buildtimetrend.travis.TravisData.get_job_duration() - Code Metrics - Inspection of "move Travis{|Org}Connector to seperate file" - buildtimetrend/python-lib - Measure and Improve Code Quality continuously with Scrutinizer

Completed
Push — refactor_travis ( 61762b )

by Dieter
created 2015-12-23 17:20 UTC
get_job_duration() B

↳ Parent: buildtimetrend.travis.TravisData
Complexity

Conditions
Size

Total Lines
Duplication

Lines	0
Ratio	0 %
Metric	Value
cc	5
dl	0
loc	11
rs	8.5455
# vim: set expandtab sw=4 ts=4:
"""
Interface to Travis CI API.

Copyright (C) 2014-2015 Dieter Adriaenssens <[email protected]>

This file is part of buildtimetrend/python-lib
<https://github.com/buildtimetrend/python-lib/>

This program is free software: you can redistribute it and/or modify
it under the terms of the GNU Affero General Public License as published by
the Free Software Foundation, either version 3 of the License, or
any later version.

This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU Affero General Public License for more details.

You should have received a copy of the GNU Affero General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
"""
from builtins import str
from builtins import object
import os
import json
import re
from hashlib import sha256
from buildtimetrend import logger
from buildtimetrend.tools import check_file
from buildtimetrend.tools import check_dict
from buildtimetrend.tools import check_num_string
from buildtimetrend.tools import is_string
from buildtimetrend.tools import get_repo_slug
from buildtimetrend.buildjob import BuildJob
from buildtimetrend.settings import Settings
from buildtimetrend.stages import Stage
from buildtimetrend.collection import Collection
from buildtimetrend.travis.connector import TravisConnector
from buildtimetrend.travis.connector import TravisOrgConnector
import buildtimetrend
try:
    # For Python 3.0 and later
    from urllib.error import HTTPError, URLError
except ImportError:
    # Fall back to Python 2's urllib2
    from urllib2 import HTTPError, URLError

# strings to parse timestamps in Travis CI log file
TRAVIS_LOG_PARSE_TIMING_STRINGS = [
    r'travis_time:end:(?P<end_hash>.*):start=(?P<start_timestamp>\d+),'
    r'finish=(?P<finish_timestamp>\d+),duration=(?P<duration>\d+)\x0d\x1b',
    r'travis_fold:end:(?P<end_stage>\w+)\.(?P<end_substage>\d+)\x0d\x1b',
    r'travis_fold:start:(?P<start_stage>\w+)\.(?P<start_substage>\d+)\x0d\x1b',
    r'travis_time:start:(?P<start_hash>.*)\x0d\x1b\[0K',
    r'\$\ (?P<command>.*)\r',
]
TRAVIS_LOG_PARSE_WORKER_STRING = r'Using worker:\ (?P<hostname>.*):(?P<os>.*)'


def load_travis_env_vars():
    """
    Load Travis CI environment variables.

    Load Travis CI environment variables and assign their values to
    the corresponding setting value.
    """
    if "TRAVIS" in os.environ and os.environ["TRAVIS"] == "true":
        settings = Settings()

        # set ci_platform setting to "travis"
        settings.add_setting("ci_platform", "travis")

        # assign TRAVIS environment variable values to setting value
        settings.env_var_to_settings("TRAVIS_BUILD_NUMBER", "build")
        settings.env_var_to_settings("TRAVIS_JOB_NUMBER", "job")
        settings.env_var_to_settings("TRAVIS_BRANCH", "branch")
        settings.env_var_to_settings("TRAVIS_REPO_SLUG", "project_name")

        # convert and set Travis build result
        if "TRAVIS_TEST_RESULT" in os.environ:
            # map $TRAVIS_TEST_RESULT to a more readable value
            settings.add_setting(
                "result",
                convert_build_result(os.environ["TRAVIS_TEST_RESULT"])
            )

        load_build_matrix_env_vars(settings)
        load_travis_pr_env_vars(settings)


def load_build_matrix_env_vars(settings):
    """
    Retrieve build matrix data from environment variables.

    Load Travis CI build matrix environment variables
    and assign their values to the corresponding setting value.

    Properties :
    - language
    - language version (if applicable)
    - compiler (if applicable)
    - operating system
    - environment parameters

    Parameters:
    - settings: Settings instance
    """
    if "TRAVIS" in os.environ and os.environ["TRAVIS"] == "true":
        build_matrix = Collection()

        if "TRAVIS_OS_NAME" in os.environ:
            build_matrix.add_item("os", os.environ["TRAVIS_OS_NAME"])

        # set language and language version
        language_env_vars = {
            'TRAVIS_DART_VERSION': 'dart',
            'TRAVIS_GO_VERSION': 'go',
            'TRAVIS_HAXE_VERSION': 'haxe',
            'TRAVIS_JDK_VERSION': 'java',
            'TRAVIS_JULIA_VERSION': 'julia',
            'TRAVIS_NODE_VERSION': 'javascript',
            'TRAVIS_OTP_RELEASE': 'erlang',
            'TRAVIS_PERL_VERSION': 'perl',
            'TRAVIS_PHP_VERSION': 'php',
            'TRAVIS_PYTHON_VERSION': 'python',
            'TRAVIS_R_VERSION': 'r',
            'TRAVIS_RUBY_VERSION': 'ruby',
            'TRAVIS_RUST_VERSION': 'rust',
            'TRAVIS_SCALA_VERSION': 'scala'
        }
        for env_var, language in language_env_vars.items():
            if env_var in os.environ:
                build_matrix.add_item("language", language)
                build_matrix.add_item(
                    "language_version",
                    str(os.environ[env_var])
                )

        # language specific build matrix parameters
        parameters = {
            'TRAVIS_XCODE_SDK': 'xcode_sdk',  # Objective-C
            'TRAVIS_XCODE_SCHEME': 'xcode_scheme',  # Objective-C
            'TRAVIS_XCODE_PROJECT': 'xcode_project',  # Objective-C
            'TRAVIS_XCODE_WORKSPACE': 'xcode_workspace',  # Objective-C
            'CC': 'compiler',  # C, C++
            'ENV': 'parameters'
        }

        for parameter, name in parameters.items():
            if parameter in os.environ:
                build_matrix.add_item(name, str(os.environ[parameter]))

        settings.add_setting(
            "build_matrix",
            build_matrix.get_items_with_summary()
        )


def load_travis_pr_env_vars(settings):
    """
    Load Travis CI pull request environment variables.

    Load Travis CI pull request environment variables
    and assign their values to the corresponding setting value.
    """
    if "TRAVIS" in os.environ and os.environ["TRAVIS"] == "true" and \
            "TRAVIS_PULL_REQUEST" in os.environ and \
            not os.environ["TRAVIS_PULL_REQUEST"] == "false":
        settings.add_setting("build_trigger", "pull_request")
        settings.add_setting(
            "pull_request",
            {
                'is_pull_request': True,
                'title': "unknown",
                'number': os.environ["TRAVIS_PULL_REQUEST"]
            }
        )
    else:
        settings.add_setting("build_trigger", "push")
        settings.add_setting(
            "pull_request",
            {
                'is_pull_request': False,
                'title': None,
                'number': None
            }
        )


def convert_build_result(result):
    """
    Convert Travis build result to a more readable value.

    Parameters:
    - result : numerical build result
    """
    result = check_num_string(result, "result")

    if result is 0:
        build_result = "passed"
    elif result is 1:
        build_result = "failed"
    else:
        build_result = "errored"

    return build_result


def process_notification_payload(payload):
    """
    Extract repo slug and build number from Travis notification payload.

    Returns a dictionary with "repo" and "build" information,
    or an empty dictionary if the payload could not be processed.

    Deprecated behaviour : Currently the repo and build information are
    also stored in the "settings" object,
    but this will be removed in the near future.

    Parameters:
    - payload : Travis CI notification payload
    """
    settings = Settings()
    parameters = {}

    if payload is None:
        logger.warning("Travis notification payload is not set")
        return parameters

    if not is_string(payload):
        logger.warning("Travis notification payload is incorrect :"
                       " string expected, got %s", type(payload))
        return parameters

    json_payload = json.loads(payload)
    logger.info("Travis Payload : %r.", json_payload)

    # get repo name from payload
    if ("repository" in json_payload and
            "owner_name" in json_payload["repository"] and
            "name" in json_payload["repository"]):

        repo = get_repo_slug(json_payload["repository"]["owner_name"],
                             json_payload["repository"]["name"])

        logger.info("Build repo : %s", repo)
        settings.set_project_name(repo)
        parameters["repo"] = repo

    # get build number from payload
    if "number" in json_payload:
        logger.info("Build number : %s", str(json_payload["number"]))
        settings.add_setting('build', json_payload['number'])
        parameters["build"] = json_payload['number']

    return parameters


def check_authorization(repo, auth_header):
    """
    Check if Travis CI notification has a correct Authorization header.

    This check is enabled if travis_account_token is defined in settings.

    More information on the Authorization header :
    http://docs.travis-ci.com/user/notifications/#Authorization-for-Webhooks

    Returns true if Authorization header is valid, but also if
    travis_account_token is not defined.

    Parameters:
    - repo : git repo name
    - auth_header : Travis CI notification Authorization header
    """
    # get Travis account token from Settings
    token = Settings().get_setting("travis_account_token")

    # return True if token is not set
    if token is None:
        logger.info("Setting travis_account_token is not defined,"
                    " Travis CI notification Authorization header"
                    " is not checked.")
        return True

    # check if parameters are strings
    if is_string(repo) and is_string(auth_header) and is_string(token):
        # generate hash (encode string to bytes first)
        auth_hash = sha256((repo + token).encode('utf-8')).hexdigest()

        # compare hash with Authorization header
        if auth_hash == auth_header:
            logger.info("Travis CI notification Authorization header"
                        " is correct.")
            return True
        else:
            logger.error("Travis CI notification Authorization header"
                         " is incorrect.")
            return False
    else:
        logger.debug("repo, auth_header and travis_auth_token"
                     " should be strings.")
        return False


class TravisData(object):

    """Gather data from Travis CI using the API."""

    def __init__(self, repo, build_id, connector=None):
        """
        Retrieve Travis CI build data using the API.

        Parameters:
        - repo : github repository slug (fe. buildtimetrend/python-lib)
        - build_id : Travis CI build id (fe. 158)
        - connector : Travis Connector instance
        """
        self.builds_data = {}
        self.build_jobs = {}
        self.current_build_data = {}
        self.current_job = BuildJob()
        self.travis_substage = None
        self.repo = repo
        self.build_id = str(build_id)
        # set TravisConnector if it is defined
        if connector is not None and type(connector) is TravisConnector:
            self.connector = connector
        # use Travis Org connector by default
        else:
            self.connector = TravisOrgConnector()

    def get_build_data(self):
        """
        Retrieve Travis CI build data.

        Returns true if retrieving data was succesful, false on error.
        """
        request = 'repos/{repo}/builds?number={build_id}'.format(
            repo=self.repo, build_id=self.build_id
        )
        try:
            self.builds_data = self.connector.json_request(request)
        except (HTTPError, URLError) as msg:
            logger.error("Error getting build data from Travis CI: %s", msg)
            return False

        # log builds_data
        logger.debug(
            "Build #%s data : %s",
            str(self.build_id),
            json.dumps(self.builds_data, sort_keys=True, indent=2)
        )

        return True

    def get_substage_name(self, command):
        """
        Resolve Travis CI substage name that corresponds to a cli command.

        Parameters:
        - command : cli command
        """
        if not is_string(command):
            return ""

        if len(self.current_build_data) > 0 and \
                "config" in self.current_build_data:
            build_config = self.current_build_data["config"]
        else:
            logger.warning(
                "Travis CI build config is not set"
            )
            return ""

        # check if build_config collection is empty
        if build_config:
            for stage_name, commands in build_config.items():
                if type(commands) is list and command in commands:
                    substage_number = commands.index(command) + 1
                    substage_name = "{stage}.{substage:d}".format(
                        stage=stage_name, substage=substage_number
                    )
                    logger.debug(
                        "Substage %s corresponds to '%s'",
                        substage_name, command
                    )
                    return substage_name

        return ""

    def process_build_jobs(self):
        """
        Retrieve Travis CI build job data.

        Method is a generator, iterate result to get each processed build job.
        """
        if len(self.builds_data) > 0 and "builds" in self.builds_data:
            for build in self.builds_data['builds']:
                self.current_build_data = build

                if "job_ids" in build:
                    for job_id in build['job_ids']:
                        yield self.process_build_job(job_id)

            # reset current_build_data after builds are processed
            self.current_build_data = {}

    def process_build_job(self, job_id):
        """
        Retrieve Travis CI build job data.

        Parameters:
        - job_id : ID of the job to process
        """
        if job_id is None:
            return None

        # retrieve job data from Travis CI
        job_data = self.get_job_data(job_id)
        # process build/job data
        self.process_job_data(job_data)
        # parse Travis CI job log file
        self.parse_job_log(job_id)

        # store build job
        self.build_jobs[str(job_id)] = self.current_job
        # create new build job instance
        self.current_job = BuildJob()

        # return processed build job
        return self.build_jobs[str(job_id)]

    def get_job_data(self, job_id):
        """
        Retrieve Travis CI job data.

        Parameters:
        - job_id : ID of the job to process
        """
        request = 'jobs/{:s}'.format(str(job_id))
        job_data = self.connector.json_request(request)

        # log job_data
        logger.debug(
            "Job #%s data : %s",
            str(job_id),
            json.dumps(job_data, sort_keys=True, indent=2)
        )

        return job_data

    def process_job_data(self, job_data):
        """
        Process Job/build data.

        Set build/job properties :
        - Build/job ID
        - build result : passed, failed, errored
        - git repo
        - git branch
        - CI platform : Travis
        - build matrix (language, language version, compiler, ...)
        - build_trigger : push, pull_request
        - pull_request (is_pull_request, title, number)

        Parameters:
        - job_data : dictionary with Travis CI job data
        """
        self.current_job.add_property(
            "build",
            # buildnumber is part before "." of job number
            job_data['job']['number'].split(".")[0]
        )
        self.current_job.add_property("job", job_data['job']['number'])
        self.current_job.add_property("branch", job_data['commit']['branch'])
        self.current_job.add_property(
            "repo",
            job_data['job']['repository_slug']
        )
        self.current_job.add_property("ci_platform", 'travis')
        self.current_job.add_property("result", job_data['job']['state'])

        self.set_build_matrix(job_data)

        self.process_pull_request_data()

        self.current_job.set_started_at(job_data['job']['started_at'])
        self.current_job.set_finished_at(job_data['job']['finished_at'])

        # calculate job duration from start and finished timestamps
        # if no timing tags are available
        if not self.has_timing_tags():
            self.current_job.add_property("duration", self.get_job_duration())

    def set_build_matrix(self, job_data):
        """
        Retrieve build matrix data from job data and store in properties.

        Properties :
        - language
        - language version (if applicable)
        - compiler (if applicable)
        - operating system
        - environment parameters

        Parameters:
        - job_data : dictionary with Travis CI job data
        """
        build_matrix = Collection()

        job_config = job_data['job']['config']

        language = job_config['language']
        build_matrix.add_item("language", language)

        # set language version
        # ('d', 'dart', 'go', 'perl', 'php', 'python', 'rust')
        if language in job_config:
            if language == "android":
                build_matrix.add_item(
                    "language_components",
                    " ".join(job_config[language]["components"])
                )
            else:
                build_matrix.add_item(
                    "language_version",
                    str(job_config[language])
                )

        # language specific build matrix parameters
        parameters = {
            'ghc': 'ghc',  # Haskell
            'jdk': 'jdk',  # Java, Android, Groovy, Ruby, Scala
            'lein': 'lein',  # Clojure
            'mono': 'mono',  # C#, F#, Visual Basic
            'node_js': 'node_js',  # Javascript
            'otp_release': 'otp_release',  # Erlang
            'rvm': 'rvm',  # Ruby, Objective-C
            'gemfile': 'gemfile',  # Ruby, Objective-C
            'xcode_sdk': 'xcode_sdk',  # Objective-C
            'xcode_scheme': 'xcode_scheme',  # Objective-C
            'compiler': 'compiler',  # C, C++
            'os': 'os',
            'env': 'parameters'
        }
        for parameter, name in parameters.items():
            if parameter in job_config:
                build_matrix.add_item(name, str(job_config[parameter]))

        self.current_job.add_property(
            "build_matrix",
            build_matrix.get_items_with_summary()
        )

    def process_pull_request_data(self):
        """Retrieve pull request data from Travis CI API."""
        # check if collection is empty
        if self.current_build_data:
            if "event_type" in self.current_build_data:
                # build trigger (push or pull_request)
                self.current_job.add_property(
                    "build_trigger",
                    self.current_build_data["event_type"]
                )

            # pull_request
            pull_request_data = {}
            if "pull_request" in self.current_build_data:
                pull_request_data["is_pull_request"] = \
                    self.current_build_data["pull_request"]
            else:
                pull_request_data["is_pull_request"] = False

            if "pull_request_title" in self.current_build_data:
                pull_request_data["title"] = \
                    self.current_build_data["pull_request_title"]

            if "pull_request_number" in self.current_build_data:
                pull_request_data["number"] = \
                    self.current_build_data["pull_request_number"]

            self.current_job.add_property("pull_request", pull_request_data)

    def parse_job_log(self, job_id):
        """
        Parse Travis CI job log.

        Parameters:
        - job_id : ID of the job to process
        """
        self.parse_job_log_stream(self.connector.download_job_log(job_id))

    def parse_job_log_file(self, filename):
        """
        Open a Travis CI log file and parse it.

        Parameters :
        - filename : filename of Travis CI log
        Returns false if file doesn't exist, true if it was read successfully.
        """
        # load timestamps file
        if not check_file(filename):
            return False

        # read timestamps, calculate stage duration
        with open(filename, 'rb') as file_stream:
            self.parse_job_log_stream(file_stream)

        return True

    def parse_job_log_stream(self, stream):
        """
        Parse Travis CI job log stream.

        Parameters:
        - stream : stream of job log file
        """
        self.travis_substage = TravisSubstage()
        check_timing_tags = self.has_timing_tags()

        for line in stream:
            # convert to str if line is bytes type
            if isinstance(line, bytes):
                line = line.decode('utf-8')
            # parse Travis CI timing tags
            if check_timing_tags and 'travis_' in line:
                self.parse_travis_time_tag(line)
            # parse Travis CI worker tag
            if 'Using worker:' in line:
                self.parse_travis_worker_tag(line)

    def parse_travis_time_tag(self, line):
        """
        Parse and process Travis CI timing tags.

        Parameters:
        - line : line from logfile containing Travis CI tags
        """
        if self.travis_substage is None:
            self.travis_substage = TravisSubstage()

        escaped_line = line.replace('\x0d', '*').replace('\x1b', 'ESC')
        logger.debug('line : %s', escaped_line)

        # parse Travis CI timing tags
        for parse_string in TRAVIS_LOG_PARSE_TIMING_STRINGS:
            result = re.search(parse_string, line)
            if result:
                self.travis_substage.process_parsed_tags(result.groupdict())

                # when finished : log stage and create a new instance
                if self.travis_substage.has_finished():
                    # set substage name, if it is not set
                    if not self.travis_substage.has_name() and \
                            self.travis_substage.has_command():
                        self.travis_substage.set_name(
                            self.get_substage_name(
                                self.travis_substage.get_command()
                            )
                        )

                    # only log complete substages
                    if not self.travis_substage.finished_incomplete:
                        self.current_job.add_stage(self.travis_substage.stage)
                    self.travis_substage = TravisSubstage()

    def parse_travis_worker_tag(self, line):
        """
        Parse and process Travis CI worker tag.

        Parameters:
        - line : line from logfile containing Travis CI tags
        """
        logger.debug('line : %s', line)

        # parse Travis CI worker tags
        result = re.search(TRAVIS_LOG_PARSE_WORKER_STRING, line)
        if not result:
            return

        worker_tags = result.groupdict()

        # check if parameter worker_tags is a dictionary and
        # if it contains all required tags
        tag_list = list({'hostname', 'os'})
        if check_dict(worker_tags, "worker_tags", tag_list):
            logger.debug("Worker tags : %s", worker_tags)
            self.current_job.add_property("worker", worker_tags)

    def has_timing_tags(self):
        """
        Check if Travis CI job log has timing tags.

        Timing tags were introduced on Travis CI starting 2014-08-07,
        check if started_at is more recent.
        """
        started_at = self.current_job.get_property("started_at")
        if started_at is None or "timestamp_seconds" not in started_at:
            return False

        # 1407369600 is epoch timestamp of 2014-08-07T00:00:00Z
        return started_at["timestamp_seconds"] > 1407369600

    def get_job_duration(self):
        """Calculate build job duration."""
        started_at = self.current_job.get_property("started_at")
        finished_at = self.current_job.get_property("finished_at")
        if started_at is None or "timestamp_seconds" not in started_at or \
                finished_at is None or "timestamp_seconds" not in finished_at:
            return 0.0

        timestamp_start = float(started_at["timestamp_seconds"])
        timestamp_end = float(finished_at["timestamp_seconds"])
        return timestamp_end - timestamp_start

    def get_started_at(self):
        """Retrieve timestamp when build was started."""
        if check_dict(self.current_build_data, key_list=["started_at"]):
            return self.current_build_data['started_at']
        else:
            return None

    def get_finished_at(self):
        """Retrieve timestamp when build finished."""
        if check_dict(self.current_build_data, key_list=["finished_at"]):
            return self.current_build_data['finished_at']
        else:
            return None


class TravisSubstage(object):

    """
    Travis CI substage object.

    It is constructed by feeding parsed tags from Travis CI logfile.
    """

    def __init__(self):
        """Initialise Travis CI Substage object."""
        self.stage = Stage()
        self.timing_hash = ""
        self.finished_incomplete = False
        self.finished = False

    def process_parsed_tags(self, tags_dict):
        """
        Process parsed tags and calls the corresponding handler method.

        Parameters:
        - tags_dict : dictionary with parsed tags
        """
        result = False

        # check if parameter tags_dict is a dictionary
        if check_dict(tags_dict, "tags_dict"):
            if 'start_stage' in tags_dict:
                result = self.process_start_stage(tags_dict)
            elif 'start_hash' in tags_dict:
                result = self.process_start_time(tags_dict)
            elif 'command' in tags_dict:
                result = self.process_command(tags_dict)
            elif 'end_hash' in tags_dict:
                result = self.process_end_time(tags_dict)
            elif 'end_stage' in tags_dict:
                result = self.process_end_stage(tags_dict)

        return result

    def process_start_stage(self, tags_dict):
        """
        Process parsed start_stage tags.

        Parameters:
        - tags_dict : dictionary with parsed tags
        """
        # check if parameter tags_dict is a dictionary and
        # if it contains all required tags
        tag_list = list({'start_stage', 'start_substage'})
        if not check_dict(tags_dict, "tags_dict", tag_list):
            return False

        logger.debug("Start stage : %s", tags_dict)

        result = False

        if self.has_started():
            logger.info("Substage already started")
        else:
            name = "{stage:s}.{substage:s}".format(
                stage=tags_dict['start_stage'],
                substage=tags_dict['start_substage']
            )
            result = self.set_name(name)

        return result

    def process_start_time(self, tags_dict):
        """
        Process parsed start_time tags.

        Parameters:
        - tags_dict : dictionary with parsed tags
        """
        # check if parameter tags_dict is a dictionary and
        # if it contains all required tags
        if not check_dict(tags_dict, "tags_dict", 'start_hash'):
            return False

        logger.debug("Start time : %s", tags_dict)

        if self.has_timing_hash():
            logger.info("Substage timing already set")
            return False

        self.timing_hash = tags_dict['start_hash']
        logger.info("Set timing hash : %s", self.timing_hash)

        return True

    def process_command(self, tags_dict):
        """
        Process parsed command tag.

        Parameters:
        - tags_dict : dictionary with parsed tags
        """
        # check if parameter tags_dict is a dictionary and
        # if it contains all required tags
        if not check_dict(tags_dict, "tags_dict", 'command'):
            return False

        logger.debug("Command : %s", tags_dict)

        result = False

        if self.has_command():
            logger.info("Command is already set")
        elif self.stage.set_command(tags_dict['command']):
            logger.info("Set command : %s", tags_dict['command'])
            result = True

        return result

    def process_end_time(self, tags_dict):
        """
        Process parsed end_time tags.

        Parameters:
        - tags_dict : dictionary with parsed tags
        """
        # check if parameter tags_dict is a dictionary and
        # if it contains all required tags
        tag_list = list({
            'end_hash',
            'start_timestamp',
            'finish_timestamp',
            'duration'
        })
        if not check_dict(tags_dict, "tags_dict", tag_list):
            return False

        logger.debug("End time : %s", tags_dict)

        result = False

        # check if timing was started
        # and if hash matches
        if (not self.has_timing_hash() or
                self.timing_hash != tags_dict['end_hash']):
            logger.info("Substage timing was not started or"
                        " hash doesn't match")
            self.finished_incomplete = True
        else:
            set_started = set_finished = set_duration = False

            # Set started timestamp
            if self.stage.set_started_at_nano(tags_dict['start_timestamp']):
                logger.info("Stage started at %s",
                            self.stage.data["started_at"]["isotimestamp"])
                set_started = True

            # Set finished timestamp
            if self.stage.set_finished_at_nano(tags_dict['finish_timestamp']):
                logger.info("Stage finished at %s",
                            self.stage.data["finished_at"]["isotimestamp"])
                set_finished = True

            # Set duration
            if self.stage.set_duration_nano(tags_dict['duration']):
                logger.info("Stage duration : %ss",
                            self.stage.data['duration'])
                set_duration = True

            result = set_started and set_finished and set_duration

        return result

    def process_end_stage(self, tags_dict):
        """
        Process parsed end_stage tags.

        Parameters:
        - tags_dict : dictionary with parsed tags
        """
        # check if parameter tags_dict is a dictionary and
        # if it contains all required tags
        tag_list = list({'end_stage', 'end_substage'})
        if not check_dict(tags_dict, "tags_dict", tag_list):
            return False

        logger.debug("End stage : %s", tags_dict)

        # construct substage name
        end_stagename = "{stage}.{substage}".format(
            stage=tags_dict['end_stage'],
            substage=tags_dict['end_substage']
        )

        # check if stage was started
        # and if substage name matches
        if not self.has_name() or self.stage.data["name"] != end_stagename:
            logger.info("Substage was not started or name doesn't match")
            self.finished_incomplete = True
            return False

        # stage finished successfully
        self.finished = True
        logger.info("Stage %s finished successfully", self.get_name())

        return True

    def get_name(self):
        """
        Return substage name.

        If name is not set, return the command.
        """
        if self.has_name():
            return self.stage.data["name"]
        elif self.has_command():
            return self.stage.data["command"]
        else:
            return ""

    def set_name(self, name):
        """
        Set substage name.

        Parameters:
        - name : substage name
        """
        return self.stage.set_name(name)

    def has_name(self):
        """
        Check if substage has a name.

        Returns true if substage has a name
        """
        return "name" in self.stage.data and \
            self.stage.data["name"] is not None and \
            len(self.stage.data["name"]) > 0

    def has_timing_hash(self):
        """
        Check if substage has a timing hash.

        Returns true if substage has a timing hash
        """
        return self.timing_hash is not None and len(self.timing_hash) > 0

    def has_command(self):
        """
        Check if a command is set for substage.

        Returns true if a command is set
        """
        return "command" in self.stage.data and \
            self.stage.data["command"] is not None and \
            len(self.stage.data["command"]) > 0

    def get_command(self):
        """Return substage command."""
        if self.has_command():
            return self.stage.data["command"]
        else:
            return ""

    def has_started(self):
        """
        Check if substage has started.

        Returns true if substage has started
        """
        return self.has_name() or self.has_timing_hash() or self.has_command()

    def has_finished(self):
        """
        Check if substage has finished.

        A substage is finished, if either the finished_timestamp is set,
        or if finished is (because of an error in parsing the tags).

        Returns true if substage has finished
        """
        return self.finished_incomplete or \
            self.has_name() and self.finished or \
            not self.has_name() and self.has_timing_hash() and \
            "finished_at" in self.stage.data or \
            not self.has_name() and not self.has_timing_hash() and \
            self.has_command()

buildtimetrend / python-lib

Push — refactor_travis ( 61762b )

get_job_duration() B

Complexity

Size

Duplication

Duplication Side-by-Side

Filter issues like
