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# frozen_string_literal: true
module Atlassian
module JiraConnect
class Client < Gitlab::HTTP
def self.generate_update_sequence_id
(Time.now.utc.to_f * 1000).round
end
def initialize(base_uri, shared_secret)
@base_uri = base_uri
@shared_secret = shared_secret
end
def send_info(project:, update_sequence_id: nil, **args)
common = { project: project, update_sequence_id: update_sequence_id }
dev_info = args.slice(:commits, :branches, :merge_requests)
build_info = args.slice(:pipelines)
deploy_info = args.slice(:deployments)
ff_info = args.slice(:feature_flags)
responses = []
responses << store_dev_info(**common, **dev_info) if dev_info.present?
responses << store_build_info(**common, **build_info) if build_info.present?
responses << store_deploy_info(**common, **deploy_info) if deploy_info.present?
responses << store_ff_info(**common, **ff_info) if ff_info.present?
raise ArgumentError, 'Invalid arguments' if responses.empty?
responses.compact
end
# Fetch user information for the given account.
# https://developer.atlassian.com/cloud/jira/platform/rest/v3/api-group-users/#api-rest-api-3-user-get
def user_info(account_id)
r = get('/rest/api/3/user', { accountId: account_id, expand: 'groups' })
JiraUser.new(r.parsed_response) if r.code == 200
end
private
def get(path, query_params)
uri = URI.join(@base_uri, path)
uri.query = URI.encode_www_form(query_params)
self.class.get(uri, headers: headers(uri, 'GET'))
end
def store_ff_info(project:, feature_flags:, **opts)
items = feature_flags.map { |flag| ::Atlassian::JiraConnect::Serializers::FeatureFlagEntity.represent(flag, opts) }
items.reject! { |item| item.issue_keys.empty? }
return if items.empty?
r = post('/rest/featureflags/0.1/bulk', {
flags: items,
properties: { projectId: "project-#{project.id}" }
})
handle_response(r, 'feature flags') do |data|
failed = data['failedFeatureFlags']
if failed.present?
errors = failed.flat_map do |k, errs|
errs.map { |e| "#{k}: #{e['message']}" }
end
{ 'errorMessages' => errors }
end
end
end
def store_deploy_info(project:, deployments:, **opts)
items = deployments.map { |d| ::Atlassian::JiraConnect::Serializers::DeploymentEntity.represent(d, opts) }
items.reject! { |d| d.issue_keys.empty? }
return if items.empty?
r = post('/rest/deployments/0.1/bulk', { deployments: items })
handle_response(r, 'deployments') { |data| errors(data, 'rejectedDeployments', r) }
end
def store_build_info(project:, pipelines:, update_sequence_id: nil)
builds = pipelines.map do |pipeline|
build = ::Atlassian::JiraConnect::Serializers::BuildEntity.represent(
pipeline,
update_sequence_id: update_sequence_id
)
next if build.issue_keys.empty?
build
end.compact
return if builds.empty?
r = post('/rest/builds/0.1/bulk', { builds: builds })
handle_response(r, 'builds') { |data| errors(data, 'rejectedBuilds', r) }
end
def store_dev_info(project:, commits: nil, branches: nil, merge_requests: nil, update_sequence_id: nil)
repo = ::Atlassian::JiraConnect::Serializers::RepositoryEntity.represent(
project,
commits: commits,
branches: branches,
merge_requests: merge_requests,
user_notes_count: user_notes_count(merge_requests),
update_sequence_id: update_sequence_id
)
post('/rest/devinfo/0.10/bulk', { repositories: [repo] })
end
def post(path, payload)
uri = URI.join(@base_uri, path)
self.class.post(uri, headers: headers(uri), body: metadata.merge(payload).to_json)
end
def headers(uri, http_method = 'POST')
{
'Authorization' => "JWT #{jwt_token(http_method, uri)}",
'Content-Type' => 'application/json',
'Accept' => 'application/json'
}
end
def metadata
{ providerMetadata: { product: "GitLab #{Gitlab::VERSION}" } }
end
def handle_response(response, name, &block)
data = response.parsed_response
if [200, 202].include?(response.code)
yield data
else
case response.code
when 400 then { 'errorMessages' => data.map { |e| e['message'] } }
when 401 then { 'errorMessages' => ['Invalid JWT'] }
when 403 then { 'errorMessages' => ["App does not support #{name}"] }
when 413 then { 'errorMessages' => ['Data too large'] + data.map { |e| e['message'] } }
when 429 then { 'errorMessages' => ['Rate limit exceeded'] }
when 503 then { 'errorMessages' => ['Service unavailable'] }
else
{ 'errorMessages' => ['Unknown error'], 'response' => data }
end.merge('responseCode' => response.code)
end
end
def errors(data, key, response)
messages = if data[key].present?
data[key].flat_map do |rejection|
rejection['errors'].map { |e| e['message'] }
end
else
[]
end
{ 'errorMessages' => messages, 'responseCode' => response.code, 'requestBody' => request_body_schema(response) }
end
def request_body_schema(response)
Oj.load(response.request.raw_body)
rescue Oj::ParseError, EncodingError, Encoding::UndefinedConversionError
'Request body includes invalid JSON'
end
def user_notes_count(merge_requests)
return unless merge_requests
Note.count_for_collection(merge_requests.map(&:id), 'MergeRequest').to_h do |count_group|
[count_group.noteable_id, count_group.count]
end
end
def jwt_token(http_method, uri)
claims = Atlassian::Jwt.build_claims(
Atlassian::JiraConnect.app_key,
uri,
http_method,
@base_uri
)
Atlassian::Jwt.encode(claims, @shared_secret)
end
end
end
end
|
