import json import re import urllib2 import functest.utils.functest_logger as ft_logger import functest.utils.functest_utils as ft_utils import functest.utils.functest_constants as ft_constants COL_1_LEN = 25 COL_2_LEN = 15 COL_3_LEN = 12 COL_4_LEN = 15 COL_5_LEN = 75 # If we run from CI (Jenkins) we will push the results to the DB # and then we can print the url to the specific test result class GlobalVariables: IS_CI_RUN = ft_constants.IS_CI_RUN BUILD_TAG = ft_constants.CI_BUILD_TAG INSTALLER = ft_constants.CI_INSTALLER_TYPE CI_LOOP = ft_constants.CI_LOOP SCENARIO = ft_constants.CI_SCENARIO logger = ft_logger.Logger("generate_report").getLogger() def init(tiers_to_run): test_cases_arr = [] for tier in tiers_to_run: for test in tier.get_tests(): test_cases_arr.append({'test_name': test.get_name(), 'tier_name': tier.get_name(), 'result': 'Not executed', 'duration': '0', 'url': ''}) return test_cases_arr def get_results_from_db(): url = "%s/results?build_tag=%s" % (ft_utils.get_db_url(), GlobalVariables.BUILD_TAG) logger.debug("Query to rest api: %s" % url) try: data = json.load(urllib2.urlopen(url)) return data['results'] except: logger.error("Cannot read content from the url: %s" % url) return None def get_data(test, results): test_result = test['result'] url = '' for test_db in results: if test['test_name'] in test_db['case_name']: id = test_db['_id'] url = ft_utils.get_db_url() + '/results/' + id test_result = test_db['criteria'] return {"url": url, "result": test_result} def print_line(w1, w2='', w3='', w4='', w5=''): str = ('| ' + w1.ljust(COL_1_LEN - 1) + '| ' + w2.ljust(COL_2_LEN - 1) + '| ' + w3.ljust(COL_3_LEN - 1) + '| ' + w4.ljust(COL_4_LEN - 1)) if GlobalVariables.IS_CI_RUN: str += ('| ' + w5.ljust(COL_5_LEN - 1)) str += '|\n' return str def print_line_no_columns(str): TOTAL_LEN = COL_1_LEN + COL_2_LEN + COL_3_LEN + COL_4_LEN + 2 if GlobalVariables.IS_CI_RUN: TOTAL_LEN += COL_5_LEN + 1 return ('| ' + str.ljust(TOTAL_LEN) + "|\n") def print_separator(char="=", delimiter="+"): str = ("+" + char * COL_1_LEN + delimiter + char * COL_2_LEN + delimiter + char * COL_3_LEN + delimiter + char * COL_4_LEN) if GlobalVariables.IS_CI_RUN: str += (delimiter + char * COL_5_LEN) str += '+\n' return str def main(args): executed_test_cases = args if GlobalVariables.IS_CI_RUN: results = get_results_from_db() if results is not None: for test in executed_test_cases: data = get_data(test, results) test.update({"url": data['url'], "result": data['result']}) TOTAL_LEN = COL_1_LEN + COL_2_LEN + COL_3_LEN + COL_4_LEN if GlobalVariables.IS_CI_RUN: TOTAL_LEN += COL_5_LEN MID = TOTAL_LEN / 2 if GlobalVariables.BUILD_TAG is not None: if re.search("daily", GlobalVariables.BUILD_TAG) is not None: GlobalVariables.CI_LOOP = "daily" else: GlobalVariables.CI_LOOP = "weekly" str = '' str += print_separator('=', delimiter="=") str += print_line_no_columns(' ' * (MID - 8) + 'FUNCTEST REPORT') str += print_separator('=', delimiter="=") str += print_line_no_columns(' ') str += print_line_no_columns(" Deployment description:") str += print_line_no_columns(" INSTALLER: %s" % GlobalVariables.INSTALLER) if GlobalVariables.SCENARIO is not None: str += print_line_no_columns(" SCENARIO: %s" % GlobalVariables.SCENARIO) if GlobalVariables.BUILD_TAG is not None: str += print_line_no_columns(" BUILD TAG: %s" % GlobalVariables.BUILD_TAG) if GlobalVariables.CI_LOOP is not None: str += print_line_no_columns(" CI LOOP: %s" % GlobalVariables.CI_LOOP) str += print_line_no_columns(' ') str += print_separator('=') if GlobalVariables.IS_CI_RUN: str += print_line('TEST CASE', 'TIER', 'DURATION', 'RESULT', 'URL') else: str += print_line('TEST CASE', 'TIER', 'DURATION', 'RESULT') str += print_separator('=') for test in executed_test_cases: str += print_line(test['test_name'], test['tier_name'], test['duration'], test['result'], test['url']) str += print_separator('-') logger.info("\n\n\n%s" % str) if __name__ == '__main__': import sys main(sys.argv[1:])