def decompile(self):
self.is_dump = False
self.gph, pe_nb_new_syms = self.gctx.dis.get_graph(self.entry)
if self.gph is None:
error("capstone can't disassemble here")
return None
self.gph.simplify()
if self.gctx.db.loaded and pe_nb_new_syms:
self.gctx.db.modified = True
try:
self.gph.loop_detection(self.entry)
ast, correctly_ended = generate_ast(self)
if not correctly_ended:
debug__("Second try...")
self.gph.loop_detection(self.entry, True)
ast, _ = generate_ast(self)
self.ast = ast
except ExcIfelse as e:
error("can't have a ifelse here %x" % e.addr)
if self.gctx.interactive_mode:
return None
die()
o = self.gctx.libarch.output.Output(self)
o._ast(self.entry, ast)
self.output = o
return o
def disasm(ctx):
ctx.gph = ctx.dis.get_graph(ctx.entry_addr)
if ctx.gph == None:
error("capstone can't disassemble here")
return
ctx.gph.graph_init(ctx)
if ctx.graph:
ctx.gph.html_graph()
try:
ast = generate_ast(ctx)
except ExcIfelse as e:
error("can't have a ifelse here %x" % e.addr)
if ctx.interactive:
return
die()
if ctx.vim:
base = os.path.basename(ctx.filename) + "_" + ctx.entry
# re-assign if no colors
ctx.libarch.process_ast.assign_colors(ctx, ast)
ctx.color = False
generate_vim_syntax(ctx, base + ".vim")
sys.stdout = open(base + ".rev", "w+")
o = ctx.libarch.output.Output(ctx)
o.print_ast(ctx.entry_addr, ast)
if ctx.vim:
print("Run : vim {0}.rev -S {0}.vim".format(base), file=sys.stderr)
def disasm(ctx):
ctx.gph = ctx.dis.get_graph(ctx.entry_addr)
if ctx.gph == None:
error("capstone can't disassemble here")
return
ctx.gph.graph_init(ctx)
if ctx.graph:
ctx.gph.html_graph(ctx.dis.jmptables)
try:
ast = generate_ast(ctx)
except ExcIfelse as e:
error("can't have a ifelse here %x" % e.addr)
if ctx.interactive:
return
die()
if ctx.vim:
base = os.path.basename(ctx.filename) + "_" + ctx.entry
# re-assign if no colors
ctx.libarch.process_ast.assign_colors(ctx, ast)
ctx.color = False
generate_vim_syntax(ctx, base + ".vim")
sys.stdout = open(base + ".rev", "w+")
o = ctx.libarch.output.Output(ctx)
o.print_ast(ctx.entry_addr, ast)
if ctx.vim:
print("Run : vim {0}.rev -S {0}.vim".format(base), file=sys.stderr)
def disasm(ctx):
ctx.gph, pe_nb_new_syms = ctx.dis.get_graph(ctx.entry_addr)
if ctx.gph == None:
error("capstone can't disassemble here")
return None
ctx.gph.simplify()
if ctx.db.loaded and pe_nb_new_syms:
ctx.db.modified = True
try:
ctx.gph.loop_detection(ctx, ctx.entry_addr)
ast, correctly_ended = generate_ast(ctx)
if not correctly_ended:
debug__("Second try...")
ctx.gph.loop_detection(ctx, ctx.entry_addr, True)
ast, _ = generate_ast(ctx)
except ExcIfelse as e:
error("can't have a ifelse here %x" % e.addr)
if ctx.interactive_mode:
return None
die()
if ctx.graph:
ctx.gph.dot_graph(ctx.dis.jmptables)
if ctx.vim:
base = os.path.basename(ctx.filename) + "_" + ctx.entry
# re-assign if no colors
ctx.libarch.process_ast.assign_colors(ctx, ast)
ctx.color = False
generate_vim_syntax(ctx, base + ".vim")
sys.stdout = open(base + ".rev", "w+")
o = ctx.libarch.output.Output(ctx)
o._ast(ctx.entry_addr, ast)
if ctx.vim:
print("Run : vim {0}.rev -S {0}.vim".format(base), file=sys.stderr)
return o
def disasm(ctx):
ctx.gph, pe_nb_new_syms = ctx.dis.get_graph(ctx.entry_addr)
if ctx.gph == None:
error("capstone can't disassemble here")
return None
ctx.gph.simplify()
if ctx.db.loaded and pe_nb_new_syms:
ctx.db.modified = True
try:
ctx.gph.loop_detection(ctx, ctx.entry_addr)
ast, correctly_ended = generate_ast(ctx)
if not correctly_ended:
debug__("Second try...")
ctx.gph.loop_detection(ctx, ctx.entry_addr, True)
ast, _ = generate_ast(ctx)
except ExcIfelse as e:
error("can't have a ifelse here %x" % e.addr)
if ctx.interactive_mode:
return None
die()
if ctx.graph:
ctx.gph.dot_graph(ctx.dis.jmptables)
if ctx.vim:
base = os.path.basename(ctx.filename) + "_" + ctx.entry
# re-assign if no colors
ctx.libarch.process_ast.assign_colors(ctx, ast)
ctx.color = False
generate_vim_syntax(ctx, base + ".vim")
sys.stdout = open(base + ".rev", "w+")
o = ctx.libarch.output.Output(ctx)
o._ast(ctx.entry_addr, ast)
if ctx.vim:
print("Run : vim {0}.rev -S {0}.vim".format(base), file=sys.stderr)
return o