mirror of
https://github.com/RfidResearchGroup/proxmark3.git
synced 2024-09-21 07:46:12 +08:00
102 lines
4.2 KiB
Markdown
102 lines
4.2 KiB
Markdown
# Hi maintainers!
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Here are some tips how to integrate this repo in some nice package for your distro.
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Feel free to contact us via Github issues for any question, suggestion or if you want to share useful tricks in this file for other maintainers.
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Makefile
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========
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`PREFIX` and `UDEV_PREFIX` can be provided by environment variable, else it defaults to `/usr/local/share` and `/etc/udev/rules.d`.
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`DESTDIR` can be provided by environment variable, it can be a relative path and it will be prepended to `PREFIX`, so you can use e.g.:
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```
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make -j
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make install DESTDIR=build PREFIX=/usr UDEV_PREFIX=/lib/udev/rules.d
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```
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and it will be deployed as
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```
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./build/lib/udev/rules.d/77-pm3-usb-device-blacklist.rules
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./build/usr/bin/proxmark3 ...
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./build/usr/share/doc/proxmark3/...
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./build/usr/share/proxmark3/firmware/fullimage.elf
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etc.
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```
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That should be a good start for you to create your package :)
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If you need to tune some more paths, see their definition in `Makefile.defs`.
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E.g. you might need to move the documentation elsewhere according to your distro policy:
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```
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make install PREFIX=/usr INSTALLDOCSRELPATH=share/doc/proxmark3-${version}
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```
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It's possible to add other firmwares as well with tagged names (`FWTAG=<mytag>`), e.g. here we're compiling another image for non-RDV4 devices:
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```
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make -j fullimage PLATFORM=PM3OTHER PLATFORM_EXTRAS=
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make fullimage/install PLATFORM=PM3OTHER PLATFORM_EXTRAS= DESTDIR=build PREFIX=/usr FWTAG=other
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```
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and it will be added along the other firmware as:
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```
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./build/usr/share/proxmark3/firmware/fullimage-other.elf
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```
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For verbose usage and see the actual commands being executed, add `V=1`.
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`CFLAGS` and `LDFLAGS` can be overriden by environment variables for client-side components.
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`CROSS_CFLAGS` and `CROSS_LDFLAGS` can be overriden by environment variables for ARM-side components.
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Default compiler is gcc but you can use clang for the non-ARM parts with e.g. `make client CC=clang CXX=clang++ LD=clang++`.
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If your platform needs specific lib/include paths for the client, you can use `LDLIBS` and `INCLUDES_CLIENT` *as envvars*, e.g. `LDLIBS="-L/some/more/lib" INCLUDES_CLIENT="-I/some/more/include" make client ...`
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It's also possible to skip parts even if libraries are present in the compilation environment:
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* `make client SKIPQT=1` to skip GUI even if Qt is present
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* `make client SKIPBT=1` to skip native Bluetooth support even if libbluetooth is present
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* `make client SKIPPYTHON=1` to skip embedded Python 3 interpreter even if libpython3 is present
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* `make client SKIPLUASYSTEM=1` to skip system Lua lib even if liblua5.2 is present, use embedded Lua lib instead
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* `make client SKIPJANSSONSYSTEM=1` to skip system Jansson lib even if libjansson is present, use embedded Jansson lib instead
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* `make client SKIPWHEREAMISYSTEM=1` to skip system Whereami lib even if libwhereami is present, use embedded whereami lib instead
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If you're cross-compiling, these ones might be useful:
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* `make client SKIPREVENGTEST=1` to skip compilation and execution of a consistency test for reveng, which can be problematic in case of cross-compilation
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* `make client cpu_arch=generic` to skip Intel specialized hardnested components, which is required e.g. if cross-compilation host is Intel but not the target
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On some architectures, pthread library is not present:
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* `make client SKIPPTHREAD=1` to skip `-lpthread` at linker stage.
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One tool requires a CUDA compilation environment, it can be skipped as well:
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* `make hitag2crack SKIPGPU=1` to skip ht2crack5gpu tool when compiling the hitag2crack toolsuite.
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Some unittests are available via `make check`, which is actually triggering individual targets as for `make install`.
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`make install` is actually triggering the following individual targets which can be accessed individually:
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* `make client/install`
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* `make bootrom/install`
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* `make fullimage/install` (alias of `make armsrc/install`)
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* `make recovery/install`
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* `make mfkey/install`
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* `make nonce2key/install`
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* `make fpga_compress/install` (dummy)
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* `make common/install` (some shared content installation:)
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* `pm3-*` scripts
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* `tools/jtag_openocd`, `traces`
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* `doc/md`, `doc/*.md`
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* Tools scripts (`pm3_eml2lower.sh` etc)
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* SIM firmware
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* udev rule on Linux
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Same logic for `make all`, `make clean`, `make uninstall` and `make check`.
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