132 lines
5.4 KiB
PL/PgSQL
132 lines
5.4 KiB
PL/PgSQL
begin;
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select plan(31); -- Total number of tests (reduced - removed idx_tablo_access_tablo_id tests)
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-- ============================================================================
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-- Tablo Access Indexes
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-- ============================================================================
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-- Note: idx_tablo_access_tablo_id does not exist in current schema
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-- Only idx_tablo_access_user_id exists
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SELECT has_index('public', 'tablo_access', 'idx_tablo_access_user_id',
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'Index on tablo_access.user_id should exist');
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-- Test that the index is on the correct column
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SELECT index_is_type('public', 'tablo_access', 'idx_tablo_access_user_id', 'btree',
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'tablo_access.user_id index should be btree');
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-- ============================================================================
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-- Events Table Indexes
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-- ============================================================================
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SELECT has_index('public', 'events', 'idx_events_tablo_id',
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'Index on events.tablo_id should exist');
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SELECT has_index('public', 'events', 'idx_events_created_by',
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'Index on events.created_by should exist');
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SELECT has_index('public', 'events', 'idx_events_start_date',
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'Index on events.start_date should exist');
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SELECT has_index('public', 'events', 'idx_events_deleted_at',
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'Index on events.deleted_at should exist');
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SELECT index_is_type('public', 'events', 'idx_events_tablo_id', 'btree',
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'events.tablo_id index should be btree');
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SELECT index_is_type('public', 'events', 'idx_events_start_date', 'btree',
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'events.start_date index should be btree');
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-- ============================================================================
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-- Notes Table Indexes
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-- ============================================================================
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SELECT has_index('public', 'notes', 'idx_notes_user_id',
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'Index on notes.user_id should exist');
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SELECT has_index('public', 'notes', 'idx_notes_deleted_at',
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'Index on notes.deleted_at should exist');
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SELECT has_index('public', 'notes', 'idx_notes_created_at',
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'Index on notes.created_at should exist');
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SELECT index_is_type('public', 'notes', 'idx_notes_user_id', 'btree',
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'notes.user_id index should be btree');
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SELECT index_is_type('public', 'notes', 'idx_notes_deleted_at', 'btree',
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'notes.deleted_at index should be btree');
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-- ============================================================================
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-- Shared Notes Table Indexes
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-- ============================================================================
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SELECT has_index('public', 'shared_notes', 'idx_shared_notes_is_public',
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'Index on shared_notes.is_public should exist');
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SELECT has_index('public', 'shared_notes', 'idx_shared_notes_user_id',
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'Index on shared_notes.user_id should exist');
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SELECT index_is_type('public', 'shared_notes', 'idx_shared_notes_is_public', 'btree',
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'shared_notes.is_public index should be btree');
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-- ============================================================================
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-- Note Access Table Indexes
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-- ============================================================================
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SELECT has_index('public', 'note_access', 'idx_note_access_note_id',
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'Index on note_access.note_id should exist');
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SELECT has_index('public', 'note_access', 'idx_note_access_user_id',
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'Index on note_access.user_id should exist');
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SELECT has_index('public', 'note_access', 'idx_note_access_tablo_id',
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'Index on note_access.tablo_id should exist');
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SELECT has_index('public', 'note_access', 'idx_note_access_is_active',
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'Index on note_access.is_active should exist');
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-- ============================================================================
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-- Unique Indexes for Note Access
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-- ============================================================================
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SELECT has_index('public', 'note_access', 'unique_note_access_with_tablo',
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'Unique index on note_access (note_id, user_id, tablo_id) should exist');
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SELECT has_index('public', 'note_access', 'unique_note_access_all_tablos',
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'Unique index on note_access (note_id, user_id) for NULL tablo_id should exist');
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-- ============================================================================
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-- Primary Key Indexes
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-- ============================================================================
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-- Test that primary keys exist (which create implicit indexes)
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SELECT has_pk('public', 'tablos', 'tablos should have primary key');
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SELECT has_pk('public', 'tablo_access', 'tablo_access should have primary key');
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SELECT has_pk('public', 'tablo_invites', 'tablo_invites should have primary key');
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SELECT has_pk('public', 'feedbacks', 'feedbacks should have primary key');
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SELECT has_pk('public', 'events', 'events should have primary key');
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SELECT has_pk('public', 'notes', 'notes should have primary key');
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SELECT has_pk('public', 'shared_notes', 'shared_notes should have primary key');
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SELECT has_pk('public', 'note_access', 'note_access should have primary key');
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-- ============================================================================
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-- Verify Index Coverage for Common Query Patterns
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-- ============================================================================
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-- Test that commonly queried foreign key columns have indexes
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-- This helps with JOIN performance and foreign key constraint enforcement
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SELECT ok(
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(
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SELECT COUNT(*)
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FROM pg_indexes
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WHERE schemaname = 'public'
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AND tablename = 'events'
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AND indexdef LIKE '%tablo_id%'
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) > 0,
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'events should have index on tablo_id for foreign key joins'
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);
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select * from finish();
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rollback;
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