def from_string(new_scenario, string, with_file=None, original_string=None, language=None):
""" Creates a new scenario from string"""
# ignoring comments
string = "\n".join(strings.get_stripped_lines(string, ignore_lines_starting_with='#'))
if not language:
language = Language()
splitted = strings.split_wisely(string, u"(%s):" % language.examples, True)
string = splitted[0]
keys = []
outlines = []
if len(splitted) > 1:
parts = [l for l in splitted[1:] if l not in language.examples]
part = "".join(parts)
keys, outlines = strings.parse_hashes(strings.get_stripped_lines(part))
lines = strings.get_stripped_lines(string)
scenario_line = lines.pop(0)
for repl in (language.scenario_outline, language.scenario):
scenario_line = strings.remove_it(scenario_line, u"(%s): " % repl)
scenario = new_scenario(
name=scenario_line,
remaining_lines=lines,
keys=keys,
outlines=outlines,
with_file=with_file,
original_string=original_string,
language=language
)
return scenario
def from_string(new_scenario, string, with_file=None, original_string=None, language=None):
""" Creates a new scenario from string"""
if not language:
language = Language()
splitted = strings.split_wisely(string, u"(%s):" % language.examples, True)
string = splitted[0]
keys = []
outlines = []
if len(splitted) > 1:
part = splitted[-1]
keys, outlines = parse_hashes(strings.get_stripped_lines(part))
lines = strings.get_stripped_lines(string)
scenario_line = lines.pop(0)
line = strings.remove_it(scenario_line, "(%s): " % language.scenario_outline)
line = strings.remove_it(line, "(%s): " % language.scenario)
scenario = new_scenario(
name=line,
remaining_lines=lines,
keys=keys,
outlines=outlines,
with_file=with_file,
original_string=original_string,
language=language,
)
return scenario
def from_string(cls, string, with_file=None, original_string=None):
"""Creates a new step from string"""
lines = strings.get_stripped_lines(string)
sentence = lines.pop(0)
occ = 0
line = 0
if with_file and original_string:
for pline, l in enumerate(original_string.splitlines()):
if sentence in l:
occ += 1
if cls.occurances.__contains__( sentence ) and cls.occurances[sentence] >= occ:
continue
if cls.occurances.__contains__( sentence ):
cls.occurances[sentence] += 1
else:
cls.occurances[sentence] = 1
line = pline + 1
break
return cls(sentence,
remaining_lines=lines,
line=line,
filename=with_file)
def from_string(new_feature, string, with_file=None, language=None):
"""Creates a new feature from string"""
lines = strings.get_stripped_lines(string,
ignore_lines_starting_with='#')
if not language:
language = Language()
found = len(
re.findall(r'(?:%s):[ ]*\w+' % language.feature, "\n".join(lines),
re.U))
if found > 1:
raise LettuceSyntaxError(
with_file, 'A feature file must contain ONLY ONE feature!')
elif found == 0:
raise LettuceSyntaxError(
with_file,
'Features must have a name. e.g: "Feature: This is my name"')
while lines:
matched = re.search(r'(?:%s):(.*)' % language.feature, lines[0],
re.I)
if matched:
name = matched.groups()[0].strip()
break
lines.pop(0)
feature = new_feature(name=name,
remaining_lines=lines,
with_file=with_file,
original_string=string,
language=language)
return feature
def from_string(new_feature, string, with_file=None, language=None):
"""Creates a new feature from string"""
lines = strings.get_stripped_lines(string, ignore_lines_starting_with='#')
if not language:
language = Language()
found = len(re.findall(r'%s:[ ]*\w+' % language.feature, "\n".join(lines), re.U))
if found > 1:
raise LettuceSyntaxError(
with_file,
'A feature file must contain ONLY ONE feature!'
)
elif found == 0:
raise LettuceSyntaxError(
with_file,
'Features must have a name. e.g: "Feature: This is my name"'
)
while lines:
matched = re.search(r'%s:(.*)' % language.feature, lines[0], re.I)
if matched:
name = matched.groups()[0].strip()
break
lines.pop(0)
feature = new_feature(name=name,
remaining_lines=lines,
with_file=with_file,
original_string=string,
language=language)
return feature
def test_multiline_is_part_of_previous_step():
"It should correctly parse a multi-line string as part of the preceding step"
lines = strings.get_stripped_lines(MULTI_LINE)
steps = Step.many_from_lines(lines)
print steps
assert_equals(len(steps), 1)
assert isinstance(steps[0], Step)
assert_equals(steps[0].sentence, "I have a string like so:")
def test_cannot_start_with_multiline():
"It should raise an error when a step starts with a multiline string"
lines = strings.get_stripped_lines(INVALID_MULTI_LINE)
try:
step = Step.many_from_lines(lines)
except LettuceSyntaxError:
return
assert False, "LettuceSyntaxError not raised"
def test_multiline_is_part_of_previous_step():
"It should correctly parse a multi-line string as part of the preceding step"
lines = strings.get_stripped_lines(MULTI_LINE)
steps = Step.many_from_lines(lines)
print steps
assert_equals(len(steps), 1)
assert isinstance(steps[0], Step)
assert_equals(steps[0].sentence, 'I have a string like so:')
def test_cannot_start_with_multiline():
"It should raise an error when a step starts with a multiline string"
lines = strings.get_stripped_lines(INVALID_MULTI_LINE)
try:
step = Step.many_from_lines(lines)
except LettuceSyntaxError:
return
assert False, "LettuceSyntaxError not raised"
def from_string(new_scenario,
string,
with_file=None,
original_string=None,
language=None,
previous_scenario=None):
""" Creates a new scenario from string"""
# ignoring comments
string = "\n".join(
strings.get_stripped_lines(string, ignore_lines_starting_with='#'))
if not language:
language = Language()
splitted = strings.split_wisely(string, u"(%s):" % language.examples,
True)
string = splitted[0]
keys = []
outlines = []
if len(splitted) > 1:
parts = [l for l in splitted[1:] if l not in language.examples]
part = "".join(parts)
keys, outlines = strings.parse_hashes(
strings.get_stripped_lines(part))
lines = strings.get_stripped_lines(string)
scenario_line = lines.pop(0).strip()
for repl in (language.scenario_outline, language.scenario):
scenario_line = strings.remove_it(scenario_line,
u"(%s): " % repl).strip()
scenario = new_scenario(
name=scenario_line,
remaining_lines=lines,
keys=keys,
outlines=outlines,
with_file=with_file,
original_string=original_string,
language=language,
previous_scenario=previous_scenario,
)
return scenario
def test_get_stripped_lines_ignore_comments():
"strings.get_stripped_lines ignore lines that start with some char"
my_string = """
first line
# second line
"""
assert_equals(strings.get_stripped_lines(my_string, ignore_lines_starting_with="#"), ["first line"])
def test_get_stripped_lines():
"strings.get_stripped_lines strip every line, and jump empty ones"
my_string = """
first line
second line
"""
assert_equals(strings.get_stripped_lines(my_string), ["first line", "second line"])
def test_get_stripped_lines():
"strings.get_stripped_lines strip every line, and jump empty ones"
my_string = '''
first line
second line
'''
assert_equals(strings.get_stripped_lines(my_string),
['first line', 'second line'])
def from_string(cls, string, with_file=None, original_string=None):
"""Creates a new step from string"""
lines = strings.get_stripped_lines(string)
sentence = lines.pop(0)
line = None
if with_file and original_string:
for pline, line in enumerate(original_string.splitlines()):
if sentence in line:
line = pline + 1
break
return cls(sentence, remaining_lines=lines, line=line, filename=with_file)
def from_string(cls, string, with_file=None, original_string=None):
"""Creates a new step from string"""
lines = strings.get_stripped_lines(string)
sentence = lines.pop(0)
line = None
if with_file and original_string:
for pline, line in enumerate(original_string.splitlines()):
if sentence in line:
line = pline + 1
break
return cls(sentence, remaining_lines=lines, line=line, filename=with_file)
def test_get_stripped_lines_ignore_comments():
"strings.get_stripped_lines ignore lines that start with some char"
my_string = '''
first line
# second line
'''
assert_equals(
strings.get_stripped_lines(my_string, ignore_lines_starting_with="#"),
[
'first line',
])
def test_get_stripped_lines():
"strings.get_stripped_lines strip every line, and jump empty ones"
my_string = '''
first line
second line
'''
assert_equals(
strings.get_stripped_lines(my_string),
[
'first line',
'second line'
]
)
def __init__(self, feature, filename, string, language):
lines = [l.strip() for l in string.splitlines()]
self.file = fs.relpath(filename)
self.line = None
described_at = []
description_lines = strings.get_stripped_lines(feature.description)
for pline, part in enumerate(lines):
part = part.strip()
line = pline + 1
if part.startswith(u"%s:" % language.first_of_feature):
self.line = line
else:
for description in description_lines:
if part == description:
described_at.append(line)
self.description_at = tuple(described_at)
def __init__(self, feature, filename, string, language):
lines = [l.strip() for l in string.splitlines()]
self.file = fs.relpath(filename)
self.line = None
described_at = []
description_lines = strings.get_stripped_lines(feature.description)
for pline, part in enumerate(lines):
part = part.strip()
line = pline + 1
if part.startswith(u"%s:" % language.first_of_feature):
self.line = line
else:
for description in description_lines:
if part == description:
described_at.append(line)
self.description_at = tuple(described_at)
def __init__(self, string):
self.feature = None
lines = strings.get_stripped_lines(string)
self.steps = Step.many_from_lines(lines, None, string)
