Files
zuul/tests/fake_graphql.py
Simon Westphahl 83281e3356 Fetch can-merge info when updating a pull-request
Instead of synchronously checking via the GitHub API if a pull request
is mergeable, we can already get the necessary information during Github
event processing so the canMerge() check operates on cached data similar
to how this is done for the Gerrit driver already.

With this we can also remove the additional API requests for the commit
status and check runs since this info can be retrieved via the same GraphQL
request.

Change-Id: I6b4848dcb5d27071deeb6a59642c0e3c03a799da
2020-09-23 12:03:55 +02:00

235 lines
6.5 KiB
Python

# Copyright 2019 BMW Group
#
# Licensed under the Apache License, Version 2.0 (the "License"); you may
# not use this file except in compliance with the License. You may obtain
# a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
# License for the specific language governing permissions and limitations
# under the License.
from graphene import Boolean, Field, Int, List, ObjectType, String
class FakePageInfo(ObjectType):
end_cursor = String()
has_next_page = Boolean()
def resolve_end_cursor(parent, info):
return 'testcursor'
def resolve_has_next_page(parent, info):
return False
class FakeMatchingRef(ObjectType):
name = String()
def resolve_name(parent, info):
return parent
class FakeMatchingRefs(ObjectType):
nodes = List(FakeMatchingRef)
def resolve_nodes(parent, info):
# To simplify tests just return the pattern and a bogus ref that should
# not disturb zuul.
return [parent.pattern, 'bogus-ref']
class FakeBranchProtectionRule(ObjectType):
pattern = String()
requiredStatusCheckContexts = List(String)
requiresApprovingReviews = Boolean()
requiresCodeOwnerReviews = Boolean()
matchingRefs = Field(FakeMatchingRefs, first=Int())
def resolve_pattern(parent, info):
return parent.pattern
def resolve_requiredStatusCheckContexts(parent, info):
return parent.required_contexts
def resolve_requiresApprovingReviews(parent, info):
return parent.require_reviews
def resolve_requiresCodeOwnerReviews(parent, info):
return parent.require_codeowners_review
def resolve_matchingRefs(parent, info, first=None):
return parent
class FakeBranchProtectionRules(ObjectType):
nodes = List(FakeBranchProtectionRule)
def resolve_nodes(parent, info):
return parent.values()
class FakeActor(ObjectType):
login = String()
class FakeStatusContext(ObjectType):
state = String()
context = String()
creator = Field(FakeActor)
def resolve_state(parent, info):
state = parent.state.upper()
return state
def resolve_context(parent, info):
return parent.context
def resolve_creator(parent, info):
return parent.creator
class FakeStatus(ObjectType):
contexts = List(FakeStatusContext)
def resolve_contexts(parent, info):
return parent
class FakeCheckRun(ObjectType):
name = String()
conclusion = String()
def resolve_name(parent, info):
return parent.name
def resolve_conclusion(parent, info):
if parent.conclusion:
return parent.conclusion.upper()
return None
class FakeCheckRuns(ObjectType):
nodes = List(FakeCheckRun)
def resolve_nodes(parent, info):
return parent
class FakeApp(ObjectType):
slug = String()
name = String()
class FakeCheckSuite(ObjectType):
app = Field(FakeApp)
checkRuns = Field(FakeCheckRuns, first=Int())
def resolve_app(parent, info):
if not parent:
return None
return parent[0].app
def resolve_checkRuns(parent, info, first=None):
# We only want to return the latest result for a check run per app.
# Since the check runs are ordered from latest to oldest result we
# need to traverse the list in reverse order.
check_runs_by_name = {
"{}:{}".format(cr.app, cr.name): cr for cr in reversed(parent)
}
return check_runs_by_name.values()
class FakeCheckSuites(ObjectType):
nodes = List(FakeCheckSuite)
def resolve_nodes(parent, info):
# Note: we only use a single check suite in the tests so return a
# single item to keep it simple.
return [parent]
class FakeCommit(ObjectType):
class Meta:
# Graphql object type that defaults to the class name, but we require
# 'Commit'.
name = 'Commit'
status = Field(FakeStatus)
checkSuites = Field(FakeCheckSuites, first=Int())
def resolve_status(parent, info):
seen = set()
result = []
for status in parent._statuses:
if status.context not in seen:
seen.add(status.context)
result.append(status)
# Github returns None if there are no results
return result or None
def resolve_checkSuites(parent, info, first=None):
# Tests only utilize one check suite so return all runs for that.
return parent._check_runs
class FakePullRequest(ObjectType):
isDraft = Boolean()
reviewDecision = String()
def resolve_isDraft(parent, info):
return parent.draft
def resolve_reviewDecision(parent, info):
if hasattr(info.context, 'version') and info.context.version:
if info.context.version < (2, 21, 0):
raise Exception('Field unsupported')
# Check branch protection rules if reviews are required
org, project = parent.project.split('/')
repo = info.context._data.repos[(org, project)]
rule = repo._branch_protection_rules.get(parent.branch)
if not rule or not rule.require_reviews:
# Github returns None if there is no review required
return None
approvals = [r for r in parent.reviews
if r.data['state'] == 'APPROVED']
if approvals:
return 'APPROVED'
return 'REVIEW_REQUIRED'
class FakeRepository(ObjectType):
name = String()
branchProtectionRules = Field(FakeBranchProtectionRules, first=Int())
pullRequest = Field(FakePullRequest, number=Int(required=True))
object = Field(FakeCommit, expression=String(required=True))
def resolve_name(parent, info):
org, name = parent.name.split('/')
return name
def resolve_branchProtectionRules(parent, info, first):
return parent._branch_protection_rules
def resolve_pullRequest(parent, info, number):
return parent.data.pull_requests.get(number)
def resolve_object(parent, info, expression):
return parent._commits.get(expression)
class FakeGithubQuery(ObjectType):
repository = Field(FakeRepository, owner=String(required=True),
name=String(required=True))
def resolve_repository(root, info, owner, name):
return info.context._data.repos.get((owner, name))