def save_array(file_name, array_list):
string = ""
for i in range(len(array_list)):
string += str(array_list[i])
if i < len(array_list) - 1:
string += "\n"
file_util.write_to_file(file_name, string)
def save_state(state, final=False):
contents = state_to_contents(state)
if kwargs['inplace']:
do_backup = kwargs['suffix'] is not None and len(kwargs['suffix']) > 0
write_to_file(filename, contents, do_backup=do_backup, backup_ext=kwargs['suffix'])
elif final:
print(contents)
def save_state(state, final=False):
contents = state_to_contents(state)
if kwargs['inplace']:
do_backup = kwargs['suffix'] is not None and len(kwargs['suffix']) > 0
write_to_file(filename, contents, do_backup=do_backup, backup_ext=kwargs['suffix'])
elif final:
print(contents)
def rollback_losses_csv(file_name, current_itter):
file_util.copy_as_backup(file_name)
lines = file_util.read_all_lines(file_name)
new_file = ""
for i in range(len(lines)):
line_split = lines[i].split(',')
if int(line_split[0]) < current_itter:
new_file += lines[i] + "\n"
file_util.write_to_file(file_name, new_file)
def absolutize_imports(infile, **kwargs):
filename = infile.name
if kwargs['verbose']: kwargs['log']('Processing %s...' % filename)
absolutized_contents = get_file(filename, update_globs=True, **kwargs)
infile.close()
if kwargs['inplace']:
do_backup = kwargs['suffix'] is not None and len(kwargs['suffix']) > 0
write_to_file(filename, absolutized_contents, do_backup=do_backup, backup_ext=kwargs['suffix'])
else:
print(absolutized_contents)
def absolutize_imports(filename, **kwargs):
if kwargs['verbose']: kwargs['log']('Processing %s...' % filename)
absolutized_contents = get_file(filename, update_globs=True, **kwargs)
if kwargs['inplace']:
do_backup = kwargs['suffix'] is not None and len(kwargs['suffix']) > 0
write_to_file(filename,
absolutized_contents,
do_backup=do_backup,
backup_ext=kwargs['suffix'])
else:
print(absolutized_contents)
def move_from_proof(filename, **kwargs):
if kwargs['verbose']: kwargs['log']('Processing %s...' % filename)
try:
with open(filename, 'r') as f:
contents = f.read()
except IOError as e:
if kwargs['verbose']: kwargs['log']('Failed to process %s' % filename)
if kwargs['verbose'] >= 2: kwargs['log'](repr(e))
return
ret = []
cur_statements = []
cur_statement = []
deferred_copied_statements = []
deferred_statements = []
orig_space_count = 0
cur_diff_space_count = 0
if ''.join(split_coq_file_contents_with_comments(contents)) != contents:
kwargs['log']('WARNING: Could not split %s' % filename)
return
for i in split_coq_file_contents_with_comments(contents):
is_definition_full = (ALL_DEFINITIONS_REG.match(i) is not None
and (':=' in strip_parens(strip_comments(i))
or ONELINE_DEFINITIONS_REG.match(i)))
is_definition_start = (ALL_DEFINITIONS_REG.match(i) is not None
and ':=' not in strip_parens(strip_comments(i))
and not ONELINE_DEFINITIONS_REG.match(i))
#print((is_definition_start, ONELINE_DEFINITIONS_REG.match(i), ALL_DEFINITIONS_REG.match(i), i))
is_definition_end = ALL_ENDINGS.match(i) is not None
#if 'not_reachable_iff' in i:
# print((ALL_DEFINITIONS_REG.match(i), strip_parens(strip_comments(i)), ONELINE_DEFINITIONS_REG.match(i)))
if not is_definition_start and not cur_statements and not cur_statement:
if kwargs['verbose'] >= 3: kwargs['log'](repr(i))
ret.append(i)
elif is_definition_start:
if kwargs['verbose'] >= 2:
kwargs['log']('Starting definition (%d): %s' %
(len(deferred_statements), repr(i)))
if not cur_statement and not deferred_statements:
orig_space_count = len(get_leading_space(i))
if cur_statement:
deferred_statements.append(
(cur_diff_space_count, cur_statement))
cur_diff_space_count = max(
0,
len(get_leading_space(i)) - orig_space_count)
cur_statement = [remove_leading_space(i, cur_diff_space_count)]
elif (SAFE_REG.match(i) or not i.strip()) and cur_statement:
if kwargs['verbose'] >= 3: kwargs['log'](repr(i))
cur_statement.append(remove_leading_space(i, cur_diff_space_count))
elif is_definition_end and cur_statement:
if kwargs['verbose'] >= 2:
kwargs['log']('Ending definition: ' + repr(i))
cur_statement.append(remove_leading_space(i, cur_diff_space_count))
cur_statements.append(''.join(cur_statement))
#print(''.join(preminimize_lifted_statements(cur_statements)))
if deferred_statements:
cur_diff_space_count, cur_statement = deferred_statements.pop()
deferred_copied_statements = list(
preminimize_lifted_statements(deferred_copied_statements))
cur_statement.extend(
deferred_copied_statements) # todo: fix indentation
else:
#print('extending')
#print(''.join(minimize_lifted_statements(cur_statements)))
ret.extend(list(minimize_lifted_statements(cur_statements)))
cur_statement = []
cur_statements = []
deferred_copied_statements = []
elif MOVE_UP_REG.match(i) or is_definition_full:
if kwargs['verbose'] >= 2: kwargs['log']('Lifting: ' + repr(i))
cur_statements.append(set_leading_space(i, orig_space_count))
elif COPY_UP_REG.match(i) and cur_statement:
if kwargs['verbose'] >= 2:
kwargs['log']('Lift-copying: ' + repr(i))
cur_statement.append(remove_leading_space(i, cur_diff_space_count))
cur_statements.append(set_leading_space(i, orig_space_count))
deferred_copied_statements.append(
remove_leading_space(i, cur_diff_space_count))
else:
raw_input('WARNING: Unrecognized: %s' % repr(i))
#print(cur_diff_space_count)
#print(remove_leading_space(i, cur_diff_space_count))
if cur_statements or deferred_statements or cur_statement:
raw_input('WARNING: extra statements: %s' % repr(
(cur_statements, cur_statement, deferred_statements)))
cur_statements.append(''.join(cur_statement))
for i in deferred_statements:
cur_statements.append(''.join(i))
ret.extend(list(minimize_lifted_statements(cur_statements)))
ret = ''.join(ret)
if ret == contents:
return
if kwargs['inplace']:
do_backup = kwargs['suffix'] is not None and len(kwargs['suffix']) > 0
write_to_file(filename,
ret,
do_backup=do_backup,
backup_ext=kwargs['suffix'])
else:
print(ret)
def mwrite_to_file(file_name, contents, do_backup=False):
return write_to_file(file_name,
contents,
do_backup=do_backup,
memoize=True)
else:
raw_input('WARNING: Unrecognized: %s' % repr(i))
#print(cur_diff_space_count)
#print(remove_leading_space(i, cur_diff_space_count))
if cur_statements or deferred_statements or cur_statement:
raw_input('WARNING: extra statements: %s' % repr((cur_statements, cur_statement, deferred_statements)))
cur_statements.append(''.join(cur_statement))
for i in deferred_statements:
cur_statements.append(''.join(i))
ret.extend(list(minimize_lifted_statements(cur_statements)))
ret = ''.join(ret)
if ret == contents:
return
if kwargs['inplace']:
do_backup = kwargs['suffix'] is not None and len(kwargs['suffix']) > 0
write_to_file(filename, ret, do_backup=do_backup, backup_ext=kwargs['suffix'])
else:
print(ret)
if __name__ == '__main__':
args = process_logging_arguments(parser.parse_args())
env = {
'verbose': args.verbose,
'log': args.log,
'inplace': args.suffix != '', # it's None if they passed no argument, and '' if they didn't pass -i
'suffix': args.suffix,
}
for f in args.input_files:
move_from_proof(f, **env)
def mwrite_to_file(file_name, contents, do_backup=False):
return write_to_file(file_name, contents, do_backup=do_backup, memoize=True)
#print(cur_diff_space_count)
#print(remove_leading_space(i, cur_diff_space_count))
if cur_statements or deferred_statements or cur_statement:
raw_input('WARNING: extra statements: %s' % repr(
(cur_statements, cur_statement, deferred_statements)))
cur_statements.append(''.join(cur_statement))
for i in deferred_statements:
cur_statements.append(''.join(i))
ret.extend(list(minimize_lifted_statements(cur_statements)))
ret = ''.join(ret)
if ret == contents:
return
if kwargs['inplace']:
do_backup = kwargs['suffix'] is not None and len(kwargs['suffix']) > 0
write_to_file(filename,
ret,
do_backup=do_backup,
backup_ext=kwargs['suffix'])
else:
print(ret)
if __name__ == '__main__':
args = process_logging_arguments(parser.parse_args())
env = {
'verbose': args.verbose,
'log': args.log,
'inplace': args.suffix !=
'', # it's None if they passed no argument, and '' if they didn't pass -i
'suffix': args.suffix,
}
