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How to Use GitScrum for Database Migration Projects?

How to use GitScrum for database migration projects?

Manage database migrations in GitScrum with migration-specific labels, track dependencies, and document schemas in NoteVault. Coordinate with application releases, track rollback procedures. Migration teams with structured workflow reduce data incidents by 60% [Source: Database Management Research 2024].

Database migration workflow:

  1. Design - Schema change plan
  2. Write - Migration script
  3. Review - DBA review
  4. Test - Staging deployment
  5. Coordinate - App deployment
  6. Deploy - Production
  7. Verify - Data integrity

Migration labels

LabelPurpose
type-migrationDatabase migration
migration-schemaSchema change
migration-dataData migration
migration-indexIndex change
migration-destructiveData loss risk
migration-reversibleCan rollback

Migration columns

ColumnPurpose
PlanningDesigning change
DevelopmentWriting migration
ReviewDBA review
StagingTesting
ProductionDeployed

NoteVault migration docs

DocumentContent
Schema documentationCurrent schema
Migration historyAll migrations
Rollback proceduresHow to revert
Best practicesMigration standards
Deployment playbookHow to deploy

Migration task template

## Migration: [description]

### Change Type
- [ ] Schema change
- [ ] Data migration
- [ ] Index change
- [ ] Constraint change

### Details
- Table(s): [affected]
- Change: [description]
- Data impact: [rows affected]

### Migration Script
[Link to migration file]

### Deployment Order
1. [Step 1]
2. [Step 2]

### Rollback
- Reversible: [yes/no]
- Script: [rollback script]
- Data recovery: [approach]

### Checklist
- [ ] Migration written
- [ ] Rollback written
- [ ] DBA reviewed
- [ ] Staging tested
- [ ] Performance tested
- [ ] Production deployed

Schema change types

TypeRisk Level
Add columnLow
Add tableLow
Add indexMedium
Alter columnMedium
Drop columnHigh
Drop tableHigh

Backward compatible approach

PatternImplementation
Add columnAdd with default
Rename columnCopy + deprecate
Change typeAdd new + migrate
Remove columnDeploy code first

Deployment coordination

App + DB ChangeOrder
New columnDB first, then app
Column removalApp first, then DB
Type changeMulti-step

Testing requirements

TestVerify
Migration runsScript executes
Rollback worksCan revert
PerformanceAcceptable time
Data integrityNo corruption
App compatibilityWorks with app

Large migration handling

ConsiderationApproach
Table sizeBatch processing
DowntimeOnline migration
LockingLock-free approach
DurationTime estimate

Common migration issues

IssueSolution
Long locksOnline DDL
Data lossBackup first
App incompatibilityBackward compatible
Failed migrationRollback procedure

Migration metrics

MetricTrack
Migration timeDuration
Rollback rate% rolled back
IncidentsPost-migration issues
Review coverage% DBA reviewed

DBA review checklist

CheckVerify
☐ Syntax correctValid SQL
☐ PerformanceIndexes considered
☐ LockingMinimal locks
☐ RollbackCan revert
☐ Data safetyNo data loss