def r_to_r_id(items):
fix_items = []
v_pattern = re.compile('b\d+|h\d+|s\d+|d\d+|q\d+')
v2_pattern = re.compile('v\d+')
r_pattern = re.compile('r\d+|x\d+|w\d+')
for item in items:
if item in ['xzr', 'wzr']:
continue
if item in ['sp', 'wsp']:
fix_items.append('sp')
continue
m = v_pattern.match(item, 0)
if m:
r = m.group()
id = int(r[1:]) + 3000
fix_items.append(str(id))
continue
m = v2_pattern.match(item, 0)
if m:
r = m.group()
id = int(r[1:]) + 3000
fix_items.append(str(id))
continue
m = r_pattern.match(item, 0)
if m:
r = m.group()
id = int(r[1:]) + 2000
fix_items.append(str(id))
continue
if item in ['MEM', 'NZCV']:
fix_items.append(item)
continue
driver.internal_error('get_use_and_def_items: 3')
return fix_items
def get_pre_or_post_index_reg(term_a_list):
address_mode = 0
base = None
for term in term_a_list:
(tag, item) = term
if tag == 'AS':
address_mode = 1
elif tag == 'AE':
address_mode = 2
elif tag == 'AE!':
if base == None:
driver.internal_error('get_pre_or_post_index_reg 1')
return base
elif address_mode == 1:
if tag == 'REG':
base = (tag, item)
address_mode = 3
else:
driver.internal_error('get_pre_or_post_index_reg 2')
elif address_mode == 2:
if tag == 'TERM':
return base
else:
pass
return None
def test_metric(target_config, metric_filename, asm_filename, function_name, db_filename):
(bb_list, column_list) = driver.cfg_work(target_config, asm_filename, function_name)
m = importlib.import_module(metric_filename)
cls = find_class(m)
if cls == None:
driver.internal_error('No metric worker class')
metric_worker = cls()
driver.metric_work_body(target_config, db_filename, bb_list, column_list, metric_worker)
def make_term_a_list(line):
size = len(line)
term_a_list = []
pos = 0
a_part_p = False
b_part_p = False
start_pos = None
while pos < size:
c = line[pos]
if c == ',':
start_pos = make_term_a_list_sub(line, term_a_list, start_pos, pos)
if a_part_p or b_part_p:
term_a_list.append(('c', None))
else:
term_a_list.append(('C', None))
elif c == ' ' or c == '\t':
start_pos = make_term_a_list_sub(line, term_a_list, start_pos, pos)
elif c == '[':
start_pos = make_term_a_list_sub(line, term_a_list, start_pos, pos)
a_part_p = True
term_a_list.append(('AS', None))
elif c == ']':
start_pos = make_term_a_list_sub(line, term_a_list, start_pos, pos)
a_part_p = False
term_a_list.append(('AE', None))
elif c == '{':
start_pos = make_term_a_list_sub(line, term_a_list, start_pos, pos)
b_part_p = True
term_a_list.append(('BS', None))
elif c == '}':
start_pos = make_term_a_list_sub(line, term_a_list, start_pos, pos)
b_part_p = False
term_a_list.append(('BE', None))
elif c == '!':
start_pos = make_term_a_list_sub(line, term_a_list, start_pos, pos)
term_a_list.append(('BANG', None))
elif c == '-' and b_part_p:
start_pos = make_term_a_list_sub(line, term_a_list, start_pos, pos)
term_a_list.append(('BAR', None))
else:
if start_pos == None:
start_pos = pos
pos += 1
if a_part_p or b_part_p:
driver.internal_error('make_term_a_list')
make_term_a_list_sub(line, term_a_list, start_pos, pos)
return term_a_list
def fix_term_a_list(term_a_list):
fix_term_a_list = []
prev_tag = None
prev_term = None
for term in term_a_list:
(tag, item) = term
if tag == 'BANG':
if prev_tag == 'AE':
fix_term_a_list.append(('AE!', None))
else:
driver.internal_error('fix_term_a_list')
prev_tag = None
prev_term = None
else:
if prev_term:
fix_term_a_list.append(prev_term)
prev_tag = tag
prev_term = term
if prev_term:
fix_term_a_list.append(prev_term)
return fix_term_a_list
def add_dependence(dg, execution_trace_map, index, use_items, def_items):
for item in use_items:
trace_list = get_execution_trace(execution_trace_map, item)
for (tag, p_index) in trace_list:
if tag == 'def':
add_dependence_edge(dg, p_index, index)
break
for item in def_items:
trace_list = get_execution_trace(execution_trace_map, item)
for (tag, p_index) in trace_list:
add_dependence_edge(dg, p_index, index)
if tag == 'def':
break
trace_list = get_execution_trace(execution_trace_map, 'CALL')
for (tag, p_index) in trace_list:
add_dependence_edge(dg, p_index, index)
if tag != 'def':
driver.internal_error('add_dependence')
break
for item in use_items:
put_execution_trace(execution_trace_map, index, 'use', item)
for item in def_items:
put_execution_trace(execution_trace_map, index, 'def', item)
def get_register_id(item):
v_pattern = re.compile('b\d+|h\d+|s\d+|d\d+|q\d+')
v2_pattern = re.compile('v\d+')
r_pattern = re.compile('r\d+|x\d+|w\d+')
if item in ['xzr', 'wzr']:
return None
if item in ['sp', 'wsp']:
return 'sp'
m = v_pattern.match(item, 0)
if m:
r = m.group()
id = int(r[1:]) + 3000
return str(id)
m = v2_pattern.match(item, 0)
if m:
r = m.group()
id = int(r[1:]) + 3000
return str(id)
m = r_pattern.match(item, 0)
if m:
r = m.group()
id = int(r[1:]) + 2000
return str(id)
driver.internal_error('get_register_id: ' + item)