mirror of
https://github.com/radareorg/radare2.git
synced 2025-02-13 10:24:45 +00:00
cdd80105cb
- Managing breakpoints for the core
- Initial work on the support for breakpoints
for the r_debug plugins
* Adding some dummy work for context support in r_anal
* Make asm_set_bits check per-plugin supported bit sizes
- Now asm plugins have 'arch' and 'bits' attributes
- Used to setup default callbacks for undefined 'assemble' callback
- Also used to avoid setting asm.bits eval variable to invalid values
- We need a way to display all this data
* Added DEFAULT_ARCH in config.h to setup default arch to asm and anal
* Added r_config_set_i_cb()
- Make r_config_set restore value when callback is called and fails
- asm.bits now has a config callback
* Added _LAST in some r_anal enums
========================= libr - codename 'radare2' ========================= LibR is the refactoring of the old radare1 core in a set of libraries defining the APIs of radare2. The library 'libr' is composed by different modules, each one implementing working modules of radare, so then, we get a complete set of libraries for analyzing code, disassembling bytes, dumping bytes, plugin handling, etc.. The 'R' is for refactoring, reversing, radare, ... Each module has its own test directory (t/) which contains simple applications using the upper directory code and linking against the direct dependencies. Each mode can own a plugin directory (p/) that contains extensions for the parent library module (libr/asm/p/asm_x86). There's also the possibility to define a list of static plugins to be built inside the parent module. This way you can avoid some flexibility to ease portability and build single binaries with some embedded features. The library can be used from 'pkg-config', this way you can easy build an application or plugin that links against libr or just few elements of it. This enables a fine-grained test level for checking all functionalities in one shot and give us the opportunity to write radare2 as test programs. --pancake