path: root/buildbot_gentoo_ci/steps/builders.py

# Copyright 2023 Gentoo Authors
# Distributed under the terms of the GNU General Public License v2

import os
import re
import json
from pathlib import Path

from portage.versions import catpkgsplit, cpv_getversion
from portage.dep import dep_getcpv, dep_getslot, dep_getrepo

from twisted.internet import defer
from twisted.python import log

from buildbot.process.buildstep import BuildStep
from buildbot.process.results import SUCCESS
from buildbot.process.results import FAILURE
from buildbot.process.results import SKIPPED
from buildbot.process.results import WARNINGS
from buildbot.plugins import steps, util

#FIXME: should be set in config
hosturl = 'http://90.231.13.235:8000'

def PersOutputOfEmerge(rc, stdout, stderr):
    emerge_output = {}
    emerge_output['rc'] = rc
    emerge_output['preserved_libs'] = False
    emerge_output['change_use'] = False
    emerge_output['circular_deps'] = False
    emerge_output['masked'] = False
    emerge_output['failed'] = False
    package_dict = {}
    change_use = {}
    log_path_list = []
    print('stderr')
    print(stderr)
    # split the lines
    for line in stdout.split('\n'):
        # package dict
        subdict = {}
        if line.startswith('[ebuild') or line.startswith('[binary') or line.startswith('[nomerge'):
            # if binaries
            if line.startswith('[ebuild') or line.startswith('[nomerge'):
                subdict['binary'] = False
            else:
                subdict['binary'] = True
            # action [ N ] stuff
            subdict['action'] = line[8:15].replace(' ', '')
            # We my have more then one spece betvine ] and cpv
            pkg_line = re.sub(' +', ' ', line)
            # get pkg
            pkg = '=' + re.search('] (.+?) ', pkg_line).group(1)
            # repository
            subdict['repository'] = dep_getrepo(pkg)
            # slot
            subdict['slot'] = dep_getslot(pkg)
            # if action U version cpv
            if 'U' in subdict['action']:
                subdict['old_version'] = re.search(' \[(.+?)] ', line).group(1).split(':')
            else:
                subdict['old_version'] = None
            # Use list
            if 'USE=' in line:
                subdict['use'] = re.search('USE="(.+?)" ', line).group(1).split(' ')
            else:
                subdict['use'] = None
            # PYTHON_TARGETS list
            if 'PYTHON_TARGETS=' in line:
                subdict['python_targets'] = re.search('PYTHON_TARGETS="(.+?)" ', line).group(1).split(' ')
            else:
                subdict['python_targets'] = None
            # FIXME: CPU_FLAGS_X86 list
            package_dict[dep_getcpv(pkg)] = subdict
        if line.startswith('>>>'):
            if line.startswith('>>> Failed to'):
                emerge_output['failed'] = line.split(' ')[4][:-1]
            if line.endswith('.log') and emerge_output['failed']:
                log_path_list.append(line.split(' ')[2])
            #FIXME: Handling of >>> output
            pass
        if line.startswith('!!!'):
            #FIXME: Handling of !!! output
            if line.startswith('!!! existing preserved libs'):
                pass
        if line.startswith(' * '):
            if line.endswith('.log'):
                log_path_list.append(line.split(' ')[4])
        #FIXME: Handling of depclean output dict of packages that get removed or saved
    emerge_output['packages'] = package_dict

    # split the lines
    #FIXME: Handling of stderr output
    stderr_line_list = []
    if stderr != '' and not emerge_output['failed']:
        emerge_output['failed'] = True
    for line in stderr.split('\n'):
        if 'Change USE:' in line:
            line_list = line.split(' ')
            change_use_list = []
            # get cpv
            cpv_split = line_list[1].split(':')
            # add use flags
            if line_list[4].startswith('+') or line_list[4].startswith('-'):
                # we only support tre for now
                if line_list[4].endswith(')'):
                    change_use_list.append(line_list[4].replace(')', ''))
                elif line_list[5].endswith(')'):
                    change_use_list.append(line_list[4])
                    change_use_list.append(line_list[5].replace(')', ''))
                elif line_list[6].endswith(')'):
                    change_use_list.append(line_list[4])
                    change_use_list.append(line_list[5])
                    change_use_list.append(line_list[6].replace(')', ''))
                elif not line_list[6].endswith(')'):
                    change_use_list.append(line_list[4])
                    change_use_list.append(line_list[5])
                    change_use_list.append(line_list[6])
                else:
                    change_use_list = False
            if change_use_list:
                change_use[cpv_split[0]] = change_use_list
        if 'USE changes are' in line:
            change_use_list = []
            change_use = {}
            for text in stderr.split('\n'):
                if text.startswith('>='):
                    line_list = text.split(' ')
                    for line2 in text.split(' '):
                        if line2.startswith('>='):
                            cpv = line2.split(':')[0].replace('>=', '')
                        else:
                            change_use_list.append(line2)
                if change_use_list:
                    change_use[cpv] = change_use_list
        if change_use != {}:
            emerge_output['change_use'] = change_use
        if line.startswith(' * '):
            if line.endswith('.log'):
                log_path = line.split(' ')[3]
                if log_path not in inlog_path_list:
                    log_path_list.append(log_path)
            #FIXME: make dict of cpv listed in the circular dependencies
            if line.endswith('circular dependencies:'):
                emerge_output['circular_deps'] = True
            stderr_line_list.append(line)
        if line.startswith('- '):
            if re.search('masked', line):
                stderr_line_list.append(line)
                emerge_output['masked'] = True
    emerge_output['stderr'] = stderr_line_list
    emerge_output['log_paths'] = log_path_list

    return {
        'emerge_output' : emerge_output
        }

def PersOutputOfPkgCheck(rc, stdout, stderr):
    pkgcheck_output = {}
    pkgcheck_output['rc'] = rc
    print(stdout)
    pkgcheck_json_list = []
    # split the lines
    for line in stdout.split('\n'):
        if line.startswith('{"'):
            pkgcheck_json_list.append(json.loads(line))
    pkgcheck_output['pkgcheck_json'] = pkgcheck_json_list
    #FIXME: Handling of stderr output
    return {
        'pkgcheck_output' : pkgcheck_output
        }

def PersOutputOfDepclean(rc, stdout, stderr):
    depclean_output = {}
    depclean_output['rc'] = rc
    print(stderr)
    depclean_output['stderr'] = stderr
    package_list = False
    for line in stdout.split('\n'):
        if line.startswith('All selected packages:'):
            line_tmp = line.replace('All selected packages: ', '')
            package_list = line_tmp.split(' ')
    depclean_output['packages'] = package_list
    return {
        'depclean_output' : depclean_output
        }

def PersOutputOfEmergeInfo(rc, stdout, stderr):
    emerge_info_output = {}
    emerge_info_output['rc'] = rc
    emerge_info_list = []
    for line in stdout.split('\n'):
        emerge_info_list.append(line)
    emerge_info_output['emerge_info'] = emerge_info_list
    return {
        'emerge_info_output' : emerge_info_output
        }

def PersOutputOfElogLs(rc, stdout, stderr):
    elog_ls_output = {}
    elog_ls_output['rc'] = rc
    elog_ls_list = []
    for line in stdout.split('\n'):
        elog_ls_list.append(line)
    elog_ls_output['elog_ls'] = elog_ls_list
    return {
        'elog_ls_output' : elog_ls_output
        }

def PersOutputOfBuildWorkdir(rc, stdout, stderr):
    build_workdir_find_output = {}
    build_workdir_find_output['rc'] = rc
    build_workdir_find_list = []
    for line in stdout.split('\n'):
        find_line = line.replace('./', '')
        if find_line != '':
            build_workdir_find_list.append(find_line)
    build_workdir_find_output['build_workdir_find'] = build_workdir_find_list
    return {
        'build_workdir_find_output' : build_workdir_find_output
        }

class TriggerRunBuildRequest(BuildStep):
    
    name = 'TriggerRunBuildRequest'
    description = 'Running'
    descriptionDone = 'Ran'
    descriptionSuffix = None
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, projectrepository_data, use_data, project_data, **kwargs):
        self.projectrepository_data = projectrepository_data
        self.use_data = use_data
        self.project_data = project_data
        super().__init__(**kwargs)

    @defer.inlineCallbacks
    def run(self):
        self.gentooci = self.master.namedServices['services'].namedServices['gentooci']
        if self.getProperty('project_build_data') is None:
            project_build_data = {}
            project_build_data['project_uuid'] = self.project_data['uuid']
            project_build_data['version_uuid'] = self.getProperty("version_data")['uuid']
            project_build_data['status'] = 'waiting'
            project_build_data['requested'] = False
            project_build_data['id'], project_build_data['build_id'] = yield self.gentooci.db.builds.addBuild(
                                                                                            project_build_data)
        else:
            project_build_data = self.getProperty('project_build_data')
        yield self.build.addStepsAfterCurrentStep([
                steps.Trigger(
                    schedulerNames=['run_build_request'],
                        waitForFinish=False,
                        updateSourceStamp=False,
                        set_properties={
                            'cpv' : self.getProperty("cpv"),
                            'version_data' : self.getProperty("version_data"),
                            'projectrepository_data' : self.projectrepository_data,
                            'use_data' : self.use_data,
                            'fullcheck' : self.getProperty("fullcheck"),
                            'project_build_data' : project_build_data,
                            'project_uuid' : self.project_data['uuid']
                        }
                )])
        return SUCCESS

class GetProjectRepositoryData(BuildStep):
    
    name = 'GetProjectRepositoryData'
    description = 'Running'
    descriptionDone = 'Ran'
    descriptionSuffix = None
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, **kwargs):
        super().__init__(**kwargs)

    @defer.inlineCallbacks
    def run(self):
        self.gentooci = self.master.namedServices['services'].namedServices['gentooci']
        self.projectrepositorys_data = yield self.gentooci.db.projects.getProjectRepositorysByUuid(self.getProperty("repository_data")['uuid'])
        if self.projectrepositorys_data is None:
            print('No Projects have this %s repository for testing' % self.getProperty("repository_data")['name'])
            return SUCCESS
        # for loop to get all the projects that have the repository
        for projectrepository_data in self.projectrepositorys_data:
            print(projectrepository_data)
            # get project data
            project_data = yield self.gentooci.db.projects.getProjectByUuid(projectrepository_data['project_uuid'])
            #FIXME: check if we have working workers
            project_workers = yield self.gentooci.db.projects.getWorkersByProjectUuid(project_data['uuid'])
            if project_workers == []:
                print('No Workers on this profile')
                continue
            # check if auto, enabled and not in config.project['project']
            if project_data['auto'] is True and project_data['enabled'] is True and project_data['name'] != self.gentooci.config.project['project']['update_db']:
                print(project_data)
                # set Property projectrepository_data so we can use it in the trigger
                # get name o project keyword
                project_keyword_data = yield self.gentooci.db.keywords.getKeywordById(project_data['keyword_id'])
                # if not * (all keywords)
                if project_keyword_data['name'] != '*' or project_data['status'] == 'all':
                    self.setProperty('fullcheck', False, 'fullcheck')
                    # get status of the keyword on cpv
                    if self.getProperty("version_keyword_dict") is not None:
                        if project_keyword_data['name'] in self.getProperty("version_keyword_dict"):
                            version_keywords_data = self.getProperty("version_keyword_dict")[project_keyword_data['name']]
                            # if match trigger BuildRequest on cpv
                            if project_data['status'] == version_keywords_data['status']:
                                yield self.build.addStepsAfterCurrentStep([TriggerRunBuildRequest(
                                    projectrepository_data = projectrepository_data,
                                    use_data = None,
                                    project_data = project_data
                                )])
        return SUCCESS

class SetupPropertys(BuildStep):
    name = 'Setup propertys for building'
    description = 'Running'
    descriptionSuffix = None
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, **kwargs):
        # set this in config
        super().__init__(**kwargs)

    @defer.inlineCallbacks
    def run(self):
        self.gentooci = self.master.namedServices['services'].namedServices['gentooci']
        print('build this %s' % self.getProperty("cpv"))
        self.setProperty('portage_repos_path', self.gentooci.config.project['worker_config']['portage_repos_path'], 'portage_repos_path')
        self.setProperty('rootworkdir', False, 'rootworkdir')
        projectrepository_data = self.getProperty('projectrepository_data')
        print(projectrepository_data)
        project_data = yield self.gentooci.db.projects.getProjectByUuid(projectrepository_data['project_uuid'])
        repository_data = yield self.gentooci.db.repositorys.getRepositoryByUuid(projectrepository_data['repository_uuid'])
        self.setProperty('project_data', project_data, 'project_data')
        self.setProperty('repository_data', repository_data, 'repository_data')
        self.setProperty('preserved_libs', False, 'preserved-libs')
        self.setProperty('depclean', False, 'depclean')
        self.setProperty('cpv_build', False, 'cpv_build')
        self.setProperty('pkg_check_log_data', None, 'pkg_check_log_data')
        self.setProperty('faild_version_data', None, 'faild_version_data')
        self.setProperty('rerun', 0, 'rerun')
        project_build_data = self.getProperty('project_build_data')
        project_build_data['status'] = 'in-progress'
        yield self.gentooci.db.builds.setStatusBuilds(
                                                    project_build_data['id'],
                                                    project_build_data['status'])
        builder_id = yield self.master.db.builders.findBuilderId(self.getProperty("buildername"), autoCreate=False)
        print(builder_id)
        build_data = yield self.master.db.builds.getBuildByNumber(builder_id ,self.getProperty("buildnumber"))
        print(build_data)
        project_build_data['buildbot_build_id'] = build_data['id']
        yield self.gentooci.db.builds.setBuildbotBuildIdBuilds(
                                                    project_build_data['id'],
                                                    project_build_data['buildbot_build_id'])
        project_build_data['builder_id'] = builder_id
        project_build_data['buildnumber'] = self.getProperty("buildnumber")
        self.setProperty('project_build_data', project_build_data, 'project_build_data')
        print(self.getProperty("project_build_data"))
        self.masterdest = yield os.path.join(self.master.basedir, 'workers', self.getProperty('workername'), str(self.getProperty("buildnumber")))
        self.setProperty('masterdest', self.masterdest, 'masterdest')
        self.setProperty('build_env', {}, 'build_env')
        self.descriptionDone = ' '.join([self.getProperty("cpv"), 'for project', self.getProperty('project_data')['name']])
        return SUCCESS

class RunEmerge(BuildStep):

    description = 'Running'
    descriptionDone = 'Ran'
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, step=None, exclude=False, **kwargs):
        self.step = step
        self.exclude = exclude
        super().__init__(**kwargs)
        self.descriptionSuffix = self.step
        self.name = 'Setup emerge for ' + self.step + ' step'
        self.build_timeout = 0

    @defer.inlineCallbacks
    def run(self):
        self.gentooci = self.master.namedServices['services'].namedServices['gentooci']
        project_data = self.getProperty('project_data')
        projects_emerge_options = yield self.gentooci.db.projects.getProjectEmergeOptionsByUuid(project_data['uuid'])
        #FIXME: Use settings from gentoo-ci-settings json file
        self.stepname = 'Run emerge ' + 'step ' + self.step
        shell_commad_list = [
                    'emerge',
                    '-v'
                    ]
        c = yield catpkgsplit(self.getProperty("cpv"))[0]
        p = yield catpkgsplit(self.getProperty("cpv"))[1]
        cp = c + '/' + p
        aftersteps_list = []
        #FIXME: Set build timeout in config
        self.build_timeout = 6600
        if self.step == 'update':
            # set env
            build_env = {}
            # https://bugs.gentoo.org/683118
            # export TERM=linux
            # export TERMINFO=/etc/terminfo
            build_env['TERM'] = 'linux'
            build_env['TERMINFO'] = '/etc/terminfo'
            # Lang
            build_env['LANG'] = 'C.utf8'
            build_env['LC_MESSAGES'] = 'C'
            # no color
            build_env['CARGO_TERM_COLOR'] = 'never'
            build_env['GCC_COLORS'] = '0'
            build_env['OCAML_COLOR'] = 'never'
            build_env['PY_FORCE_COLOR'] = '0'
            build_env['PYTEST_ADDOPTS'] = '--color=no'
            build_env['NO_COLOR'] = '1'
            # not all terms support urls
            build_env['GCC_URLS'] = 'no'
            build_env['TERM_URLS'] = 'no'
            self.setProperty('build_env', build_env, 'build_env')

        if self.step == 'pre-update':
            shell_commad_list.append('--update')
            shell_commad_list.append('--deep')
            shell_commad_list.append('--newuse')
            shell_commad_list.append('--pretend')
            shell_commad_list.append('@world')
            # don't build bin for virtual and acct-*
            shell_commad_list.append('--buildpkg-exclude')
            shell_commad_list.append('virtual')
            shell_commad_list.append('--buildpkg-exclude')
            shell_commad_list.append('acct-*')
            aftersteps_list.append(
                steps.SetPropertyFromCommand(
                        name = self.stepname,
                        command=shell_commad_list,
                        strip=True,
                        extract_fn=PersOutputOfEmerge,
                        workdir='/'
                ))
            aftersteps_list.append(CheckEmergeLogs('pre-update'))

        if self.step == 'update':
            shell_commad_list.append('--update')
            shell_commad_list.append('--deep')
            shell_commad_list.append('--newuse')
            shell_commad_list.append('@world')
            # don't build bin for virtual and acct-*
            shell_commad_list.append('--buildpkg-exclude')
            shell_commad_list.append('virtual')
            shell_commad_list.append('--buildpkg-exclude')
            shell_commad_list.append('acct-*')
            aftersteps_list.append(
                steps.SetPropertyFromCommand(
                        name = self.stepname,
                        command=shell_commad_list,
                        strip=True,
                        extract_fn=PersOutputOfEmerge,
                        workdir='/',
                        env=self.getProperty("build_env"),
                        timeout=self.build_timeout
                ))
            aftersteps_list.append(CheckEmergeLogs('update'))
            if projects_emerge_options['preserved_libs']:
                self.setProperty('preserved_libs', True, 'preserved-libs')

        if self.step == 'preserved-libs' and self.getProperty('preserved_libs'):
            shell_commad_list.append('-q')
            shell_commad_list.append('@preserved-rebuild')
            aftersteps_list.append(
                steps.SetPropertyFromCommand(
                        name = self.stepname,
                        command=shell_commad_list,
                        strip=True,
                        extract_fn=PersOutputOfEmerge,
                        workdir='/',
                        timeout=self.build_timeout
                ))
            aftersteps_list.append(CheckEmergeLogs('preserved-libs'))
            self.setProperty('preserved_libs', False, 'preserved-libs')

        if self.step == 'pre-depclean' and projects_emerge_options['depclean']:
            shell_commad_list.append('--pretend')
            shell_commad_list.append('--depclean')
            aftersteps_list.append(
                steps.SetPropertyFromCommand(
                        name = self.stepname,
                        command=shell_commad_list,
                        strip=True,
                        extract_fn=PersOutputOfDepclean,
                        workdir='/'
                ))
            aftersteps_list.append(CheckDepcleanLogs('pre-depclean'))
            self.setProperty('depclean', False, 'depclean')

        if self.step == 'depclean' and projects_emerge_options['depclean']:
            shell_commad_list.append('-q')
            shell_commad_list.append('--depclean')
            # add exlude cpv if needed
            if self.getProperty('depclean'):
                pass
            aftersteps_list.append(
                steps.SetPropertyFromCommand(
                        name = self.stepname,
                        command=shell_commad_list,
                        strip=True,
                        extract_fn=PersOutputOfDepclean,
                        workdir='/'
                ))
            aftersteps_list.append(CheckDepcleanLogs('depclean'))

        # Run eclean on Packages and Distfiles
        #FIXME: cleantime set in config
        cleantime_package = '2d'
        cleantime_distfiles = '2d'
        if self.step == 'eclean':
            aftersteps_list.append(
                steps.ShellCommand(
                        flunkOnFailure=False,
                        name = 'Run eclean Packages',
                        command=['eclean-pkg', '-C','-d', '-t' + cleantime_package],
                        workdir='/'
                ))
            aftersteps_list.append(
                steps.ShellCommand(
                        flunkOnFailure=False,
                        name = 'Run eclean Distfiles',
                        command=['eclean-dist', '-C', '-d', '-t' + cleantime_distfiles],
                        workdir='/'
                ))
            # Fix/Check Packages file
            aftersteps_list.append(
                steps.ShellCommand(
                        flunkOnFailure=False,
                        name='Fix/Check binary Package file',
                        command=['emaint', 'binhost', '--fix'],
                        workdir='/'
                ))

        if self.step == 'match':
            shell_commad_list.append('-pO')
            # don't use bin for match
            shell_commad_list.append('--usepkg=n')
            shell_commad_list.append(cp)
            aftersteps_list.append(
                steps.SetPropertyFromCommand(
                        name = self.stepname,
                        command=shell_commad_list,
                        strip=True,
                        extract_fn=PersOutputOfEmerge,
                        workdir='/',
                        timeout=self.build_timeout,
                        warnOnWarnings = True,
                        warnOnFailure = True,
                        flunkOnFailure = False,
                        flunkOnWarnings = False
                ))
            aftersteps_list.append(CheckEmergeLogs('match'))

        if self.step == 'pre-build':
            shell_commad_list.append('=' + self.getProperty('cpv'))
            # we don't use the bin for the requsted cpv
            shell_commad_list.append('--usepkg-exclude')
            shell_commad_list.append(cp)
            # don't build bin for virtual and acct-*
            shell_commad_list.append('--buildpkg-exclude')
            shell_commad_list.append('virtual')
            shell_commad_list.append('--buildpkg-exclude')
            shell_commad_list.append('acct-*')
            shell_commad_list.append('-p')
            aftersteps_list.append(
                steps.SetPropertyFromCommand(
                        warnOnWarnings = True,
                        warnOnFailure = True,
                        flunkOnFailure = False,
                        flunkOnWarnings = False,
                        name = self.stepname,
                        command=shell_commad_list,
                        strip=True,
                        extract_fn=PersOutputOfEmerge,
                        workdir='/',
                        timeout=self.build_timeout
                ))
            aftersteps_list.append(CheckEmergeLogs('pre-build'))

        if self.step == 'fetchonly':
            if projects_emerge_options['oneshot']:
                shell_commad_list.append('-1')
            shell_commad_list.append('-f')
            #shell_commad_list.append('--quiet=n')
            shell_commad_list.append('=' + self.getProperty('cpv'))
            # we don't use the bin for the requsted cpv
            shell_commad_list.append('--usepkg-exclude')
            shell_commad_list.append(cp)
            # don't build bin for virtual and acct-*
            shell_commad_list.append('--buildpkg-exclude')
            shell_commad_list.append('virtual')
            shell_commad_list.append('--buildpkg-exclude')
            shell_commad_list.append('acct-*')
            aftersteps_list.append(
                steps.ShellCommand(
                        warnOnWarnings = True,
                        warnOnFailure = True,
                        flunkOnFailure = False,
                        flunkOnWarnings = False,
                        name = self.stepname,
                        command=shell_commad_list,
                        #strip=True,
                        #extract_fn=PersOutputOfEmerge,
                        workdir='/',
                        timeout=self.build_timeout
                ))

        if self.step == 'build':
            if projects_emerge_options['oneshot']:
                shell_commad_list.append('-1')
            shell_commad_list.append('=' + self.getProperty('cpv'))
            # we don't use the bin for the requsted cpv
            shell_commad_list.append('--usepkg-exclude')
            shell_commad_list.append(cp)
            if self.exclude:
                # we don't use the bin for the exclude cpv
                shell_commad_list.append('--usepkg-exclude')
                shell_commad_list.append(self.exclude)
            # don't build bin for virtual and acct-*
            shell_commad_list.append('--buildpkg-exclude')
            shell_commad_list.append('virtual')
            shell_commad_list.append('--buildpkg-exclude')
            shell_commad_list.append('acct-*')
            aftersteps_list.append(
                steps.SetPropertyFromCommand(
                        name = self.stepname,
                        command=shell_commad_list,
                        strip=True,
                        extract_fn=PersOutputOfEmerge,
                        workdir='/',
                        env=self.getProperty("build_env"),
                        timeout=self.build_timeout
                ))
            aftersteps_list.append(CheckEmergeLogs('build'))
            if projects_emerge_options['preserved_libs']:
                self.setProperty('preserved_libs', True, 'preserved-libs')

        if not self.step is None and aftersteps_list != []:
            yield self.build.addStepsAfterCurrentStep(aftersteps_list)
        return SUCCESS

class CheckElogLogs(BuildStep):

    name = 'Check elog logs'
    description = 'Running'
    descriptionDone = 'Ran'
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, **kwargs):
        super().__init__(**kwargs)
        self.aftersteps_list = []

    def addFileUploade(self, sourcefile, destfile, name, url, urlText):
        self.aftersteps_list.append(steps.FileUpload(
            name = name,
            mode = 0o644,
            workersrc = sourcefile,
            masterdest = destfile,
            url = url,
            urlText = urlText
        ))

    @defer.inlineCallbacks
    def run(self):
        elog_ls_output = self.getProperty('elog_ls_output')
        workdir = yield os.path.join('/', 'var', 'cache', 'portage', 'logs', 'elog')
        for elogfile in elog_ls_output['elog_ls']:
            if self.getProperty('faild_cpv'):
                cpv = self.getProperty('faild_cpv')
            else:
                cpv = self.getProperty('cpv')
            if elogfile.replace(':', '/').startswith(cpv):
                print(elogfile)
                destfile = yield os.path.join(self.getProperty('masterdest'), elogfile.replace('.log', '.elog'))
                sourcefile = yield os.path.join(workdir, elogfile)
                name = 'Upload Elogs'
                url = '/'.join([hosturl, self.getProperty('workername'), str(self.getProperty("buildnumber")), elogfile.replace('.log', '.elog')])
                urlText = elogfile
                self.addFileUploade(sourcefile, destfile, name, url, urlText)
        if self.aftersteps_list != []:
            yield self.build.addStepsAfterCurrentStep(self.aftersteps_list)
        return SUCCESS

class CheckBuildWorkDirs(BuildStep):

    name = 'Setup tar for taring the logs'
    description = 'Running'
    descriptionDone = 'Ran'
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, **kwargs):
        super().__init__(**kwargs)
        self.aftersteps_list = []

    @defer.inlineCallbacks
    def run(self):
        cpv = self.getProperty('faild_cpv')
        cpv_build_dir = yield os.path.join('/', 'var', 'tmp', 'portage', self.getProperty('cpv_build_dir'))
        compressed_log_file = cpv.replace('/', '_') + '.' + str(self.getProperty("buildnumber")) + '.logs.tar.xz'
        masterdest_file = yield os.path.join(self.getProperty('masterdest'), compressed_log_file)
        # cpv_build_work_dir = yield os.path.join(cpv_build_dir, 'work')
        if self.getProperty('build_workdir_find_output')['build_workdir_find'] != []:
            shell_commad_list = []
            shell_commad_list.append('tar')
            shell_commad_list.append('-cJvf')
            shell_commad_list.append(compressed_log_file)
            for find_line in sorted(self.getProperty('build_workdir_find_output')['build_workdir_find']):
                print(find_line)
                filename = yield os.path.join('work', find_line)
                shell_commad_list.append(filename)
            self.aftersteps_list.append(
                steps.ShellCommand(
                        name = 'Tar/xz logs',
                        command = shell_commad_list,
                        workdir = cpv_build_dir
            ))
            self.aftersteps_list.append(steps.FileUpload(
                name = 'Upload find logs',
                mode = 0o644,
                workersrc = compressed_log_file,
                masterdest = masterdest_file,
                workdir = cpv_build_dir,
                url = '/'.join([hosturl, self.getProperty('workername'), str(self.getProperty("buildnumber")), compressed_log_file]),
                urlText = 'Compresed file for all finds'
            ))
        if self.aftersteps_list != []:
            yield self.build.addStepsAfterCurrentStep(self.aftersteps_list)
        return SUCCESS

class CheckEmergeLogs(BuildStep):

    description = 'Running'
    descriptionDone = 'Ran'
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, step=None,**kwargs):
        self.step = step
        super().__init__(**kwargs)
        self.descriptionSuffix = self.step
        self.name = 'Check emerge logs for ' + self.step + ' step'
        self.aftersteps_list = []
        self.log_data = {}
        self.faild_cpv = False

    @defer.inlineCallbacks
    def getVersionData(self, cpv, repository):
        c = yield catpkgsplit(cpv)[0]
        p = yield catpkgsplit(cpv)[1]
        category_data = yield self.gentooci.db.categorys.getCategoryByName(c)
        repository_data = yield self.gentooci.db.repositorys.getRepositoryByName(repository)
        package_data = yield self.gentooci.db.packages.getPackageByName(p,
            category_data['uuid'],
            repository_data['uuid'])
        if package_data is None:
            return None
        version = yield cpv_getversion(cpv)
        version_data = yield self.gentooci.db.versions.getVersionByName(version, package_data['uuid'])
        return version_data

    @defer.inlineCallbacks
    def createDistDir(self):
        workdir = yield os.path.join(self.master.basedir, 'workers', self.getProperty('workername'))
        check_dir = yield os.path.join(workdir, str(self.getProperty("buildnumber")))
        if not Path(check_dir).is_dir():
            yield Path(check_dir).mkdir(parents=True)

    def addFileUploade(self, sourcefile, destfile, name, url, urlText):
        self.aftersteps_list.append(steps.FileUpload(
            name = name,
            mode = 0o644,
            workersrc = sourcefile,
            masterdest = destfile,
            url=url,
            urlText=urlText
        ))

    @defer.inlineCallbacks
    def getLogFile(self, cpv, log_dict):
        compressed_log_file = log_dict[cpv]['full_logname'] + '.xz'
        destfile = yield os.path.join(self.getProperty('masterdest'), compressed_log_file)
        sourcefile = log_dict[cpv]['log_path'] + '.xz'
        name = 'Upload build log'
        url = '/'.join([hosturl, self.getProperty('workername'), str(self.getProperty("buildnumber")), compressed_log_file])
        urlText = compressed_log_file
        shell_commad_list = []
        shell_commad_list.append('xz')
        shell_commad_list.append('-zv')
        shell_commad_list.append(log_dict[cpv]['full_logname'])
        self.aftersteps_list.append(
                steps.ShellCommand(
                        name = 'Compress build log with xz',
                        descriptionDone = log_dict[cpv]['full_logname'],
                        command = shell_commad_list,
                        workdir = os.path.dirname(log_dict[cpv]['log_path']) + '/'
            ))
        self.addFileUploade(sourcefile, destfile, name, url, urlText)

    @defer.inlineCallbacks
    def getElogFiles(self, cpv):
        workdir = yield os.path.join('/', 'var', 'cache', 'portage', 'logs', 'elog')
        elog_cpv = cpv.replace('/', ':')
        shell_commad_list = []
        shell_commad_list.append('ls')
        #shell_commad_list.append(elog_cpv + '*')
        self.aftersteps_list.append(
                steps.SetPropertyFromCommand(
                        name = 'List elogs',
                        command=shell_commad_list,
                        strip=True,
                        extract_fn=PersOutputOfElogLs,
                        workdir=workdir,
                        timeout=None
                ))
        self.aftersteps_list.append(CheckElogLogs())

    @defer.inlineCallbacks
    def getEmergeFiles(self, cpv):
        # get emerge info
        file = 'emerge_info.txt'
        destfile = yield os.path.join(self.getProperty('masterdest'), file)
        sourcefile = yield os.path.join('/', 'tmp', file)
        name = 'Upload emerge info'
        url = '/'.join([hosturl, self.getProperty('workername'), str(self.getProperty("buildnumber")), file])
        urlText = 'emerge --info and package info'
        self.addFileUploade(sourcefile, destfile, name, url, urlText)
        # get emerge.log
        file = 'emerge.log'
        destfile = yield os.path.join(self.getProperty('masterdest'), file)
        sourcefile = yield os.path.join('/', 'var', 'log', file)
        name = 'Upload emerge log'
        url = '/'.join([hosturl, self.getProperty('workername'), str(self.getProperty("buildnumber")), file])
        urlText = 'emerge.log'
        self.addFileUploade(sourcefile, destfile, name, url, urlText)
        # world file
        file = 'world'
        destfile = yield os.path.join(self.getProperty('masterdest'), file)
        sourcefile = yield os.path.join('/', 'var', 'lib', 'portage', file)
        name = 'Upload world file'
        url = '/'.join([hosturl, self.getProperty('workername'), str(self.getProperty("buildnumber")), file])
        urlText = 'world file'
        self.addFileUploade(sourcefile, destfile, name, url, urlText)
        # get elogs
        self.getElogFiles(cpv)
        #FIXME: add etc/portage dir to upload

    @defer.inlineCallbacks
    def getBuildWorkDirs(self, cpv):
        #FIXME:
        # get files from the build workdir
        cpv_build_dir = yield os.path.join('/', 'var', 'tmp', 'portage', cpv)
        print(cpv_build_dir)
        self.setProperty('cpv_build_dir', cpv_build_dir, 'cpv_build_dir')
        cpv_build_work_dir = yield os.path.join(cpv_build_dir, 'work')
        #FIXME: take find pattern from db
        find_pattern_list = ['meson-log.txt', 'CMakeCache.txt', 'testlog.txt', '*.out', 'project-config.jam', 'testlog-x11.txt']
        shell_commad_list = []
        # we have *.log as default
        shell_commad_list.append('find')
        shell_commad_list.append('-name')
        shell_commad_list.append('*.log')
        for find_pattern in find_pattern_list:
            shell_commad_list.append('-o')
            shell_commad_list.append('-name')
            shell_commad_list.append(find_pattern)
        self.aftersteps_list.append(
                steps.SetPropertyFromCommand(
                        name = 'Find logs',
                        command = shell_commad_list,
                        strip = True,
                        extract_fn = PersOutputOfBuildWorkdir,
                        workdir = cpv_build_work_dir
                ))
        self.aftersteps_list.append(CheckBuildWorkDirs())

    @defer.inlineCallbacks
    def run(self):
        self.gentooci = self.master.namedServices['services'].namedServices['gentooci']
        project_data = self.getProperty('project_data')
        projects_emerge_options = yield self.gentooci.db.projects.getProjectEmergeOptionsByUuid(project_data['uuid'])
        shell_commad_list = [
                    'emerge',
                    '-v'
                    ]
        emerge_output = self.getProperty('emerge_output')
        print(f"emerge_output: {emerge_output}")
        self.setProperty('faild_cpv', emerge_output['failed'], 'faild_cpv')
        self.faild_version_data = False
        self.log_data = {}
        self.faild_dep = 0
        package_dict = emerge_output['packages']

        #FIXME: Prosees the logs and do stuff
        # preserved-libs
        if emerge_output['preserved_libs'] and projects_emerge_options['preserved_libs']:
            self.setProperty('preserved_libs', True, 'preserved-libs')

        # FIXME: check if cpv match
        if self.step == 'match'and self.getProperty('projectrepository_data')['build']:
            if self.getProperty('cpv') in package_dict:
                self.setProperty('cpv_build', True, 'cpv_build')
            print(self.getProperty('cpv_build'))

        #FIXME:
        # update package.* if needed and rerun pre-build max 3 times
        if self.step == 'pre-build':
            print(emerge_output)
            # this should be set in the config
            retrays = 5
            if self.getProperty('rerun') <= retrays and emerge_output['failed']:
                # when we need to change use. we could rerun pre-build with
                # --autounmask-use=y --autounmask-write=y --autounmask-only=y
                # but we use --binpkg--respect-use=y in EMERGE_DEFAULT_OPTS
                # read man emerge for more
                if emerge_output['change_use']:
                    # add a zz file for autounmask use
                    separator = '\n'
                    separator2 = ' '
                    change_use_list = []
                    log = yield self.addLog('change_use')
                    for cpv, v in emerge_output['change_use'].items():
                        c = yield catpkgsplit(cpv)[0]
                        p = yield catpkgsplit(cpv)[1]
                        change_use_list.append(c + '/' + p)
                        for use_flag in v:
                            if use_flag.startswith('+'):
                                change_use_list.append(use_flag.replace('+', ''))
                            else:
                                change_use_list.append(use_flag)
                    change_use_string = separator2.join(change_use_list)
                    self.aftersteps_list.append(
                        steps.StringDownload(change_use_string + separator,
                            name = 'Update package.use flags',
                            workerdest='zz_autouse' + str(self.getProperty('rerun')),
                            workdir='/etc/portage/package.use/'
                            )
                        )
                    yield log.addStdout('File: ' + 'zz_autouse' + str(self.getProperty('rerun')) + '\n')
                    yield log.addStdout(change_use_string + '\n')
                    # rerun
                    self.aftersteps_list.append(RunEmerge(step='pre-build'))
                    self.setProperty('rerun', self.getProperty('rerun') + 1, 'rerun')

                # * Error: circular dependencies:
                if emerge_output['circular_deps'] is True:
                    circular_dep = None
                    print('circular_deps')
                    for cpv, v in package_dict.items():
                        print(cpv)
                        print(catpkgsplit(cpv))
                        p = yield catpkgsplit(cpv)[1]
                        if p == 'harfbuzz':
                            circular_dep = 'harfbuzz'
                    # media-libs/harfbuzz
                    # https://wiki.gentoo.org/wiki/User:Sam/Portage_help/Circular_dependencies#Solution
                    if circular_dep == 'harfbuzz':
                        shell_commad_list = []
                        shell_commad_list.append('emerge')
                        shell_commad_list.append('-v')
                        # FIXME: cpv my get deleted in the tree
                        cpv = 'x11-libs/pango-1.48.5-r1'
                        c = yield catpkgsplit(cpv)[0]
                        p = yield catpkgsplit(cpv)[1]
                        shell_commad_list.append('-1')
                        shell_commad_list.append('=' + cpv)
                        # we don't use the bin for the requsted cpv
                        shell_commad_list.append('--usepkg-exclude')
                        shell_commad_list.append(c + '/' + p)
                        # rebuild this
                        shell_commad_list.append('--buildpkg-exclude')
                        shell_commad_list.append('freetype')
                        shell_commad_list.append('--buildpkg-exclude')
                        shell_commad_list.append('harfbuzz')
                        # don't build bin for virtual and acct-*
                        shell_commad_list.append('--buildpkg-exclude')
                        shell_commad_list.append('virtual')
                        shell_commad_list.append('--buildpkg-exclude')
                        shell_commad_list.append('acct-*')
                        self.aftersteps_list.append(
                            steps.SetPropertyFromCommand(
                                command=shell_commad_list,
                                strip=True,
                                extract_fn=PersOutputOfEmerge,
                                workdir='/',
                                env={'USE': "-harfbuzz"},
                                timeout=None
                        ))
                        self.aftersteps_list.append(CheckEmergeLogs('extra-build'))
            else:
                # trigger parse_build_log with info about pre-build and it fail
                if emerge_output['failed']:
                    pass
                self.setProperty('rerun', 0, 'rerun')
        # Make Logfile dict
        if self.step == 'extra-build' or self.step == 'build':
            log_dict = {}
            # get cpv, logname and log path
            for log_path in emerge_output['log_paths']:
                c = log_path.split('/')[6]
                full_logname = log_path.split('/')[7]
                print(f"full_logname: {full_logname}")
                pv = full_logname.split(':')[0]
                cpv = c + '/' + pv
                log_dict[cpv] = dict(
                                log_path = log_path,
                                full_logname = full_logname
                                )
            print(f"log_dict: {log_dict}")
        if self.step == 'extra-build':
            #FIXME: Check if extra build did work
            self.aftersteps_list.append(RunEmerge(step='pre-build'))
            self.setProperty('rerun', self.getProperty('rerun') + 1, 'rerun')

        #FIXME:
        # Look for FAILURE and logname and download needed logfile and
        # trigger a logparser
        # local_log_path dir set in config
        # format /var/cache/portage/logs/build/gui-libs/egl-wayland-1.1.6:20210321-173525.log.gz
        rebuild = False
        if self.step == 'build' and log_dict != {}:
            retrays = 1
            if isinstance(emerge_output['failed'], str):
                log_cpv = emerge_output['failed']
                if self.getProperty('rerun') < retrays:
                    # set rebuild
                    # haskell
                    if c == 'dev-haskell':
                        rebuild = 'haskell'
                    # binary
                    for cpv, v in package_dict.items():
                        if cpv == emerge_output['failed']:
                            if v['binary']:
                                rebuild = 'binary'
                    print(f"rebuild is: {rebuild}")
            else:
                log_cpv = self.getProperty('cpv')
            if not rebuild:
                if log_cpv in log_dict:
                    print(f"Package {log_cpv} in log_dict")
                    self.log_data[log_cpv] = log_dict[log_cpv]
                    yield self.createDistDir()
                    yield self.getLogFile(log_cpv, log_dict)
                    yield self.getEmergeFiles(log_cpv)
                    if isinstance(emerge_output['failed'], str):
                        # get extra logs
                        self.getBuildWorkDirs(emerge_output['failed'])
                        #set faild_version_data
                        if self.getProperty('cpv') == emerge_output['failed']:
                            self.faild_version_data = self.getProperty("version_data")
                        else:
                            repository = False
                            self.faild_dep = 2
                            for cpv, v in package_dict.items():
                                if cpv == emerge_output['failed']:
                                    repository = v['repository']
                            if repository:
                                self.faild_version_data = yield self.getVersionData(emerge_output['failed'], repository)
                    print(f"Failed package version data: {self.faild_version_data}")
                else:
                    print(f"No log file in log_dict match package: {log_cpv}")
                    return WARNINGS
                self.aftersteps_list.append(steps.Trigger(
                    name = 'Setup properties for log parser and trigger it',
                    schedulerNames=['parse_build_log'],
                    waitForFinish=False,
                    updateSourceStamp=False,
                    set_properties={
                        'cpv' : self.getProperty("cpv"),
                        'faild_version_data' : self.faild_version_data,
                        'project_build_data' : self.getProperty('project_build_data'),
                        'log_build_data' : self.log_data,
                        'pkg_check_log_data' : self.getProperty("pkg_check_log_data"),
                        'repository_data' : self.getProperty('repository_data'),
                        'faild_cpv' : emerge_output['failed'],
                        'faild_dep' : self.faild_dep,
                        'build_workername' : self.getProperty('workername')
                    }
                ))
            if isinstance(rebuild, str):
                #FIXME: Set build timeout in config
                build_timeout = 6600
                shell_commad_list = []
                exclude = False
                # rebuild broken haskell
                if rebuild == 'haskell':
                    shell_commad_list.append('haskell-updater')
                    shell_commad_list.append('--')
                    shell_commad_list.append('--usepkg=n')
                if rebuild == 'binary':
                    c = yield catpkgsplit(emerge_output['failed'])[0]
                    p = yield catpkgsplit(emerge_output['failed'])[1]
                    exclude = c + '/' + p
                if shell_commad_list != []:
                    self.aftersteps_list.append(
                        steps.ShellCommand(
                            command=shell_commad_list,
                            workdir='/',
                            env=self.getProperty("build_env"),
                            timeout=build_timeout
                    ))
                    self.aftersteps_list.append(RunEmerge(step='build', exclude=exclude))
                    self.aftersteps_list.append(CheckEmergeLogs('build'))
                    self.setProperty('rerun', self.getProperty('rerun') + 1, 'rerun')
        if not self.step is None and self.aftersteps_list != []:
            yield self.build.addStepsAfterCurrentStep(self.aftersteps_list)
        return SUCCESS

class CheckDepcleanLogs(BuildStep):

    name = 'CheckDepcleanLogs'
    description = 'Running'
    descriptionDone = 'Ran'
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, step=None,**kwargs):
        self.step = step
        super().__init__(**kwargs)
        self.descriptionSuffix = self.step
        self.name = 'Check dep clean logs for ' + self.step + ' step'

    @defer.inlineCallbacks
    def run(self):
        self.gentooci = self.master.namedServices['services'].namedServices['gentooci']
        project_data = self.getProperty('project_data')
        projects_emerge_options = yield self.gentooci.db.projects.getProjectEmergeOptionsByUuid(project_data['uuid'])
        depclean_output = self.getProperty('depclean_output')
        aftersteps_list = []
        # run depclean if needed
        if self.step == 'pre-depclean' and projects_emerge_options['depclean']:
            # FIXME: check if we don't remove needed stuff.
            # add it to Property depclean if needed
            if depclean_output['packages']:
                for cpv_tmp in depclean_output['packages']:
                    cpv = cpv_tmp.replace('=', '')
                self.setProperty('depclean', False, 'depclean')
                aftersteps_list.append(RunEmerge(step='depclean'))

        if not self.step is None and aftersteps_list != []:
            yield self.build.addStepsAfterCurrentStep(aftersteps_list)
        return SUCCESS

class RunPkgCheck(BuildStep):

    name = 'Setup PkgCheck step'
    description = 'Running'
    descriptionSuffix = None
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, **kwargs):
        super().__init__(**kwargs)

    @defer.inlineCallbacks
    def run(self):
        descriptionDone = 'Setting up steps for Pkgcheck on ' + self.getProperty('cpv')
        self.gentooci = self.master.namedServices['services'].namedServices['gentooci']
        projectrepository_data = self.getProperty('projectrepository_data')
        project_data = self.getProperty('project_data')
        portage_repos_path = self.getProperty('portage_repos_path')
        repository_path = yield os.path.join(portage_repos_path, self.getProperty('repository_data')['name'])
        cpv = self.getProperty("cpv")
        c = yield catpkgsplit(cpv)[0]
        p = yield catpkgsplit(cpv)[1]
        shell_commad_list = [
                    'pkgcheck',
                    'scan',
                    '-v'
                    ]
        shell_commad_list.append('-R')
        shell_commad_list.append('JsonReporter')
        aftersteps_list = []
        if projectrepository_data['pkgcheck'] == 'full':
            pkgcheck_workdir = yield os.path.join(repository_path, '')
        else:
            pkgcheck_workdir = yield os.path.join(repository_path, c, p, '')
        aftersteps_list.append(
            steps.SetPropertyFromCommand(
                        name='Run pkgcheck step',
                        command=shell_commad_list,
                        strip=True,
                        extract_fn=PersOutputOfPkgCheck,
                        workdir=pkgcheck_workdir
            ))
        aftersteps_list.append(CheckPkgCheckLogs())
        yield self.build.addStepsAfterCurrentStep(aftersteps_list)
        return SUCCESS

class CheckPkgCheckLogs(BuildStep):

    name = 'Check pkgcheck logs'
    description = 'Running'
    descriptionDone = 'Ran'
    descriptionSuffix = None
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, **kwargs):
        super().__init__(**kwargs)

    @defer.inlineCallbacks
    def run(self):
        #self.gentooci = self.master.namedServices['services'].namedServices['gentooci']
        #project_data = self.getProperty('project_data')
        pkgcheck_output = self.getProperty('pkgcheck_output')
        print(pkgcheck_output)
        if pkgcheck_output['pkgcheck_json'] == []:
            return SKIPPED
        pkg_check_log_data = []
        c = yield catpkgsplit(self.getProperty("cpv"))[0]
        p = yield catpkgsplit(self.getProperty("cpv"))[1]
        v = yield cpv_getversion(self.getProperty("cpv"))
        for json_dict in pkgcheck_output['pkgcheck_json']:
            for k, i in json_dict[c][p].items():
                if k == v or k == '_info' or k == '_style':
                    pkg_check_log_data.append(i)
        if pkg_check_log_data != []:
            self.setProperty('pkg_check_log_data', pkg_check_log_data, 'pkg_check_log_data')
        return SUCCESS

class RunEmergeInfo(BuildStep):

    name = 'RunEmergeInfo'
    description = 'Running'
    descriptionDone = 'Ran'
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, **kwargs):
        super().__init__(**kwargs)

    @defer.inlineCallbacks
    def run(self):
        aftersteps_list = []
        # add emerge info
        shell_commad_list = [
                    'emerge',
                    ]
        shell_commad_list.append('--info')
        shell_commad_list.append('|')
        shell_commad_list.append('tee')
        shell_commad_list.append('/tmp/emerge_info.txt')
        aftersteps_list.append(
                steps.ShellCommand(
                        name ='emerge --info',
                        # the list need to be joined to pipe to a file
                        command=' '.join(shell_commad_list),
                        workdir='/'
                ))
        # add package info
        cpv = self.getProperty("cpv")
        c = yield catpkgsplit(cpv)[0]
        p = yield catpkgsplit(cpv)[1]
        shell_commad_list = [
                    'emerge',
                    ]
        shell_commad_list.append('-qpvO')
        shell_commad_list.append('=' + self.getProperty('cpv'))
        shell_commad_list.append('--usepkg-exclude')
        shell_commad_list.append(c + '/' + p)
        shell_commad_list.append('|')
        shell_commad_list.append('tee')
        shell_commad_list.append('-a')
        shell_commad_list.append('/tmp/emerge_info.txt')
        aftersteps_list.append(
                steps.ShellCommand(
                        name = 'Package info',
                        # the list need to be joined to pipe to a file
                        command=' '.join(shell_commad_list),
                        workdir='/'
                ))
        yield self.build.addStepsAfterCurrentStep(aftersteps_list)
        return SUCCESS

class RunBuild(BuildStep):

    name = 'Setup steps for building'
    description = 'Running'
    descriptionSuffix = None
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, **kwargs):
        super().__init__(**kwargs)

    @defer.inlineCallbacks
    def run(self):
        descriptionDone = 'Setting up steps for build ' + self.getProperty('cpv')
        aftersteps_list = []
        aftersteps_list.append(RunEmerge(step='pre-build'))
        aftersteps_list.append(RunEmergeInfo())
        #aftersteps_list.append(RunEmerge(step='fetchonly'))
        aftersteps_list.append(RunEmerge(step='build'))
        aftersteps_list.append(RunEmerge(step='pre-depclean'))
        aftersteps_list.append(RunEmerge(step='preserved-libs'))
        aftersteps_list.append(RunEmerge(step='depclean'))
        aftersteps_list.append(RunEmerge(step='eclean'))
        self.setProperty('depclean', False, 'depclean')
        self.setProperty('preserved_libs', False, 'preserved-libs')
        yield self.build.addStepsAfterCurrentStep(aftersteps_list)
        return SUCCESS

class RunUpdate(BuildStep):

    name = 'Setup steps for update'
    description = 'Running'
    descriptionSuffix = None
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, **kwargs):
        super().__init__(**kwargs)

    @defer.inlineCallbacks
    def run(self):
        descriptionDone = 'Setting up steps for updating image'
        aftersteps_list = []
        # run pretend on packages update on worker
        aftersteps_list.append(RunEmerge(step='pre-update'))
        # look at the log to see if we need to do stuff
        # run update package on worker and check log
        aftersteps_list.append(RunEmerge(step='update'))
        # clean up the worker
        # look at the log to see if we need to do stuff
        # run pre-depclean and depclean if set
        aftersteps_list.append(RunEmerge(step='pre-depclean'))
        # run preserved-libs and depclean
        aftersteps_list.append(RunEmerge(step='preserved-libs'))
        aftersteps_list.append(RunEmerge(step='depclean'))
        yield self.build.addStepsAfterCurrentStep(aftersteps_list)
        return SUCCESS

class SetupStepts(BuildStep):

    name = 'Setup steps for update, pkgcheck and build'
    description = 'Running'
    descriptionSuffix = None
    haltOnFailure = True
    flunkOnFailure = True

    def __init__(self, **kwargs):
        super().__init__(**kwargs)

    @defer.inlineCallbacks
    def run(self):
        projectrepository_data = self.getProperty('projectrepository_data')
        build = False
        aftersteps_list = []
        log = yield self.addLog('match')
        package_dict = self.getProperty('emerge_output')['packages']
        stderr = self.getProperty('emerge_output')['stderr']
        print(self.getProperty('cpv_build'))
        print(package_dict)
        print(stderr)
        c = yield catpkgsplit(self.getProperty("cpv"))[0]
        p = yield catpkgsplit(self.getProperty("cpv"))[1]
        cp = c + '/' + p
        yield log.addStdout('Package to match: ' + self.getProperty('cpv') + '\n')
        self.gentooci = self.master.namedServices['services'].namedServices['gentooci']
        packages_excludes = yield self.gentooci.db.projects.getProjectPortagePackageByUuidAndExclude(self.getProperty('project_data')['uuid'])
        # Check if package is on the exclude list
        if packages_excludes != []:
            print(packages_excludes)
            for package_exclude in packages_excludes:
                if '/' in package_exclude['package']:
                    if package_exclude['package'] == c + '/' + p:
                        yield log.addStdout('Package ' + package_exclude['package'] + ' is in exclude list\n')
                        yield log.addStdout('Runing Update: NO\n')
                        yield log.addStdout('Runing Pkgcheck: NO\n')
                        yield log.addStdout('Runing Build: NO\n')
                        return SKIPPED
        if not self.getProperty('cpv_build'):
            # check what version
            if package_dict == {}:
                yield log.addStdout('No package to match\n')
            else:
                for cpv, v in package_dict.items():
                    if re.search(cp, cpv):
                        yield log.addStdout('Got'  + cpv + '\n')
                        yield log.addStdout('Match: NO\n')
            # check for error
            if stderr != []:
                yield log.addStdout('Error: YES\n')
                for error in stderr:
                    yield log.addStdout(error + '\n')
                return WARNINGS
            else:
                yield log.addStdout('Error: NO\n')
            return SKIPPED
        build = True
        yield log.addStdout('Got ' + self.getProperty("cpv") + '\n')
        yield log.addStdout('Match: YES\n')
        # update packages before any tests
        if build:
            yield log.addStdout('Runing Update: YES\n')
            aftersteps_list.append(RunUpdate())
        if projectrepository_data['pkgcheck']:
            yield log.addStdout('Runing Pkgcheck: YES\n')
            aftersteps_list.append(RunPkgCheck())
        if build:
            yield log.addStdout('Runing Build: YES\n')
            aftersteps_list.append(RunBuild())
        # run tests
        test = False
        if self.getProperty('projectrepository_data')['test']:
            test = True
        if self.getProperty('projectrepository_data')['test_mr'] and self.getProperty("event") == 'merge_request':
            test = True
        if test:
            yield log.addStdout('Runing Test: YES\n')
        else:
            yield log.addStdout('Runing Test: NO\n')
        # run eclean pkg and dist
        #if build:
        #f.addStep(builders.RunEclean(step='pkg')
        #f.addStep(builders.RunEclean(step='dist')
        if aftersteps_list != []:
            yield self.build.addStepsAfterCurrentStep(aftersteps_list)
        return SUCCESS