Integrations & APIs

rudironsoni Skill

Complete guide for AutoFixture and Bogus integration. Use when you need to combine AutoFixture with Bogus to generate test data that is both anonymous and realistic. Covers SpecimenBuilder integration, hybrid generators, test data factories, and circular reference handling. Keywords: autofixture bogus integration, autofixture bogus, bogus integration, Faker, EmailSpecimenBuilder, PhoneSpecimenBuilder, NameSpecimenBuilder, realistic test data, semantic data, hybrid generator, HybridTestDataGenerator, OmitOnRecursionBehavior, circular reference

rudironsoni Skill

Specialized skill for ASP.NET Core integration testing. Use when testing Web API endpoints, HTTP request/response, middleware, and dependency injection. Covers WebApplicationFactory, TestServer, HttpClient testing, in-memory database configuration. Keywords: integration testing, web api testing, WebApplicationFactory, TestServer, HttpClient testing, controller testing, endpoint testing, RESTful API testing, Microsoft.AspNetCore.Mvc.Testing, CreateClient, ConfigureWebHost, AwesomeAssertions.Web, Be200Ok, Be404NotFound, middleware testing, dependency injection testing

rudironsoni Skill

AutoFixture and NSubstitute Integration Guide - Implementing Auto-Mocking. Use when you need to automatically create mock objects and simplify testing of complex dependency injection. Covers AutoNSubstituteDataAttribute, Frozen mechanism, Greedy construction strategy. Includes customized handling for special dependencies like IMapper (AutoMapper/Mapster). Keywords: autofixture nsubstitute, auto mocking, AutoNSubstituteDataAttribute, auto-mocking, Frozen, AutoNSubstituteCustomization, AutoFixture.AutoNSubstitute, Greedy, fixture.Freeze, Received(), Returns(), IMapper, AutoMapper, Mapster, mapper testing

ashfordeou Bundle

Use when verifying DO-254 airborne electronic hardware: determine the verification methods that apply to a simple or complex AEH item, check whether independent verification is expected at the hardware design assurance level, validate requirements-based test coverage against the A/B and C/D ratios, review hardware/software integration evidence, and confirm the verification effort is complete against the required method set. Methods scale from reduced verification for simple AEH to test, analysis, and review for complex AEH. Trigger: do-254, verification, airborne electronic hardware, aehl, hardware design assurance, requirements-based test, hardware/software integration, review, analysis.

ashfordeou Bundle

Use when you must compute the time-optimal bang-bang control of a double integrator: the switching curve s = x + v|v|/(2a), the bang-bang command u = -a*sign(s) under a hard input limit |u| <= a, the exact rest-to-rest maneuver time T* = 2*sqrt(d/a), the switch point at half distance with velocity -sqrt(a*d), and the general minimum-time trajectory for nonzero initial velocity. Produces the switch point, the command profile and the maneuver time for single-axis attitude slew and translation bang-bang assessments under torque or rate limits. Trigger: bang bang control, time optimal control, switching curve, minimum time maneuver, rest to rest slew, double integrator, bounded input, torque limit, rate limit.

ashfordeou Bundle

Use when you must compute the supersonic shock-expansion solution for a diamond (double-wedge) airfoil section: patch oblique-shock and Prandtl-Meyer relations over the four planar surfaces at a freestream Mach number and angle of attack, then integrate the panel pressures into the section lift, wave drag, and leading-edge moment coefficients with a surface pressure table. Implements theta-beta-M (weak solution), oblique-shock ratios, and the Prandtl-Meyer function internally for the turn-by-turn surface states. Produces cl, cd_wave, cm_le and per-surface Cp for a given half-angle, angle of attack, and Mach number. Trigger: shock-expansion, supersonic airfoil, diamond airfoil, double-wedge, surface-pressure integration, wave drag coefficient.

ashfordeou Bundle

Use when you must set up a multidisciplinary optimization (MDO) loop for an aircraft or spacecraft: define the design variables, the objective function, and the constraints, identify the coupled disciplines (aerodynamics, structures, propulsion, trajectory), choose a monolithic or distributed architecture, and run the analysis loop that iterates the coupling variables to convergence with a fixed-point scheme and a sensitivity check. Produces the converged coupled state, the constraint feasibility verdict, and the optimum design point that ties the sizing, mass-properties, cost-estimation, and structures-integration leaves together. Trigger: multidisciplinary optimization, mdo, aero-structural coupling, fixed point iteration, design variables, objective function, constraints, coupling, disciplines, design space.

ashfordeou Bundle

Use when you must monitor a production process for small sustained mean shifts: compute the tabular CUSUM path (upper S+ and lower S- statistics from standardized deviations with slack k and decision interval h) and the first signal sample, run the EWMA recursion with per-sample time-varying sigma limits (lambda weighting, L-sigma UCL/LCL) and its first signal sample, and combine both charts into one monitoring verdict that catches small shifts a single-point check misses. Produces the CUSUM and EWMA statistics paths, first-signal indices, per-sample EWMA control limits and the combined verdict. Trigger: cusum-ewma-monitoring, cusum-control-chart, ewma-control-chart, cumulative-sum-monitoring, small-shift-detection, sequential-process-monitoring.

mturac Skill

SF Symbols（Apple ネイティブ 5,000 件以上）または Iconify API（200 以上のコレクションから 275,000 件以上のオープンソースアイコン）から Xcode アセットカタログ用の PNG イメージセットとして iOS アプリアイコンを生成します。アイコンの生成、アイコンアセットの作成、アセットカタログへのアイコン追加、または iOS プロジェクト向けアイコンの検索を行う際に使用します。

tuyv Bundle

Look up current Bevy engine APIs, crates, examples, and patterns. Use for any Bevy-related question, including API lookup, feature design, architecture, and implementation patterns.

tuyv Bundle

Look up Godot engine class APIs, methods, properties, signals, enums, or C# Godot syntax. Use when you need a targeted Godot API answer or a specific engine-class recommendation.

tuyv Bundle

Framework (OSS). Guide for creating and writing Expo native modules and views using the Expo Modules API (Swift, Kotlin, TypeScript). Covers module definition DSL, native views, shared objects, config plugins, lifecycle hooks, autolinking, and type system. Use when building or modifying native modules for Expo. Not for migrating an existing Swift module from the definition DSL to the Expo Modules API 2.0 macros; use expo-migrate-module (from the expo-experiments plugin) for that.

tuyv Bundle

Framework (OSS). Expo's official example projects - the expo/examples repo of ~70 `with-*` integrations (Stripe, Clerk, Supabase, OpenAI, maps, Reanimated, SQLite, Skia, NativeWind, and more). Use when integrating a third-party library or service into an existing Expo app and you want the canonical, version-matched pattern to adapt, or when scaffolding a new project from one with `npx create-expo --example`.

tuyv Bundle

Look up Babylon.js APIs, import paths, examples, loaders, Vite integration, and browser runtime behavior. Use for Babylon-specific API lookup, feature design, rendering setup, asset loading, and capture issues.

tuyv Bundle

Use the Sendmux command-line interface for terminal-driven Sendmux work. Use when the user wants install commands, profiles, key-scope preflight, --json output, colon-namespaced Sendmux commands, request body/path/query/header flags, or CLI examples for Management, Mailbox, or Sending API operations.

tuyv Bundle

Use when working with the Resend email API — sending transactional emails (single or batch), receiving inbound emails via webhooks, managing email templates, tracking delivery events, managing domains, contacts, broadcasts, webhooks, API keys, automations, events, viewing API request logs, or setting up the Resend SDK. Always use this skill when the user mentions Resend, even for simple tasks like "send an email with Resend" — the skill contains critical gotchas (idempotency keys, webhook verification, template variable syntax) that prevent common production issues.

tuyv Bundle

Write, review, or upgrade Effect v4 code in the Composio CLI, cli-keyring, and json-schema-to-effect-schema packages, all pinned exactly to effect@4.0.0-rc.112 — Context.Service and explicit layers, Schema.TaggedError and typed recovery, the effect/unstable/cli command surface, and the vendored effect source oracle. Use when writing or reviewing Effect v4 code, answering a v4 API question, working in effect/unstable/cli, defining a Context.Service service, modeling an error with Schema.TaggedError, bumping the Effect prerelease pins, or verifying an unfamiliar API against ts/vendor/effect. Do not use for CLI command UX/wiring design (use cli-command) or CLI E2E tests (use cli-e2e).

tuyv Bundle

Mezo integration workflows for apps, autonomous agents, and Mezo Earn operations.

tuyv Bundle

Bitcoin Lightning wallet for agents — balances, invoices, payments, BTC/USD swaps, QR codes, price conversion, and transaction history via the Blink API. All output is JSON.

tuyv Bundle

Framework (OSS). Migrate an existing Apple/Swift Expo native module from the Expo Modules API 1.0 definition DSL to the 2.0 macro API (sometimes called v2) while preserving its JavaScript and TypeScript contract. Use when converting or incrementally adopting @ExpoModule, @JS, @Event, @SharedObject, or @Record in an existing module. Do not use for creating a new module, general Expo SDK upgrades, or Android/Kotlin migrations.

ashfordeou Bundle

Use when you must design and verify the offline repeating frame table of a time-triggered cyclic executive for a periodic avionics flight software task set with implicit deadlines: compute the hyperperiod as the least common multiple of the task periods, choose an admissible frame length that divides every task period and is at least every task execution time C_i, lay each frame-boundary release into the frame that starts at its release time over the hyperperiod, and confirm every per-frame execution total stays within the frame length. Produces the hyperperiod, the admissible and capacity-feasible frame lengths, the constructive cyclic frame table with per-frame loads and per-frame slack, and a FITS or no-admissible-frame verdict with the reject reason. Trigger: cyclic executive scheduling, cyclic frame table, hyperperiod, frame length selection, frame fit feasibility, time triggered frame schedule, frame boundary release.

ashfordeou Bundle

Use when you must compute the shock response spectrum (SRS) of a transient base acceleration pulse for shock qualification of equipment: single-degree-of-freedom oscillator peak response over a frequency grid at fixed damping, RK4 integration of the oscillator equation x_ddot + 2*zeta*wn*x_dot + wn^2*x = -a_base(t), half-sine pulse A*sin(pi*t/T) and decaying-sine pulse A*sin(2*pi*fd*t)*exp(-t/tau) support, peak pseudo acceleration wn^2 times peak relative displacement, the SRS curve as frequency to peak response in m/s2 and in g, and the maximum response with its amplifying frequency. Produces the SRS curve points, the peak response, and the frequency of the maximum that gate shock qualification assessment of equipment. Trigger: shock response spectrum, SRS, transient shock response, half sine pulse, base acceleration, pseudo acceleration, oscillator peak response, shock qualification, amplified frequency.

ashfordeou Bundle

Use when you must compute the random vibration response of a structure or equipment item to a base-input acceleration power spectral density: single-degree-of-freedom transmissibility |H(f)|^2 = 1/((1-r^2)^2 + (2*zeta*r)^2), response PSD G_out(f) = |H(f)|^2 * G_in(f), RMS response in g from the Miles equation sigma = sqrt((pi/2)*f_n*Q*G_in(f_n)) with Q = 1/(2*zeta), numerical integration of the response PSD over a supplied spectrum, 3-sigma peak level, and the equivalent static load factor n_eq = 3*sigma for equipment qualification screening. Produces response PSD points, g-rms and 3-sigma response levels, and screening load factors. Trigger: random vibration, PSD response, Miles equation, transmissibility, base excitation, g-rms, power spectral density, vibration qualification.

ashfordeou Bundle

Use when you must integrate a function numerically: select the composite trapezoid rule, the composite Simpson rule, or Gauss-Legendre quadrature for the integrand, compute the integral estimate, and estimate the error with Richardson extrapolation of the trapezoid rule. Produces the integral estimate, the chosen method with its justification, and the error estimate that gate quantitative analysis of smooth, endpoint-singular, and high-degree integrands. Trigger: numerical integration, trapezoid rule, simpson rule, gauss legendre, quadrature, error estimate, definite integral.

sheshiyer Skill

Migrate Tauri apps from v1 or v2 beta to v2 stable, covering breaking changes, configuration updates, API migrations, and plugin system changes. USE WHEN upgrading a Tauri project to v2 stable, resolving v1-to-v2 breaking changes, or running the automated Tauri migrate CLI.

sheshiyer Skill

Build Raycast AI extensions — expose tools that Raycast AI can call to read and act on behalf of the user. Covers the tools[] manifest, tool function shape, AI instructions, confirmations for side-effecting tools, and evals. USE WHEN making an extension AI-callable or building tools for Raycast AI. Defer exact API to developers.raycast.com/ai.

sheshiyer Skill

Run a spec-driven build through the closed conductor loop — shape → plan → execute → verify → improve → review → ship — dispatching each task to the right skill-cluster and closing the feedback loop. USE WHEN executing a spec-kit feature/tasks.md, orchestrating multi-step build work that needs review + verification, or running the conducty loop. Pairs with conductor-core (the integration contract).

sheshiyer Skill

Use Explee session cookies to authenticate and call Explee public API endpoints safely and consistently. USE WHEN a task matches the Craft workspace workflow for explee-api-cookie-access.

sheshiyer Skill

Wire safe IPC between Electron's main and renderer processes via a preload contextBridge — ipcMain.handle/ipcRenderer.invoke, typed channels, and event streams. USE WHEN exposing main-process capability to the UI, designing an IPC API, or migrating off nodeIntegration/@electron/remote.

sheshiyer Skill

Route user intent to the correct Explee product workflow (Search, Enrichment, AI Agents, AutoGTM) using API key auth first with cookie fallback. USE WHEN a task matches the Craft workspace workflow for explee-master-orchestrator.

sheshiyer Skill

Guides updating Tauri dependencies across the CLI, Rust crates, and JavaScript packages, keeping versions synchronized and checking for outdated releases. USE WHEN upgrading Tauri or its plugins, fixing version-mismatch errors between @tauri-apps/api and the tauri crate, or auditing outdated dependencies.

sheshiyer Bundle

Support new-role culture integration with observation strategy, relationship mapping, and adaptation plan. USE WHEN a task matches the Craft workspace workflow for workplace-culture-onboarding.

ashfordeou Bundle

Use when you must perform wing box sizing at the conceptual level: compute the root bending moment from the load factor, weight, and span with the elliptical lift distribution, scale the limit moment to ultimate with the 1.5 factor of safety, size the spar cap area from the bending moment and the allowable stress, and size the spar web thickness from the shear flow. Produces the root bending moment, ultimate moment, spar cap area, web thickness, and a box sized verdict that gate the wing structure integration. Trigger: wing box sizing, root bending moment, spar cap, shear flow, ultimate load, factor of safety, allowable stress.

ashfordeou Bundle

Use when you must account for how an engine behaves once it is installed on an airframe: compute installed thrust from uninstalled gross thrust minus intake momentum (ram) drag, nacelle and pylon drag, and bleed and accessory power extraction losses, and reconcile the thrust-drag bookkeeping convention with the airframe drag count. Produces the per-term installation loss split, the installed thrust lapse and misalignment effects, and the performance verdict that feeds aircraft sizing and FAR-25/33 certification framing. Trigger: installed thrust, installation drag, ram drag, intake momentum drag, nacelle drag, pylon drag, thrust-drag bookkeeping, engine-airframe integration.

ashfordeou Bundle

Use when you must plan and analyze the noise certification flight test for a transport airplane: lay out the flyover, sideline, and approach measurement conditions with the reference geometry (6500 m flyover distance, 450 m sideline offset, 1200 m approach distance at 120 m altitude on a 3 degree glide slope), compute the effective perceived noise level (EPNL) from the measured tone corrected perceived noise level (PNLT) time history with the 10 dB down integration rule and the 10 s normalization, and check each point and the cumulative three point margin against the noise limits. Produces the EPNL per condition, the margin to limit with verdict, and the cumulative margin verdict that gate the certification submission. Trigger: noise certification flight test, EPNL, effective perceived noise level, PNLT, tone corrected, 10 dB down integration, flyover noise, sideline noise, approach noise, cumulative margin, noise limit, FAR 36.

ashfordeou Bundle

Use when you must size a pressurized fuselage skin-stringer panel at the conceptual level: compute the hoop and longitudinal membrane stresses from the cabin differential pressure and the fuselage radius, derive the skin thickness from the governing hoop stress with the 1.5 factor of safety and the minimum gauge, bound the stringer spacing from the flat panel buckling allowable, set the frame pitch from the stringer column buckling length between frames, and size the stringer area from the compression strip load with the effective skin width. Produces the skin thickness, stringer spacing, frame pitch, and stringer area that gate the fuselage structure integration. Trigger: fuselage skin stringer, pressurized fuselage, hoop stress, stringer spacing, frame pitch, panel buckling.