class SignupForm(BaseForm):
username = TextField(
_('Username'),
validators=[
DataRequired(),
Length(min=3, max=20),
Regexp(r'^[a-z0-9A-Z]+$')
],
description=_('English Characters Only.'),
)
email = EmailField(_('Email'), validators=[DataRequired(), Email()])
password = PasswordField(_('Password'), validators=[DataRequired()])
def validate_username(self, field):
data = field.data.lower()
if data in RESERVED_WORDS:
raise ValueError(_('This name is a reserved name.'))
if data in current_app.config.get('RESERVED_WORDS', []):
raise ValueError(_('This name is a reserved name.'))
if Account.query.filter_by(username=data).count():
raise ValueError(_('This name has been registered.'))
def validate_email(self, field):
if Account.query.filter_by(email=field.data.lower()).count():
raise ValueError(_('This email has been registered.'))
def save(self, role=None):
user = Account(**self.data)
if role:
user.role = role
user.save()
return user
class NodeForm(BaseForm):
title = TextField(
_('Title'), validators=[DataRequired()],
description=_('The screen title of the node')
)
urlname = TextField(
_('URL'), validators=[DataRequired()],
description=_('The url name of the node')
)
description = TextAreaField(_('Description'))
role = SelectField(
description=_('Required role'),
choices=[
('user', _('User')),
('staff', _('Staff')),
('admin', _('Admin'))
],
default='user',
)
def validate_urlname(self, field):
if self._obj and self._obj.urlname == field.data:
return
if Node.query.filter_by(urlname=field.data).count():
raise ValueError(_('The node exists'))
def save(self):
node = Node(**self.data)
node.save()
return node
class SignupForm(Form):
username = StringField('Username', validators=[
DataRequired(),
Regexp('^[A-Za-z0-9\-_]+$', message='Only alphabets, numbers, hyphen, and underscore are allowed.'),
Unique(lambda: db.session, User, User.username)
])
password = PasswordField('Password', validators=[DataRequired()])
password_confirmation = PasswordField('Confirm Password', validators=[DataRequired(),
EqualTo('password', 'Password confirmation is different from password.')
])
class ResetForm(BaseForm):
password = PasswordField(_('Password'),
validators=[DataRequired()],
description=_('Remember your password'))
confirm = PasswordField(_('Confirm'),
validators=[DataRequired()],
description=_('Confirm your password'))
def validate_confirm(self, field):
if field.data != self.password.data:
raise ValueError(_("Passwords don't match."))
class DesktopReleaseForm(ReleaseForm):
partials = StringField(
'Partial versions:',
validators=[
Regexp(PARTIAL_VERSIONS_REGEX, message='Invalid partials format.')
],
filters=[collapseSpaces],
)
promptWaitTime = NullableIntegerField('Update prompt wait time:')
l10nChangesets = PlainChangesetsField(
'L10n Changesets:',
validators=[DataRequired('L10n Changesets are required.')])
def addSuggestions(self):
ReleaseForm.addSuggestions(self)
table = getReleaseTable(self.product.data)
recentReleases = table.getRecentShipped()
seenVersions = []
partials = {}
# The UI will suggest any versions which are on the same branch as
# the one given, but only the highest build number for that version.
for release in reversed(recentReleases):
if release.branch not in partials:
partials[release.branch] = []
if release.version not in seenVersions:
partials[release.branch].append(
'%sbuild%d' % (release.version, release.buildNumber))
seenVersions.append(release.version)
self.partials.suggestions = json.dumps(partials)
class DesktopReleaseForm(ReleaseForm):
partials = StringField(
'Partial versions:',
validators=[
Regexp(PARTIAL_VERSIONS_REGEX, message='Invalid partials format.')
],
filters=[collapseSpaces],
)
promptWaitTime = NullableIntegerField('Update prompt wait time:')
l10nChangesets = PlainChangesetsField(
'L10n Changesets:',
validators=[DataRequired('L10n Changesets are required.')])
def addSuggestions(self):
ReleaseForm.addSuggestions(self)
table = getReleaseTable(self.product.data)
recentReleases = table.getRecentShipped()
seenVersions = []
partials = defaultdict(list)
# The UI will suggest any versions which are on the same branch as
# the one given, but only the highest build number for that version.
# One exception is Firefox RC builds (version X.0), which should be added
# to the list of betas
for release in reversed(recentReleases):
if release.version not in seenVersions:
partials[release.branch].append(
'%sbuild%d' % (release.version, release.buildNumber))
seenVersions.append(release.version)
# here's the exception
if release.product == 'firefox' and \
release.branch == 'releases/mozilla-release' and \
re.match('^\d+\.0$', release.version):
partials['releases/mozilla-beta'].append(
'%sbuild%d' % (release.version, release.buildNumber))
self.partials.suggestions = json.dumps(partials)
class FennecReleaseForm(ReleaseForm):
product = HiddenField('product')
l10nChangesets = JSONField(
'L10n Changesets:',
validators=[DataRequired('L10n Changesets are required.')])
def __init__(self, *args, **kwargs):
ReleaseForm.__init__(self,
prefix='fennec',
product='fennec',
*args,
**kwargs)
def updateFromRow(self, row):
self.version.data = row.version
self.buildNumber.data = row.buildNumber
self.branch.data = row.branch
# Revision is a disabled field if relbranch is present, so we shouldn't
# put any data in it.
if not row.mozillaRelbranch:
self.mozillaRevision.data = row.mozillaRevision
self.dashboardCheck.data = row.dashboardCheck
self.l10nChangesets.data = row.l10nChangesets
self.mozillaRelbranch.data = row.mozillaRelbranch
self.mh_changeset.data = row.mh_changeset
class UserForm(SettingForm):
username = TextField(
_('Username'),
validators=[
DataRequired(),
Length(min=3, max=20),
Regexp(r'^[a-z0-9A-Z]+$')
],
description=_('English Characters Only.'),
)
email = EmailField(_('Email'), validators=[DataRequired(), Email()])
role = SelectField(
_('Role'),
choices=[('spam', _('Spam')), ('user', _('User')),
('staff', _('Staff')), ('admin', _('Admin'))],
default='user',
)
class FennecReleaseForm(ReleaseForm):
product = HiddenField('product')
l10nChangesets = JSONField(
'L10n Changesets:',
validators=[DataRequired('L10n Changesets are required.')])
def __init__(self, *args, **kwargs):
ReleaseForm.__init__(self,
prefix='fennec',
product='fennec',
*args,
**kwargs)
class SigninForm(BaseForm):
account = TextField(_('Account'),
validators=[DataRequired(),
Length(min=3, max=20)],
description=_('Username or Email'))
password = PasswordField(_('Password'), validators=[DataRequired()])
permanent = BooleanField(_('Remember me for a month.'))
def validate_password(self, field):
account = self.account.data
if '@' in account:
user = Account.query.filter_by(email=account).first()
else:
user = Account.query.filter_by(username=account).first()
if not user:
raise ValueError(_('Wrong account or password'))
if user.check_password(field.data):
self.user = user
return user
raise ValueError(_('Wrong account or password'))
class TopicForm(BaseForm):
title = TextField(
_('Title'), validators=[DataRequired()],
description=_('Title of the topic')
)
content = TextAreaField(
_('Content'),
description=_('Content of the topic')
)
def save(self, user, node):
topic = Topic(**self.data)
return topic.save(user=user, node=node)
class FindForm(BaseForm):
account = TextField(_('Account'),
validators=[DataRequired()],
description=_('Username or Email'))
def validate_account(self, field):
account = field.data
if '@' in account:
user = Account.query.filter_by(email=account).first()
else:
user = Account.query.filter_by(username=account).first()
if not user:
raise ValueError(_('This account does not exist.'))
self.user = user
class LoginForm(Form):
username = StringField('Username', validators=[
DataRequired(),
Regexp('^[A-Za-z0-9\-_]+$', message='Only alphabets, numbers, hyphen, and underscore are allowed.')
])
password = PasswordField('Password', validators=[DataRequired()])
class ReleaseForm(Form):
version = StringField('Version:',
validators=[
Regexp(ANY_VERSION_REGEX,
message='Invalid version format.')
])
buildNumber = IntegerField(
'Build Number:',
validators=[DataRequired('Build number is required.')])
branch = StringField('Branch:',
validators=[DataRequired('Branch is required')])
mozillaRevision = StringField('Mozilla Revision:')
dashboardCheck = BooleanField('Dashboard check?', default=False)
mozillaRelbranch = StringField('Mozilla Relbranch:', filters=[noneFilter])
comment = TextAreaField('Extra information to release-drivers:')
description = TextAreaField('Description:')
isSecurityDriven = BooleanField('Is a security driven release?',
default=False)
mh_changeset = StringField('Mozharness Revision:')
def __init__(self, suggest=True, *args, **kwargs):
Form.__init__(self, *args, **kwargs)
if suggest:
self.addSuggestions()
def validate(self, *args, **kwargs):
valid = Form.validate(self, *args, **kwargs)
# If a relbranch has been passed revision is ignored.
if self.mozillaRelbranch.data:
self.mozillaRevision.data = self.mozillaRelbranch.data
# However, if a relbranch hasn't been passed, revision is required.
else:
if not self.mozillaRevision.data:
valid = False
self.errors['mozillaRevision'] = [
'Mozilla revision is required'
]
return valid
def addSuggestions(self):
table = getReleaseTable(self.product.data)
recentReleases = table.getRecent()
# Before we make any suggestions we need to do some preprocessing of
# the data to get it into useful structures. Specifically, we need a
# set containing all of the recent versions, and a dict that associates
# them with the branch they were built on.
recentVersions = set()
recentBranches = defaultdict(list)
for release in recentReleases:
recentVersions.add(release.version)
recentBranches[release.branch].append(LooseVersion(
release.version))
# Now that we have the data in the format we want it in we can start
# making suggestions.
suggestedVersions = set()
buildNumbers = {}
# This wrapper method is used to centralize the build number suggestion
# logic in one place, because there's more than one spot below that
# adds a version suggestion.
def addVersionSuggestion(version):
suggestedVersions.add(version)
# We want the UI to be able to automatically set build number
# to the next available one for whatever version is entered.
# To make this work we need to tell it what the next available
# one is for all existing versions. We don't need to add versions
# that are on build1, because it uses that as the default.
maxBuildNumber = table.getMaxBuildNumber(version)
if maxBuildNumber:
buildNumbers[version] = maxBuildNumber + 1
else:
buildNumbers[version] = 1
# Every version we see will have its potential next versions
# suggested, except if we already have that version.
# Note that we don't look through the entire table for every
# version (because that could be expensive) but any versions
# which are suggested and have already happened should be in
# 'recentVersions', so it's unlikely we'll be suggesting
# something that has already happened.
for version in recentVersions:
for v in getPossibleNextVersions(version):
if v not in recentVersions:
addVersionSuggestion(v)
# Additional, we need to suggest the most recent version for each
# branch, because we may want a build2 (or higher) of it.
for branchVersions in recentBranches.values():
addVersionSuggestion(str(max(branchVersions)))
# Finally, attach the suggestions to their fields.
self.branch.suggestions = json.dumps(list(recentBranches.keys()))
self.version.suggestions = json.dumps(list(suggestedVersions))
self.buildNumber.suggestions = json.dumps(buildNumbers)
class ReleaseForm(Form):
version = StringField('Version:',
validators=[
Regexp(ANY_VERSION_REGEX,
message='Invalid version format.')
])
buildNumber = IntegerField(
'Build Number:',
validators=[DataRequired('Build number is required.')])
branch = StringField('Branch:',
validators=[DataRequired('Branch is required')])
mozillaRevision = StringField('Mozilla Revision:')
mozillaRelbranch = StringField('Mozilla Relbranch:', filters=[noneFilter])
comment = TextAreaField('Extra information to release-drivers:')
description = TextAreaField('Description:')
isSecurityDriven = BooleanField('Is a security driven release?',
default=False)
mh_changeset = StringField('Mozharness Revision:')
release_eta_date = DateField('Release ETA date:',
format='%Y-%m-%d',
validators=[validators.optional()])
release_eta_time = StringField('Release ETA time:')
VALID_VERSION_PATTERN = re.compile(
r"""^(\d+)\.( # Major version number
(0)(a1|a2|b(\d+)|esr)? # 2-digit-versions (like 46.0, 46.0b1, 46.0esr)
|( # Here begins the 3-digit-versions.
([1-9]\d*)\.(\d+)|(\d+)\.([1-9]\d*) # 46.0.0 is not correct
)(esr)? # Neither is 46.2.0b1
)(build(\d+))?$""",
re.VERBOSE) # See more examples of (in)valid versions in the tests
def __init__(self, suggest=True, *args, **kwargs):
Form.__init__(self, *args, **kwargs)
if suggest:
self.addSuggestions()
def validate(self, *args, **kwargs):
valid = Form.validate(self, *args, **kwargs)
# If a relbranch has been passed revision is ignored.
if self.mozillaRelbranch.data:
self.mozillaRevision.data = self.mozillaRelbranch.data
# However, if a relbranch hasn't been passed, revision is required.
else:
if not self.mozillaRevision.data:
valid = False
self.errors['mozillaRevision'] = [
'Mozilla revision is required'
]
if self.VALID_VERSION_PATTERN.match(self.version.data) is None:
valid = False
self.errors['version'] = ['Version must match either X.0 or X.Y.Z']
return valid
def addSuggestions(self):
table = getReleaseTable(self.product.data)
recentReleases = table.getRecent()
# Before we make any suggestions we need to do some preprocessing of
# the data to get it into useful structures. Specifically, we need a
# set containing all of the recent versions, and a dict that associates
# them with the branch they were built on.
recentVersions = set()
recentBranches = defaultdict(list)
for release in recentReleases:
recentVersions.add(release.version)
recentBranches[release.branch].append(MozVersion(release.version))
# Now that we have the data in the format we want it in we can start
# making suggestions.
suggestedVersions = set()
buildNumbers = {}
# This wrapper method is used to centralize the build number suggestion
# logic in one place, because there's more than one spot below that
# adds a version suggestion.
def addVersionSuggestion(version):
suggestedVersions.add(version)
# We want the UI to be able to automatically set build number
# to the next available one for whatever version is entered.
# To make this work we need to tell it what the next available
# one is for all existing versions. We don't need to add versions
# that are on build1, because it uses that as the default.
maxBuildNumber = table.getMaxBuildNumber(version)
if maxBuildNumber:
buildNumbers[version] = maxBuildNumber + 1
else:
buildNumbers[version] = 1
# Every version we see will have its potential next versions
# suggested, except if we already have that version.
# Note that we don't look through the entire table for every
# version (because that could be expensive) but any versions
# which are suggested and have already happened should be in
# 'recentVersions', so it's unlikely we'll be suggesting
# something that has already happened.
for version in recentVersions:
for v in getPossibleNextVersions(version):
if v not in recentVersions:
addVersionSuggestion(v)
# Additional, we need to suggest the most recent version for each
# branch, because we may want a build2 (or higher) of it.
for branchVersions in recentBranches.values():
addVersionSuggestion(str(max(branchVersions)))
# Finally, attach the suggestions to their fields.
self.branch.suggestions = json.dumps(list(recentBranches.keys()))
self.version.suggestions = json.dumps(list(suggestedVersions))
self.buildNumber.suggestions = json.dumps(buildNumbers)
def updateFromRow(self, row):
self.version.data = row.version
self.buildNumber.data = row.buildNumber
self.branch.data = row.branch
# Revision is a disabled field if relbranch is present, so we shouldn't
# put any data in it.
if not row.mozillaRelbranch:
self.mozillaRevision.data = row.mozillaRevision
self.l10nChangesets.data = row.l10nChangesets
self.mozillaRelbranch.data = row.mozillaRelbranch
self.mh_changeset.data = row.mh_changeset
if row.release_eta:
release_eta = parse_iso8601_to_date_time(row.release_eta)
self.release_eta_date.data = release_eta.date()
# Conversion needed because release_eta_time is a StringField
self.release_eta_time.data = release_eta.strftime('%H:%M %Z')
@property
def release_eta(self):
if self.release_eta_date.data and self.release_eta_time.data:
dt = self.release_eta_date.data
tm = datetime.strptime(self.release_eta_time.data,
'%H:%M %Z').time()
return datetime.combine(dt, tm)
else:
return None
class CreateUserForm(Form):
name = TextField('name', validators=[DataRequired()])
uid = TextField('uid', validators=[DataRequired()])
class CategoryForm(Form):
name = StringField('Name', validators=[DataRequired()])
slug = SlugField('name', label='Slug', validators=[
Regexp('^[0-9a-z\-]+$', message='Only lowercase alphabets, numbers, and hyphen are allowed.'),
Unique(lambda: db.session, Category, Category.slug)
])
class ReplyForm(BaseForm):
content = TextAreaField(_('Content'), validators=[DataRequired()])
def save(self, user, topic):
item = Reply(**self.data)
return item.save(user=user, topic=topic)
class ResetForm(BaseForm):
password = PasswordField(_('Password'),
validators=[DataRequired()],
description=_('Remember your password'))