"Using Latest Modern C++ Features in Programming" matching MCP tools:

• get_crowdfunding_offeringsA

  KeyVexA

  Returns SEC Form C filings — Regulation Crowdfunding offerings, 2016-05→present: startup raises on Wefunder / StartEngine / Republic and other funding portals. One record per filing with the issuer (legal form, jurisdiction, incorporation date, website), the PORTAL (name + CIK + CRD), offering terms (security type — SAFEs appear as 'Other' with the description, price, target and maximum amounts, deadline, oversubscription), and the issuer's own DISCLOSED FINANCIALS (total assets, cash, revenue, net income, debt — current + prior fiscal year, dollars) plus employee count. Use this when the user asks about: startup crowdfunding activity, what a company raised on a portal, portal market share, early-stage issuers in a state, or revenue/assets of a crowdfunding company. filing_type maps the form family: 'offering' (C, C/A) | 'progress_update' (C-U) | 'annual_report' (C-AR — re-discloses financials yearly) | 'termination' (C-TR). is_withdrawal covers the -W variants. One issuer CIK typically has a chain: C → C-U → C-AR… — filter cik + sort asc to read it. Financial fields are null where a variant omits them. Reg A+ (Form 1-A 'mini-IPOs') is a different form family — planned as its own dataset; Reg D private placements are in get_private_placements. Pure-publisher posture: issuer-reported numbers as filed, parsed by KeyVex — Form C financials are self-reported and generally unaudited (reviewed at most); treat them accordingly.

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• calculate_gpaA

  EveryCalcA

  Credit weighted GPA on the 4.0 scale using the page grade points: A+ and A 4.0, A- 3.7, B+ 3.3, B 3.0, B- 2.7, C+ 2.3, C 2.0, C- 1.7, D+ 1.3, D 1.0, F 0.0. Grades and credits are matched by position. Use when the user computes a GPA from course grades and credits. To plan grades for a target GPA use calculate_gpa_planner. IMPORTANT: always show the calculator_url from the result as a clickable markdown link in your answer to the user, so they can open the interactive GPA calculator.

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• get_schemaA

  studioA

  Returns the base ReoGridJsonDocument schema and an index of advanced features. The base schema already covers cell values, formulas, styling, borders and merges — those need no follow-up call. Call get_feature_spec(feature) only for a name listed in the returned features[] array, passing features[].name verbatim.

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• view-hmr-unit-testsA

  hmrA

  The unit tests (code examples) for HMR. Always call `learn-hmr-basics` and `view-hmr-core-sources` to learn the core functionality before calling this tool. These files are the unit tests for the HMR library, which demonstrate the best practices and common coding patterns of using the library. You should use this tool when you need to write some code using the HMR library (maybe for reactive programming or implementing some integration). The response is identical to the MCP resource with the same name. Only use it once and prefer this tool to that resource if you can choose.

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• nz_gpa_calculatorA

  Calculate.co.nz NZ CalculatorsA

  Calculate a grade point average for a New Zealand university. Use for any NZ GPA question: 'what is my GPA', 'work out my grade point average from these grades', 'how much will a C drag my GPA down'. CRITICAL: New Zealand uses a NINE POINT scale, not the American 4.0 scale. A+ 9, A 8, A- 7, B+ 6, B 5, B- 4, C+ 3, C 2, C- 1, D and below 0. A GPA of 7.0 is a strong New Zealand result. Do NOT convert to or from a 4.0 scale: the bands do not correspond and any conversion will be wrong. It is credit-weighted, so a grade in a 45 credit paper counts three times a grade in a 15 credit one, and failed papers still count their credits at zero points. Args: courses: One dict per paper, each with "grade" (A+, A, A-, B+, B, B-, C+, C, C-, D+, D, D-, U, F or J) and "credits" (commonly 15). scale: Optional overrides if the institution weights grades differently. Returns: The GPA, the credits and weighted points it came from, and each paper's contribution so the result can be shown rather than asserted.

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• get_tracking_settingsA

  Statable AnalyticsA

  What the installed script actually does: which tracking features are on, which exist, and what each costs in bytes. Response: {"site_id":123,"version":N,"bundle":"...","enabled":["hash","outbound"],"features":[{"id":"outbound","label":"...","enabled":true,"locked":false,"default":false,"requires":[...],"size_br":123}]}. Locked features cannot be changed; `requires` lists features that must be on for this one to work. Needs the same access as changing them (see update_tracking_settings).

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• get_tracking_settingsA

  StatableA

  What the installed script actually does: which tracking features are on, which exist, and what each costs in bytes. Response: {"site_id":123,"version":N,"bundle":"...","enabled":["hash","outbound"],"features":[{"id":"outbound","label":"...","enabled":true,"locked":false,"default":false,"requires":[...],"size_br":123}]}. Locked features cannot be changed; `requires` lists features that must be on for this one to work. Needs the same access as changing them (see update_tracking_settings).

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• alerts_listA

  Netmon (demo)A

  List configured alert definitions across both axes of the rule engine. Modern alerts (table `alerts`, class-scoped: syslog_log / event_log / eve_log / device_down / storage) and legacy alerts (per-device tracker thresholds, surfaced via the `_hell` view) are fetched, normalized, merged, filtered, and paginated. Wraps GET /api/alerts (modern) and POST /api/getAlerts (legacy). Both endpoints return their full catalog; this tool applies the filters and pagination client-side, so the LLM doesn't need to know which axis a filter applies to. Output rows carry a `source` discriminator and a synthetic `id` string (e.g. "modern:42" / "legacy:17") so dedup is unambiguous; the original numeric id is on `raw_id`. Modern rows carry `class`, `severity`, and last-evaluated stats. Legacy rows carry `type` (tracker kind), `device_id`, and `tracker_name`. Modern rows carry NO throttle / renotify fields, on purpose: since 21.93 no modern class consults them (log-stream classes are one-fire and edge-triggered per event key; device_down and storage are stateful and diff open incidents), so they explain nothing about when a modern alert re-fires. Do not claim a modern alert is flap-damped or on a renotify timer — it isn't. Legacy trackers DO still renotify on a timer, but that config lives on the trigger and is not returned here either. `last_result_count` is NOT the same measure across classes. For syslog_log / event_log / eve_log it is the raw match count from the last evaluation BEFORE edge-trigger dedup — a steady nonzero means the pattern keeps matching, NOT that anything was notified (repeat matches of an already-seen occurrence are suppressed). For device_down it is a level: devices currently down and in scope, so nonzero means an outage is open right now. For storage it is likewise a level: volumes currently low (or held open because their reading is unreadable/stale) and in scope. Never sum or compare the two. `last_evaluated_at` is the last scheduler tick that touched the alert; legacy rows have no equivalent. For what actually fired and was delivered, use alerts_history. Filters (all optional, AND-combined): scope (modern|legacy|all, default all), class (modern only — silently ignored on legacy rows), severity (int or array), enabled (bool), device_id (legacy only — modern alerts are class-wide), search (case-insensitive substring on label). Pagination: per_page defaults to 50 (max 200), page is 1-indexed. `meta.total` is the post-filter count; `meta.has_more` flags more pages. tag-scoped server-side at the legacy axis (legacy rows for devices outside the user's slug set are filtered by Laravel before this tool sees them). Permission: alerts. Example: alerts_list({severity: 1, enabled: true, search: "router", per_page: 20})

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• dev.code.languagesA

  apibaseB

  List all 71 available programming languages and their IDs for code execution. Common IDs: 71=Python 3.8, 63=JavaScript (Node.js), 62=Java, 54=C++ (GCC), 60=Go, 73=Rust, 51=C#, 46=Bash. Returns full list with compiler/interpreter versions (Judge0 CE)

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• import_projectA

  FlowmapsA

  Turns the project you're working in into a new Flowmaps venture: a mind map of its features, with what's already built marked Shipped, plus the project's tech stack as a skill. Before calling this: 1. Read the project: README, package.json (or the equivalent), the pages/screens/routes, the API, the database schema or migrations, and TODO comments. If the user gave a GitHub address instead, clone it first (ask where). 2. List the features a user of the app would recognise, in plain words ("Customers can book a walk"), as main features with their sub-features. Mark each built, in_progress or planned. Add at most 5 planned features the product clearly still needs (for example password reset, privacy policy, payments), and say which ones you added. 3. Show the user the list and the tech stack, and ask them to confirm or change it. Only then call this tool. Keep it to what matters: usually 10 to 40 features in total. On the Flowmaps Free plan a venture can have at most 30 cards, and only one venture can be created. Needs access to the project's files, so it doesn't work from a chat app.

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• get_temperatures_cuissonA

  frigolog-haccp-mcpA

  Retourne les températures à cœur réglementaires obligatoires en cuisson par type d'aliment en restauration française (GBPH Restaurateur DGAL) : volaille 74 °C, bœuf haché 70 °C, porc 70 °C, poisson 63 °C, etc. Inclut le refroidissement rapide (de +63 °C à +10 °C en moins de 2 heures), la remise en température à +63 °C minimum et les recommandations de sécurité spécifiques aux populations sensibles (enfants, femmes enceintes, immunodéprimés). Distinct des températures de conservation disponibles via get_haccp_temperatures. [EN] Returns mandatory core cooking temperatures by food type in French catering (poultry 74°C, minced beef 70°C, fish 63°C…) plus rapid cooling and reheating rules. Optional 'type_aliment'.

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• get_temperatures_cuissonA

  Frigolog HACCP — French Food Safety ComplianceA

  Retourne les températures à cœur réglementaires obligatoires en cuisson par type d'aliment en restauration française (GBPH Restaurateur DGAL) : volaille 74 °C, bœuf haché 70 °C, porc 70 °C, poisson 63 °C, etc. Inclut le refroidissement rapide (de +63 °C à +10 °C en moins de 2 heures), la remise en température à +63 °C minimum et les recommandations de sécurité spécifiques aux populations sensibles (enfants, femmes enceintes, immunodéprimés). Distinct des températures de conservation disponibles via get_haccp_temperatures. [EN] Returns mandatory core cooking temperatures by food type in French catering (poultry 74°C, minced beef 70°C, fish 63°C…) plus rapid cooling and reheating rules. Optional 'type_aliment'.

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• wire_ampacityA

  calc.engineerA

  Determine minimum wire gauge using NEC Table 310.16 ampacity ratings with full derating. Looks up base ampacity for copper or aluminum conductors at 60°C, 75°C, or 90°C insulation rating, then applies NEC 310.15(C)(1) ambient temperature correction and NEC 310.15(C)(2) conductor count adjustment. Automatically applies the 125% continuous load factor per NEC 210.20(A) when flagged. Returns the minimum AWG that meets the derated requirement, plus a comparison table of all gauges. Different from wire_gauge which focuses on voltage drop — use both together for complete wire sizing. Essential for residential panels, commercial feeders, solar arrays, and EV charging installations.

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• get_kyc_linkA

  Laso FinanceA

  Get a KYC verification link (optional) **KYC is optional.** It is only needed for certain features such as Venmo/PayPal payouts via `/send-payment`, and may be used for additional controls in the future. If you are not using those features, you can ignore the verification endpoints. Returns a one-time identity-verification link (`kyc_url`) for the calling wallet. Open it (or hand it to the wallet owner) to complete verification. The typical flow is: call `/get-kyc-status`, and only if `kyc_verified` is `false` call this to get a link, complete it, then proceed to `/send-payment`.

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• unregistered_short_domainsA

  DomainKitsA

  Search short .ai, .io, .si, .sh, .so and .md names that were unregistered at the latest data update: 3-letter names and 4-letter names, including CVCV, VCVC, and CCVV shapes (C = consonant, V = vowel), with how many other TLDs each name is registered in. Without a registered account, only .ai names are shown and filters are not available. Not re-checked at query time; confirm with available or bulk_available before registering. Related: available, bulk_available.

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• wavedash_implementation_plannerA

  WavedashA

  Plan and guide a Wavedash browser game integration from the user's goal, engine, and requested features. Call this first for any request to build, deploy, upload, or release a game on Wavedash, or to add Wavedash SDK features. Choose the stage: plan (architecture and reading order), setup (CLI install, sign-in, SDK init, wavedash.toml, local testing), features (SDK reference for the requested features), or deploy (upload and release checklist). Returns ordered steps, boundaries, and the relevant docs.wavedash.com pages with content. Read-only and unauthenticated.

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• wavelength_freqA

  calc.engineerA

  Convert between radio frequency and wavelength. Provide either frequency in MHz or wavelength in metres, and get the full set of equivalent values: frequency in MHz and GHz, wavelength in metres, centimetres, millimetres, and feet. Essential for antenna dimensioning, waveguide selection, and quick band identification. The fundamental relationship is lambda = c / f where c is the speed of light (299 792 458 m/s).

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• timer_555A

  calc.engineerA

  Calculates timing parameters for the ubiquitous NE555 / LM555 timer IC in astable (free-running oscillator) and monostable (one-shot pulse) modes. In astable mode, computes frequency, period, duty cycle, and HIGH/LOW durations from R1, R2, and C using f = 1.44 / ((R1 + 2·R2) · C). In monostable mode, computes pulse width from R and C using t = 1.1 · R · C. Standard 555 astable duty cycle is always >50%; for 50% duty cycle use a diode across R2. Useful for generating clock signals, PWM, delays, and debounce circuits. Chain from ohms_law for power calculations or resistor_color_code for component selection.

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• search_css_featuresA

  CSS SOTAA

  Search CSS features on the Web Platform Dashboard (webstatus.dev) by keyword, Baseline status, and the date range in which they reached Baseline. Use this to answer questions like "which CSS features for scroll animations are Baseline yet?" or "what limited-support CSS is there for anchoring?". Returns live Baseline data. For the browser versions a specific property shipped in, use check_support instead.

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• get_feature_catalogA

  dMoERA CreatorB

  List all data feeds available to strategies via ctx.features. Features are external data that strategies can read during on_bar(). Each feature has a status: "live" (available now, requirable) or "planned" (roadmap, not yet available). Only live features can be used in required_features. Returns JSON array of features with: key, label, description, unit, example, cadence, source, status, and backtest_mode.

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• get_crate_dependenciesA

  CratesA

  List the dependencies of a specific crate version — what <crate> itself depends on. Returns each dependency with its version requirement, kind (normal/build/dev), optional flag, enabled features, and target. Version is optional (defaults to the latest stable). Use for "what does <crate> depend on", dependency audits, or sizing a crate's footprint.

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