def run_ascii():
char_list = []
char_list_csv = open_csv("ascii2.csv")
for c in char_list_csv:
char = c["Symbol"]
if char.isprintable() == True:
char_list.append(char)
err_list = []
count = 0
for l in tqdm(char_list, desc="left char", leave=False, ascii=True):
for r in tqdm(char_list, desc="right char", leave=False, ascii=True):
for s in tqdm(char_list,
desc="split char",
leave=False,
ascii=True):
"""# time.sleep(.001)"""
loop_char = [l, r]
if s not in loop_char:
text = f"{s}{l}found one{r}{s}{s}{l}found two{r}"
data = pattern_between(text, l, r, s)
count += 1
if "Error" in data:
err_list.append(data)
return err_list, char_list, count
def test_create_sample_files(self):
filename = "test_sample"
samplesize = 1000
create_sample_files(filename, samplesize)
file_named = "test_1.csv"
result = open_csv(file_named)
assert len(result) == samplesize - 1
def test_open_csv_no_file(self):
file_named = "no_file_name.csv"
# result = open_csv(file_named)
# assert result["error"].startswith("ERROR")
m = mock.Mock()
m.side_effect = Exception(open_csv(file_named))
try:
m()
except Exception:
assert True
def test_pattern_between_two_char(self):
char_list = []
char_list_csv = open_csv("ascii2.csv")
for c in char_list_csv:
char = c["Symbol"]
if char.isprintable() == True:
char_list.append(char)
err_list = []
for l in char_list:
for r in char_list:
text = f"{l}found one{r} {l}found two{r}"
data = pattern_between_two_char(text, l, r)
if "Error" in data:
err_list.append(data)
assert len(err_list) == 0
def run_ascii_two():
char_list = []
char_list_csv = open_csv("ascii2.csv")
for c in char_list_csv:
char = c["Symbol"]
if char.isprintable() == True:
char_list.append(char)
err_list = []
count = 0
for l in tqdm(char_list, desc="left char", leave=False, ascii=True):
for r in tqdm(char_list, desc="right char", leave=False, ascii=True):
text = f"{l}found one{r} {l}found two{r}"
data = pattern_between_two_char(text, l, r)
if "Error" in data:
err_list.append(data)
return err_list, char_list, count
def test_open_csv(self):
file_named = "test_1.csv"
result = open_csv(file_named)
assert len(result) > 1
def test_open_csv_exception_slash_linux(self):
file_named = "//this_is_not_right_csv"
with pytest.raises(Exception):
assert open_csv(file_named)
def test_open_csv_exception_not_str(self):
file_named = ["a", "list"]
with pytest.raises(Exception):
assert open_csv(file_named)
def test_open_csv_no_file(self):
file_named = "no_file_name.csv"
with pytest.raises(Exception):
assert open_csv(file_named)
def test_open_csv_exception_slash_linux(self):
file_named = "//this_is_not_right_csv"
with pytest.raises(FileNotFoundError):
result = open_csv(file_named)
assert result is None
def test_open_csv_exception_slash_win(self):
file_named = "\this_is_not_right_csv"
with pytest.raises(Exception):
result = open_csv(file_named)
assert result is None
def test_open_csv_no_file(self):
file_named = "no_file_name.csv"
with pytest.raises(Exception):
result = open_csv(file_named)
assert result is None
