def do_GET_SEVERITY(self):
print ''
SEVERITIES = ('Blocker', 'Critical', 'Major', 'Normal', 'Minor',
'Enhancement')
DESCRIPTIONS = (
'Blocker - blocks development and/or testing work',
'Critical - crash, loss of data, corruption of data, severe memory leak',
'Major - major loss of function',
'Normal - regular issue, some loss of functionality under specific circumstances',
'Minor - issue that can be viewed as trivial (e.g. cosmetic, UI, easily documented',
'Enhancement - request for enhancement (do not use it, use features.opensuse.org !)'
)
print 'Please describe the impact of the bug, choose a severity for the issue.'
console.print_list(DESCRIPTIONS, msg='Available severities:')
idx = console.get_index(len(SEVERITIES), 'Which one?')
sev = SEVERITIES[idx]
if sev == 'Enhancement':
print 'Enhancement is tracked in features.opensuse.org!'
return 'GET_SEVERITY'
self.data['severity'] = sev
return 'GET_DESCRIPTION'
def do_LOAD_ASSIGNEE(self):
print ''
print 'Getting assignee & cc list, please wait...'
assignee, cc = packageInfo.getAssignedPersons(self.pkg_info)
if self.data['component'] == 'Security':
cc.append('*****@*****.**')
if not self.interact:
assignee = console.custom_input(msg='Assignee: ',
preselect=assignee)
cc = re.split(
r',* *',
console.custom_input(msg="CC (separated by ','): ",
preselect=", ".join(cc)))
self.data['assigned_to'] = assignee
self.data['cc'] = cc
return 'TEST_SUMMARY'
print 'This/these address(es) were found:'
print 'assignee: ' + assignee
print 'cc: ',
pprint.pprint(cc)
yes = console.yes_no('Do you want to change the assignee? Yes/No')
if yes:
assignee = console.custom_input('New assignee: ',
preselect=assignee)
print 'Chose %s as assignee.' % assignee
print ''
if len(cc) > 0:
yes = console.yes_no('Do you want to remove anybody from the cc list'\
' (one at a time)? Yes/No')
while yes:
console.print_list(cc, msg='Available choices')
idx = console.get_index(len(cc), msg='Which one?')
del cc[idx]
print ''
yes = console.yes_no(
'Do you want to remove another person? Yes/No')
print ''
yes = console.yes_no('Do you want to add another cc(s)? Yes/No')
if yes:
print ''
print 'Enter their e-mail addresses, one at a time.'
print "To stop, enter something that does not contain '@'."
ans = raw_input('Cc: ')
while '@' in ans:
cc.append(ans)
ans = raw_input('Cc: ')
print 'new cc list: '
pprint.pprint(cc)
self.data['assigned_to'] = assignee
self.data['cc'] = cc
return 'TEST_SUMMARY'
def do_LOAD_ASSIGNEE(self):
print ''
print 'Getting assignee & cc list, please wait...'
assignee, cc = packageInfo.getAssignedPersons(self.pkg_info)
if self.data['component'] == 'Security':
cc.append('*****@*****.**')
if not self.interact:
assignee = console.custom_input(msg='Assignee: ', preselect=assignee)
cc = re.split(r',* *', console.custom_input(msg="CC (separated by ','): ", preselect=", ".join(cc)))
self.data['assigned_to'] = assignee
self.data['cc'] = cc
return 'TEST_SUMMARY'
print 'This/these address(es) were found:'
print 'assignee: ' + assignee
print 'cc: ',
pprint.pprint(cc)
yes = console.yes_no('Do you want to change the assignee? Yes/No')
if yes:
assignee = console.custom_input('New assignee: ', preselect=assignee)
print 'Chose %s as assignee.' % assignee
print ''
if len(cc) > 0:
yes = console.yes_no('Do you want to remove anybody from the cc list'\
' (one at a time)? Yes/No')
while yes:
console.print_list(cc, msg='Available choices')
idx = console.get_index(len(cc), msg='Which one?')
del cc[idx]
print ''
yes = console.yes_no('Do you want to remove another person? Yes/No')
print ''
yes = console.yes_no('Do you want to add another cc(s)? Yes/No')
if yes:
print ''
print 'Enter their e-mail addresses, one at a time.'
print "To stop, enter something that does not contain '@'."
ans = raw_input('Cc: ')
while '@' in ans:
cc.append(ans)
ans = raw_input('Cc: ')
print 'new cc list: '
pprint.pprint(cc)
self.data['assigned_to'] = assignee
self.data['cc'] = cc
return 'TEST_SUMMARY'
def do_SELECT_PRODUCT_PLATFORM(self):
print ''
print 'Getting list of products from Bugzilla...'
if self.products is None:
tmp = self.bz.getproducts()
self.products = [p['name'] for p in tmp]
self.products.sort()
console.print_list(self.products, columns=2, msg='Available products:')
idx = console.get_index(len(self.products), msg='Which one?')
self.data['product'] = self.products[idx]
return 'GET_PLATFORM'
def do_SELECT_PRODUCT_PLATFORM(self):
print ''
print 'Getting list of products from Bugzilla...'
if self.products is None:
tmp = self.bz.getproducts()
self.products = [p['name'] for p in tmp]
self.products.sort()
console.print_list(self.products, columns=2, msg='Available products:')
idx = console.get_index(len(self.products), msg='Which one?')
self.data['product'] = self.products[idx]
return 'GET_PLATFORM'
def do_GET_VERSION(self):
if not self.interact:
ans = raw_input("Product version (or '?' for a list): ").strip()
if ans != '?' and ans is not '':
self.data['version'] = ans
return 'LOAD_ASSIGNEE'
if ans is '':
print 'Version cannot be blank!'
print ''
VERSIONS = ('Final', 'Factory', 'unspecified')
print 'Please select the version of the OS you are using.'
console.print_list(VERSIONS, msg='Available choices:')
idx = console.get_index(len(VERSIONS), msg='Which one?')
self.data['version'] = VERSIONS[idx]
return 'LOAD_ASSIGNEE'
def do_GET_VERSION(self):
if not self.interact:
ans = raw_input("Product version (or '?' for a list): ").strip()
if ans != '?' and ans is not '':
self.data['version'] = ans
return 'LOAD_ASSIGNEE'
if ans is '':
print 'Version cannot be blank!'
print ''
VERSIONS = ('Final', 'Factory', 'unspecified')
print 'Please select the version of the OS you are using.'
console.print_list(VERSIONS, msg='Available choices:')
idx = console.get_index(len(VERSIONS), msg='Which one?')
self.data['version'] = VERSIONS[idx]
return 'LOAD_ASSIGNEE'
def do_GET_COMPONENT(self, components=None):
if not self.interact and self.components is None:
ans = raw_input("Component (or '?' for a list): ").strip()
if ans is '':
print 'Component cannot be blank.'
if ans != '?' and ans is not '':
self.data['component'] = ans
if self.data['component'] == 'Security':
return 'GET_SECURITY_PREFIX'
return 'GET_VERSION'
if self.components is None:
try:
print ''
print 'Getting list of components from Bugzilla for product %s.' % self.data[
'product']
self.components = getcomponents(self.bz, self.data['product'])
except ValueError:
print 'The product you have entered is invalid. Please select a correct one.'
return 'SELECT_PRODUCT_PLATFORM'
# list is already sorted
console.print_list(self.components,
columns=2,
msg='Available components:')
print ''
try:
idx = self.components.index('Security')
print "If it's a security problem, please select index %d (Security)." % (
idx + 1)
except ValueError:
pass
idx = console.get_index(len(self.components), msg='Which one?')
print 'Using component %s.' % self.components[idx]
self.data['component'] = self.components[idx]
if self.data['component'] == 'Security':
return 'GET_SECURITY_PREFIX'
if self.check_comp:
return 'CHECK'
return 'GET_VERSION'
def do_GET_COMPONENT(self, components=None):
if not self.interact and self.components is None:
ans = raw_input("Component (or '?' for a list): ").strip()
if ans is '':
print 'Component cannot be blank.'
if ans != '?' and ans is not '':
self.data['component'] = ans
if self.data['component'] == 'Security':
return 'GET_SECURITY_PREFIX'
return 'GET_VERSION'
if self.components is None:
try:
print ''
print 'Getting list of components from Bugzilla for product %s.' % self.data['product']
self.components = getcomponents(self.bz, self.data['product'])
except ValueError:
print 'The product you have entered is invalid. Please select a correct one.'
return 'SELECT_PRODUCT_PLATFORM'
# list is already sorted
console.print_list(self.components, columns=2, msg='Available components:')
print ''
try:
idx = self.components.index('Security')
print "If it's a security problem, please select index %d (Security)." % (idx + 1)
except ValueError:
pass
idx = console.get_index(len(self.components), msg='Which one?')
print 'Using component %s.' % self.components[idx]
self.data['component'] = self.components[idx]
if self.data['component'] == 'Security':
return 'GET_SECURITY_PREFIX'
if self.check_comp:
return 'CHECK'
return 'GET_VERSION'
def do_GET_SEVERITY(self):
print ''
SEVERITIES = ('Blocker', 'Critical', 'Major', 'Normal', 'Minor', 'Enhancement')
DESCRIPTIONS = ('Blocker - blocks development and/or testing work',
'Critical - crash, loss of data, corruption of data, severe memory leak',
'Major - major loss of function',
'Normal - regular issue, some loss of functionality under specific circumstances',
'Minor - issue that can be viewed as trivial (e.g. cosmetic, UI, easily documented',
'Enhancement - request for enhancement (do not use it, use features.opensuse.org !)'
)
print 'Please describe the impact of the bug, choose a severity for the issue.'
console.print_list(DESCRIPTIONS, msg='Available severities:')
idx = console.get_index(len(SEVERITIES), 'Which one?')
sev = SEVERITIES[idx]
if sev == 'Enhancement':
print 'Enhancement is tracked in features.opensuse.org!'
return 'GET_SEVERITY'
self.data['severity'] = sev
return 'GET_DESCRIPTION'
def getInfo(package):
''' returns a tuple associated to the package selected by the user
the tuple is like this: (version, apiurl, project, package)
!! supports globbing. if called with 'python*', it will search all the
packages that match python*. if called with 'python', it will do exact
matching
!! if there is more than one package matched, the user must choose one '''
#check to see if the user wants globbing
glob = 0
if package[-1] == '*':
glob = 1
ts = rpm.TransactionSet()
ret = {}
#regex stuff for parsing the disturl
bs_re = re.compile(r"^(?P<bs>.*)://(?P<apiurl>.*?)/(?P<project>.*?)/"\
"(?P<repository>.*?)/(?P<md5>[a-f0-9]*)-(?P<source>.*)$")
srcrep_re = re.compile(r"^srcrep:(?P<md5>[a-f0-9]*)-(?P<source>.*)$")
for symbol in ('name', 'provides', 'basenames'):
if symbol == 'basenames':
if len(ret.keys()) > 0:
# a package was already found, no need to look for owner of executable
break
if '/' not in package:
abs = which(package)
if abs is None:
break
package = abs
#to match all packages, with globbing!
if not glob:
match = ts.dbMatch(symbol, package)
else:
match = ts.dbMatch()
match.pattern(symbol, rpm.RPMMIRE_GLOB, package)
for header in match:
disturl = header['disturl']
version = getVersion(header)
if '.pm.' in version:
apiurl = None
project = 'Packman'
ret[header['name']] = (version, apiurl, project,
header['name'])
continue
if disturl:
m = srcrep_re.match(disturl)
if m:
ret[header['name']] = (
version, apiurl,
header['distribution'].split('/')[0].strip(),
m.group('source'))
m = bs_re.match(disturl)
if m:
apiurl = m.group('apiurl')
if apiurl.split('.')[0] != 'api':
apiurl = apiurl.split('.')
apiurl = 'https://api.' + '.'.join(apiurl[1:])
ret[header['name']] = (version, apiurl, m.group('project'),
m.group('source'))
else:
ret[header['name']] = (
version, None, header['distribution'].split('/').strip(),
header['name'])
ts.clean()
ts.closeDB()
keys = ret.keys()
length = len(keys)
if length == 0:
return None
elif length == 1:
ret = ret[keys[0]]
elif length > 1:
# there are more than one packages that match, the user must pick one
msg = 'There are more than one packages that match your search'\
', please pick one'
print_list(keys, msg=msg, columns=2)
print ''
idx = get_index(length, 'Which one?')
ret = ret[keys[idx]]
return ret
def getInfo(package):
''' returns a tuple associated to the package selected by the user
the tuple is like this: (version, apiurl, project, package)
!! supports globbing. if called with 'python*', it will search all the
packages that match python*. if called with 'python', it will do exact
matching
!! if there is more than one package matched, the user must choose one '''
#check to see if the user wants globbing
glob = 0
if package[-1] == '*':
glob = 1;
ts = rpm.TransactionSet()
ret = {}
#regex stuff for parsing the disturl
bs_re = re.compile(r"^(?P<bs>.*)://(?P<apiurl>.*?)/(?P<project>.*?)/"\
"(?P<repository>.*?)/(?P<md5>[a-f0-9]*)-(?P<source>.*)$")
srcrep_re = re.compile(r"^srcrep:(?P<md5>[a-f0-9]*)-(?P<source>.*)$")
for symbol in ('name', 'provides', 'basenames'):
if symbol == 'basenames':
if len(ret.keys()) > 0:
# a package was already found, no need to look for owner of executable
break
if '/' not in package:
abs = which(package)
if abs is None:
break
package = abs
#to match all packages, with globbing!
if not glob:
match = ts.dbMatch(symbol, package)
else:
match = ts.dbMatch()
match.pattern(symbol, rpm.RPMMIRE_GLOB, package)
for header in match:
disturl = header['disturl']
version = getVersion(header)
if '.pm.' in version:
apiurl = None
project = 'Packman'
ret[header['name']] = (version, apiurl, project, header['name'])
continue
if disturl:
m = srcrep_re.match(disturl)
if m:
ret[header['name']] = (version,
apiurl,
header['distribution'].split('/')[0].strip(),
m.group('source'))
m = bs_re.match(disturl)
if m:
apiurl = m.group('apiurl')
if apiurl.split('.')[0] != 'api':
apiurl = apiurl.split('.')
apiurl = 'https://api.' + '.'.join(apiurl[1:])
ret[header['name']] = (version,
apiurl,
m.group('project'),
m.group('source'))
else:
ret[header['name']] = (version,
None,
header['distribution'].split('/').strip(),
header['name'])
ts.clean()
ts.closeDB()
keys = ret.keys()
length = len(keys)
if length == 0:
return None
elif length == 1:
ret = ret[keys[0]]
elif length > 1:
# there are more than one packages that match, the user must pick one
msg = 'There are more than one packages that match your search'\
', please pick one'
print_list(keys, msg=msg, columns=2)
print ''
idx = get_index(length, 'Which one?')
ret = ret[keys[idx]]
return ret