162 lines
6.1 KiB
Ruby
162 lines
6.1 KiB
Ruby
# frozen_string_literal: true
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require 'spec_helper'
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RSpec.describe LooseForeignKeys::DeletedRecord, type: :model do
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let_it_be(:table) { 'public.projects' }
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describe 'class methods' do
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let_it_be(:deleted_record_1) { described_class.create!(fully_qualified_table_name: table, primary_key_value: 5, cleanup_attempts: 2) }
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let_it_be(:deleted_record_2) { described_class.create!(fully_qualified_table_name: table, primary_key_value: 1, cleanup_attempts: 0) }
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let_it_be(:deleted_record_3) { described_class.create!(fully_qualified_table_name: 'public.other_table', primary_key_value: 3) }
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let_it_be(:deleted_record_4) { described_class.create!(fully_qualified_table_name: table, primary_key_value: 1, cleanup_attempts: 1) } # duplicate
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let(:records) { described_class.load_batch_for_table(table, 10) }
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describe '.load_batch_for_table' do
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it 'loads records and orders them by creation date' do
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expect(records).to eq([deleted_record_1, deleted_record_2, deleted_record_4])
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end
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it 'supports configurable batch size' do
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records = described_class.load_batch_for_table(table, 2)
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expect(records).to eq([deleted_record_1, deleted_record_2])
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end
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end
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describe '.mark_records_processed' do
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it 'updates all records' do
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described_class.mark_records_processed(records)
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expect(described_class.status_pending.count).to eq(1)
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expect(described_class.status_processed.count).to eq(3)
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end
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end
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describe '.reschedule' do
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it 'reschedules all records' do
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time = Time.zone.parse('2022-01-01').utc
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update_count = described_class.reschedule(records, time)
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expect(update_count).to eq(records.size)
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records.each(&:reload)
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expect(records).to all(have_attributes(
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cleanup_attempts: 0,
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consume_after: time
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))
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end
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end
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describe '.increment_attempts' do
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it 'increaments the cleanup_attempts column' do
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described_class.increment_attempts(records)
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expect(deleted_record_1.reload.cleanup_attempts).to eq(3)
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expect(deleted_record_2.reload.cleanup_attempts).to eq(1)
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expect(deleted_record_4.reload.cleanup_attempts).to eq(2)
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end
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end
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end
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describe 'sliding_list partitioning' do
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let(:connection) { described_class.connection }
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let(:partition_manager) { Gitlab::Database::Partitioning::PartitionManager.new(described_class) }
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describe 'next_partition_if callback' do
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let(:active_partition) { described_class.partitioning_strategy.active_partition.value }
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subject(:value) { described_class.partitioning_strategy.next_partition_if.call(active_partition) }
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context 'when the partition is empty' do
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it { is_expected.to eq(false) }
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end
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context 'when the partition has records' do
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before do
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described_class.create!(fully_qualified_table_name: 'public.table', primary_key_value: 1, status: :processed)
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described_class.create!(fully_qualified_table_name: 'public.table', primary_key_value: 2, status: :pending)
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end
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it { is_expected.to eq(false) }
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end
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context 'when the first record of the partition is older than PARTITION_DURATION' do
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before do
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described_class.create!(
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fully_qualified_table_name: 'public.table',
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primary_key_value: 1,
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created_at: (described_class::PARTITION_DURATION + 1.day).ago)
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described_class.create!(fully_qualified_table_name: 'public.table', primary_key_value: 2)
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end
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it { is_expected.to eq(true) }
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end
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end
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describe 'detach_partition_if callback' do
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let(:active_partition) { described_class.partitioning_strategy.active_partition.value }
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subject(:value) { described_class.partitioning_strategy.detach_partition_if.call(active_partition) }
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context 'when the partition contains unprocessed records' do
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before do
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described_class.create!(fully_qualified_table_name: 'public.table', primary_key_value: 1, status: :processed)
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described_class.create!(fully_qualified_table_name: 'public.table', primary_key_value: 2, status: :pending)
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end
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it { is_expected.to eq(false) }
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end
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context 'when the partition contains only processed records' do
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before do
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described_class.create!(fully_qualified_table_name: 'public.table', primary_key_value: 1, status: :processed)
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described_class.create!(fully_qualified_table_name: 'public.table', primary_key_value: 2, status: :processed)
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end
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it { is_expected.to eq(true) }
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end
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end
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describe 'the behavior of the strategy' do
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it 'moves records to new partitions as time passes', :freeze_time do
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# We start with partition 1
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expect(described_class.partitioning_strategy.current_partitions.map(&:value)).to eq([1])
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# it's not a day old yet so no new partitions are created
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partition_manager.sync_partitions
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expect(described_class.partitioning_strategy.current_partitions.map(&:value)).to eq([1])
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# add one record so the next partition will be created
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described_class.create!(fully_qualified_table_name: 'public.table', primary_key_value: 1)
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# after traveling forward a day
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travel(described_class::PARTITION_DURATION + 1.second)
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# a new partition is created
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partition_manager.sync_partitions
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expect(described_class.partitioning_strategy.current_partitions.map(&:value)).to eq([1, 2])
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# and we can insert to the new partition
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expect { described_class.create!(fully_qualified_table_name: table, primary_key_value: 5) }.not_to raise_error
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# after processing old records
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LooseForeignKeys::DeletedRecord.for_partition(1).update_all(status: :processed)
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partition_manager.sync_partitions
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# the old one is removed
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expect(described_class.partitioning_strategy.current_partitions.map(&:value)).to eq([2])
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# and we only have the newly created partition left.
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expect(described_class.count).to eq(1)
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end
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end
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end
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end
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