Integrations & APIs

easyzoom Skill

Use when integrating, porting, configuring, or debugging EasyLogger output, filters, timestamps, colors, async logging, flash logging, or embedded log loss

easyzoom Skill

Use when integrating, porting, configuring, or debugging FreeModbus RTU, ASCII, TCP, serial ports, timers, events, register callbacks, or Modbus protocol issues

easyzoom Skill

Use when integrating or debugging heatshrink embedded compression — encoder/decoder sink/poll/finish loops, window/lookahead sz2, HSER/HSDR codes, or static vs dynamic alloc

easyzoom Skill

Use when integrating, porting, configuring, or debugging OpenThread, Thread networking, radio platform abstraction, border routers, commissioning, or low-power mesh behavior

easyzoom Skill

Use when designing, integrating, testing, or debugging OTA firmware update flows, package formats, transport, rollback, versioning, or power-fail safety on embedded devices

easyzoom Skill

Use when integrating, configuring, or debugging SEGGER RTT logs, J-Link real-time terminal I/O, RTT control blocks, buffers, blocking modes, or embedded debug output

easyzoom Skill

Use when integrating, porting, configuring, or debugging an embedded zoom-shell style command console, UART CLI, command parser, or tiny MCU shell

easyzoom Skill

Use when integrating, porting, configuring, or debugging CmBacktrace on Cortex-M faults, stack traces, firmware metadata, fault handlers, or crash logs

easyzoom Skill

Use when implementing, verifying, or debugging CRC, checksum, hash-lite integrity checks, polynomial parameters, endian handling, or protocol frame validation in embedded systems

easyzoom Skill

Use when integrating, porting, configuring, or debugging letter-shell command shells, UART shell transport, command registration, RTOS shell tasks, or embedded debug consoles

easyzoom Skill

Use when integrating, configuring, or debugging STM32 HAL, LL, CubeMX generated code, clocks, GPIO, DMA, NVIC, peripheral handles, or Cube firmware examples

easyzoom Skill

Use when integrating or debugging TensorFlow Lite Micro (LiteRT) on MCUs — op resolver, tensor arena sizing, AllocateTensors, Invoke, int8 quantization, and missing-op errors

easyzoom Skill

Use when integrating, porting, configuring, or debugging embedded MQTT clients, brokers, keepalive, QoS, TLS transport, reconnects, or publish-subscribe issues

easyzoom Skill

Use when integrating, porting, calibrating, or debugging MCU sensor drivers, register maps, I2C/SPI transport, interrupts, FIFO, timing, or data conversion

easyzoom Skill

Use when integrating, porting, configuring, or debugging XMODEM or YMODEM serial transfer, bootloader firmware update, CRC, packet timeout, or flash-write flows

easyzoom Skill

Use when integrating, porting, configuring, or debugging nr_micro_shell command consoles, UART shell input, command tables, or tiny embedded CLI behavior

easyzoom Skill

Use when adding, configuring, or debugging Unity, Ceedling, CMock, or embedded C unit tests, mocks, fixtures, build variants, or CI test runs

easyzoom Skill

Use when integrating, configuring, or debugging Nordic nRF Connect SDK, Zephyr-based nRF projects, BLE, SoftDevice Controller, Partition Manager, DFU, or nRF drivers

easyzoom Skill

Use when integrating, porting, configuring, or debugging embedded PowerManagement libraries, power domains, sleep policies, device suspend/resume, or runtime PM frameworks

easyzoom Skill

Use when integrating or debugging cellular AT modems (Quectel, SIMCom, u-blox) over UART for CREG/CEREG registration, CGDCONT APN/PDP, TCP/UDP sockets, or URC parsing

easyzoom Skill

Use when integrating, porting, configuring, or debugging FreeRTOS+TCP networking, network interface drivers, buffer management, DHCP, sockets, or embedded TCP/IP issues

easyzoom Skill

Use when integrating or debugging Li-ion charger/fuel gauge ICs (BQ24295, BQ27441, MAX17048) over I2C, covering charge start, watchdog host mode, NTC/JEITA faults, and SOC jumps

nledford Bundle

Write high-quality git commits and commit messages. Use when the user asks to commit changes, split a working tree into logical commits, improve commit messages, prepare reviewer-friendly new commits, or apply Conventional Commits guidance in any plain git repository. Do not use for amend/fixup/autosquash, branch operations, integration, recovery, push, tags, or worktrees; use git-workflows.

nledford Skill

Structured ideation for ambiguous software engineering work. Use when agents need to generate multiple options, compare tradeoffs, or converge on a recommendation before implementation, architecture, domain modeling, API design, migration, refactor, testing strategy, or debugging choices after systematic reproduction. Do not use for simple mechanical tasks, obvious single-path fixes, or active unexplained symptoms; use systematic-debugging first.

nledford Bundle

Safe Git branch, remote, history-inspection, integration, rewrite, conflict, recovery, tag, and worktree workflows. Use when switching or restoring, fetching/pulling/pushing, managing upstreams or remotes, inspecting history with log/blame/bisect, merging/rebasing/squashing/cherry-picking/reverting/resetting, resolving conflicts, recovering with reflog, or managing tags and worktrees. Do not use for commit grouping or message drafting, checked-in CI/release automation, code review, GitHub pull-request operations, or release-readiness decisions.

nledford Bundle

Select, add, migrate, review, test, or optimize Zod schemas; parse unknown JSON, form, query, environment, event, or tool data; map Zod errors; or use Zod-to-JSON-Schema and backend interoperability. Do not use for static TypeScript-only work, backend-native validation, public API design, authorization, sanitization, or domain-invariant ownership.

nledford Skill

PHP testing and quality-lane guidance. Use when selecting, adding, running, or reviewing PHPUnit, Pest, Behat, PHPStan, Psalm, PHP_CodeSniffer, PHP-CS-Fixer, Infection, framework harnesses, PHP integration tests, browser E2E tests, or PHP 8.4 compatibility tests. Do not use for ordinary PHP implementation, pattern choice, or smell-only review; use php-engineering, php-design-patterns, or php-antipatterns instead.

nledford Skill

Determine, recommend, review, or apply Semantic Versioning changes. Use when deciding whether a release needs a patch, minor, or major bump; calculating the next version; auditing changes since the last release; handling 0.x, 1.0.0, prerelease, deprecation, dependency, or mixed-change cases; or updating version metadata after the bump is chosen. Do not use as the primary skill for designing an API contract, changing checked-in release automation, creating Git tags, publishing artifacts, or making the final ship-or-hold decision.

nledford Skill

Rust design pattern and idiom guidance. Use when choosing, implementing, or reviewing Rust patterns such as newtypes, builders, RAII guards, traits, strategy, visitor, command, compose-structs, small crates, contained unsafe modules, custom traits for complex bounds, macros, or ownership-driven API design. Use rust-antipatterns for smell-focused audits and load rust-engineering whenever applying or implementing a pattern.

nledford Skill

Rust testing and quality-gate guidance. Use when writing, updating, running, filtering, or reporting Rust unit, integration, end-to-end, property-style, compile-fail, or Rustdoc tests; when applying TDD or BDD to Rust changes; or when using cargo fmt, cargo check, cargo test, cargo test --doc, cargo clippy, cargo-nextest, Bacon/bacon.toml feedback loops, and CI-oriented Rust validation. Do not use for checked-in hosted CI/release-provider configuration except the Rust commands and test lanes it invokes; use ci-release-engineering.

nledford Bundle

Evidence-driven debugging for active bugs, failing tests, runtime exceptions, flaky behavior, performance regressions, build/lint/type/compile failures, integration failures, crashes, and unexpected behavior. Use before proposing fixes for a current symptom. Use root-cause-analysis for recurring incidents, systemic failures, and postmortem-style prevention work.

fatih-developer Bundle

Comprehensive map and workflows for the API domain. Triggers when users ask to 'design an API', 'secure the APIs', 'update endpoints', 'view the API ecosystem', or want to see all available API orchestration skills.

fatih-developer Bundle

Before executing a task, analyze the available tool set (web search, code execution, file read/write, API calls, database queries, memory tools), select the optimal tools, plan execution order, and prevent unnecessary tool calls. Triggers on multi-step tasks, 'which tool should I use', 'plan the tools', or whenever multiple tools could apply.

fatih-developer Bundle

Designs realistic API mock servers. Goes beyond happy paths by designing stateful mocks (create order -> get order) for complex integrations.

fatih-developer Bundle

Selects the most suitable API protocol (REST, GraphQL, gRPC) based on project requirements like latency, payload size, and real-time needs.

fatih-developer Bundle

Architects the provider side of the webhook infrastructure. Not only sends data but designs event schemas and robust delivery mechanisms.