- Introduced Aggregator.sol for Chainlink-compatible oracle functionality, including round-based updates and access control. - Added OracleWithCCIP.sol to extend Aggregator with CCIP cross-chain messaging capabilities. - Created .gitmodules to include OpenZeppelin contracts as a submodule. - Developed a comprehensive deployment guide in NEXT_STEPS_COMPLETE_GUIDE.md for Phase 2 and smart contract deployment. - Implemented Vite configuration for the orchestration portal, supporting both Vue and React frameworks. - Added server-side logic for the Multi-Cloud Orchestration Portal, including API endpoints for environment management and monitoring. - Created scripts for resource import and usage validation across non-US regions. - Added tests for CCIP error handling and integration to ensure robust functionality. - Included various new files and directories for the orchestration portal and deployment scripts.
150 lines
4.6 KiB
Markdown
150 lines
4.6 KiB
Markdown
# Infrastructure Status Analysis
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## Current Cluster Status Breakdown
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### Summary
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- **Total Clusters**: 25 (24 deployment regions + 1 admin region)
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- **Ready (Succeeded)**: 1/25 (4%)
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- **Creating**: 0
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- **Failed**: 7/25 (28%)
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- **Canceled**: 16/25 (64%)
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- **Missing**: 1/25 (4%)
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### Status Breakdown
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#### ✅ Ready Clusters (1)
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- **az-p-we-aks-main** (West Europe - Admin region)
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- Status: Succeeded
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- Power State: Running
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- Purpose: Administrative cluster (no validators/sentries)
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#### ❌ Failed Clusters (7)
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Failed clusters are in a terminal error state and cannot be updated:
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1. **az-p-bc-aks-main** (Belgium Central) - Power: Deallocated
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2. **az-p-cc-aks-main** (Canada Central) - Power: Deallocated
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3. **az-p-fc-aks-main** (France Central) - Power: Deallocated
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4. **az-p-gwc-aks-main** (Germany West Central) - Power: Deallocated
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5. **az-p-noe-aks-main** (Norway East) - Power: Deallocated
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6. **az-p-sc-aks-main** (Spain Central) - Power: Deallocated
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7. **az-p-ukw-aks-main** (UK West) - Power: Deallocated
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**Common Issues**:
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- Clusters stopped during creation/update
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- Terraform errors: "Managed Cluster is in stopped state, no operations except for start are allowed"
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- Resource allocation failures
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- Quota limitations
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#### ⚠️ Canceled Clusters (16)
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Canceled clusters were interrupted during deployment:
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1. **az-p-ae-aks-main** (Australia East)
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2. **az-p-ase-aks-main** (Australia Southeast)
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3. **az-p-ci-aks-main** (Central India)
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4. **az-p-ea-aks-main** (East Asia)
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5. **az-p-in-aks-main** (Italy North)
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6. **az-p-je-aks-main** (Japan East)
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7. **az-p-jw-aks-main** (Japan West)
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8. **az-p-kc-aks-main** (Korea Central)
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9. **az-p-ks-aks-main** (Korea South)
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10. **az-p-mc-aks-main** (Mexico Central)
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11. **az-p-ne-aks-main** (North Europe)
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12. **az-p-pc-aks-main** (Poland Central)
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13. **az-p-si-aks-main** (South India)
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14. **az-p-sea-aks-main** (Southeast Asia)
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15. **az-p-sn-aks-main** (Switzerland North)
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16. **az-p-uks-aks-main** (UK South)
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**Common Issues**:
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- Deployment was canceled/interrupted
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- Terraform process was stopped
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- User cancellation
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- Timeout during creation
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### Root Cause Analysis
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#### Primary Issues:
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1. **Stopped State Problem**:
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- Clusters were stopped during Terraform updates
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- Error: "Managed Cluster is in stopped state, no operations except for start are allowed"
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- Terraform cannot update stopped clusters
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- Clusters need to be started before updates
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2. **Deployment Interruption**:
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- Terraform deployment was interrupted/canceled
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- Multiple deployment attempts left clusters in inconsistent states
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- State lock issues prevented proper reconciliation
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3. **Quota/Limit Issues**:
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- vCPU quota constraints
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- Resource allocation failures
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- AKS surge node consumption
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4. **State Mismatch**:
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- Clusters exist in Azure but not in Terraform state
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- Import issues prevented proper state management
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- Deleted clusters not properly removed from state
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### Solutions Needed
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#### Immediate Actions:
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1. **Clean Up Failed Clusters**:
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```bash
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# Delete failed clusters so they can be recreated
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./scripts/deployment/delete-bad-clusters.sh
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```
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2. **Start Stopped Clusters** (if any):
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```bash
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# Start any stopped clusters
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./scripts/deployment/start-stopped-clusters.sh
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```
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3. **Re-run Terraform**:
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```bash
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cd terraform/well-architected/cloud-sovereignty
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terraform apply -parallelism=128 -auto-approve
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```
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4. **Clean Up Canceled Clusters**:
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- Canceled clusters may need manual deletion
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- Or wait for automatic cleanup
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#### Long-term Solutions:
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1. **Fix Terraform Configuration**:
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- Prevent cluster stopping during updates
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- Add lifecycle rules to prevent accidental stops
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- Improve error handling
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2. **Improve Deployment Process**:
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- Use blue/green deployment for node pool updates
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- Implement proper state management
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- Add rollback capabilities
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3. **Quota Management**:
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- Request quota increases if needed
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- Optimize resource allocation
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- Monitor quota usage
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### Current Workarounds
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1. **West Europe Cluster Ready**: Can proceed with deployment to this cluster
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2. **Scripts Ready**: All deployment scripts are ready to use when clusters are available
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3. **Infrastructure Foundation**: Resource groups and networking are mostly created
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### Next Steps
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1. Delete failed/canceled clusters
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2. Re-run Terraform deployment
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3. Wait for clusters to become ready
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4. Re-execute next steps once more clusters are ready
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### Monitoring
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- **Terraform Log**: `/tmp/terraform-apply-unlocked.log`
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- **Cluster Status**: `az aks list --query '[?contains(name, "az-p-")].{name:name, state:provisioningState}' -o table`
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- **Dashboard**: `./scripts/deployment/deployment-dashboard.sh`
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