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|
# frozen_string_literal: true
require 'fast_spec_helper'
describe Gitlab::SidekiqConfig::Worker do
def create_worker(queue:, **attributes)
namespace = queue.include?(':') && queue.split(':').first
inner_worker = double(
queue: queue,
queue_namespace: namespace,
get_feature_category: attributes[:feature_category],
get_weight: attributes[:weight],
get_worker_resource_boundary: attributes[:resource_boundary],
get_urgency: attributes[:urgency],
worker_has_external_dependencies?: attributes[:has_external_dependencies],
idempotent?: attributes[:idempotent]
)
described_class.new(inner_worker, ee: false)
end
describe '#ee?' do
it 'returns the EE status set on creation' do
expect(described_class.new(double, ee: true)).to be_ee
expect(described_class.new(double, ee: false)).not_to be_ee
end
end
describe '#==' do
def worker_with_yaml(yaml)
described_class.new(double, ee: false).tap do |worker|
allow(worker).to receive(:to_yaml).and_return(yaml)
end
end
it 'defines two workers as equal if their YAML representations are equal' do
expect(worker_with_yaml('a')).to eq(worker_with_yaml('a'))
expect(worker_with_yaml('a')).not_to eq(worker_with_yaml('b'))
end
it 'returns true when a worker is compared with its YAML representation' do
expect(worker_with_yaml('a')).to eq('a')
expect(worker_with_yaml(a: 1, b: 2)).to eq(a: 1, b: 2)
end
end
describe 'delegations' do
[
:feature_category_not_owned?, :get_feature_category, :get_weight,
:get_worker_resource_boundary, :get_urgency, :queue,
:queue_namespace, :worker_has_external_dependencies?
].each do |meth|
it "delegates #{meth} to the worker class" do
worker = double
expect(worker).to receive(meth)
described_class.new(worker, ee: false).send(meth)
end
end
end
describe 'sorting' do
it 'sorts queues with a namespace before those without a namespace' do
namespaced_worker = create_worker(queue: 'namespace:queue')
plain_worker = create_worker(queue: 'a_queue')
expect([plain_worker, namespaced_worker].sort)
.to eq([namespaced_worker, plain_worker])
end
it 'sorts alphabetically by queue' do
workers = [
create_worker(queue: 'namespace:a'),
create_worker(queue: 'namespace:b'),
create_worker(queue: 'other_namespace:a'),
create_worker(queue: 'other_namespace:b'),
create_worker(queue: 'a'),
create_worker(queue: 'b')
]
expect(workers.shuffle.sort).to eq(workers)
end
end
describe 'YAML encoding' do
it 'encodes the worker in YAML as a hash of the queue' do
attributes_a = {
feature_category: :source_code_management,
has_external_dependencies: false,
urgency: :default,
resource_boundary: :memory,
weight: 2,
idempotent: true
}
attributes_b = {
feature_category: :not_owned,
has_external_dependencies: true,
urgency: :high,
resource_boundary: :unknown,
weight: 3,
idempotent: false
}
worker_a = create_worker(queue: 'a', **attributes_a)
worker_b = create_worker(queue: 'b', **attributes_b)
expect(YAML.dump(worker_a))
.to eq(YAML.dump(attributes_a.reverse_merge(name: 'a')))
expect(YAML.dump([worker_a, worker_b]))
.to eq(YAML.dump([attributes_a.reverse_merge(name: 'a'),
attributes_b.reverse_merge(name: 'b')]))
end
end
describe '#namespace_and_weight' do
it 'returns a namespace, weight pair for the worker' do
expect(create_worker(queue: 'namespace:a', weight: 2).namespace_and_weight)
.to eq(['namespace', 2])
end
end
describe '#queue_and_weight' do
it 'returns a queue, weight pair for the worker' do
expect(create_worker(queue: 'namespace:a', weight: 2).queue_and_weight)
.to eq(['namespace:a', 2])
end
end
end
|
