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Chartwell/Books/Accounting/Jira/IA-2691.txt
2026-04-13 14:20:04 -04:00

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JIRA Story - RAG Knowledge Base
Accounting IA-2691: Remove Nightly Cancel Process for Manual Cancels from MP Nightly
Chunk 1: Overview
Metadata:
storyId=IA-2691, type=overview, domain=manualCancel, workflow=nightlyProcessing
Content:
Purpose:
Extracts the manual cancel process from the MP nightly job to enable independent execution, ensuring manual cancels continue to function after MP is decommissioned.
Business Goal:
Maintain continuity of cancel notices while decoupling from the MP nightly schedule, allowing operational flexibility and independent scheduling.
Core Behavior:
Remove manual cancel logic from MP nightly job
Execute cancel process independently as a standalone job
Generate cancel notices that exactly match requested manual cancels
Replicate MP weekend and holiday behavior (as per C390)
Outcome:
Manual cancel requests continue to be processed reliably, producing accurate cancel notices even if MP nightly job is no longer active.
Chunk 2: Preconditions and Dependencies
Metadata:
storyId=IA-2691, type=preconditions, dependencies=MPNightly,C461,IINSE461,C390
Content:
Required Preconditions:
MP nightly job currently includes the manual cancel process
C461 program and IINSE461 logic are accessible for reuse
Weekend and holiday behavior must be mimicked (C390)
Dependencies:
Access to MP nightly job logic for verification
Spool files for validation of cancel notices
Potential creation of a new scheduled job for independent execution
Implicit Rule (Made Explicit):
Manual cancels must continue to execute correctly regardless of MP nightly status
Any changes to logic must maintain consistency with prior cancel notice behavior
Chunk 3: Functional Requirement - Manual Cancel Process
Metadata:
storyId=IA-2691, type=functional, documentType=ManualCancel
Content:
Required Fields (Normalized):
CancelRequestId
PolicyNumber
CancelNoticeDate
CancelReason
Purpose:
Represents manual cancel requests that must trigger cancel notices.
Implicit Rules (Made Explicit):
Each manual cancel request generates exactly one cancel notice
CancelNoticeDate represents the date notice is generated
CancelReason must be preserved for downstream reporting and decisioning
Weekend/holiday cancel logic (C390) must be applied consistently
Chunk 4: Workflow and Processing Flow
Metadata:
storyId=IA-2691, type=workflow, orchestration=manualCancel
Content:
Processing Flow:
Receive manual cancel requests
Execute cancel logic via standalone job (extracted from MP nightly)
Call C461, which invokes IINSE461
Generate cancel notices for each request
Output spool file for validation
Verify cancel notices match requested cancels
Key Rule:
Standalone cancel process must replicate MP nightly behavior, including weekends and holidays, without requiring MP job execution.
Chunk 5: Non-Functional Requirements
Metadata:
storyId=IA-2691, type=nonFunctional, category=processReliability
Content:
System Requirements:
Standalone job must reliably produce accurate cancel notices
Execution should be schedulable independently of MP nightly job
Process must not degrade existing system performance
Performance Consideration:
Must complete within acceptable operational window
Spool file validation must be efficient and precise
Chunk 6: External System Responsibilities
Metadata:
storyId=IA-2691, type=externalSystems, systems=MPNightly,C461,IINSE461
Content:
MPNightly Responsibilities:
Previously provided manual cancel execution logic
C461 Responsibilities:
Execute cancel process logic
Call IINSE461 for core cancel functionality
IINSE461 Responsibilities:
Generate cancel notices for each manual cancel request
Implicit Rule (Made Explicit):
Spool files act as primary validation mechanism for cancel notices
Standalone job leverages existing logic but becomes the primary executor of manual cancels
Chunk 7: Business Rules
Metadata:
storyId=IA-2691, type=businessRules, domain=manualCancelProcessing
Content:
Core Rules:
Each manual cancel request triggers one cancel notice
CancelNoticeDate must reflect actual notice generation date
Weekend and holiday rules (C390) must be applied to standalone execution
Standalone job must fully replicate MP nightly cancel behavior
Edge Cases:
MP nightly job is offline → manual cancels must still execute correctly
Multiple cancel requests for same policy → each request generates a separate notice
Discrepancy in cancel notice count → requires spool file validation
Chunk 8: Data Quality Assumptions and Risks
Metadata:
storyId=IA-2691, type=dataQuality, riskLevel=low
Content:
Assumptions:
Cancel requests are accurate and complete
C461/IINSE461 logic correctly reflects MP nightly behavior
Spool files reliably record all cancel notices
Risks:
Discrepancies between standalone job output and prior MP behavior
Missing or incorrect cancel requests may result in missing notices
Mitigation:
Validate output against MP nightly logic before full deployment
Use spool files to verify notice counts
Test weekend/holiday scenarios explicitly
Chunk 9: Search Queries Supported
Metadata:
storyId=IA-2691, type=queryPatterns, purpose=RAGRetrieval
Content:
This knowledge base supports queries such as:
"How is manual cancel process extracted from MP nightly?"
"Which programs handle manual cancel notices?"
"How are cancel notices validated?"
"How is C390 weekend/holiday behavior applied?"
"What fields are required for manual cancel requests?"
"How do standalone cancel jobs differ from MP nightly execution?"
"How are discrepancies in cancel notice counts handled?"
Chunk 10: Before vs After Architecture
Metadata:
storyId=IA-2691, type=architecture, domain=manualCancel, view=beforeAfter
Content:
Before:
Manual cancel logic was embedded in MP nightly job.
Execution depended on MP nightly schedule.
Weekend/holiday behavior (C390) applied implicitly within MP logic.
Cancel notices generated as part of broader MP nightly spool output.
After:
Manual cancel process extracted into a standalone job.
Independent scheduling possible outside MP nightly window.
C461/IINSE461 handle cancel execution logic directly.
Weekend/holiday behavior (C390) explicitly applied.
Spool file output used solely for manual cancel validation.
Impact:
Decouples manual cancel responsibility from MP nightly job.
Reduces dependency risk if MP nightly fails or is decommissioned.
Provides clear operational boundaries for monitoring and reruns.
Chunk 11: Operational Runbook Implications
Metadata:
storyId=IA-2691, type=operations, domain=manualCancel, category=runbook
Content:
Rerun Procedure:
Identify pending manual cancel requests.
Execute standalone manual cancel job.
Verify spool file output matches requested cancel count.
If discrepancies exist, rerun job after investigation.
Monitoring:
Track job execution status via scheduler logs.
Validate cancel notice count against request queue.
Compare output against historical MP nightly behavior for consistency.
Alerts:
Alert if job fails to complete or crashes.
Alert if cancel notice count ≠ cancel request count.
Alert for spool file generation issues.
Alert for failed weekend/holiday behavior logic (C390).
Key Operational Considerations:
Job can be scheduled independently of MP nightly batch window.
Spool files are primary source for verification; store and retain per SLA.
Include rollback or compensating actions if notices are incorrectly generated.
Document all manual reruns in operational logs for auditing purposes.
These two chunks complement the earlier 9 chunks perfectly: the architecture chunk visualizes the decoupling and the runbook chunk gives concrete operational guidance for execution, monitoring, and alerting.
If you want, I can
also generate a compact visual diagram for “Before vs After Architecture” to include in the KB—its highly useful for onboarding and RAG retrieval.