Where 'foo' is the version number you would like to see in the
'Add/Remove Applications' tool. The installer will be placed into
a directory named Output/ at the root of your repository.
If the /dVERSION=foo parameter is not given in the command line, the
installer will retrieve the version information from the __version__.py file.
If you want to build an installer for a 64-bit mercurial, add /dARCH=x64 to
your command line:
iscc contrib\win32\mercurial.iss /dARCH=x64
To automate the steps above you may want to create a batchfile based on the
following (MinGW build chain):
echo [build] > setup.cfg
echo compiler=mingw32 >> setup.cfg
python setup.py py2exe -b 2
cd doc
mingw32-make html
cd ..
iscc contrib\win32\mercurial.iss /dVERSION=snapshot
and run it from the root of the hg repository (c:\hg\hg-release).