def test_base_fixed_continuation(log):
'''
Tests that FortranReaderBase.get_source_item() logs the correct messages
when there are quote mismatches across a continuation in fixed format.
'''
code = ' character(4) :: cheese = "a & !\n & b'
log.reset()
unit_under_test = FortranStringReader(code)
mode = FortranFormat(False, False)
unit_under_test.set_format(mode) # Force sloppy fixed format
unit_under_test.get_source_item()
assert log.messages['debug'] == []
assert log.messages['info'] == []
assert log.messages['error'] == []
assert log.messages['critical'] == []
expected = 'following character continuation: \'"\', expected None.'
result = log.messages['warning'][0].split('<==')[1].lstrip()
assert result == expected
code = ' x=1 &\n +1 &\n -2'
log.reset()
unit_under_test = FortranStringReader(code)
mode = FortranFormat(False, False)
unit_under_test.set_format(mode) # Force sloppy fixed format
unit_under_test.get_source_item()
assert log.messages['debug'] == []
assert log.messages['info'] == []
assert log.messages['error'] == []
assert log.messages['critical'] == []
expected = 'free format line continuation character `&\' detected ' \
+ 'in fix format code\n 2: +1 &\n 3: -2'
result = log.messages['warning'][0].split('<==')[1].lstrip()
assert result == expected
def test_base_handle_multilines(log):
'''
Tests that FortranReaderBase.get_source_item() logs the correct messages
when there are quote discrepancies.
'''
code = 'character(8) :: test = \'foo"""bar'
log.reset()
unit_under_test = FortranStringReader(code)
mode = FortranFormat(True, True)
unit_under_test.set_format(mode) # Force strict free format
unit_under_test.get_source_item()
assert log.messages['debug'] == []
assert log.messages['info'] == []
assert log.messages['error'] == []
assert log.messages['critical'] == []
expected = 'multiline prefix contains odd number of "\'" characters'
result = log.messages['warning'][0].split('<==')[1].lstrip()
assert result == expected
code = 'goo """boo\n doo""" soo \'foo'
log.reset()
unit_under_test = FortranStringReader(code)
mode = FortranFormat(True, True)
unit_under_test.set_format(mode) # Force strict free format
unit_under_test.get_source_item()
assert log.messages['debug'] == []
assert log.messages['info'] == []
assert log.messages['error'] == []
assert log.messages['critical'] == []
expected = 'following character continuation: "\'", expected None.'
result = log.messages['warning'][0].split('<==')[1].lstrip()
assert result == expected
def test_base_free_continuation(log):
'''
Tests that FortranReaderBase.get_source_item() logs the correct messages
when there are quote mismatches across a continuation in free format.
'''
code = 'character(4) :: "boo & que'
log.reset()
unit_under_test = FortranStringReader(code)
mode = FortranFormat(True, False)
unit_under_test.set_format(mode) # Force sloppy free format
unit_under_test.get_source_item()
assert log.messages['debug'] == []
assert log.messages['info'] == []
assert log.messages['warning'] == []
assert log.messages['critical'] == []
expected = 'following character continuation: \'"\', expected None.'
result = log.messages['error'][0].split('<==')[1].lstrip()
assert result == expected
def test_fortranreaderbase_warning(log):
'''
Tests that FortranReaderBase.warning() causes a message to be logged.
'''
unit_under_test = FortranStringReader('x=1')
thing = unit_under_test.get_source_item()
unit_under_test.warning('Flatulent Hermit', thing)
assert log.messages['debug'] == []
assert log.messages['info'] == []
assert log.messages['error'] == []
assert log.messages['critical'] == []
expected = ' 1:x=1 <== Flatulent Hermit'
result = log.messages['warning'][0].split('\n')[1]
assert result == expected
def test_fortranreaderbase_info(log):
'''
Tests that FortranReaderBase.info() causes a message to be logged.
'''
unit_under_test = FortranStringReader('x=3')
thing = unit_under_test.get_source_item()
unit_under_test.info('Mighty Whirlitzer', thing)
assert log.messages['debug'] == []
assert log.messages['error'] == []
assert log.messages['warning'] == []
assert log.messages['critical'] == []
expected = ' 1:x=3 <== Mighty Whirlitzer'
result = log.messages['info'][0].split('\n')[1]
assert result == expected
def test_fortranreaderbase_error(log):
'''
Tests that FortranReaderBase.error() causes a message to be logged.
'''
unit_under_test = FortranStringReader('x=2')
thing = unit_under_test.get_source_item()
with pytest.raises(SystemExit):
unit_under_test.error('Thundering Chalmer', thing)
assert log.messages['debug'] == []
assert log.messages['info'] == []
assert log.messages['warning'] == []
assert log.messages['critical'] == []
expected = ' 1:x=2 <== Thundering Chalmer'
result = log.messages['error'][0].split('\n')[1]
assert result == expected
def test_base_fixed_nonlabel(log):
'''
Tests that FortranReaderBase.get_source_item() logs the correct messages
when there is an unexpected character in the initial 6 columns.
'''
# Checks that a bad character in the first column causes an event to be
# logged.
code = 'w integer :: i'
log.reset()
unit_under_test = FortranStringReader(code)
mode = FortranFormat(False, True)
unit_under_test.set_format(mode) # Force fixed format
unit_under_test.get_source_item()
assert log.messages['debug'] == []
assert log.messages['info'] == []
assert log.messages['error'] == []
assert log.messages['critical'] == []
result = log.messages['warning'][0].split('<==')[1].lstrip()
expected = "non-space/digit char 'w' found in column 1 of fixed " \
+ "Fortran code, interpreting line as comment line"
assert result == expected
# Checks a bad character in columns 2-6
for i in range(1, 5):
code = ' ' * i + 'w' + ' ' * (5 - i) + 'integer :: i'
log.reset()
unit_under_test = FortranStringReader(code)
mode = FortranFormat(False, True)
unit_under_test.set_format(mode) # Force strict fixed format
unit_under_test.get_source_item()
assert log.messages['debug'] == []
assert log.messages['info'] == []
assert log.messages['error'] == []
assert log.messages['critical'] == []
result = log.messages['warning'][0].split('<==')[1].lstrip()
expected = "non-space/digit char 'w' found in column {col} " \
+ "of fixed Fortran code"
assert result == expected.format(col=i + 1)
# Checks for a bad character, not in the first column, with "sloppy" mode
# engaged.
code = ' w integer :: i'
log.reset()
unit_under_test = FortranStringReader(code)
mode = FortranFormat(False, False)
unit_under_test.set_format(mode) # Force sloppy fixed format
unit_under_test.get_source_item()
assert log.messages['debug'] == []
assert log.messages['info'] == []
assert log.messages['error'] == []
assert log.messages['critical'] == []
expected = "non-space/digit char 'w' found in column 2 " \
+ "of fixed Fortran code, switching to free format mode"
result = log.messages['warning'][0].split('<==')[1].lstrip()
assert result == expected