Execute qualquer Skill no Manus
com um clique

Execute qualquer Skill no Manus com um clique

Começar

ball

Estrelas61

Forks31

Atualizado4 de julho de 2026 às 13:30

Create a new Buckyball Ball operator named $ARGUMENTS, covering the full flow from implementation to verification.

Instalação

Instalar com Codex ou Claude Copie este prompt, cole no Codex, Claude ou outro assistente e deixe que ele revise a página da skill e instale para você.

Executar no Manus

Fonte

DangoSys

DangoSys/buckyball

Abrir repositório GitHub Ver repositórios do creator

Download

Executar no Manus

Ocupações relacionadasSOC

Baseado na classificação ocupacional SOC

Engenheiros de hardware de computadorArquitetura e Engenharia·SOC 17-2061

SKILL.md

readonly

name	ball
description	Create a new Buckyball Ball operator named $ARGUMENTS, covering the full flow from implementation to verification.

Important: all build/simulation operations must go through MCP tools (validate, bbdev_workload_build, bbdev_verilator_run, etc.). Do not use bbdev CLI or nix develop directly.

Phase 1 - Requirement Collection

Inspect registration state and decide ballId + funct7:
- arch/src/main/scala/framework/balldomain/configs/default.json
- examples/chips/toy/arch/src/main/scala/balldomain/DISA.scala
Check for partial existing implementation (incremental mode):
- existing directory in examples/balls/
- existing ISA macro in bb-tests/workloads/lib/bbhw/isa/
- existing CTest in bb-tests/workloads/src/CTest/toy/
Confirm with user:
- operator semantics
- inBW / outBW
- whether op2 is needed
- meaning of iter

Phase 2 - Implement the Ball

Read references:
- simple example: .../prototype/relu/ReluBall.scala, Relu.scala
- complex example: .../prototype/systolicarray/
- Blink protocol: .../blink/blink.scala, bank.scala, status.scala
- SRAM IO: .../memdomain/backend/banks/SramIO.scala
Create files under examples/balls/<name>/arch/src/main/scala/ using templates from references/.

Key constraints

SRAM read latency is 1 cycle (resp.valid in the cycle after req.fire)
Latch command fields when cmdReq.fire
Base FSM pattern: idle -> read -> compute -> write -> complete -> idle
status.idle and status.running must map correctly to FSM states

Phase 3 - Register the Ball

Update files in order:

.../configs/default.json - append ballIdMappings entry and update ballNum
.../bbus/busRegister.scala - add import + match case
.../DISA.scala - add val XXX = BitPat("bxxxxxxx")
.../DomainDecoder.scala - add decode row (BID = ballId.U)

Phase 4 - Add ISA C Macro

Create <funct7_decimal>_<name>.c under bb-tests/workloads/lib/bbhw/isa/, then include it in isa.h.

Phase 5 - Add CTest

Create <name>_test.c under bb-tests/workloads/src/CTest/toy/
Register in bb-tests/workloads/src/CTest/toy/CMakeLists.txt using add_cross_platform_test_target

Phase 6 - Validate, Build, and Simulate

Run validate and ensure all 6 invariants pass
Run bbdev_workload_build
Run bbdev_verilator_run for this Ball's CTest binary
Interpret results:
- PASSED -> done
- FAILED -> switch to /debug

Mais deste repositório

mesmo repositório

check

DangoSys/buckyball

Staticaly validate Buckyball Ball registration consistency and optionally auto-fix mismatches. Use this skill when users ask to inspect registration status, validate Ball configuration, troubleshoot registration issues, or verify consistency after registration edits.

2026-07-0461

verify

DangoSys/buckyball

Verify functional correctness of the Ball named $ARGUMENTS. Use this skill when users ask to verify/test a Ball, check whether a Ball works correctly, or validate a newly created Ball.

2026-07-0461

debug

DangoSys/buckyball

Systematically debug Buckyball simulation failures. Use this skill when simulation returns FAILED, CTest fails, Chisel compilation errors appear, or users report abnormal Ball behavior. It covers log analysis, waveform analysis, and common failure pattern matching.

2026-04-0861

optimize

DangoSys/buckyball

Analyze and optimize latency and area for the RTL module named $ARGUMENTS. Applies to any RTL module (Ball, MemFrontend, BBus, GlobalROB, etc.), not limited to Ball operators.

2026-04-0861

waveform

DangoSys/buckyball

Use waveform-mcp tools to analyze VCD/FST waveforms and inspect Buckyball signal timing. Use this skill for cycle-level timing analysis, handshake debugging, FSM transition checks, or whenever waveform-level evidence is needed.

2026-04-0861

name	ball
description	Create a new Buckyball Ball operator named $ARGUMENTS, covering the full flow from implementation to verification.

Important: all build/simulation operations must go through MCP tools (validate, bbdev_workload_build, bbdev_verilator_run, etc.). Do not use bbdev CLI or nix develop directly.

Phase 1 - Requirement Collection

Inspect registration state and decide ballId + funct7:
- arch/src/main/scala/framework/balldomain/configs/default.json
- examples/chips/toy/arch/src/main/scala/balldomain/DISA.scala
Check for partial existing implementation (incremental mode):
- existing directory in examples/balls/
- existing ISA macro in bb-tests/workloads/lib/bbhw/isa/
- existing CTest in bb-tests/workloads/src/CTest/toy/
Confirm with user:
- operator semantics
- inBW / outBW
- whether op2 is needed
- meaning of iter

Phase 2 - Implement the Ball

Read references:
- simple example: .../prototype/relu/ReluBall.scala, Relu.scala
- complex example: .../prototype/systolicarray/
- Blink protocol: .../blink/blink.scala, bank.scala, status.scala
- SRAM IO: .../memdomain/backend/banks/SramIO.scala
Create files under examples/balls/<name>/arch/src/main/scala/ using templates from references/.

Key constraints

SRAM read latency is 1 cycle (resp.valid in the cycle after req.fire)
Latch command fields when cmdReq.fire
Base FSM pattern: idle -> read -> compute -> write -> complete -> idle
status.idle and status.running must map correctly to FSM states

Phase 3 - Register the Ball

Update files in order:

.../configs/default.json - append ballIdMappings entry and update ballNum
.../bbus/busRegister.scala - add import + match case
.../DISA.scala - add val XXX = BitPat("bxxxxxxx")
.../DomainDecoder.scala - add decode row (BID = ballId.U)

Phase 4 - Add ISA C Macro

Create <funct7_decimal>_<name>.c under bb-tests/workloads/lib/bbhw/isa/, then include it in isa.h.

Phase 5 - Add CTest

Create <name>_test.c under bb-tests/workloads/src/CTest/toy/
Register in bb-tests/workloads/src/CTest/toy/CMakeLists.txt using add_cross_platform_test_target

Phase 6 - Validate, Build, and Simulate

Run validate and ensure all 6 invariants pass
Run bbdev_workload_build
Run bbdev_verilator_run for this Ball's CTest binary
Interpret results:
- PASSED -> done
- FAILED -> switch to /debug