def parse_disasm_def(fname):
global CPU_PLUGIN
with open(fname) as f:
for l in f:
l = filter_config_line(l)
if not l:
continue
#print(l)
while True:
if not l:
#return
break
if l[0] == "[":
section = l[1:-1]
print("Processing section: %s" % section)
if section == "entrypoints":
l = parse_entrypoints(f)
elif section == "subareas":
l = parse_subareas(f)
else:
assert 0, "Unknown section: " + section
else:
break
if not l:
break
if l.startswith("load"):
args = l.split()
if args[2][0] in string.digits:
addr = int(args[2], 0)
print("Loading %s @0x%x" % (args[1], addr))
engine.ADDRESS_SPACE.load_content(open(args[1], "rb"),
addr)
else:
print("Loading %s (%s plugin)" % (args[1], args[2]))
loader = __import__(args[2])
load_target_file(loader, args[1])
elif l.startswith("cpu "):
args = l.split()
CPU_PLUGIN = __import__(args[1])
if hasattr(CPU_PLUGIN, "arch_id"):
engine.set_arch_id(CPU_PLUGIN.arch_id)
print("Loading CPU plugin %s" % (args[1]))
elif l.startswith("show bytes "):
args = l.split()
APP.show_bytes = int(args[2])
elif l.startswith("area "):
args = l.split()
assert len(args) == 4
start, end = parse_range(args[2])
a = engine.ADDRESS_SPACE.add_area(start, end, {
"name": args[1],
"access": args[3].upper()
})
print("Adding area: %s" % engine.str_area(a))
else:
assert 0, "Unknown directive: " + l
def parse_disasm_def(fname):
global CPU_PLUGIN
with open(fname) as f:
for l in f:
l = filter_config_line(l)
if not l:
continue
#print(l)
while True:
if not l:
#return
break
if l[0] == "[":
section = l[1:-1]
print("Processing section: %s" % section)
if section == "entrypoints":
l = parse_entrypoints(f)
elif section == "subareas":
l = parse_subareas(f)
else:
assert 0, "Unknown section: " + section
else:
break
if not l:
break
if l.startswith("load"):
args = l.split()
if args[2][0] in string.digits:
addr = str2int(args[2])
print("Loading %s @0x%x" % (args[1], addr))
engine.ADDRESS_SPACE.load_content(open(args[1], "rb"), addr)
else:
print("Loading %s (%s plugin)" % (args[1], args[2]))
loader = __import__(args[2])
load_target_file(loader, args[1])
elif l.startswith("cpu "):
args = l.split()
CPU_PLUGIN = __import__(args[1])
if hasattr(CPU_PLUGIN, "arch_id"):
engine.set_arch_id(CPU_PLUGIN.arch_id)
print("Loading CPU plugin %s" % (args[1]))
elif l.startswith("show bytes "):
args = l.split()
APP.show_bytes = int(args[2])
elif l.startswith("area "):
args = l.split()
assert len(args) == 4
start, end = parse_range(args[2])
a = engine.ADDRESS_SPACE.add_area(start, end, {"name": args[1], "access": args[3].upper()})
print("Adding area: %s" % engine.str_area(a))
else:
assert 0, "Unknown directive: " + l
import default_plugins
for loader_id in default_plugins.loaders:
loader = __import__(loader_id)
arch_id = loader.detect(args.file)
if arch_id:
break
if not arch_id:
print("Error: file '%s' not recognized by default loaders" %
args.file)
sys.exit(1)
if arch_id not in default_plugins.cpus:
print("Error: no plugin for CPU '%s' as detected for file '%s'" %
(arch_id, args.file))
sys.exit(1)
engine.set_arch_id(arch_id)
load_target_file(loader, args.file)
CPU_PLUGIN = __import__(default_plugins.cpus[arch_id])
project_name = args.file
p = CPU_PLUGIN.PROCESSOR_ENTRY()
if hasattr(p, "config"):
p.config()
engine.set_processor(p)
if hasattr(p, "help_text"):
help.set_cpu_help(p.help_text)
APP.cpu_plugin = p
APP.aspace = engine.ADDRESS_SPACE
APP.is_ui = False
engine.ADDRESS_SPACE.is_loading = True
project_name = args.file.rsplit(".", 1)[0]
else:
import default_plugins
for loader_id in default_plugins.loaders:
loader = __import__(loader_id)
arch_id = loader.detect(args.file)
if arch_id:
break
if not arch_id:
print("Error: file '%s' not recognized by default loaders" % args.file)
sys.exit(1)
if arch_id not in default_plugins.cpus:
print("Error: no plugin for CPU '%s' as detected for file '%s'" % (arch_id, args.file))
sys.exit(1)
engine.set_arch_id(arch_id)
load_target_file(loader, args.file)
CPU_PLUGIN = __import__(default_plugins.cpus[arch_id])
project_name = args.file
p = CPU_PLUGIN.PROCESSOR_ENTRY()
if hasattr(p, "config"):
p.config()
engine.set_processor(p)
if hasattr(p, "help_text"):
help.set_cpu_help(p.help_text)
APP.cpu_plugin = p
APP.aspace = engine.ADDRESS_SPACE
APP.is_ui = False
engine.ADDRESS_SPACE.is_loading = True
