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@ -19,84 +19,89 @@ at its fork Librerator.
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The application is licensed under the GPLv3 (see COPYING file).
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Building
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Prerequisites
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========
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Instructions about how to get and compile the source are intended for a *nix
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OS. Windows users are suggested to develop in a Linux VM or use
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andLinux, Wubi.
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Follow these steps:
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To get and compile the source you must have `patch`, `wget`, `unzip`, `git`,
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`svn` and `cmake` installed.
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* fetch thirdparty sources
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* manually fetch all the thirdparty sources:
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* init and update submodule koreader-base
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* within koreader-base:
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* install muPDF sources into subfolder "mupdf"
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* install muPDF third-party sources (see muPDF homepage) into a new
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subfolder "mupdf/thirdparty"
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* install libDjvuLibre sources into subfolder "djvulibre"
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* install CREngine sources into subfolder "kpvcrlib/crengine"
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* install LuaJit sources into subfolder "luajit-2.0"
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* install popen_noshell sources into subfolder "popen-noshell"
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* install libk2pdfopt sources into subfolder "libk2pdfopt"
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You might also need SDL library packages if you want to compile and run the PC
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emulator. Fedora user can install `SDL` and `SDL-devel`. Ubuntu users can
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install `libsdl1.2-dev`.
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* automatically fetch thirdparty sources with Makefile:
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* make sure you have patch, wget, unzip, git and svn installed
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* run `make fetchthirdparty`.
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* adapt Makefile to your needs - have a look at Makefile.defs in koreader-base
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* run `make thirdparty`. This will build MuPDF (plus the libraries it depends
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on), libDjvuLibre, CREngine, libk2pdfopt and Lua.
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Getting the source
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========
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* run `make`. This will build the KOReader application (see below if you want
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to build in emulation mode so you can test it on PC)
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```
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git clone https://github.com/koreader/koreader.git
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cd koreader
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make fetchthirdparty
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```
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Running
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=======
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Building & Running
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========
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In real eink devices
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For real eink devices
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---------------------
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The user interface is scripted in Lua. See "reader.lua".
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It uses the Linux feature to run scripts by using a corresponding line at its
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start.
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So you might just call that script. Note that the script and the koreader-base
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binary currently must be in the same directory.
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If you already done an emulator build, you must do:
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```
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make clean && make cleanthirdparty
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```
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You would then just call reader.lua, giving the document file path, or any
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directory path, as its first argument. Run reader.lua without arguments to see
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usage notes. The reader.lua script can also show a file chooser: it will do
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this when you call it with a directory (instead of a file) as first argument.
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To build:
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```
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make thirdparty && make
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```
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To run, you must call the script reader.lua. Run it without arguments to see
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usage notes. Note that the script and the koreader-base binary currently must
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be in the same directory.
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In emulator
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For emulating
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-----------
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You need to first compile KOReader-base in emulation mode.
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* If you have built KOReader in real mode before, you need to clean it up:
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If you already done a real device build, you must do:
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```
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make clean && make cleanthirdparty
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```
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* Then compile with emulation mode flag:
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To build
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```
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EMULATE_READER=1 make
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EMULATE_READER=1 make thirdparty koreader-base
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make bootstrapemu
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```
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* You may want to see README.md in koreader-base for more information.
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To run:
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cd emu
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./reader.lua -d ./
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Next run `make bootstrapemu` to setup basic runtime environment needed by
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emulation mode. A new emu directory will be created.
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Use ccache
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==========
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Last, run the emulator with following command:
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```
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cd emu && reader.lua -d ./
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```
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Ccache can speed up recompilation by caching previous compilations and detecting
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when the same compilation is being done again. In other words, it will decrease
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build time when the source have been built. Ccache support has been added to
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KOReader's build system. Before using it, you need to install a ccache in your
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system.
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* in ubuntu use:`sudo apt-get install ccache`
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* in fedora use:`sudo yum install ccache`
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* install from source:
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* get latest ccache source from http://ccache.samba.org/download.html
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* unarchieve the source package in a directory
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* cd to that directory and use:`./configure && make && sudo make install`
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* after using ccache, make a clean build will only take 15sec. Enjoy!
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* to disable ccache, use `export USE_NO_CCACHE=1` before make.
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* for more detail about ccache. visit:
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You can also specify size of emulator's screen via environment variables.
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For more information, please refer to [koreader-base's README][base-readme].
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http://ccache.samba.org
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[base-readme]:https://github.com/koreader/koreader-base/blob/master/README.md
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Qingping Hou
11 years ago