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Overview
| Comment: | Fixed references to README-Mac-OS-X.md |
|---|---|
| Timelines: | family | ancestors | descendants | both | trunk |
| Files: | files | file ages | folders |
| SHA1: | e8696effdefd053176b45b2075916a72 |
| User & Date: | tangent 2018-10-27 07:30:13 |
Context
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2018-10-28
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| 10:47 | Updated the Doxyfile.in files for Doxygen 1.8.14. check-in: f3a0657c56 user: tangent tags: trunk | |
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2018-10-27
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| 07:30 | Fixed references to README-Mac-OS-X.md check-in: e8696effde user: tangent tags: trunk | |
| 07:27 | Renamed README-Mac-OS-X.md to README-macOS.md. check-in: 5b39c725dd user: tangent tags: trunk | |
Changes
Changes to INSTALL.md.
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The installation procedure depends on the compiler you use to build libtabula and on the OS you build it on. There are platform-specific instructions for all popular platforms: * [Cygwin](README-Cygwin.md) * [Linux](README-Linux.md) * [Mac OS X](README-Mac-OS-X.md) * [MinGW](README-MinGW.md) * [Solaris](README-Solaris.md) * [Visual C++](README-Visual-C%2b%2b.md) If you're on some Unix variant (Linux, OS X, \*BSD, Solaris, Cygwin...) there are additional general instructions in [the Unix README](README-Unix.md). See [the main README file](README.md) for high-level instructions that apply to all platforms libtabula works on. |
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The installation procedure depends on the compiler you use to build libtabula and on the OS you build it on. There are platform-specific instructions for all popular platforms: * [Cygwin](README-Cygwin.md) * [Linux](README-Linux.md) * [macOS](README-macOS.md) * [MinGW](README-MinGW.md) * [Solaris](README-Solaris.md) * [Visual C++](README-Visual-C%2b%2b.md) If you're on some Unix variant (Linux, OS X, \*BSD, Solaris, Cygwin...) there are additional general instructions in [the Unix README](README-Unix.md). See [the main README file](README.md) for high-level instructions that apply to all platforms libtabula works on. |
Changes to README-Unix.md.
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This file only covers details common to all Unix variants supported by libtabula For platform-specific details, see the file appropriate to your OS: * [Cygwin](README-Cygwin.md) * [Linux](README-Linux.md) * [Mac OS X](README-Mac-OS-X.md) * [Solaris](README-Solaris.md) There are no special instructions for any other Unix flavors. Building the Library and Example Programs ---- |
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This file only covers details common to all Unix variants supported by libtabula For platform-specific details, see the file appropriate to your OS: * [Cygwin](README-Cygwin.md) * [Linux](README-Linux.md) * [macOS](README-macOS.md) * [Solaris](README-Solaris.md) There are no special instructions for any other Unix flavors. Building the Library and Example Programs ---- |
Changes to README.md.
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---- Each major platform we support has a dedicated `README-*.md` file for it containing information specific to that platform. Please read it: * [Cygwin](README-Cygwin.md) * [Linux](README-Linux.md) * [Mac OS X](README-Mac-OS-X.md) * [MinGW](README-MinGW.md) * [Solaris](README-Solaris.md) * [Unix (generic)](README-Unix.md) * [Visual C++](README-Visual-C%2b%2b.md) For authorship information, see [the CREDITS file](CREDITS.md). ................................................................................ Building the Library ---- libtabula uses [CMake][4] to generate platform-specific build files from a platform-independent set of build rules. We have successfully used it to build libtabula under these native build system types: * **Makefiles**: For Unixy platforms, including Linux, Mac OS X, Cygwin, and MinGW, in addition to the "real" Unices. See [the Unix README](README-Unix.md) for general instructions. There are supplementary platform-specific `README` files for most popular Unixy platforms: - [Cygwin](README-Cygwin.md) - [Linux](README-Linux.md) - [Mac OS X](README-Mac-OS-X.md) - [MinGW](README-MinGW.md) - [Solaris](README-Solaris.md) TODO: Write README-Free/Net/OpenBSD.md, if only to mention the location for C API files. If your platform of choice doesn't have a `README` dedicated ................................................................................ See [the Visual C++ README](README-Visual-C%2b%2b.md) for more details. * **Xcode**: CMake will generate an Xcode project file instead of Makefiles on OS X if you ask nicely. See [the Mac OS X README](README-Mac-OS-X.md) for more the proper incantation. CMake can generate many other kinds of IDE project files, but we have either not tried it, or have not succeeded with it. Success reports and patches are welcome on the mailing list.[3] |
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34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 .. 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 .. 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 |
---- Each major platform we support has a dedicated `README-*.md` file for it containing information specific to that platform. Please read it: * [Cygwin](README-Cygwin.md) * [Linux](README-Linux.md) * [macOS](README-macOS.md) * [MinGW](README-MinGW.md) * [Solaris](README-Solaris.md) * [Unix (generic)](README-Unix.md) * [Visual C++](README-Visual-C%2b%2b.md) For authorship information, see [the CREDITS file](CREDITS.md). ................................................................................ Building the Library ---- libtabula uses [CMake][4] to generate platform-specific build files from a platform-independent set of build rules. We have successfully used it to build libtabula under these native build system types: * **Makefiles**: For Unixy platforms, including Linux, macOS, Cygwin, and MinGW, in addition to the "real" Unices. See [the Unix README](README-Unix.md) for general instructions. There are supplementary platform-specific `README` files for most popular Unixy platforms: - [Cygwin](README-Cygwin.md) - [Linux](README-Linux.md) - [macOS](README-macOS.md) - [MinGW](README-MinGW.md) - [Solaris](README-Solaris.md) TODO: Write README-Free/Net/OpenBSD.md, if only to mention the location for C API files. If your platform of choice doesn't have a `README` dedicated ................................................................................ See [the Visual C++ README](README-Visual-C%2b%2b.md) for more details. * **Xcode**: CMake will generate an Xcode project file instead of Makefiles on OS X if you ask nicely. See [the macOS README](README-macOS.md) for more the proper incantation. CMake can generate many other kinds of IDE project files, but we have either not tried it, or have not succeeded with it. Success reports and patches are welcome on the mailing list.[3] |
Changes to doc/userman/configuration.dbx.
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<computeroutput>--with-mysql-lib</computeroutput> flags. See
<filename>README-Unix.md</filename> for details.</para>
<para>If you need to modify the build system files, per-platform
instructions are in
<filename>README-Visual-Studio.md</filename>,
<filename>README-MinGW.md</filename>, and
<filename>README-Mac-OS-X.md</filename>.</para>
</sect2>
<sect2 id="max-fields">
<title>The Maximum Number of Fields Allowed</title>
<para>libtabula offers two ways to automatically build
|
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42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 |
<computeroutput>--with-mysql-lib</computeroutput> flags. See
<filename>README-Unix.md</filename> for details.</para>
<para>If you need to modify the build system files, per-platform
instructions are in
<filename>README-Visual-Studio.md</filename>,
<filename>README-MinGW.md</filename>, and
<filename>README-macOS.md</filename>.</para>
</sect2>
<sect2 id="max-fields">
<title>The Maximum Number of Fields Allowed</title>
<para>libtabula offers two ways to automatically build
|
Changes to doc/userman/incorporating.dbx.
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OS X.</para>
<para>One thing that may trip you up on OS X is that it uses an
uncommon dynamic linkage system. The easiest way to cope with
this is to link your executables with the compiler, rather than
call <filename>ld</filename> directly.</para>
<para>Another tricky bit on OS X is the concept of Universal
binaries. See <filename>README-Mac-OS-X.md</filename> for
details on building a Universal version of the libtabula library,
if you need one. By default, you only get a version tuned for
the system type you build it on.</para>
</sect3>
<sect3 id="inc-osx-xcode">
<title>Xcode</title>
|
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OS X.</para>
<para>One thing that may trip you up on OS X is that it uses an
uncommon dynamic linkage system. The easiest way to cope with
this is to link your executables with the compiler, rather than
call <filename>ld</filename> directly.</para>
<para>Another tricky bit on macOS is the concept of Universal
binaries. See <filename>README-macOS.md</filename> for
details on building a Universal version of the libtabula library,
if you need one. By default, you only get a version tuned for
the system type you build it on.</para>
</sect3>
<sect3 id="inc-osx-xcode">
<title>Xcode</title>
|