def check(self, *package_names):
package_names, post = package_names[:-1], package_names[-1]
post.return_value = 'some-github-url'
nonce = self.start(self.address, *package_names)
result = self.alice.finish_email_verification(self.address, nonce)
# email?
packages = [Package.from_names(NPM, name) for name in package_names]
assert result == (_email.VERIFICATION_SUCCEEDED, packages,
True if packages else None)
assert self.alice.email_address == P(
'alice').email_address == self.address
# database?
for name in package_names:
package = Package.from_names(NPM, name)
assert package.team.package == package
assert package.team.review_url == 'some-github-url'
# GitHub issue?
npackages = len(package_names)
if npackages == 0:
assert not post.called
else:
assert post.call_count == 1
posted = json.loads(post.mock_calls[0][1][0])
if npackages == 1:
assert posted['title'] == 'foo'
assert 'for at least a week' in posted['body']
else:
assert posted['title'] == 'bar and foo'
assert 'for at least a week' in posted['body']
assert self.db.all('select review_url from teams'
) == ['some-github-url'] * npackages
def check(self, *package_names):
package_names, post = package_names[:-1], package_names[-1]
post.return_value = 'some-github-url'
nonce = self.start(self.address, *package_names)
result = self.alice.finish_email_verification(self.address, nonce)
# email?
packages = [Package.from_names(NPM, name) for name in package_names]
assert result == (_email.VERIFICATION_SUCCEEDED, packages, True if packages else None)
assert self.alice.email_address == P('alice').email_address == self.address
# database?
for name in package_names:
package = Package.from_names(NPM, name)
assert package.team.package == package
assert package.team.review_url == 'some-github-url'
# GitHub issue?
npackages = len(package_names)
if npackages == 0:
assert not post.called
else:
assert post.call_count == 1
posted = json.loads(post.mock_calls[0][1][0])
if npackages == 1:
assert posted['title'] == 'foo'
assert 'for at least a week' in posted['body']
else:
assert posted['title'] == 'bar and foo'
assert 'for at least a week' in posted['body']
assert self.db.all('select review_url from teams') == ['some-github-url'] * npackages
def test_deleting_package_removes_open_claims(self):
self.add_and_verify_email(self.alice, self.address)
self.alice.set_paypal_address(self.address)
self.start(self.address, 'foo')
load = lambda: self.db.one('select * from claims')
assert load() is not None
Package.from_names('npm', 'foo').delete()
assert load() is None
def test_deleting_package_removes_open_claims(self):
self.add_and_verify_email(self.alice, self.address)
self.alice.set_paypal_address(self.address)
self.start(self.address, 'foo')
_load = lambda: self.db.one('select * from claims')
assert _load() is not None
Package.from_names('npm', 'foo').delete()
assert _load() is None
def test_while_we_are_at_it_that_packages_have_unique_teams_that_survive_comparison(self):
self.test_verified_address_and_multiple_packages_succeeds()
foo = Package.from_names('npm', 'foo')
bar = Package.from_names('npm', 'bar')
assert foo.team == foo.team
assert bar.team == bar.team
assert foo.team != bar.team
def test_while_we_are_at_it_that_packages_have_unique_teams_that_survive_comparison(
self):
self.test_verified_address_and_multiple_packages_succeeds()
foo = Package.from_names('npm', 'foo')
bar = Package.from_names('npm', 'bar')
assert foo.team == foo.team
assert bar.team == bar.team
assert foo.team != bar.team
def test_finishing_email_verification_with_preexisting_paypal_doesnt_update_paypal(self):
self.add_and_verify_email(self.alice, self.address)
self.alice.set_paypal_address(self.address)
nonce = self.start(self.address, 'foo')
result = self.alice.finish_email_verification(self.address, nonce)
foo = Package.from_names('npm', 'foo')
assert result == (_email.VERIFICATION_SUCCEEDED, [foo], False)
def consume_change_stream(stream, db):
"""Given an iterable of CouchDB change notifications and a
:py:class:`~GratipayDB`, read from the stream and write to the db.
The npm registry is a CouchDB app, which means we get a change stream from
it that allows us to follow registry updates in near-realtime. Our strategy
here is to maintain open connections to both the registry and our own
database, and write as we read.
"""
with db.get_connection() as connection:
for change in stream:
# Decide what to do.
if change.get('deleted'):
package = Package.from_names(NPM, change['id'])
if not package:
# As a result of CouchDB's compaction algorithm, we might
# receive 'deleted' events for docs even if we haven't seen
# the corresponding events for when the doc was created
continue
op, kw = package.delete, {}
else:
op = Package.upsert
kw = process_doc(change['doc'])
if not kw:
continue
kw['package_manager'] = NPM
# Do it.
cursor = connection.cursor()
kw['cursor'] = cursor
op(**kw)
cursor.run('UPDATE worker_coordination SET npm_last_seq=%(seq)s', change)
connection.commit()
def claim_package(self, participant, package):
"""Given a participant and a package, claim the package for the participant.
"""
if participant.__class__ is not Participant:
participant = P(participant)
if package.__class__ is not Package:
package = Package.from_names(NPM, package)
package.get_or_create_linked_team(self.db, participant)
def test_finishing_email_verification_with_preexisting_paypal_doesnt_update_paypal(
self):
self.add_and_verify_email(self.alice, self.address)
self.alice.set_paypal_address(self.address)
nonce = self.start(self.address, 'foo')
result = self.alice.finish_email_verification(self.address, nonce)
foo = Package.from_names('npm', 'foo')
assert result == (_email.VERIFICATION_SUCCEEDED, [foo], False)
def claim_package(self, participant, package):
"""Given a participant and a package, claim the package for the participant.
"""
if participant.__class__ is not Participant:
participant = P(participant)
if package.__class__ is not Package:
package = Package.from_names(NPM, package)
package.get_or_create_linked_team(self.db, participant)
def claim_package(self):
foo = Package.from_names('npm', 'foo')
alice = self.make_participant('alice', claimed_time='now')
alice.start_email_verification('*****@*****.**', foo)
nonce = alice.get_email('*****@*****.**').nonce
alice.finish_email_verification('*****@*****.**', nonce)
team = alice.get_teams()[0]
assert team.package == foo
return team.slug
def test_but_once_claimed_then_team_persists(self):
self.make_package()
self.check()
foo = Package.from_names(NPM, 'foo')
assert self.finish_claiming() == (email.VERIFICATION_SUCCEEDED, [foo], True)
foo.delete()
self.visit('/foo/')
foo = self.css('#content .statement p')
assert foo.text == 'Foo fooingly.'
def claim_package(self):
foo = Package.from_names('npm', 'foo')
alice = self.make_participant('alice', claimed_time='now')
alice.start_email_verification('*****@*****.**', foo)
nonce = alice.get_email('*****@*****.**').nonce
alice.finish_email_verification('*****@*****.**', nonce)
team = alice.get_teams()[0]
assert team.package == foo
return team.slug
def test_but_once_claimed_then_team_persists(self):
self.make_package()
self.check()
foo = Package.from_names(NPM, 'foo')
assert self.finish_claiming() == (email.VERIFICATION_SUCCEEDED, [foo], True)
foo.delete()
self.visit('/foo/')
foo = self.css('#content .statement p')
assert foo.text == 'Foo fooingly.'
def make_package(self, package_manager=NPM, name='foo', description='Foo fooingly.',
emails=['*****@*****.**'], claimed_by=None):
"""Factory for packages.
"""
self.db.run( 'INSERT INTO packages (package_manager, name, description, emails) '
'VALUES (%s, %s, %s, %s) RETURNING *'
, (package_manager, name, description, emails)
)
package = Package.from_names(NPM, name)
if claimed_by: # either a username (existing or not) or a Participant object
if type(claimed_by) is unicode:
maybe = P(claimed_by)
claimed_by = maybe if maybe is not None else self.make_owner(claimed_by)
admin = self.make_admin()
team = package.get_or_create_linked_team(self.db, claimed_by)
team.update_review_status('approved', admin)
return package
def make_package(self, package_manager=NPM, name='foo', description='Foo fooingly.',
emails=['*****@*****.**'], claimed_by=None):
"""Factory for packages.
"""
self.db.run( 'INSERT INTO packages (package_manager, name, description, emails) '
'VALUES (%s, %s, %s, %s) RETURNING *'
, (package_manager, name, description, emails)
)
package = Package.from_names(NPM, name)
if claimed_by: # either a username (existing or not) or a Participant object
if type(claimed_by) is unicode:
maybe = P(claimed_by)
claimed_by = maybe if maybe is not None else self.make_owner(claimed_by)
admin = self.make_admin()
team = package.get_or_create_linked_team(self.db, claimed_by)
team.update_review_status('approved', admin)
return package
def consume_change_stream(stream, db):
"""Given an iterable of CouchDB change notifications and a
:py:class:`~GratipayDB`, read from the stream and write to the db.
The npm registry is a CouchDB app, which means we get a change stream from
it that allows us to follow registry updates in near-realtime. Our strategy
here is to maintain open connections to both the registry and our own
database, and write as we read.
"""
with db.get_connection() as connection:
for change in stream:
# Decide what to do.
if change.get('deleted'):
package = Package.from_names(NPM, change['id'])
if not package:
# As a result of CouchDB's compaction algorithm, we might
# receive 'deleted' events for docs even if we haven't seen
# the corresponding events for when the doc was created
continue
op, kw = package.delete, {}
else:
op = Package.upsert
doc = change.get('doc')
if not doc:
continue # We've seen this in the wild.
kw = process_doc(doc)
if not kw:
continue
kw['package_manager'] = NPM
# Do it.
cursor = connection.cursor()
kw['cursor'] = cursor
op(**kw)
cursor.run('UPDATE worker_coordination SET npm_last_seq=%(seq)s', change)
connection.commit()
def test_claiming_deleted_packages_is_a_noop(self):
self.make_package()
self.check()
Package.from_names(NPM, 'foo').delete()
assert self.finish_claiming() == (email.VERIFICATION_SUCCEEDED, [], None)
def test_deleted_packages_are_404(self):
self.make_package()
Package.from_names(NPM, 'foo').delete()
self.visit('/on/npm/foo')
assert self.css('#content h1').text == '404'
def test_deleted_packages_are_404(self):
self.make_package()
Package.from_names(NPM, 'foo').delete()
self.visit('/on/npm/foo')
assert self.css('#content h1').text == '404'
def test_from_names_can_use_a_cursor(self):
self.make_package()
with self.db.get_cursor() as cursor:
assert Package.from_names(NPM, 'foo', cursor).name == 'foo'
def test_can_be_instantiated_from_names(self):
self.make_package()
assert Package.from_names(NPM, 'foo').name == 'foo'
def test_closing_team_unlinks_package(self):
_, _, team = self.link()
team.close()
assert Package.from_names('npm', 'foo').team is None
# -*- coding: utf-8 -*-
from __future__ import absolute_import, division, print_function, unicode_literals
import mock
from gratipay.models.package import Package, NPM
from gratipay.models.package.emails import PRIMARY, VERIFIED, UNVERIFIED, UNLINKED, OTHER
from gratipay.testing import Harness
from psycopg2 import IntegrityError
from pytest import raises
Foo = lambda cursor=None: Package.from_names(NPM, 'foo', cursor)
class Basics(Harness):
def test_can_be_instantiated_from_id(self):
package = self.make_package()
assert Package.from_id(package.id).id == package.id
def test_from_id_can_use_a_cursor(self):
package = self.make_package()
with self.db.get_cursor() as cursor:
assert Package.from_id(package.id, cursor).id == package.id
def test_can_be_instantiated_from_names(self):
self.make_package()
assert Package.from_names(NPM, 'foo').name == 'foo'
def test_from_names_can_use_a_cursor(self):
self.make_package()
def test_claiming_deleted_packages_is_a_noop(self):
self.make_package()
self.check()
Package.from_names(NPM, 'foo').delete()
assert self.finish_claiming() == (email.VERIFICATION_SUCCEEDED, [], None)