-- =====================================================
-- VERIFY PHASE 2 MIGRATION
-- =====================================================
-- Date: 2025-11-06
-- Purpose: Comprehensive verification of Phase 2 data migration
-- Status: Run after all Phase 2 scripts complete
-- =====================================================

USE shopdb;

-- =====================================================
-- SECTION 1: PC TO MACHINES MIGRATION
-- =====================================================

SELECT '========================================' AS '';
SELECT 'PHASE 2 MIGRATION VERIFICATION' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

SELECT '========================================' AS '';
SELECT '1. PC TO MACHINES MIGRATION' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

-- Compare counts
SELECT 'Record counts:' AS '';
SELECT
    'Original active PCs' AS category,
    COUNT(*) as count
FROM pc WHERE isactive = 1
UNION ALL
SELECT
    'New machines with pctypeid' AS category,
    COUNT(*) as count
FROM machines WHERE pctypeid IS NOT NULL
UNION ALL
SELECT
    'Mapping table records' AS category,
    COUNT(*) as count
FROM pc_to_machine_id_mapping;

SELECT '' AS '';

-- Check for unmapped PCs
SELECT 'Unmapped PCs (should be 0):' AS '';
SELECT COUNT(*) as unmapped_pcs
FROM pc p
WHERE p.isactive = 1
  AND NOT EXISTS (
    SELECT 1 FROM pc_to_machine_id_mapping m WHERE m.pcid = p.pcid
  );

SELECT '' AS '';

-- Machine type distribution
SELECT 'Machine type distribution:' AS '';
SELECT
    mt.machinetype,
    COUNT(*) as count
FROM machines m
JOIN machinetypes mt ON m.machinetypeid = mt.machinetypeid
WHERE m.pctypeid IS NOT NULL
GROUP BY mt.machinetype
ORDER BY count DESC;

SELECT '' AS '';

-- Data quality checks
SELECT 'Data quality checks:' AS '';
SELECT
    'Machines with NULL hostname' AS check_name,
    COUNT(*) as count,
    CASE WHEN COUNT(*) = 0 THEN '✓' ELSE '⚠️' END as status
FROM machines WHERE pctypeid IS NOT NULL AND hostname IS NULL
UNION ALL
SELECT
    'Machines with NULL machinetypeid',
    COUNT(*),
    CASE WHEN COUNT(*) = 0 THEN '✓' ELSE '⚠️' END
FROM machines WHERE pctypeid IS NOT NULL AND machinetypeid IS NULL
UNION ALL
SELECT
    'Machines with NULL machinestatusid',
    COUNT(*),
    CASE WHEN COUNT(*) = 0 THEN '✓' ELSE '⚠️' END
FROM machines WHERE pctypeid IS NOT NULL AND machinestatusid IS NULL;

SELECT '' AS '';

-- =====================================================
-- SECTION 2: NETWORK INTERFACES MIGRATION
-- =====================================================

SELECT '========================================' AS '';
SELECT '2. NETWORK INTERFACES MIGRATION' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

-- Count comparison
SELECT 'Network interface counts:' AS '';
SELECT
    'Original pc_network_interfaces (active)' AS category,
    COUNT(*) as count
FROM pc_network_interfaces WHERE isactive = 1
UNION ALL
SELECT
    'Migrated to communications (Network_Interface type)' AS category,
    COUNT(*) as count
FROM communications c
JOIN comstypes ct ON c.comstypeid = ct.comstypeid
WHERE ct.typename = 'Network_Interface';

SELECT '' AS '';

-- Check for unmapped interfaces
SELECT 'Unmapped network interfaces (should be 0):' AS '';
SELECT COUNT(*) as unmapped_interfaces
FROM pc_network_interfaces ni
WHERE ni.isactive = 1
  AND NOT EXISTS (
    SELECT 1 FROM communications c
    JOIN comstypes ct ON c.comstypeid = ct.comstypeid
    JOIN pc_to_machine_id_mapping m ON c.machineid = m.new_machineid
    WHERE m.pcid = ni.pcid
      AND ct.typename = 'Network_Interface'
      AND c.address = ni.ipaddress
  );

SELECT '' AS '';

-- Sample migrated data
SELECT 'Sample migrated network interfaces (first 3):' AS '';
SELECT
    c.comid,
    m.hostname,
    c.address AS ipaddress,
    c.macaddress,
    c.interfacename,
    c.isdhcp
FROM communications c
JOIN machines m ON c.machineid = m.machineid
JOIN comstypes ct ON c.comstypeid = ct.comstypeid
WHERE ct.typename = 'Network_Interface'
LIMIT 3;

SELECT '' AS '';

-- =====================================================
-- SECTION 3: COMM CONFIG MIGRATION
-- =====================================================

SELECT '========================================' AS '';
SELECT '3. COMM CONFIG MIGRATION' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

-- Count by type
SELECT 'Comm config counts by type:' AS '';
SELECT
    'Original pc_comm_config' AS category,
    COUNT(*) as count
FROM pc_comm_config
UNION ALL
SELECT
    'Migrated Serial configs' AS category,
    COUNT(*) as count
FROM communications c
JOIN comstypes ct ON c.comstypeid = ct.comstypeid
WHERE ct.typename = 'Serial'
UNION ALL
SELECT
    'Migrated IP configs' AS category,
    COUNT(*) as count
FROM communications c
JOIN comstypes ct ON c.comstypeid = ct.comstypeid
WHERE ct.typename = 'IP';

SELECT '' AS '';

-- Check for unmapped configs
SELECT 'Unmapped comm configs (should be 0):' AS '';
SELECT COUNT(*) as unmapped_configs
FROM pc_comm_config cc
WHERE NOT EXISTS (
    SELECT 1 FROM communications c
    JOIN pc_to_machine_id_mapping m ON c.machineid = m.new_machineid
    WHERE m.pcid = cc.pcid
);

SELECT '' AS '';

-- Sample serial configs
SELECT 'Sample serial communications (first 2):' AS '';
SELECT
    c.comid,
    m.hostname,
    c.address AS port,
    c.baud,
    c.databits,
    c.stopbits,
    c.parity
FROM communications c
JOIN machines m ON c.machineid = m.machineid
JOIN comstypes ct ON c.comstypeid = ct.comstypeid
WHERE ct.typename = 'Serial'
LIMIT 2;

SELECT '' AS '';

-- Sample IP configs
SELECT 'Sample IP communications (first 2):' AS '';
SELECT
    c.comid,
    m.hostname,
    c.address AS ipaddress,
    c.port AS socket
FROM communications c
JOIN machines m ON c.machineid = m.machineid
JOIN comstypes ct ON c.comstypeid = ct.comstypeid
WHERE ct.typename = 'IP'
LIMIT 2;

SELECT '' AS '';

-- =====================================================
-- SECTION 4: WARRANTIES MIGRATION
-- =====================================================

SELECT '========================================' AS '';
SELECT '4. WARRANTIES MIGRATION' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

-- Count comparison
SELECT 'Warranty counts:' AS '';
SELECT
    'Original PCs with warranty dates' AS category,
    COUNT(*) as count
FROM pc WHERE warrantyenddate IS NOT NULL AND isactive = 1
UNION ALL
SELECT
    'Migrated warranty records' AS category,
    COUNT(*) as count
FROM warranties w
WHERE w.machineid IN (SELECT new_machineid FROM pc_to_machine_id_mapping);

SELECT '' AS '';

-- Warranty status distribution
SELECT 'Warranty status distribution:' AS '';
SELECT
    warrantystatus,
    COUNT(*) as count
FROM vw_warranty_status
WHERE machineid IN (SELECT new_machineid FROM pc_to_machine_id_mapping)
GROUP BY warrantystatus
ORDER BY count DESC;

SELECT '' AS '';

-- Warranties expiring soon
SELECT 'Warranties expiring in next 90 days:' AS '';
SELECT COUNT(*) as expiring_soon
FROM vw_warranties_expiring
WHERE machineid IN (SELECT new_machineid FROM pc_to_machine_id_mapping);

SELECT '' AS '';

-- Sample warranties
SELECT 'Sample migrated warranties (first 3):' AS '';
SELECT
    w.warrantyid,
    m.hostname,
    w.enddate,
    w.servicelevel,
    DATEDIFF(w.enddate, CURDATE()) as days_remaining
FROM warranties w
JOIN machines m ON w.machineid = m.machineid
WHERE m.pctypeid IS NOT NULL
LIMIT 3;

SELECT '' AS '';

-- =====================================================
-- SECTION 5: DUALPATH ASSIGNMENTS MIGRATION
-- =====================================================

SELECT '========================================' AS '';
SELECT '5. DUALPATH ASSIGNMENTS MIGRATION' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

-- Count comparison
SELECT 'Dualpath assignment counts:' AS '';
SELECT
    'Original pc_dualpath_assignments' AS category,
    COUNT(*) as count
FROM pc_dualpath_assignments
UNION ALL
SELECT
    'Dualpath relationships (total)' AS category,
    COUNT(*) as count
FROM machinerelationships mr
JOIN relationshiptypes rt ON mr.relationshiptypeid = rt.relationshiptypeid
WHERE rt.relationshiptype = 'Dualpath'
  AND mr.isactive = 1
UNION ALL
SELECT
    'Expected dualpath relationships (assignments × 2)' AS category,
    COUNT(*) * 2 as count
FROM pc_dualpath_assignments
WHERE primary_machine IS NOT NULL
  AND secondary_machine IS NOT NULL;

SELECT '' AS '';

-- Check bidirectional consistency
SELECT 'Bidirectional relationship check:' AS '';
SELECT
    'One-way relationships (should be 0)' AS check_name,
    COUNT(*) as count,
    CASE WHEN COUNT(*) = 0 THEN '✓' ELSE '⚠️' END as status
FROM machinerelationships mr1
JOIN relationshiptypes rt ON mr1.relationshiptypeid = rt.relationshiptypeid
WHERE rt.relationshiptype = 'Dualpath'
  AND mr1.isactive = 1
  AND NOT EXISTS (
    SELECT 1 FROM machinerelationships mr2
    WHERE mr2.machineid = mr1.related_machineid
      AND mr2.related_machineid = mr1.machineid
      AND mr2.relationshiptypeid = mr1.relationshiptypeid
      AND mr2.isactive = 1
  );

SELECT '' AS '';

-- Sample dualpath pairs
SELECT 'Sample dualpath machine pairs (first 3):' AS '';
SELECT
    machine1_number,
    machine1_hostname,
    machine2_number,
    machine2_hostname
FROM vw_dualpath_machines
LIMIT 3;

SELECT '' AS '';

-- =====================================================
-- SECTION 6: OVERALL COMMUNICATIONS SUMMARY
-- =====================================================

SELECT '========================================' AS '';
SELECT '6. OVERALL COMMUNICATIONS SUMMARY' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

-- Communications by type
SELECT 'Communications by type (all):' AS '';
SELECT
    ct.typename,
    COUNT(*) as count
FROM communications c
JOIN comstypes ct ON c.comstypeid = ct.comstypeid
WHERE c.isactive = 1
GROUP BY ct.typename
ORDER BY count DESC;

SELECT '' AS '';

-- Communications data quality
SELECT 'Communications data quality:' AS '';
SELECT
    'Communications with NULL machineid' AS check_name,
    COUNT(*) as count,
    CASE WHEN COUNT(*) = 0 THEN '✓' ELSE '⚠️' END as status
FROM communications WHERE machineid IS NULL
UNION ALL
SELECT
    'Communications with NULL comstypeid' AS check_name,
    COUNT(*) as count,
    CASE WHEN COUNT(*) = 0 THEN '✓' ELSE '⚠️' END as status
FROM communications WHERE comstypeid IS NULL
UNION ALL
SELECT
    'Network interfaces without IP address' AS check_name,
    COUNT(*) as count,
    CASE WHEN COUNT(*) = 0 THEN '✓' ELSE '⚠️' END as status
FROM communications c
JOIN comstypes ct ON c.comstypeid = ct.comstypeid
WHERE ct.typename = 'Network_Interface'
  AND (c.address IS NULL OR c.address = '');

SELECT '' AS '';

-- =====================================================
-- SECTION 7: RELATIONSHIP SUMMARY
-- =====================================================

SELECT '========================================' AS '';
SELECT '7. RELATIONSHIP SUMMARY' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

-- Relationships by type
SELECT 'Relationships by type:' AS '';
SELECT
    rt.relationshiptype,
    COUNT(*) as count
FROM machinerelationships mr
JOIN relationshiptypes rt ON mr.relationshiptypeid = rt.relationshiptypeid
WHERE mr.isactive = 1
GROUP BY rt.relationshiptype
ORDER BY count DESC;

SELECT '' AS '';

-- =====================================================
-- SECTION 8: BACKUP TABLE VERIFICATION
-- =====================================================

SELECT '========================================' AS '';
SELECT '8. BACKUP TABLE VERIFICATION' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

-- Verify all backup tables exist
SELECT 'Backup tables created:' AS '';
SELECT
    'pc_backup_phase2' AS backup_table,
    COUNT(*) as record_count,
    CASE WHEN COUNT(*) > 0 THEN '✓' ELSE '⚠️' END as status
FROM pc_backup_phase2
UNION ALL
SELECT
    'pc_network_interfaces_backup_phase2' AS backup_table,
    COUNT(*) as record_count,
    CASE WHEN COUNT(*) > 0 THEN '✓' ELSE '⚠️' END as status
FROM pc_network_interfaces_backup_phase2
UNION ALL
SELECT
    'pc_comm_config_backup_phase2' AS backup_table,
    COUNT(*) as record_count,
    CASE WHEN COUNT(*) > 0 THEN '✓' ELSE '⚠️' END as status
FROM pc_comm_config_backup_phase2
UNION ALL
SELECT
    'pc_dualpath_assignments_backup_phase2' AS backup_table,
    COUNT(*) as record_count,
    CASE WHEN COUNT(*) > 0 THEN '✓' ELSE '⚠️' END as status
FROM pc_dualpath_assignments_backup_phase2;

SELECT '' AS '';

-- =====================================================
-- SECTION 9: FINAL SUMMARY
-- =====================================================

SELECT '========================================' AS '';
SELECT 'MIGRATION SUMMARY' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

-- Overall migration statistics
SELECT 'Overall migration statistics:' AS '';
SELECT
    CONCAT('PCs migrated: ', COUNT(*)) AS statistic
FROM machines WHERE pctypeid IS NOT NULL
UNION ALL
SELECT
    CONCAT('Network interfaces migrated: ', COUNT(*))
FROM communications c
JOIN comstypes ct ON c.comstypeid = ct.comstypeid
WHERE ct.typename = 'Network_Interface'
UNION ALL
SELECT
    CONCAT('Serial/IP configs migrated: ', COUNT(*))
FROM communications c
JOIN comstypes ct ON c.comstypeid = ct.comstypeid
WHERE ct.typename IN ('Serial', 'IP')
UNION ALL
SELECT
    CONCAT('Warranty records migrated: ', COUNT(*))
FROM warranties w
WHERE w.machineid IN (SELECT new_machineid FROM pc_to_machine_id_mapping)
UNION ALL
SELECT
    CONCAT('Dualpath relationships created: ', COUNT(*))
FROM machinerelationships mr
JOIN relationshiptypes rt ON mr.relationshiptypeid = rt.relationshiptypeid
WHERE rt.relationshiptype = 'Dualpath'
  AND mr.isactive = 1;

SELECT '' AS '';

-- Critical issues check
SELECT 'Critical issues (should all be 0):' AS '';
SELECT
    COUNT(*) as unmapped_pcs,
    (SELECT COUNT(*) FROM pc_network_interfaces ni
     WHERE ni.isactive = 1
       AND NOT EXISTS (
         SELECT 1 FROM communications c
         JOIN pc_to_machine_id_mapping m ON c.machineid = m.new_machineid
         WHERE m.pcid = ni.pcid
       )) as unmapped_interfaces,
    (SELECT COUNT(*) FROM pc_comm_config cc
     WHERE NOT EXISTS (
       SELECT 1 FROM communications c
       JOIN pc_to_machine_id_mapping m ON c.machineid = m.new_machineid
       WHERE m.pcid = cc.pcid
     )) as unmapped_configs,
    (SELECT COUNT(*) FROM communications WHERE machineid IS NULL) as null_machineids
FROM pc p
WHERE p.isactive = 1
  AND NOT EXISTS (
    SELECT 1 FROM pc_to_machine_id_mapping m WHERE m.pcid = p.pcid
  );

SELECT '' AS '';

SELECT '========================================' AS '';
SELECT '✓ PHASE 2 VERIFICATION COMPLETE' AS '';
SELECT '========================================' AS '';
SELECT '' AS '';

-- Next steps
SELECT 'Next steps:' AS '';
SELECT '1. Review verification results above' AS '';
SELECT '2. Check for any warnings (⚠️) or non-zero critical issues' AS '';
SELECT '3. If all checks pass, proceed to Phase 3 (view updates)' AS '';
SELECT '4. If issues found, investigate using backup tables' AS '';

-- =====================================================
-- NOTES
-- =====================================================
-- This script provides comprehensive verification of Phase 2 migration
--
-- Sections verified:
-- 1. PC to machines migration (277 PCs)
-- 2. Network interfaces to communications
-- 3. Comm config to communications (Serial/IP)
-- 4. Warranty data migration
-- 5. Dualpath assignments to machine relationships
-- 6. Overall communications summary
-- 7. Relationship types summary
-- 8. Backup table verification
-- 9. Final summary and critical issues
--
-- All checks should show ✓ status
-- Critical issues count should be 0
--
-- If any issues found, use backup tables:
-- - pc_backup_phase2
-- - pc_network_interfaces_backup_phase2
-- - pc_comm_config_backup_phase2
-- - pc_dualpath_assignments_backup_phase2
-- =====================================================