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coderabbit-migration-deep-dive Execute CodeRabbit major re-architecture and migration strategies with strangler fig pattern.
Use when migrating to or from CodeRabbit, performing major version upgrades,
or re-platforming existing integrations to CodeRabbit.
Trigger with phrases like "migrate coderabbit", "coderabbit migration",
"switch to coderabbit", "coderabbit replatform", "coderabbit upgrade major".
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name coderabbit-migration-deep-dive description Execute CodeRabbit major re-architecture and migration strategies with strangler fig pattern.
Use when migrating to or from CodeRabbit, performing major version upgrades,
or re-platforming existing integrations to CodeRabbit.
Trigger with phrases like "migrate coderabbit", "coderabbit migration",
"switch to coderabbit", "coderabbit replatform", "coderabbit upgrade major".
allowed-tools Read, Write, Edit, Bash(npm:*), Bash(node:*), Bash(kubectl:*) version 1.0.0 license MIT author Jeremy Longshore <jeremy@intentsolutions.io>
CodeRabbit Migration Deep Dive
Overview
Comprehensive guide for migrating to or from CodeRabbit, or major version upgrades.
Prerequisites
Current system documentation
CodeRabbit SDK installed
Feature flag infrastructure
Rollback strategy tested
Migration Types
Type Complexity Duration Risk
Fresh install Low Days Low From competitor Medium Weeks Medium Major version Medium Weeks Medium Full replatform High Months High
Pre-Migration Assessment
Step 1: Current State Analysis
find . -name "*.ts" -o -name "*.py" | xargs grep -l "coderabbit" > coderabbit-files.txt
wc -l coderabbit-files.txt
npm list | grep coderabbit
pip freeze | grep coderabbit
Step 2: Data Inventory interface MigrationInventory {
dataTypes : string [];
recordCounts : Record <string , number >;
dependencies : string [];
integrationPoints : string [];
customizations : string [];
}
async function assessCodeRabbitMigration ( ): Promise <MigrationInventory > {
return {
dataTypes : await getDataTypes (),
recordCounts : await getRecordCounts (),
dependencies : await analyzeDependencies (),
integrationPoints : await findIntegrationPoints (),
customizations : await documentCustomizations (),
};
}
Migration Strategy: Strangler Fig Pattern Phase 1: Parallel Run
┌─────────────┐ ┌─────────────┐
│ Old │ │ New │
│ System │ ──▶ │ CodeRabbit │
│ (100%) │ │ (0%) │
└─────────────┘ └─────────────┘
Phase 2: Gradual Shift
┌─────────────┐ ┌─────────────┐
│ Old │ │ New │
│ (50%) │ ──▶ │ (50%) │
└─────────────┘ └─────────────┘
Phase 3: Complete
┌─────────────┐ ┌─────────────┐
│ Old │ │ New │
│ (0%) │ ──▶ │ (100%) │
└─────────────┘ └─────────────┘
Implementation Plan
Phase 1: Setup (Week 1-2)
npm install @coderabbit/sdk
cp .env.example .env.coderabbit
node -e "require('@coderabbit/sdk').ping()"
Phase 2: Adapter Layer (Week 3-4)
interface ServiceAdapter {
create (data : CreateInput ): Promise <Resource >;
read (id : string ): Promise <Resource >;
update (id : string , data : UpdateInput ): Promise <Resource >;
delete (id : string ): Promise <void >;
}
class CodeRabbitAdapter implements ServiceAdapter {
async create (data : CreateInput ): Promise <Resource > {
const coderabbitData = this .transform (data);
return coderabbitClient.create (coderabbitData);
}
private transform (data : CreateInput ): CodeRabbitInput {
}
}
Phase 3: Data Migration (Week 5-6) async function migrateCodeRabbitData ( ): Promise <MigrationResult > {
const batchSize = 100 ;
let processed = 0 ;
let errors : MigrationError [] = [];
for await (const batch of oldSystem.iterateBatches (batchSize)) {
try {
const transformed = batch.map (transform);
await coderabbitClient.batchCreate (transformed);
processed += batch.length ;
} catch (error) {
errors.push ({ batch, error });
}
console .log (`Migrated ${processed} records` );
}
return { processed, errors };
}
Phase 4: Traffic Shift (Week 7-8)
function getServiceAdapter ( ): ServiceAdapter {
const coderabbitPercentage = getFeatureFlag ('coderabbit_migration_percentage' );
if (Math .random () * 100 < coderabbitPercentage) {
return new CodeRabbitAdapter ();
}
return new LegacyAdapter ();
}
Rollback Plan
kubectl set env deployment/app CODERABBIT_ENABLED=false
kubectl rollout restart deployment/app
./scripts/restore-from-backup.sh --date YYYY-MM-DD
curl https://app.yourcompany.com/health | jq '.services.coderabbit'
Post-Migration Validation async function validateCodeRabbitMigration ( ): Promise <ValidationReport > {
const checks = [
{ name : 'Data count match' , fn : checkDataCounts },
{ name : 'API functionality' , fn : checkApiFunctionality },
{ name : 'Performance baseline' , fn : checkPerformance },
{ name : 'Error rates' , fn : checkErrorRates },
];
const results = await Promise .all (
checks.map (async c => ({ name : c.name , result : await c.fn () }))
);
return { checks : results, passed : results.every (r => r.result .success ) };
}
Instructions
Step 1: Assess Current State Document existing implementation and data inventory.
Step 2: Build Adapter Layer Create abstraction layer for gradual migration.
Step 3: Migrate Data Run batch data migration with error handling.
Step 4: Shift Traffic Gradually route traffic to new CodeRabbit integration.
Output
Migration assessment complete
Adapter layer implemented
Data migrated successfully
Traffic fully shifted to CodeRabbit
Error Handling Issue Cause Solution Data mismatch Transform errors Validate transform logic Performance drop No caching Add caching layer Rollback triggered Errors spiked Reduce traffic percentage Validation failed Missing data Check batch processing
Examples
Quick Migration Status const status = await validateCodeRabbitMigration ();
console .log (`Migration ${status.passed ? 'PASSED' : 'FAILED' } ` );
status.checks .forEach (c => console .log (` ${c.name} : ${c.result.success} ` ));
Resources
Flagship+ Skills For advanced troubleshooting, see coderabbit-advanced-troubleshooting.