def print_test_result(test_result):
values = {
TestResult.PASSED: ('PASSED', ConsoleColor.FG_GREEN),
TestResult.FAILED: ('FAILED', ConsoleColor.FG_RED), TestResult.TIMEOUT:
('TIMEOUT', ConsoleColor.FG_BLUE), TestResult.UNKNOWN_EXCEPTION:
('UNHANDLED EXCEPTION',
ConsoleColor.FG_RED), TestResult.STACK_OVERFLOW: ('STACK OVERFLOW',
ConsoleColor.FG_RED)
}
if test_result in values:
print_std_out_colored(values[test_result][1], values[test_result][0])
else:
raise RuntimeError('Unknown TestResult')
def print_failed_test(param_names, arguments, test_failure, res_printer):
max_col_size = test_failure.get_max_property_name_length()
for param in param_names:
if len(param) > max_col_size:
max_col_size = len(param)
print_std_out_colored(ConsoleColor.FG_YELLOW, 'Arguments')
print()
for (name, value) in zip(param_names, arguments):
print('\t', end='')
print_std_out_colored(ConsoleColor.FG_YELLOW, name)
print(': {}{}'.format(gen_spaces(max_col_size - len(name)),
escape_newline(str(value))))
properties = test_failure.get_properties()
print_std_out_colored(ConsoleColor.FG_YELLOW, '\nFailure info\n')
for prop in properties:
if res_printer is not None:
value = res_printer(prop.raw_name(), prop.value())
else:
value = prop.value()
print('\t', end='')
print_std_out_colored(ConsoleColor.FG_YELLOW, prop.name())
print(': {}{}'.format(gen_spaces(max_col_size - len(prop.name())),
value))
def print_test_result(test_result):
try:
print_std_out_colored(
*{
TestResult.PASSED: (ConsoleColor.FG_GREEN, 'PASSED'),
TestResult.FAILED: (ConsoleColor.FG_RED, 'FAILED'),
TestResult.TIMEOUT: (ConsoleColor.FG_BLUE, 'TIMEOUT'),
TestResult.UNKNOWN_EXCEPTION: (ConsoleColor.FG_RED,
'UNHANDLED EXCEPTION'),
TestResult.STACK_OVERFLOW: (ConsoleColor.FG_RED,
'STACK OVERFLOW')
}[test_result])
except KeyError:
raise RuntimeError('Unknown TestResult')
def print_failed_test(param_names, arguments, test_failure, res_printer):
max_col_size = test_failure.get_max_property_name_length()
for param in param_names:
if len(param) > max_col_size:
max_col_size = len(param)
print_std_out_colored(ConsoleColor.FG_YELLOW, 'Arguments')
print()
for (name, value) in zip(param_names, arguments):
print('\t', end='')
print_std_out_colored(ConsoleColor.FG_YELLOW, name)
print(': {}{}'.format(
gen_spaces(max_col_size - len(name)), escape_newline(str(value))))
properties = test_failure.get_properties()
print_std_out_colored(ConsoleColor.FG_YELLOW, '\nFailure info\n')
for prop in properties:
if res_printer is not None:
value = res_printer(prop.raw_name(), prop.value())
else:
value = prop.value()
print('\t', end='')
print_std_out_colored(ConsoleColor.FG_YELLOW, prop.name())
print(': {}{}'.format(
gen_spaces(max_col_size - len(prop.name())), value))
def print_test_result(test_result):
try:
print_std_out_colored(
*{
TestResult.PASSED: (ConsoleColor.FG_GREEN, "PASSED"),
TestResult.FAILED: (ConsoleColor.FG_RED, "FAILED"),
TestResult.TIMEOUT: (ConsoleColor.FG_BLUE, "TIMEOUT"),
TestResult.UNKNOWN_EXCEPTION: (
ConsoleColor.FG_RED,
"UNHANDLED EXCEPTION",
),
TestResult.STACK_OVERFLOW: (
ConsoleColor.FG_RED,
"STACK OVERFLOW",
),
}[test_result])
except KeyError:
raise RuntimeError("Unknown TestResult")
def print_test_result(test_result):
if test_result in _print_test_result_values:
print_std_out_colored(_print_test_result_values[test_result][1],
_print_test_result_values[test_result][0])
else:
raise RuntimeError('Unknown TestResult')
def print_test_result(test_result):
if test_result in _print_test_result_values:
print_std_out_colored(_print_test_result_values[test_result][1],
_print_test_result_values[test_result][0])
else:
raise RuntimeError('Unknown TestResult')