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run-ci.py
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run-ci.py
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#!/usr/bin/env python3
import os
import sys
import argparse
import logging
import subprocess
import configparser
import requests
import re
import smtplib
import shutil
import email.utils
import time
from enum import Enum
from github import Github
from email.mime.application import MIMEApplication
from email.mime.multipart import MIMEMultipart
from email.mime.text import MIMEText
from pathlib import Path
# Globals
logger = None
config = None
github_repo = None
github_pr = None
github_commits = None
pw_sid = None
pw_series = None
pw_series_patch_1 = None
src_dir = None
src2_dir = None
bluez_dir = None
output_dir = None
test_suite = {}
# Test Runner Context
test_runner_context = None
PW_BASE_URL = "https://patchwork.kernel.org/api/1.1"
EMAIL_MESSAGE = '''This is automated email and please do not reply to this email!
Dear submitter,
Thank you for submitting the patches to the linux bluetooth mailing list.
This is a CI test results with your patch series:
PW Link:{}
---Test result---
{}
---
Regards,
Linux Bluetooth
'''
def requests_url(url):
""" Helper function to requests WEB API GET with URL """
resp = requests.get(url)
if resp.status_code != 200:
raise requests.HTTPError("GET {}".format(resp.status_code))
return resp
def requests_post(url, headers, content):
""" Helper function to post data to URL """
resp = requests.post(url, content, headers=headers)
if resp.status_code != 201:
raise requests.HTTPError("POST {}".format(resp.status_code))
return resp
def patchwork_get_series(sid):
""" Get series detail from patchwork """
url = PW_BASE_URL + "/series/" + sid
req = requests_url(url)
return req.json()
def patchwork_get_patch(patch_id: str):
""" Get patch detsil from patchwork """
url = PW_BASE_URL + "/patches/" + patch_id
req = requests_url(url)
return req.json()
def patchwork_save_patch(patch, filename):
""" Save patch to file and return the file path """
patch_mbox = requests_url(patch["mbox"])
with open(filename, "wb") as file:
file.write(patch_mbox.content)
return filename
def patchwork_save_patch_msg(patch, filename):
""" Save patch commit message to file and return the file path """
with open(filename, "wb") as file:
file.write(bytes(patch['name'], 'utf-8'))
file.write(b"\n\n")
file.write(bytes(patch['content'], 'utf-8'))
return filename
def patchwork_get_sid(pr_title):
"""
Parse PR title prefix and get PatchWork Series ID
PR Title Prefix = "[PW_S_ID:<series_id>] XXXXX"
"""
try:
sid = re.search(r'^\[PW_SID:([0-9]+)\]', pr_title).group(1)
except AttributeError:
logger.error("Unable to find the series_id from title %s" % pr_title)
sid = None
return sid
def patchwork_get_patch_detail_title(title):
"""
Use :title to find a matching patch in series and get the detail
"""
for patch in pw_series['patches']:
if (patch['name'].find(title) != -1):
logger.debug("Found matching patch title in the series")
req = requests_url(patch['url'])
return req.json()
logger.debug("No matching patch title found")
logger.error("Cannot find a matching patch from PatchWork series")
def patchwork_post_checks(url, state, target_url, context, description):
"""
Post checks(test results) to the patchwork site(url)
"""
logger.debug("URL: %s" % url)
headers = {}
if 'PATCHWORK_TOKEN' in os.environ:
token = os.environ['PATCHWORK_TOKEN']
headers['Authorization'] = f'Token {token}'
content = {
'user': 104215,
'state': state,
'target_url': target_url,
'context': context,
'description': description
}
logger.debug("Content: %s" % content)
req = requests_post(url, headers, content)
return req.json()
GITHUB_COMMENT = '''**{display_name}**
Test ID: {name}
Desc: {desc}
Duration: {elapsed:.2f} seconds
**Result: {status}**
'''
GITHUB_COMMENT_OUTPUT = '''Output:
```
{output}
```
'''
def github_pr_post_comment(test):
""" Post message to PR page """
comment = GITHUB_COMMENT.format(name=test.name,
display_name=test.display_name,
desc=test.desc,
status=test.verdict.name,
elapsed=test.elapsed())
if test.output:
output = GITHUB_COMMENT_OUTPUT.format(output=test.output)
comment += output
github_pr.create_issue_comment(comment)
def run_cmd(*args, cwd=None):
""" Run command and return return code, stdout and stderr """
cmd = []
cmd.extend(args)
cmd_str = "{}".format(" ".join(str(w) for w in cmd))
logger.info("CMD: %s" % cmd_str)
stdout = ""
try:
proc = subprocess.Popen(cmd,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
bufsize=1,
universal_newlines=True,
cwd=cwd)
except OSError as e:
logger.error("ERROR: failed to run cmd: %s" % e)
return (-1, None, None)
for line in proc.stdout:
logger.debug(line.rstrip('\n'))
stdout += line
# stdout is consumed in previous line. so, communicate() returns empty
_ignore, stderr = proc.communicate()
logger.debug(">> STDERR\n{}".format(stderr))
return (proc.returncode, stdout, stderr)
def config_enable(config, name):
"""
Check "enable" in config[name].
Return False if it is specifed otherwise True
"""
if name in config:
if 'enable' in config[name]:
if config[name]['enable'] == 'no':
logger.info("config." + name + " is disabled")
return False
logger.info("config." + name + " is enabled")
return True
def config_submit_pw(config, name):
"""
Check "submit_pw" in config[name]
Return True if it is specified and value is "yes"
"""
if name in config:
if 'submit_pw' in config[name]:
if config[name]['submit_pw'] == 'yes':
logger.info("config." + name + ".submit_pw is enabled")
return True
logger.info("config." + name + ".submit_pw is disabled")
return False
def send_email(sender, receiver, msg):
""" Send email """
email_cfg = config['email']
logger.debug("Send email with result")
if 'EMAIL_TOKEN' not in os.environ:
logger.warning("missing EMAIL_TOKEN. Skip sending email")
return
logger.debug("EMAIL TOKEN is set in Environment")
try:
session = smtplib.SMTP(email_cfg['server'], int(email_cfg['port']))
logger.debug("SMTP session is created")
session.ehlo()
if 'starttls' not in email_cfg or email_cfg['starttls'] == 'yes':
session.starttls()
logger.debug("SMTP TLS is set")
session.ehlo()
session.login(sender, os.environ['EMAIL_TOKEN'])
logger.debug("SMTP EMAIL_TOKEN is set")
session.sendmail(sender, receiver, msg.as_string())
logger.info("Successfully sent email")
except Exception as e:
logger.error("Exception: {}".format(e))
finally:
session.quit()
logger.info("Sending email done")
def get_receivers(submitter):
"""
Get list of receivers
"""
logger.debug("Get Receivers list")
email_cfg = config['email']
receivers = []
if 'only-maintainers' in email_cfg and email_cfg['only-maintainers'] == 'yes':
# Send only to the addresses in the 'maintainers'
maintainers = "".join(email_cfg['maintainers'].splitlines()).split(",")
receivers.extend(maintainers)
else:
# Send to default-to address and submitter
receivers.append(email_cfg['default-to'])
receivers.append(submitter)
return receivers
def get_sender():
"""
Get Sender from configuration
"""
email_cfg = config['email']
return email_cfg['user']
def get_default_to():
"""
Get Default address which is a mailing list address
"""
email_cfg = config['email']
return email_cfg['default-to']
def is_maintainer_only():
"""
Return True if it is configured to send maintainer-only
"""
email_cfg = config['email']
if 'only-maintainers' in email_cfg and email_cfg['only-maintainers'] == 'yes':
return True
return False
def compose_email(title, body, submitter, msgid, attachments=[]):
"""
Compose and send email
"""
receivers = get_receivers(submitter)
sender = get_sender()
# Create message
msg = MIMEMultipart()
msg['From'] = sender
msg['To'] = ", ".join(receivers)
msg['Subject'] = "RE: " + title
# In case to use default-to address, set Reply-To to mailing list in case
# submitter reply to the result email.
if not is_maintainer_only():
msg['Reply-To'] = get_default_to()
# Message Header
msg.add_header('In-Reply-To', msgid)
msg.add_header('References', msgid)
logger.debug("Message Body: %s" % body)
msg.attach(MIMEText(body, 'plain'))
logger.debug("Mail Message: {}".format(msg))
# Attachment
# logger.debug("Attachment count=%d" % len(attachments))
# for logfile in attachments:
# logfile_base = os.path.basename(logfile)
# with open(logfile, "rb") as f:
# part = MIMEApplication(f.read(), Name=logfile_base)
# part['Content-Disposition'] = 'attachment; filename="%s"' % logfile_base
# msg.attach(part)
# logger.debug("Attached file: %s(%s)" % (logfile, logfile_base))
# Send email
send_email(sender, receivers, msg)
def is_workflow_patch(commit):
"""
If the message contains a word "workflow", then return True.
This is basically to prevent the workflow patch for github from running
checkpath and gitlint tests.
"""
if commit.commit.message.find("workflow:") >= 0:
return True
return False
class Verdict(Enum):
PENDING = 0
PASS = 1
FAIL = 2
ERROR = 3
SKIP = 4
WARNING = 5
def patchwork_state(verdict):
"""
Convert verdict to patchwork state
"""
if verdict == Verdict.PASS:
return 1
if verdict == Verdict.WARNING:
return 2
if verdict == Verdict.FAIL:
return 3
return 0
class CiBase:
"""
Base class for CI Tests.
"""
name = None
display_name = None
desc = None
enable = True
start_time = 0
end_time = 0
submit_pw = False
verdict = Verdict.PENDING
output = ""
def success(self):
self.end_timer()
self.verdict = Verdict.PASS
def add_success(self, msg):
self.verdict = Verdict.PASS
if not self.output:
self.output = msg
else:
self.output += "\n" + msg
self.end_timer()
def error(self, msg):
self.verdict = Verdict.ERROR
self.output = msg
self.end_timer()
raise EndTest
def skip(self, msg):
self.verdict = Verdict.SKIP
self.output = msg
self.end_timer()
raise EndTest
def add_failure(self, msg):
self.verdict = Verdict.FAIL
if not self.output:
self.output = msg
else:
self.output += "\n" + msg
self.end_timer()
def add_failure_end_test(self, msg):
self.add_failure(msg)
raise EndTest
def start_timer(self):
self.start_time = time.time()
def end_timer(self):
self.end_time = time.time()
def elapsed(self):
if self.start_time == 0:
return 0
if self.end_time == 0:
self.end_timer()
return self.end_time - self.start_time
def submit_result(self, patch, verdict, description, url=None, name=None):
"""
Submit the result to Patchwork
"""
if self.submit_pw == False:
logger.info("Submitting PW is disabled. Skipped")
return
if url == None:
url = github_pr.html_url
if name == None:
name = self.name
logger.debug("Submitting the result to Patchwork")
pw_output = patchwork_post_checks(patch['checks'],
patchwork_state(verdict),
url,
name,
description)
logger.debug("Submit result\n%s" % pw_output)
class CheckPatch(CiBase):
name = "checkpatch"
display_name = "CheckPatch"
desc = "Run checkpatch.pl script with rule in .checkpatch.conf"
checkpatch_pl = '/usr/bin/checkpatch.pl'
ignore = None
checkpatch_cmd = []
def config(self):
"""
Config the test cases.
"""
logger.debug("Parser configuration")
self.enable = config_enable(config, self.name)
self.submit_pw = config_submit_pw(config, self.name)
if self.name in config:
if 'bin_path' in config[self.name]:
self.checkpatch_pl = config[self.name]['bin_path']
if 'ignore' in config[self.name]:
self.ignore = config[self.name]['ignore']
logger.debug("checkpatch ignore: %s" % self.ignore)
logger.debug("checkpatch_pl = %s" % self.checkpatch_pl)
self.checkpatch_cmd.append(self.checkpatch_pl)
self.checkpatch_cmd.append('--show-types')
if self.ignore != None:
self.checkpatch_cmd.append('--ignore')
self.checkpatch_cmd.append(self.ignore)
def run(self):
logger.debug("##### Run CheckPatch Test #####")
self.start_timer()
self.config()
# Check if it is disabled.
if self.enable == False:
self.submit_result(pw_series_patch_1, Verdict.SKIP,
"CheckPatch SKIP(Disabled)")
self.skip("Disabled in configuration")
for patch_item in pw_series['patches']:
logger.debug("patch id: %s" % patch_item['id'])
patch = patchwork_get_patch(str(patch_item['id']))
# Run checkpatch
(output, error) = self.run_checkpatch(patch)
# Failed / Warning
if error != None:
msg = "{}\{}".format(patch['name'], error)
if error.find("WARNING: ") != -1:
if error.find("ERROR: ") != -1:
self.submit_result(patch, Verdict.FAIL, msg)
else:
self.submit_result(patch, Verdict.WARNING, msg)
else:
self.submit_result(patch, Verdict.FAIL, msg)
self.add_failure(msg)
continue
# Warning in output
if output.find("WARNING:") != -1:
self.submit_result(patch, Verdict.WARNING, output)
continue
# Success
self.submit_result(patch, Verdict.PASS, "Checkpatch PASS")
# Overall status
if self.verdict != Verdict.FAIL:
self.success()
def run_checkpatch(self, patch):
"""
Run checkpatch script with patch from the patchwork.
It saves to file first and run checkpatch with the saved patch file.
On success, it returns None.
On failure, it returns the stderr output string
"""
output = None
error = None
# Save the patch content to file
filename = os.path.join(src_dir, str(patch['id']) + ".patch")
logger.debug("Save patch: %s" % filename)
patch_file = patchwork_save_patch(patch, filename)
copied_cmd = self.checkpatch_cmd.copy()
copied_cmd.append(patch_file)
logger.debug("CMD: %s" % copied_cmd)
try:
output = subprocess.check_output(copied_cmd,
stderr=subprocess.STDOUT,
cwd=src_dir)
output = output.decode("utf-8")
except subprocess.CalledProcessError as ex:
error = ex.output.decode("utf-8")
logger.error("checkpatch.pl returned with error")
logger.error("output: %s" % error)
return (output, error)
class GitLint(CiBase):
name = "gitlint"
display_name = "GitLint"
desc = "Run gitlint with rule in .gitlint"
gitlint_config = '/.gitlint'
def config(self):
"""
Config the test cases.
"""
logger.debug("Parser configuration")
self.enable = config_enable(config, self.name)
self.submit_pw = config_submit_pw(config, self.name)
if self.name in config:
if 'config_path' in config[self.name]:
self.gitlint_config = config[self.name]['config_path']
logger.debug("gitlint_config = %s" % self.gitlint_config)
def run(self):
logger.debug("##### Run Gitlint Test #####")
self.start_timer()
self.config()
# Check if it is disabled.
if self.enable == False:
self.submit_result(pw_series_patch_1, Verdict.SKIP,
"Gitlint SKIP(Disabled)")
self.skip("Disabled in configuration")
# Use patches from patchwork
for patch_item in pw_series['patches']:
logger.debug("patch_id: %s" % patch_item['id'])
patch = patchwork_get_patch(str(patch_item['id']))
# Run gitlint
output = self.run_gitlint(patch)
# Failed
if output != None:
msg = "{}\n{}".format(patch['name'], output)
self.submit_result(patch, Verdict.FAIL, msg)
self.add_failure(msg)
continue
# Success
self.submit_result(patch, Verdict.PASS, "Gitlint PASS")
# Overall status
if self.verdict != Verdict.FAIL:
self.success()
def run_gitlint(self, patch):
"""
Run checkpatch script with patch from the patchwork.
It saves the commit message to the file first and run gitlint with it.
On success, it returns None.
On failure, it returns the stderr output string
"""
output = None
# Save the patch commit message to file
filename = os.path.join(src_dir, str(patch['id']) + ".commit_msg")
logger.debug("Save commit msg: %s" % filename)
commit_msg_file = patchwork_save_patch_msg(patch, filename)
try:
subprocess.check_output(('gitlint', '-C', self.gitlint_config,
"--msg-filename", commit_msg_file),
stderr=subprocess.STDOUT,
cwd=src_dir)
except subprocess.CalledProcessError as ex:
output = ex.output.decode("utf-8")
logger.error("gitlint returned error/warning")
logger.error("output: %s" % output)
return output
class SubjectPrefix(CiBase):
name = "subjectprefix"
display_name = "SubjectPrefix"
desc = "Check subject contains \"Bluetooth\" prefix"
def config(self):
"""
Config the test cases.
"""
logger.debug("Parser configuration")
self.enable = config_enable(config, self.name)
self.submit_pw = config_submit_pw(config, self.name)
def run(self):
logger.debug("##### Run SubjectPrefix Test #####")
self.start_timer()
self.config()
# Check if it is disabled.
if self.enable == False:
self.submit_result(pw_series_patch_1, Verdict.SKIP,
"SubjectPrefix SKIP(Disabled)")
self.skip("Disabled in configuration")
for patch_item in pw_series['patches']:
logger.debug("patch id: %s" % patch_item['id'])
patch = patchwork_get_patch(str(patch_item['id']))
# Check if the name contains "Bluetooth: "
s = patch['name'].find('Bluetooth: ')
if s < 0:
# No Bluetooth prefix found. Instead of failing it,
# set the result to WARNING just enough to get an
# attention
msg = "\"Bluetooth: \" is not specified in the subject"
self.submit_result(patch, Verdict.FAIL, msg)
self.add_failure(msg)
continue
self.submit_result(patch, Verdict.PASS, "PASS")
# Overall status
if self.verdict != Verdict.FAIL:
self.success()
class BuildKernel(CiBase):
name = "buildkernel"
display_name = "BuildKernel"
desc = "Build Kernel with minimal configuration supports Bluetooth"
build_config = "/bluetooth_build.config"
simple_build = False
def config(self):
"""
Configure the test cases.
"""
logger.debug("Parser configuration")
self.enable = config_enable(config, self.name)
self.submit_pw = config_submit_pw(config, self.name)
if self.name in config:
if 'config_path' in config[self.name]:
self.build_config = config[self.name]['config_path']
if 'simple_build' in config[self.name]:
if config[self.name]['simple_build'] == 'yes':
logger.info("config.simple_build" + " is enabled")
self.simple_build = True
logger.debug("build_config = %s" % self.build_config)
def run(self):
logger.debug("##### Run BuildKernel Test #####")
self.start_timer()
self.config()
# Check if it is disabled.
if self.enable == False:
self.submit_result(pw_series_patch_1, Verdict.SKIP,
"Build Kernel SKIP(Disabled)")
self.skip("Disabled in configuration")
# Copy bluetooth build config
logger.info("Copy config file: %s" % self.build_config)
(ret, stdout, stderr) = run_cmd("cp", self.build_config, ".config",
cwd=src_dir)
if ret:
self.submit_result(pw_series_patch_1, Verdict.FAIL,
"Build Kernel Copy Config FAIL: " + stderr)
self.add_failure_end_test(stderr)
# Update .config
logger.info("Run make olddepconfig")
(ret, stdout, stderr) = run_cmd("make", "olddefconfig", cwd=src_dir)
if ret:
self.submit_result(pw_series_patch_1, Verdict.FAIL,
"Build Kernel Make olddefconfig FAIL: " + stderr)
self.add_failure_end_test(stderr)
# make
if self.simple_build:
(ret, stdout, stderr) = run_cmd("make", "-j2", "W=1", "net/bluetooth/",
cwd=src_dir)
if ret:
self.submit_result(pw_series_patch_1, Verdict.FAIL,
"Build Kernel make FAIL: " + stderr)
self.add_failure_end_test(stderr)
(ret, stdout, stderr) = run_cmd("make", "-j2", "W=1", "drivers/bluetooth/",
cwd=src_dir)
if ret:
self.submit_result(pw_series_patch_1, Verdict.FAIL,
"Build Kernel make FAIL: " + stderr)
self.add_failure_end_test(stderr)
else:
# full build
(ret, stdout, stderr) = run_cmd("make", "-j2", cwd=src_dir)
if ret:
self.submit_result(pw_series_patch_1, Verdict.FAIL,
"Build Kernel make FAIL: " + stderr)
self.add_failure_end_test(stderr)
# At this point, consider test passed here
self.submit_result(pw_series_patch_1, Verdict.PASS, "Build Kernel PASS")
self.success()
class BuildKernel32(CiBase):
name = "buildkernel32"
display_name = "BuildKernel32"
desc = "Build 32bit Kernel with minimal configuration supports Bluetooth"
build_config = "/bluetooth_build.config"
simple_build = False
def config(self):
"""
Configure the test cases.
"""
logger.debug("Parser configuration")
self.enable = config_enable(config, self.name)
self.submit_pw = config_submit_pw(config, self.name)
if self.name in config:
if 'config_path' in config[self.name]:
self.build_config = config[self.name]['config_path']
if 'simple_build' in config[self.name]:
if config[self.name]['simple_build'] == 'yes':
logger.info("config.simple_build" + " is enabled")
self.simple_build = True
logger.debug("build_config = %s" % self.build_config)
def run(self):
logger.debug("##### Run BuildKernel32 Test #####")
self.start_timer()
self.config()
# Check if it is disabled.
if self.enable == False:
self.submit_result(pw_series_patch_1, Verdict.SKIP,
"Build Kernel32 SKIP(Disabled)")
self.skip("Disabled in configuration")
# Copy bluetooth build config
logger.info("Copy config file: %s" % self.build_config)
(ret, stdout, stderr) = run_cmd("cp", self.build_config, ".config",
cwd=src_dir)
if ret:
self.submit_result(pw_series_patch_1, Verdict.FAIL,
"Build Kernel32 Copy Config FAIL: " + stderr)
self.add_failure_end_test(stderr)
# Update .config
logger.info("Run make ARCH=i386 olddepconfig")
(ret, stdout, stderr) = run_cmd("make", "ARCH=i386", "olddefconfig", cwd=src_dir)
if ret:
self.submit_result(pw_series_patch_1, Verdict.FAIL,
"Build Kernel32 Make olddefconfig FAIL: " + stderr)
self.add_failure_end_test(stderr)
# make
if self.simple_build:
(ret, stdout, stderr) = run_cmd("make", "ARCH=i386", "-j2", "W=1", "net/bluetooth/",
cwd=src_dir)
if ret:
self.submit_result(pw_series_patch_1, Verdict.FAIL,
"Build Kernel32 make FAIL: " + stderr)
self.add_failure_end_test(stderr)
(ret, stdout, stderr) = run_cmd("make", "ARCH=i386", "-j2", "W=1", "drivers/bluetooth/",
cwd=src_dir)
if ret:
self.submit_result(pw_series_patch_1, Verdict.FAIL,
"Build Kernel32 make FAIL: " + stderr)
self.add_failure_end_test(stderr)
else:
# full build
(ret, stdout, stderr) = run_cmd("make", "ARCH=i386", "-j2", cwd=src_dir)
if ret:
self.submit_result(pw_series_patch_1, Verdict.FAIL,
"Build Kernel32 make FAIL: " + stderr)
self.add_failure_end_test(stderr)
# At this point, consider test passed here
self.submit_result(pw_series_patch_1, Verdict.PASS, "Build Kernel32 PASS")
self.success()
class IncrementalBuild(CiBase):
name = "incremental_build"
display_name = "Incremental Build with patches"
desc = "Incremental build per patch in the series"
simple_build = False
def config(self):
"""
Configure the test cases.
"""
logger.debug("Parser configuration")
self.enable = config_enable(config, self.name)
self.submit_pw = config_submit_pw(config, self.name)
if self.name in config:
if 'config_path' in config[self.name]:
self.build_config = config[self.name]['config_path']
if 'simple_build' in config[self.name]:
if config[self.name]['simple_build'] == 'yes':
logger.info("config.simple_build" + " is enabled")
self.simple_build = True
logger.debug("build_config = %s" % self.build_config)
def run(self):
logger.debug("##### Run IncrementalBuild Test #####")
self.start_timer()
self.config()
# Check if it is disabled.
if self.enable == False:
self.submit_result(pw_series_patch_1, Verdict.SKIP,
"Incremental Build Kernel SKIP(Disabled)")
self.skip("Disabled in configuration")
# Run only if "BuildKernel" success
if test_suite["buildkernel"].verdict != Verdict.PASS:
logger.info("buildkernel test is not success. skip this test")
self.submit_result(pw_series_patch_1, Verdict.SKIP,
"Incremental Build Kernel SKIP(Build Fail)")
self.skip("buildkernel failed")
# If there is only one patch, no need to run and just return success
if github_pr.commits == 1:
logger.debug("Only 1 patch and no need to run here again")
self.success()
return
# Set the source to the base workflow branch
(ret, stdout, stderr) = run_cmd("git", "fetch", "--depth=2", "origin",
"workflow", cwd=src2_dir)
if ret:
msg = "Error: \n"
if stderr != None:
msg += "{}".format(stderr)
self.add_failure_end_test(msg)
(ret, stdout, stderr) = run_cmd("git", "checkout", "origin/workflow",
cwd=src2_dir)
if ret:
msg = "Error: \n"
if stderr != None:
msg += "{}".format(stderr)
self.add_failure_end_test(msg)
# Get the patch from the series, apply it and build.
for patch_item in pw_series['patches']:
logger.debug("patch id: %s" % patch_item['id'])
patch = patchwork_get_patch(str(patch_item['id']))
# Apply patch
(output, error) = self.apply_patch(patch, src2_dir)
if error != None:
msg = "{}\n{}".format(patch['name'], error)
self.submit_result(patch, Verdict.FAIL,
"Applying patch FAIL: " + error)
self.add_failure_end_test(msg)
logger.debug("Patch Applied")
# Copy bluetooth build config
logger.info("Copy config file: %s" % self.build_config)
(ret, stdout, stderr) = run_cmd("cp", self.build_config, ".config",