def execute(self, api: Api):
input_dlg_data = [
{
"label": "Memory address",
"data": "0x0"
},
{
"label": "Size",
"data": 2000
},
{
"label": "Access types",
"data": ["Reads and writes", "Reads", "Writes"]
},
{
"label": "Source trace",
"data": ["Full trace", "Filtered trace"]
},
]
options = api.get_values_from_user("Filter by memory address",
input_dlg_data)
if not options:
return
addr, size, access_types, trace_id = options
addr = self.str_to_int(addr)
print(
f"Filtering by mem address: from {hex(addr)} to {hex(addr+size)}")
if trace_id == 0:
trace = api.get_full_trace()
else:
trace = api.get_filtered_trace()
result_trace = []
for t in trace:
for mem in t["mem"]:
if mem["access"].upper() == "READ" and access_types == 2:
continue
elif mem["access"].upper() == "WRITE" and access_types == 1:
continue
if addr <= mem["addr"] <= (addr + size):
result_trace.append(t.copy())
break # avoid adding the same row more than once
if len(result_trace) > 0:
print(f"Length of filtered trace: {len(result_trace)}")
api.set_filtered_trace(result_trace)
api.show_filtered_trace()
else:
api.show_messagebox(
"Error", "Could not find any rows accessing given memory area")
def execute(self, api: Api):
self.api = api
input_dlg_data = [
{"label": "Memory address", "data": "0x0"},
{"label": "Size", "data": 2000},
{"label": "Source trace", "data": ["Full trace", "Filtered trace"]},
{"label": "Memory operations", "data": ["Reads", "Writes"]},
{"label": "Byte order", "data": ["Little endian", "Big endian"]},
]
options = api.get_values_from_user("Data visualizer", input_dlg_data)
if not options:
return
self.address, self.mem_size, trace_id, mem_op, byte_order = options
self.address = self.str_to_int(self.address)
if trace_id == 0:
trace = api.get_full_trace()
else:
trace = api.get_filtered_trace()
if not trace:
print("Plugin error: empty trace.")
return
if mem_op == 0:
self.mem_op = "READ"
else:
self.mem_op = "WRITE"
if byte_order == 0:
self.byteorder = "little"
else:
self.byteorder = "big"
self.color_counter = 0
self.address_colors = {}
self.show_first_mem_access = True
data = self.prepare_data(trace)
self.show_hex_window(data)