def analyze(self):
ctx = Context()
romconfig = Config(self.filename, rom=True)
rombank = romconfig.get(["Analysis", "FlowAnalysis-Rombank"])
if str(hex(self.addr.virtual())) in rombank:
print "a"
ctx.setValue('ROMBANK',
Constant(rombank[str(hex(self.addr.virtual()))]))
'''
if self.addr.virtual() == 0x0A90:
ctx.setValue('ROMBANK', Constant(1))
if self.addr.virtual() == 0x3CCA:
ctx.setValue('ROMBANK', Constant(0x15))
if self.addr.virtual() in (0x0B34, 0x0B37, 0x0B3A, 0x0B3D):
ctx.setValue('ROMBANK', Constant(1))
if self.addr.virtual() in (0x0D68, 0x0E7F, 0x0EFC, 0x0EDB, 0x0C40, 0x149B, 0x15B3, 0x1732, 0x0C10):
ctx.setValue('ROMBANK', Constant(2))
'''
if self.addr.inBankedSpace() and not self.addr.isAmbiguous():
ctx.setValue('ROMBANK', Constant(self.addr.bank()))
content = self.process(self.graph.start(), None, False, False, True)
content = content.optimizedWithContext(ctx)
content = content.optimizeDependencies(
set(ALL_REGS) - set(['FZ', 'FN', 'FC', 'FH']))
return content
def analyze(self):
ctx = Context()
if self.addr.virtual() == 0x0A90:
ctx.setValue('ROMBANK', Constant(1))
if self.addr.virtual() == 0x3CCA:
ctx.setValue('ROMBANK', Constant(0x15))
if self.addr.virtual() in (0x0B34, 0x0B37, 0x0B3A, 0x0B3D):
ctx.setValue('ROMBANK', Constant(1))
if self.addr.virtual() in (0x0D68, 0x0E7F, 0x0EFC, 0x0EDB, 0x0C40, 0x149B, 0x15B3, 0x1732, 0x0C10):
ctx.setValue('ROMBANK', Constant(2))
if self.addr.inBankedSpace() and not self.addr.isAmbiguous():
ctx.setValue('ROMBANK', Constant(self.addr.bank()))
content = self.process(self.graph.start(), None, False, False, True)
content = content.optimizedWithContext(ctx)
content = content.optimizeDependencies(set(ALL_REGS) - set(['FZ', 'FN', 'FC', 'FH']))
return content
def analyze(self):
ctx = Context()
if self.addr.virtual() == 0x0A90:
ctx.setValue('ROMBANK', Constant(1))
if self.addr.virtual() == 0x3CCA:
ctx.setValue('ROMBANK', Constant(0x15))
if self.addr.virtual() in (0x0B34, 0x0B37, 0x0B3A, 0x0B3D):
ctx.setValue('ROMBANK', Constant(1))
if self.addr.virtual() in (0x0D68, 0x0E7F, 0x0EFC, 0x0EDB, 0x0C40,
0x149B, 0x15B3, 0x1732, 0x0C10):
ctx.setValue('ROMBANK', Constant(2))
if self.addr.inBankedSpace() and not self.addr.isAmbiguous():
ctx.setValue('ROMBANK', Constant(self.addr.bank()))
content = self.process(self.graph.start(), None, False, False, True)
content = content.optimizedWithContext(ctx)
content = content.optimizeDependencies(
set(ALL_REGS) - set(['FZ', 'FN', 'FC', 'FH']))
return content
def make_context(params, argument, next_addr):
ctx = Context()
if next_addr.bank() > 0:
ctx.setValue('ROMBANK', Constant(next_addr.bank()))
ctx.setValue('v8', Constant(argument))
ctx.setValue('FF00_v8', Constant(0xFF00 + argument))
ctx.setValue('v16', Constant(argument))
offset = argument
if offset & 0x80: # convert to signed offset
offset -= 0x100
ctx.setValue('v8_rel', Constant(next_addr.offset(offset).virtual()))
for p in params:
value = placeholders.get(p, params[p])
ctx.setValue('#'+p, value)
return ctx
def make_context(params, argument, next_addr):
ctx = Context()
if next_addr.bank() > 0:
ctx.setValue('ROMBANK', Constant(next_addr.bank()))
ctx.setValue('v8', Constant(argument))
ctx.setValue('FF00_v8', Constant(0xFF00 + argument))
ctx.setValue('v16', Constant(argument))
offset = argument
if offset & 0x80: # convert to signed offset
offset -= 0x100
ctx.setValue('v8_rel', Constant(next_addr.offset(offset).virtual()))
for p in params:
value = placeholders.get(p, params[p])
ctx.setValue('#' + p, value)
return ctx