def document_test(config_file, dict_result, data_result, **kwargs):
"""
Return a output a simple text
"""
stream = StandardDevice(sys.stdout)
stream.write("\n" *15)
for c_value in dict_result["tests"]["class_list"].itervalues():
stream.write("\n%s\n" % (c_value["name"]))
stream.write("%s\n" % ("=" * len(c_value["name"])))
stream.write("%s\n" % ("".join([" %s\n" % line for line in \
c_value["description"] ])))
for m_value in c_value["methods"].itervalues():
stream.write(" %s\n" % (m_value["name"]))
stream.write(" %s\n" % ("-" * len(m_value["name"])))
stream.write("%s\n" % ("".join([" %s\n" % line for line in \
m_value["description"] ])))
def simple_output(config_file, dict_result, data_result, **kwargs):
"""
Return a output a simple text
"""
stream = StandardDevice(sys.stdout)
stream.write("Report of tests generate at %s\n\n" % datetime.now())
for c_value in dict_result["tests"]["class_list"].itervalues():
stream.write("\nClass: %s (Pass %s Failure %s Error %s)\n" % \
(c_value["name"], c_value["success_count"], \
c_value["failure_count"], c_value["error_count"]))
stream.write("Pass\tFail\tError\tDuration\tMethods\n")
for m_value in c_value["methods"].itervalues():
stream.write("%s\t%s\t%s\t%s\t%s\n" % \
(" X" if m_value["status"] == SUCCESS else " ", \
" X" if m_value["status"] == FAILURE else " ", \
" X" if m_value["status"] == ERROR else " ", \
m_value["stopped"] - m_value["started"],
m_value["name"]))
stream.write("\nDuration: %s" % \
(dict_result["stop_test"] - dict_result["start_test"]))
stream.write("\nStatus: Tested %s - Pass %s Failure %s Error %s\n" % \
(dict_result["tests"]["success_count"] + dict_result["tests"]["error_count"] + \
dict_result["tests"]["failure_count"], dict_result["tests"]["success_count"], \
dict_result["tests"]["failure_count"], dict_result["tests"]["error_count"]))
def complete_output(config_file, dict_result, data_result, **kwargs):
"""
Return a output a simple text
"""
stream = StandardDevice(sys.stdout)
stream.write("Report of tests generate at %s\n\n" % datetime.now())
stream.write("Label\n")
stream.write("P - Pass\tF - Fail\t\tE - Error\n")
stream.write("S - Skip\tEF - Expected Fail\tUS - Unexpected Success\n")
for c_value in dict_result["tests"]["class_list"].itervalues():
stream.write("\nClass: %s (P:%s F:%s E:%s S:%s EF:%s US:%s)\n" % \
(c_value["name"], c_value["success_count"], \
c_value["failure_count"], c_value["error_count"], \
c_value["skip_count"], c_value["expected_failure_count"], \
c_value["unexpected_success_count"]))
stream.write(" S\t F\t E\t S\tEF\tUS\tDuration\tMethods\n")
for m_value in c_value["methods"].itervalues():
stream.write("%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\n" % \
(" X" if m_value["status"] == SUCCESS else " ", \
" X" if m_value["status"] == FAILURE else " ", \
" X" if m_value["status"] == ERROR else " ", \
" X" if m_value["status"] == SKIP else " ", \
" X" if m_value["status"] == EXPECTED_FAILURE else " ", \
" X" if m_value["status"] == UNEXPECTED_SUCCESS else " ", \
m_value["stopped"] - m_value["started"],
m_value["name"]))
stream.write("\nDuration: %s" % \
(dict_result["stop_test"] - dict_result["start_test"]))
sum_all = dict_result["tests"]["success_count"] + dict_result["tests"]["error_count"] + \
dict_result["tests"]["failure_count"] + dict_result["tests"]["skip_count"] + \
dict_result["tests"]["expected_failure_count"] + \
dict_result["tests"]["unexpected_success_count"]
stream.write("\nStatus: Tested %s - P:%s F:%s E:%s S:%s EF:%s US:%s\n" % \
(sum_all, dict_result["tests"]["success_count"], \
dict_result["tests"]["failure_count"], dict_result["tests"]["error_count"], \
dict_result["tests"]["skip_count"], dict_result["tests"]["expected_failure_count"], \
dict_result["tests"]["unexpected_success_count"]))
def show_help(*args, **kwargs):
stream = StandardDevice(sys.stdout)
stream.write("0 - Help (This information).\n")
stream.write("1 - Simple test output with success, fail, error. \n")
stream.write("2 - Complete test output with success, fail, error, skip, expected fail, unexpected success. \n")
