def _decompiler():
ifc = DecompInterface()
DecOptions = DecompileOptions()
service = state.getTool().getService(OptionsService)
opt = service.getOptions("Decompiler")
DecOptions.grabFromToolAndProgram(None, opt, currentProgram)
ifc.setOptions(DecOptions)
ifc.toggleCCode(True)
ifc.toggleSyntaxTree(True)
ifc.setSimplificationStyle("decompile")
ifc.openProgram(currentProgram)
return ifc
def generate_decomp_interface():
decompiler = DecompInterface()
opts = DecompileOptions()
opts.grabFromProgram(curr)
decompiler.setOptions(opts)
decompiler.toggleCCode(True)
decompiler.toggleSyntaxTree(True)
# - decompile -- The main decompiler action
# - normalize -- Decompilation tuned for normalization
# - jumptable -- Simplify just enough to recover a jump-table
# - paramid -- Simplify enough to recover function parameters
# - register -- Perform one analysis pass on registers, without stack variables
# - firstpass -- Construct the initial raw syntax tree, with no simplification
decompiler.setSimplificationStyle("decompile")
decompiler.openProgram(curr)
return decompiler
def get_decompiler(state, program):
tool = state.getTool()
options = DecompileOptions()
decomp = DecompInterface()
if tool is not None:
service = tool.getService(OptionsService)
if service is not None:
opt = service.getOptions("Decompiler")
options.grabFromToolAndProgram(None, opt, program)
decomp.setOptions(options)
decomp.toggleCCode(True)
decomp.toggleSyntaxTree(True)
decomp.setSimplificationStyle("decompile")
return decomp