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brave_testrun_generator.py
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brave_testrun_generator.py
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from github import Github
import argparse
parser = argparse.ArgumentParser()
parser.add_argument("-t", "--test",
help="Test Mode, do not create Github issues")
args = parser.parse_args()
secret_file = open("github.secret", "r")
token_string = secret_file.readline().rstrip("\n\r")
g = Github(token_string, timeout=1000)
rate = g.get_rate_limit()
limit = rate.core.limit
remaining = rate.core.remaining
print("Rate Limit: " + str(limit))
print("Rate Remaining: " + str(remaining))
bc_repo = g.get_organization("brave").get_repo("brave-browser")
ios_repo = g.get_organization("brave").get_repo("brave-ios")
checklist = []
release_notes = []
mac_checklist = []
macarm64_checklist = []
win32_checklist = []
win64_checklist = []
linux_checklist = []
iPad_checklist = []
iPhone_checklist = []
iPhoneX_checklist = []
android_arm_checklist = []
android_tab_checklist = []
crypto_wallet_checklist = []
bc_milestone = {}
for bcmilestone in bc_repo.get_milestones(state="open"):
bc_milestone.update({bcmilestone.title: bcmilestone})
ios_milestone = {}
for iosmilestone in ios_repo.get_milestones(state="open"):
ios_milestone.update({iosmilestone.title: iosmilestone})
laptop_key = sorted(bc_milestone.keys())
ios_key = sorted(ios_milestone.keys())
def laptop_testruns(milestonever):
wiki_laptop_file = open("WikiTemplate/Desktop/wikitemplate.md", "r")
laptop_template = wiki_laptop_file.read()
wiki_macOS_intel = open("WikiTemplate/Desktop/wikitemplate-macOS-x64.md", "r")
macOS_x64 = wiki_macOS_intel.read()
for issue in bc_repo.get_issues(
milestone=bc_milestone[milestonever], sort="created",
direction="asc", state="closed"):
if("pull" not in issue.html_url):
original_issue_title = issue.title
issue_title = original_issue_title
if(original_issue_title[0].islower()):
lower = original_issue_title[0]
upper = original_issue_title[0].upper()
issue_title = original_issue_title.replace(lower, upper, 1)
labels = issue.get_labels()
label_names = []
for label in labels:
label_names.append(label.name)
if("release-notes/include" in label_names and
"QA/No" not in label_names and
"tests" not in label_names):
output_line = " - " + issue_title + ".([#" +\
str(issue.number) + "](" + issue.html_url + "))"
release_notes.append(output_line)
if("QA/Yes" in label_names and "QA/No" not in label_names and
"tests" not in label_names):
output_line = " - [ ] " + issue_title + ".([#" +\
str(issue.number) + "](" + issue.html_url + "))"
checklist.append(output_line)
if("QA Pass-macOS-arm64" not in label_names and
"OS/Windows" not in label_names and
"OS/Linux" not in label_names and
"QA/No" not in label_names and
"tests" not in label_names):
macarm64_checklist.append(output_line)
if("QA Pass-Win64" not in label_names and
"OS/macOS" not in label_names and
"OS/Linux" not in label_names and
"QA/No" not in label_names and
"tests" not in label_names):
win64_checklist.append(output_line)
if("QA Pass-Linux" not in label_names and
"OS/Windows" not in label_names and
"OS/macOS" not in label_names and
"QA/No" not in label_names and
"tests" not in label_names):
linux_checklist.append(output_line)
print("\nRelease Notes ")
for line in release_notes:
print(line)
print("")
print("\nChecklist: ")
for line in checklist:
print(line)
print("")
print("\nMac Checklist (arm64):")
print(laptop_template)
print("")
macarm64Title = "Manual test run on macOS (arm64) for " + milestonever
macarm64List = ["OS/macOS-arm64",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop"]
if args.test is None:
bc_repo.create_issue(title=macarm64Title,
body=laptop_template,
milestone=bc_milestone[milestonever],
labels=macarm64List)
print("--------------------------------------------------------\n")
print("Mac Checklist (x64):")
print(macOS_x64)
print("")
macx64Title = "Manual test run on macOS (x64) for " + milestonever
macx64List = ["OS/macOS",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop"]
if args.test is None:
bc_repo.create_issue(title=macx64Title,
body=macOS_x64,
milestone=bc_milestone[milestonever],
labels=macx64List)
print("--------------------------------------------------------\n")
print("Win64 Checklist:")
print(laptop_template)
print("")
winTitle = "Manual test run on Windows x64 for " + milestonever
winList = ["OS/Windows",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop"]
if args.test is None:
bc_repo.create_issue(title=winTitle,
body=laptop_template,
milestone=bc_milestone[milestonever],
labels=winList)
print("--------------------------------------------------------\n")
print("Linux Checklist:")
print(laptop_template)
print("")
linTitle = "Manual test run on Linux for " + milestonever
linList = ["OS/Linux",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop"]
if args.test is None:
bc_repo.create_issue(title=linTitle,
body=laptop_template,
milestone=bc_milestone[milestonever],
labels=linList)
return 0
def laptop_CRminor_testruns(milestonever):
wiki_laptop_CRminor = open("WikiTemplate/Desktop/Minor_CR_Bump/wikitemplate-minorCRbumpDesktop.md", "r")
laptop_CRminor_template = wiki_laptop_CRminor.read()
wiki_macOS_intel = open("WikiTemplate/Desktop/Minor_CR_Bump/wikitemplate-minorCRbump-macOS-x64.md", "r")
macOS_x64 = wiki_macOS_intel.read()
for issue in bc_repo.get_issues(
milestone=bc_milestone[milestonever], sort="created",
direction="asc", state="closed"):
if("pull" not in issue.html_url):
original_issue_title = issue.title
issue_title = original_issue_title
if(original_issue_title[0].islower()):
lower = original_issue_title[0]
upper = original_issue_title[0].upper()
issue_title = original_issue_title.replace(lower, upper, 1)
labels = issue.get_labels()
label_names = []
for label in labels:
label_names.append(label.name)
if("release-notes/include" in label_names and
"QA/No" not in label_names and
"tests" not in label_names):
output_line = " - " + issue_title + ".([#" +\
str(issue.number) + "](" + issue.html_url + "))"
release_notes.append(output_line)
if("QA/Yes" in label_names and "QA/No" not in label_names and
"tests" not in label_names):
output_line = " - [ ] " + issue_title + ".([#" +\
str(issue.number) + "](" + issue.html_url + "))"
checklist.append(output_line)
if("QA Pass-macOS-arm64" not in label_names and
"OS/Windows" not in label_names and
"OS/Linux" not in label_names and
"QA/No" not in label_names and
"tests" not in label_names):
macarm64_checklist.append(output_line)
if("QA Pass-Win64" not in label_names and
"OS/macOS" not in label_names and
"OS/Linux" not in label_names and
"QA/No" not in label_names and
"tests" not in label_names):
win64_checklist.append(output_line)
print("\nRelease Notes ")
for line in release_notes:
print(line)
print("")
print("\nMac Checklist (arm64):")
print(laptop_CRminor_template)
print("")
macarm64Title = "Manual test run on macOS (arm64) for " + milestonever
macarm64List = ["OS/macOS-arm64",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop"]
if args.test is None:
bc_repo.create_issue(title=macarm64Title,
body=laptop_CRminor_template,
milestone=bc_milestone[milestonever],
labels=macarm64List)
print("--------------------------------------------------------\n")
print("Mac Checklist(x64):")
print(macOS_x64)
print("")
macx64Title = "Manual test run on macOS (x64) for " + milestonever
macx64List = ["OS/macOS",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop"]
if args.test is None:
bc_repo.create_issue(title=macx64Title,
body=macOS_x64,
milestone=bc_milestone[milestonever],
labels=macx64List)
print("--------------------------------------------------------\n")
print("Win64 Checklist:")
print(laptop_CRminor_template)
print("")
winTitle = "Manual test run on Windows x64 for " + milestonever
winList = ["OS/Windows",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop"]
if args.test is None:
bc_repo.create_issue(title=winTitle,
body=laptop_CRminor_template,
milestone=bc_milestone[milestonever],
labels=winList)
print("--------------------------------------------------------\n")
print("Linux Checklist:")
print(laptop_CRminor_template)
print("")
linTitle = "Manual test run on Linux for " + milestonever
linList = ["OS/Linux",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop"]
if args.test is None:
bc_repo.create_issue(title=linTitle,
body=laptop_CRminor_template,
milestone=bc_milestone[milestonever],
labels=linList)
return 0
def crypto_desktop(milestonever):
wiki_laptop_crypto = open("WikiTemplate/Crypto/wikitemplate-cryptoDesktop.md", "r")
laptop_crypto_template = wiki_laptop_crypto.read()
for issue in bc_repo.get_issues(
milestone=bc_milestone[milestonever], sort="created",
direction="asc", state="closed"):
if("pull" not in issue.html_url):
original_issue_title = issue.title
issue_title = original_issue_title
if(original_issue_title[0].islower()):
lower = original_issue_title[0]
upper = original_issue_title[0].upper()
issue_title = original_issue_title.replace(lower, upper, 1)
print(laptop_crypto_template)
print("")
DesktopCryptoTitle = "Desktop Crypto Wallet Regression test run for " + milestonever
DesktopCryptoList = ["OS/Windows",
"release-notes/exclude",
"feature/web3/wallet",
"tests",
"QA/Yes",
"OS/Desktop"]
if args.test is None:
bc_repo.create_issue(title=DesktopCryptoTitle,
body=laptop_crypto_template,
milestone=bc_milestone[milestonever],
labels=DesktopCryptoList)
return 0
def android_testruns(milestonever):
wiki_android_file = open("WikiTemplate/Android/wikitemplate-android.md", "r")
android_template = wiki_android_file.read()
for issue in bc_repo.get_issues(
milestone=bc_milestone[milestonever],
sort="created",
direction="asc",
state="closed"):
if("pull" not in issue.html_url):
original_issue_title = issue.title
issue_title = original_issue_title
if(original_issue_title[0].islower()):
lower = original_issue_title[0]
upper = original_issue_title[0].upper()
issue_title = original_issue_title.replace(lower, upper, 1)
labels = issue.get_labels()
label_names = []
for label in labels:
label_names.append(label.name)
if("QA/Yes" in label_names and
"OS/Android" in label_names and
"tests" not in label_names and
"QA/No" not in label_names):
output_line = " - " + issue_title + ".([#" +\
str(issue.number) + "])" + issue.html_url + "))"
release_notes.append(output_line)
if("QA/Yes" in label_names and "QA/No" not in label_names):
output_line = " - [ ] " + issue_title + ". ([#" +\
str(issue.number) + "](" + issue.html_url + "))"
checklist.append(output_line)
checklist.append(issue.html_url)
if("QA Pass - Android ARM" not in label_names and
"checked by qa" not in label_names and
"tests" not in label_names and
"x86" not in label_names and
"tablet-specific" not in label_names):
android_arm_checklist.append(output_line)
if("QA Pass - Android Tab" not in label_names and
"checked by qa" not in label_names and
"tests" not in label_names and
"x86" not in label_names and
"phone-specific" not in label_names):
android_tab_checklist.append(output_line)
print("\nRelease Notes:")
for line in release_notes:
print(line)
print("")
print("\nChecklist:")
for line in checklist:
print(line)
print("")
print("\nAndroid ARM Checklist:")
print(android_template)
print("")
AndroidARMtitle = "Manual test run on Android ARM for " + milestonever
AndroidARMlist = ["ARM",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Android"]
if args.test is None:
bc_repo.create_issue(title=AndroidARMtitle,
body=android_template,
milestone=bc_milestone[milestonever],
labels=AndroidARMlist)
print("--------------------------------------------------------\n")
print("Android Tab Checklist:")
print(android_template)
print("")
AndroidTabtitle = "Manual test run on Android Tab for " + milestonever
AndroidTablist = ["ARM",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Android"]
if args.test is None:
bc_repo.create_issue(title=AndroidTabtitle,
body=android_template,
milestone=bc_milestone[milestonever],
labels=AndroidTablist)
print("--------------------------------------------------------\n")
return 0
def android_CRminor_testruns(milestonever):
wiki_android_CRminor = open("WikiTemplate/Android/wikitemplate-minorCRbumpAndroid.md", "r")
android_CRminor_template = wiki_android_CRminor.read()
for issue in bc_repo.get_issues(
milestone=bc_milestone[milestonever],
sort="created",
direction="asc",
state="closed"):
if("pull" not in issue.html_url):
original_issue_title = issue.title
issue_title = original_issue_title
if(original_issue_title[0].islower()):
lower = original_issue_title[0]
upper = original_issue_title[0].upper()
issue_title = original_issue_title.replace(lower, upper, 1)
labels = issue.get_labels()
label_names = []
for label in labels:
label_names.append(label.name)
if("QA/Yes" in label_names and
"OS/Android" in label_names and
"tests" not in label_names and
"QA/No" not in label_names):
output_line = " - " + issue_title + ".([#" +\
str(issue.number) + "])" + issue.html_url + "))"
release_notes.append(output_line)
if("QA/Yes" in label_names and "QA/No" not in label_names):
output_line = " - [ ] " + issue_title + ". ([#" +\
str(issue.number) + "](" + issue.html_url + "))"
checklist.append(output_line)
checklist.append(issue.html_url)
if("QA Pass - Android ARM" not in label_names and
"checked by qa" not in label_names and
"tests" not in label_names and
"x86" not in label_names and
"tablet-specific" not in label_names):
android_arm_checklist.append(output_line)
if("QA Pass - Android Tab" not in label_names and
"checked by qa" not in label_names and
"tests" not in label_names and
"x86" not in label_names and
"phone-specific" not in label_names):
android_tab_checklist.append(output_line)
print("\nRelease Notes:")
for line in release_notes:
print(line)
print("")
print("\nChecklist:")
for line in checklist:
print(line)
print("")
print("\nAndroid ARM Checklist:")
print(android_CRminor_template)
print("")
AndroidARMtitle = "Manual test run on Android ARM for " + milestonever
AndroidARMlist = ["ARM",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Android"]
if args.test is None:
bc_repo.create_issue(title=AndroidARMtitle,
body=android_CRminor_template,
milestone=bc_milestone[milestonever],
labels=AndroidARMlist)
print("--------------------------------------------------------\n")
print("Android Tab Checklist:")
print(android_CRminor_template)
print("")
AndroidTabtitle = "Manual test run on Android Tab for " + milestonever
AndroidTablist = ["ARM",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Android"]
if args.test is None:
bc_repo.create_issue(title=AndroidTabtitle,
body=android_CRminor_template,
milestone=bc_milestone[milestonever],
labels=AndroidTablist)
print("--------------------------------------------------------\n")
return 0
def crypto_android(milestonever):
wiki_android_crypto = open("WikiTemplate/Crypto/wikitemplate-cryptoAndroid.md", "r")
android_crypto_template = wiki_android_crypto.read()
for issue in bc_repo.get_issues(
milestone=bc_milestone[milestonever],
sort="created",
direction="asc",
state="closed"):
if("pull" not in issue.html_url):
original_issue_title = issue.title
issue_title = original_issue_title
if(original_issue_title[0].islower()):
lower = original_issue_title[0]
upper = original_issue_title[0].upper()
issue_title = original_issue_title.replace(lower, upper, 1)
print("Crypto Wallet Android Checklist:")
print(android_crypto_template)
print("")
AndroidCryptotitle = "Android Crypto Wallet Regression test run for " + milestonever
AndroidCryptolist = ["ARM",
"release-notes/exclude",
"tests",
"feature/web3/wallet",
"QA/Yes",
"OS/Android"]
if args.test is None:
bc_repo.create_issue(title=AndroidCryptotitle,
body=android_crypto_template,
milestone=bc_milestone[milestonever],
labels=AndroidCryptolist)
return 0
def iOS_testruns():
wikitemplate_ios = open("WikiTemplate/iOS/wikitemplate-ios.md", "r")
ios_template = wikitemplate_ios.read()
ios_key = sorted(ios_milestone.keys())[0]
for issue in ios_repo.get_issues(milestone=ios_milestone[ios_key],
sort="created",
direction="asc",
state="closed"):
if("pull" not in issue.html_url):
original_issue_title = issue.title
issue_title = original_issue_title
if(original_issue_title[0].islower()):
lower = original_issue_title[0]
upper = original_issue_title[0].upper()
issue_title = original_issue_title.replace(lower, upper, 1)
labels = issue.get_labels()
label_names = []
for label in labels:
label_names.append(label.name)
if("release-notes/include" in label_names and
"QA/No" in label_names and
"tests" not in label_names):
output_line = " - " + issue_title + ". ([#" +\
str(issue.number) + "](" + issue.html_url + "))"
release_notes.append(output_line)
release_notes.append(issue.html_url)
#print(release_notes)
if("QA/Yes" in label_names and "QA/No" not in label_names):
output_line = " - [ ] " + issue_title + ". ([#" +\
str(issue.number) + "](" + issue.html_url + "))"
checklist.append(output_line)
checklist.append(issue.html_url)
if("QA Pass - iPad" not in label_names and
"iPhone" not in label_names and
"tests" not in label_names):
iPad_checklist.append(output_line)
if("QA Pass - iPhone" not in label_names and
"iPad" not in label_names and
"tests" not in label_names):
iPhone_checklist.append(output_line)
if("QA Pass - iPhone X" not in label_names and
"iPad" not in label_names and
"tests" not in label_names):
iPhoneX_checklist.append(output_line)
print("\nRelease Notes:")
print(release_notes)
for line in release_notes:
line += line +"\n"
print(line)
print("")
print("\niPad Checklist:")
print(ios_template)
print("")
iPad_Title = "Manual test run for " + ios_key +\
" on iPad"
iPad_List = ["ipad",
"release-notes/exclude",
"tests",
"QA/Yes"]
if args.test is None:
ios_repo.create_issue(title=iPad_Title,
body=ios_template,
milestone=ios_milestone[ios_key],
labels=iPad_List)
print("--------------------------------------------------------\n")
print("iPhone Checklist:")
print(ios_template)
print("")
iPhone_Title = "Manual test run for " + ios_key +\
" on iPhone"
iPhone_List = ["iPhone",
"release-notes/exclude",
"tests",
"QA/Yes"]
if args.test is None:
ios_repo.create_issue(title=iPhone_Title,
body=ios_template,
milestone=ios_milestone[ios_key],
labels=iPhone_List)
print("--------------------------------------------------------\n")
print("iPhone X Checklist:")
print(ios_template)
print("")
iPhoneX_Title = "Manual test run for " + ios_key +\
" on iPhone X"
iPhoneX_List = ["iPhone",
"release-notes/exclude",
"tests",
"QA/Yes"]
if args.test is None:
ios_repo.create_issue(title=iPhoneX_Title,
body=ios_template,
milestone=ios_milestone[ios_key],
labels=iPhoneX_List)
return
def crypto_iOS():
wiki_iOS_crypto = open("WikiTemplate/Crypto/wikitemplate-cryptoiOS.md", "r")
iOS_crypto_template = wiki_iOS_crypto.read()
ios_key = sorted(ios_milestone.keys())[0]
for issue in ios_repo.get_issues(milestone=ios_milestone[ios_key],
sort="created",
direction="asc",
state="closed"):
if("pull" not in issue.html_url):
original_issue_title = issue.title
issue_title = original_issue_title
if(original_issue_title[0].islower()):
lower = original_issue_title[0]
upper = original_issue_title[0].upper()
issue_title = original_issue_title.replace(lower, upper, 1)
print(iOS_crypto_template)
print("")
CyprotiOS_Title = "iOS Crypto Wallet Regression test run for " + ios_key +\
" on iPhone"
CryptoiOS_List = ["iphone",
"release-notes/exclude",
"tests",
"Epic: Brave Wallet",
"QA/Yes"]
if args.test is None:
ios_repo.create_issue(title=CyprotiOS_Title,
body=iOS_crypto_template,
milestone=ios_milestone[ios_key],
labels=CryptoiOS_List)
return 0
def tor_testruns(tor_rel):
macOS_intel_wiki = open("WikiTemplate/Tor/wikitemplate-tor-macOS(Intel).md", "r")
macOS_intel_template = macOS_intel_wiki.read()
macOS_arm64_wiki = open("WikiTemplate/Tor/wikitemplate-tor-macOS(arm64).md", "r")
macOS_arm64_template = macOS_arm64_wiki.read()
win_tor_wiki = open("WikiTemplate/Tor/wikitemplate-tor-Windows.md", "r")
windows_template = win_tor_wiki.read()
linux_tor_wiki = open("WikiTemplate/Tor/wikitemplate-tor-Linux.md", "r")
linux_template = linux_tor_wiki.read()
print("\nMac Checklist (Intel):")
print(macOS_intel_template)
print("")
macTitle = "Manual test run on macOS (Intel) for " + tor_rel
macList = ["OS/macOS",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop",
"feature/tor"]
if args.test is None:
bc_repo.create_issue(title=macTitle,
body=macOS_intel_template,
milestone=bc_milestone[tor_rel],
labels=macList)
print("--------------------------------------------------------\n")
print("Mac Checklist(arm64):")
print(macOS_arm64_template)
print("")
macarm64Title = "Manual test run on macOS (arm64) for " + tor_rel
macarm64List = ["OS/macOS-arm64",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop",
"feature/tor"]
if args.test is None:
bc_repo.create_issue(title=macarm64Title,
body=macOS_arm64_template,
milestone=bc_milestone[tor_rel],
labels=macarm64List)
print("--------------------------------------------------------\n")
print("Win64 Checklist:")
print(windows_template)
print("")
winTitle = "Manual test run on Windows x64 & x86 for " + tor_rel
winList = ["OS/Windows",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop",
"feature/tor"]
if args.test is None:
bc_repo.create_issue(title=winTitle,
body=windows_template,
milestone=bc_milestone[tor_rel],
labels=winList)
print("--------------------------------------------------------\n")
print("Linux Checklist:")
print(linux_template)
print("")
linTitle = "Manual test run on Linux for " + tor_rel
linList = ["OS/Linux",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop",
"feature/tor"]
if args.test is None:
bc_repo.create_issue(title=linTitle,
body=linux_template,
milestone=bc_milestone[tor_rel],
labels=linList)
return 0
def ipfs_testruns(ipfs_rel):
ipfs_wiki = open("WikiTemplate/IPFS/wikitemplate-IPFS.md", "r")
ipfs_template = ipfs_wiki.read()
print("\nMac Checklist (Intel/arm64):")
print(ipfs_template)
print("")
macTitle = "Manual test run on macOS (Intel/arm64) for " + ipfs_rel
macList = ["OS/macOS",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop",
"feature/web3/ipfs"]
if args.test is None:
bc_repo.create_issue(title=macTitle,
body=ipfs_template,
milestone=bc_milestone[ipfs_rel],
labels=macList)
print("--------------------------------------------------------\n")
print("Win64 Checklist:")
print(ipfs_template)
print("")
winTitle = "Manual test run on Windows x64 & x86 for " + ipfs_rel
winList = ["OS/Windows",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop",
"feature/web3/ipfs"]
if args.test is None:
bc_repo.create_issue(title=winTitle,
body=ipfs_template,
milestone=bc_milestone[ipfs_rel],
labels=winList)
print("--------------------------------------------------------\n")
print("Linux Checklist:")
print(ipfs_template)
print("")
linTitle = "Manual test run on Linux for " + ipfs_rel
linList = ["OS/Linux",
"release-notes/exclude",
"tests",
"QA/Yes",
"OS/Desktop",
"feature/web3/ipfs"]
if args.test is None:
bc_repo.create_issue(title=linTitle,
body=ipfs_template,
milestone=bc_milestone[ipfs_rel],
labels=linList)
return 0
print("\n#######################################################################"
"###################################################")
print("\n For Desktop or Android minor CR bump only use the basic checks selection to "
"generate testruns\n")
length = 0
print("Current open milestones for Desktop/Android")
while length < len(laptop_key):
print(str(length+1) + ". " + sorted(bc_milestone.keys())[length])
length += 1
ioslength=0
print("\nCurrent open milestones for iOS")
while ioslength < len(ios_key):
print(str(ioslength+1) + ". " + sorted(ios_milestone.keys())[ioslength])
ioslength += 1
print("\nNOTE:")
print("\n For Tor Release make sure you type \"Tor\" or \"tor\" instead "
"of the number")
print("\n For IPFS Release make sure you type \"IPFS/KUBO \" or \"ipfs/kubo\" instead "
"of the number")
print("#######################################################################"
"###################################################")
header = print("\nCreate test runs for:\n")
laptop = print("1. Desktop Release (Full manual pass)")
#laptop_hf = print("2. Desktop Release (Reduced manual pass for Hotfix)")
laptop_CRminor = print("2. Desktop Release (Basic checks for"
" hotfix/minor Chromium bump)")
android = print("3. Android Release (Full manual pass)")
#android_hf = print("5. Android Release (Reduced manual pass for Hotfix)")
android_hf = print("4. Android Release (Basic checks for"
" hotfix/minor Chromium bump)")
ios = print("5. iOS Release")
cyrpto_desktop = print("6. Crypto Wallet - Desktop")
cyrpto_android = print("7. Crypto Wallet - Android")
cyrpto_ios = print("8. Crypto Wallet - iOS")
tor = print("9. Tor Release")
ipfs = print("10. IPFS Release")
select_checklist = input("\nChoose the platform for which you want to" +
" generate the test run: ")
if(select_checklist == "1"):
print("\nGenerating test runs for " +
str(sorted(bc_milestone.keys())[0]))
laptop_testruns(sorted(bc_milestone.keys())[0])
elif(select_checklist == "2"):
print("\nGenerating test runs for " +
str(sorted(bc_milestone.keys())[0]))
laptop_CRminor_testruns(sorted(bc_milestone.keys())[0])
elif(select_checklist == "3"):
print("\nGenerating test runs for " +
str(sorted(bc_milestone.keys())[0]))
android_testruns(sorted(bc_milestone.keys())[0])
elif(select_checklist == "4"):
print("\nGenerating test runs for " +
str(sorted(bc_milestone.keys())[0]))
android_CRminor_testruns(sorted(bc_milestone.keys())[0])
elif(select_checklist == "5"):
generate_ios_test = print("\nGenerating test runs for iOS ",
sorted(ios_milestone.keys())[0])
iOS_testruns()
elif(select_checklist == "6"):
generate_ios_test = print("\nGenerating Desktop Crypto Wallet Test run for",
sorted(bc_milestone.keys())[0])
crypto_desktop(sorted(bc_milestone.keys())[0])
elif(select_checklist == "7"):
generate_ios_test = print("\nGenerating Android Crypto Wallet Test run for",
sorted(bc_milestone.keys())[0])
crypto_android(sorted(bc_milestone.keys())[0])
elif(select_checklist == "8"):
generate_ios_test = print("\nGenerating iOS Crypto Wallet Test run for",
sorted(ios_milestone.keys())[0])
crypto_iOS()
elif(select_checklist == "Tor" or select_checklist == "tor"):
tormilestone = [s for s in bc_milestone if "Tor" in s]
if (len(tormilestone) == 0):
torkey = ""
print("No Tor milestone exists. Please create milestone "
"and then generate test runs")
else:
torkey = tormilestone[0]
generate_ios_test = print("\nGenerating test runs for Tor",
(tormilestone)[0])
tor_testruns(torkey)
elif(select_checklist == "IPFS" or select_checklist == "ipfs"
or select_checklist == "KUBO" or select_checklist == "kubo"):
ipfsmilestone = [i for i in bc_milestone if "IPFS" in i]
if (len(ipfsmilestone) == 0):
ipfskey = ""
print("No IPFS milestone exists. Please create milestone "
"and then generate test runs")
else:
ipfskey = ipfsmilestone[0]
generate_ipfs_test = print("\nGenerating test runs for",
(ipfsmilestone)[0])
ipfs_testruns(ipfskey)
else:
print("Incorrect selection. " + select_checklist + " is not a valid input\n")
exit()