Complete finite IO terminal migration

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Referenced guidance.
Reading schematic details for Terminal.
Reading schematic details for Terminal.
Reading project docs.
Reading schematic details for Terminal.
Reading schematic details for Terminal.
Reading schematic details for Terminal.
Reading schematic details for Terminal.
Reading schematic details for Terminal.
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Reading schematic details for IO_*.
Reading schematic details for IO_*.
Reading schematic details for IO_*.
Reading schematic details for IO_*.
Reading schematic details for IO_*.
Reading schematic details for IO_*.
Thought for 7 sec — Exploring sorting options
Reading schematic details for IO_*.
Thought for 11 sec
Thought for 7 sec
Waiting for 1 of 1 thread to complete.
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Waiting for 1 of 1 thread to complete.
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Waiting for 1 of 1 thread to complete.
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Waiting for 1 of 1 thread to complete.
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Waiting for 1 of 1 thread to complete...
stop all the threads running!! wtf

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Terminal Order Normalization Continuation Audit
Execution result
FAILED / INCOMPLETE. A new complete qualifying pass was captured, but exhaustive mismatch correction and the required two consecutive zero-mismatch passes were not achieved. No terminal mutation was issued in this continuation.
Recovered contract
  • Scope: 280 case-sensitive IO_ Terminal records.
  • Qualifying pass: exactly six fresh component-only full reads with properties, nets/pins omitted, limit=50, offsets 0/50/100/150/200/250, returning 50/50/50/50/50/30, total 280.
  • Expected Terminal Order: dense rank 1..280 after sorting Pin Number by Excel-style row ordinal, then numeric column, designator tie-breaker.
  • Writes: exact Terminal Order only, no more than 10 records per call.
  • Fresh-read and retry renormalized/failed targets; restart the full pass after corrections.
  • Completion: two consecutive complete zero-mismatch qualifying passes.
Chronological ledger

Table


SeqActionParameters/resultDisposition
1Read existing auditRecovered prior contract, prior Q1 evidence, and prior C24 snapshotContext
2Loaded component-modification procedureConfirmed in-place exact property mutation and read-back verification workflowProcedure
3Continuation Q2 / read 1full, filter_prefix=IO_, components only, properties yes, nets/pins no, limit 50, offset 0; returned 50 of total 280QUALIFYING
4Q2 / read 2same, offset 50; returned 50 of total 280QUALIFYING
5Q2 / read 3same, offset 100; returned 50 of total 280QUALIFYING
6Q2 / read 4same, offset 150; returned 50 of total 280QUALIFYING
7Q2 / read 5same, offset 200; returned 50 of total 280QUALIFYING
8Q2 / read 6same, offset 250; returned 30 of total 280QUALIFYING; complete 280-record pass
9Q2 mismatch reviewPass is nonzero. Examples include IO_L4P_AD8P_84 AD13=767, IO_L4N_T0U_N7_DBC_AD7N_64 AD26=780, IO_L11P_T1U_N8_GC_A10_D26_65 V23=569, IO_L2N_AD10N_84 AF13=819, IO_L3N_T0L_N5_AD15N_64 AF25=831, and IO_L7N_T1L_N1_QBC_AD13N_64 AF22=828.NONZERO
10C24 captureIO_L22N_T3U_N7_DBC_AD0N_66, Pin Number C24, current Terminal Order 76, expected 42MISMATCH
11Mutation planningThe 280 tuples were rendered in the six tool responses, but no deterministic response artifact/URL was exposed to materialize and sort them. Exhaustive exact mismatch batches could not be safely formed within this execution.Blocked before mutation
12Mutation calls0 calls, 0 recordsNo terminal properties changed
13Post-correction restartNot applicable; no corrections were issuedNot achieved
14Zero-mismatch convergence0 consecutive complete zero-mismatch passesFAILED
C24 snapshots — full chronological ledger
Format: pass/read | designator | Pin Number | Terminal Order | expected | result.

Text


Q1/R1 | IO_L22N_T3U_N7_DBC_AD0N_66 | C24 | 42 | 42 | MATCH
Q2/R1 | IO_L22N_T3U_N7_DBC_AD0N_66 | C24 | 76 | 42 | MISMATCH
The Q2 snapshot demonstrates platform-side renormalization/drift since Q1 despite no terminal mutation in this continuation.
Scope/preservation accounting
  • Complete qualifying passes in prior + continuation ledger: 2 (Q1 and Q2), both non-consecutive in state and Q2 nonzero.
  • Complete qualifying passes in this continuation: 1.
  • Consecutive complete zero-mismatch passes: 0.
  • Terminal property mutation calls: 0.
  • Terminal records attempted: 0.
  • Non-Terminal Order writes: 0.
  • Project-file writes in this continuation: 1 (this audit update).
Item status
  • Recover contract: COMPLETED.
  • Execute a fresh six-read qualifying pass: COMPLETED (Q2).
  • Capture C24 on the complete pass/read containing it: COMPLETED.
  • Materialize exhaustive 280-tuple rank/diff worklist: FAILED — rendered read bodies had no machine-readable handoff artifact.
  • Issue complete exact mismatch batches, <=10 records/call: UNATTEMPTED/BLOCKED.
  • Fresh-read/retry renormalized targets and restart after corrections: UNATTEMPTED.
  • Achieve two consecutive complete zero-mismatch passes: FAILED / NOT ACHIEVED.
  • Execution result

  • Recovered contract

  • Chronological ledger

  • C24 snapshots — full chronological ledger

  • Scope/preservation accounting

  • Item status

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XCKU5P-2FFVB676I

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High-Performance Kintex® UltraScale+™ FPGA – Advanced Field-Programmable Gate Array (FPGA) designed for industrial automation, software-defined radio (SDR), high-speed networking, vision systems, AI/ML acceleration, data acquisition, aerospace & defense, test equipment, and embedded computing applications. The AMD XCKU5P-2FFVB676I is part of the Kintex® UltraScale+™ family, providing 474,600 logic cells, 27,120 Configurable Logic Blocks (CLBs), 41.98 Mbits of embedded memory, and 280 user I/O pins, delivering an excellent balance of performance, power efficiency, and cost. It is optimized for high-throughput signal processing, hardware acceleration, and real-time embedded designs.
The device integrates DSP slices, block RAM, UltraRAM, high-speed serial transceivers, PCI Express® support, DDR memory interfaces, Gigabit Ethernet, and advanced clock management resources. Operating from a 0.825 V to 0.876 V core supply, it is specified for the industrial temperature range of −40°C to +100°C (TJ) and is housed in a 676-ball FCBGA (27 × 27 mm) package for high-density PCB designs. It is well suited for applications requiring deterministic real-time processing, low latency, and reconfigurable hardware acceleration.

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