"Tools for creating ERD (Entity Relationship Diagram) for databases" matching MCP tools:

• generate_diagramA

  ALM X++ MCP ServerA

  WHEN: generating a visual diagram of D365 table relationships or security chains. Triggers: 'generate diagram', 'diagramme', 'visualize', 'schéma', 'ER diagram', 'entity-relationship', 'relation diagram', 'security diagram', 'show connections'. Generate visual Mermaid diagrams from D365 F&O knowledge base data. Diagrams render directly in Copilot Chat, Cursor, Claude, and markdown viewers. Types: 'er' (entity-relationship diagram for a table and its relations), 'security' (security chain: Role->Duty->Privilege->EntryPoints -- use when you need a VISUAL Mermaid diagram; for the structured text chain with tables of duties/privileges/entry-points use `trace_security_chain` instead). Note: 'flow' (execution flowchart) is disabled -- static call trees are misleading in D365 due to CoC and event handlers.

  ConnectorNo auth

• get_variable_relationshipsA

  hypathesisA

  Retrieve analyzed variable relationships for a completed paper. Only returns results when get_analysis_status reports status='Ready'. Without an API key (anonymous): returns the relationship list with source, target, and direction — but detailed reasoning is available only with an API key. Sign up at https://hypathesis.com to get one. Args: file_id: The file_id returned by the /upload endpoint. authorization: Optional. API key as 'Bearer hk_...' or 'hk_...'. session_token: Optional. The session_token returned by /upload for anonymous uploads. Returns: Authenticated: full details (source, target, directed, reason per relationship; name, measure per variable). Anonymous: gated (source, target, directed per relationship; name per variable; sign_up_url for full access).

  ConnectorNo auth

• create_actionA

  noticedA

  Create a follow-up tied to a person — a to-do for the relationship (e.g. 'send the deck', 'intro to Ana'). In Team context, pass team_id and assigned_to to create it for any teammate against a Team-visible relationship. RECOMMENDED: include both assigned_to and remind_at whenever ownership and timing are known; neither is required. @mention a name in `content` to link someone in the relationship owner's network. Read open ones via get_person (relationship.actions); close them with complete_action or edit them with update_action.

  ConnectorNo auth

• add_nodeA

  tridentA

  Adds a new node (entity) to a live Trident document. The node appears immediately for all collaborators. Requires a valid editor access token. Before adding nodes: call open_document to understand the diagram layout and pick sensible positions; call get_document_summary to get all existing entity IDs so you can avoid duplicates. IMPORTANT: if this node belongs inside a container, pass node.container on THIS call — do NOT create the node without a container and reparent it later via update_node. Orphaned nodes appear immediately to all live collaborators and create unnecessary visual churn.

  ConnectorNo auth

• adcritter_get_platform_overviewA

  AdCritter for BuildersA

  Start here. Returns the AdCritter platform overview - what AdCritter is, the entity hierarchy (organization > advertiser > campaign > ad), the happy path for getting ads running, and how to navigate the other MCP tools. Applications built from this guidance are REST API clients that call /v1/ endpoints, not MCP tool callers. Before writing code, call adcritter_get_api_reference(entity, action) for each entity and action you plan to use - tool descriptions and parameter names describe conceptual behavior only, and do not match actual API routes, field names, query parameters, or response shapes.

  ConnectorNo auth

• list_connectorsA

  Algenta MCP ServerA

  List the data connectors saved under the caller's organization — databases, APIs, file-backed, and repository sources — with id, name, connector_type, status (untested, live, error), and visibility; stored credentials are never returned. Paginated with page and limit; status filters the returned page client-side. Use this first to find a connector_id for get_connector, test_connector, browse_connector, or the repository tools, and create_connector to add one. Read-only.

  ConnectorNo auth

• num_submit_businessA

  NUMA

  Submit a business to NUM for review. Free and unmetered. A person at 5arz reviews every submission before any traveller sees it, so the result is status 'pending_review', never an immediate listing. 'relationship' records whether the submitter owns the business, was engaged by the owner, or is a third party; reviewers verify it. Contact details must be ones the business has published — submissions with guessed or derived contact details are rejected. Re-sending the same external_ref updates the pending submission instead of creating a duplicate.

  Connector

  Destructive

  No auth

• resolve_personA

  Dayze — Life ContextC

  Resolve a nickname or surface name to a Dayze Contacts row via person_aliases → exact name → slug → unique substring. Returns avatar_url, photo_count, has_photos, and photos[{url,is_primary}] preview; use get_person_photos for full gallery. Notes omitted unless include_notes=true (redacted). Prefer this before money or relationship tools when the agent only has a nickname. Advertised name resolve_person is stable; tools/call also accepts resolve_contact. ($0.05; API key required)

  ConnectorNo auth

• search_diagramsA

  VectreeA

  Search Vectree's library of ~95,000 interactive concept diagrams by meaning, not keywords. Vectree explains how things work as zoomable, labelled schematics — each diagram breaks a topic into nodes you can read or drill into. Use this when the user wants a diagram, a visual explanation, a systems overview, or a map of how the parts of something fit together. Describe the topic in natural language; the search is semantic, so a full question works better than a bare keyword. Results are ranked by how closely they match and by the quality of the model that generated them. Each result carries a slug — pass it to `get_diagram` for the full content of one diagram. Only public, already-generated diagrams are searched. Nothing is generated on demand, so a topic with no match simply has no diagram yet.

  ConnectorNo auth

• map_ownershipA

  ARM Verify — Entity Intelligence APIA

  Trace the corporate ownership chain above a company and identify the natural persons who ultimately control it. RETURNS JSON with: ownership_chain (array of parent entities, each with name, relationship, jurisdiction and is_ubo_candidate), natural_persons (array of identified beneficial owners, each with name, nationality and natures_of_control such as "ownership-of-shares-75-to-100-percent"), lei of the subject entity, complexity ("SIMPLE", "COMPLEX" or "UNKNOWN"), data_confidence ("HIGH", "MEDIUM" or "LOW") and notes describing the chain depth found. SOURCES: GLEIF Relationship API for LEI parent-child records, Companies House PSC (People with Significant Control) Register for UK entities, and the OpenCorporates corporate network. USE WHEN beneficial-ownership disclosure is required under AML or KYC rules, or to detect ownership by a sanctioned parent. Called via MCP — usage is logged but not billed. For metered billing use the REST API with an API key.

  ConnectorNo auth

• find_compatible_withA

  eurorackA

  Return modules that have a typed compatibility relationship with the given module. Both edge directions are returned and tagged via the per-match `direction` field — so a single call answers both "what is X a R for?" and "what is a R for X?". `relationship` is OPTIONAL. Omit it to get EVERY edge touching the module across all relationship kinds — the bare "what pairs with / relates to X?" question — with each match self-describing via its own `relationship`. Pass a relationship to restrict to that one kind. Prefer the relationship-less call when you don't already know which kind exists; reach for the typed form only when the question names a specific role ("what clocks X?"). Use this for two question shapes: 1. Patch-time compatibility — "what could I use as a clock source for X?" (returns matches with direction='inbound'), or "what does X clock?" (direction='outbound'). 2. Catalog comparison — "what's an alternative to X?" (symmetric), "what does X replace?" (outbound) / "what replaces X?" (inbound), "is there an expander for X?" (inbound). The vocabulary describes the edge as stored (from = role-bearer, to = target): Patch-time: - clock-source-for — A clocks B - cv-source-for — A produces CV that B consumes - modulator-for — A is a modulator suitable for B (LFO, S&H, random) - audio-source-for — A is an audio source for B (typically a VCO into a VCF) - quantizer-for — A quantizes for B - trigger-source-for — A produces triggers that B consumes - envelope-target-for — A is something B's envelope output is designed to drive Catalog: - replaces — A is the newer successor to B (Morphagene replaces Phonogene) - alternative-to — symmetric: A and B occupy similar design space with different character - expander-for — A is an expander module for the host module B Direction tag on each match: - outbound: queried module is the FROM side (role-bearer). Match is what the queried module does as R. - inbound: queried module is the TO side. Match is the R-for the queried module. - symmetric: only for alternative-to. Args: - module_id (string, required): "<manufacturer-slug>/<module-slug>" - relationship (string, optional): one of the values above. Omit for all edges. - limit (number): default 50, max 200 Returns: { "module": { id, name }, "relationship": <relationship> | null, // null when none was passed (all-edges query) "matches": [{ id, name, manufacturer, notes, source_id, direction, relationship }] } If the module is unknown, returns an error. If no relationships have been recorded in either direction, returns matches=[]. The `notes` field describes the edge in the canonical A→B direction; combined with `direction` the caller can read it correctly either way.

  ConnectorNo auth

• create_diagramA

  mcpA

  Generate a professional data architecture diagram from a description and save it to the user's Datadef account. Use this for any data-shaped diagram: medallion and lakehouse architectures, ETL/ELT pipelines, streaming topologies, data mesh, star and snowflake schemas, ER diagrams, lineage maps, cloud architectures, and data platform designs. EXISTING SCHEMAS: if the conversation or the repository has the schema itself (SQL DDL, a MySQL or pg_dump export, migrations, schema.prisma), pass the file contents as the prompt, unedited. Datadef parses it instead of asking a model: every table, column, type, primary key and foreign key comes out exactly as written, in seconds. Warehouse DDL with no declared foreign keys (fact_sales.customer_key → dim_customer.customer_key) gets its links from key names, drawn dashed. Add a sentence only if you want something other than a picture of that schema; "turn these tables into a star schema" or "design the pipeline that loads them" goes to the model instead. Write a specific prompt. Name the actual technologies (Snowflake, dbt, Airflow, Kafka, Fivetran), the layers or zones you want, and the tables that matter, the diagram is only as detailed as the description. Zone names you give are treated as a specification, not a suggestion. SCOPE: if the user's request is open-ended ("diagram our platform", "show me something"), ask them how much detail they want before calling this, or say which scope you chose. Default to scope "overview". A dense 40-node diagram is impressive and usually not what someone wanted from a one-line request; they can always ask you to expand it. TIMING: this waits up to ~35 seconds; fast generations come back finished, with a preview image and a markdown line to show the user. Slower ones (1-3 minutes total) return a diagram_id while generation continues: call get_diagram with that id after ~60 seconds (poll every 30s) to get the finished diagram. If you cannot call tools again on your own, never leave the user empty-handed: give them the Open link, say it will be ready in about a minute, and offer to show the diagram inline when they next ask. Never call create_diagram a second time while one is still generating; you would create a duplicate. Do not use image generation for these. This produces a real, editable diagram.

  ConnectorAPI key

• compliance.ubo_chainA

  DPX — Institutional Cross-Border SettlementA

  Trace the beneficial ownership chain for any legal entity up to 3 levels deep using GLEIF relationship records, then screen every node in the chain against the OpenSanctions consolidated sanctions list (OFAC SDN, EU, UN, UK OFSI). Returns chain structure (SUBJECT → DIRECT_PARENT → ULTIMATE_PARENT), per-node sanctions status, LEI lapse flags, overall CLEAR / REVIEW_REQUIRED / BLOCKED verdict, and FATF R.16 beneficial ownership compliance attestation. Required for correspondent banking due diligence, FATF R.12/13 UBO identification, and MiCA Article 72 counterparty risk management.

  ConnectorNo auth

• twprojects-get_custom_itemA

  mcpC

  Get a custom item type with its fields and sections inline, so you can see its schema before creating or updating records. Custom items are user-defined entity types — Contracts, Leads, Deals, or anything else a customer has set up on a project. Use these tools when the user refers to an entity that is NOT a built-in Teamwork concept (Task, Tasklist, Project, Milestone, Comment, Notebook, Company, Team, User, Tag). If you don't recognise an entity name in the user's request, assume it is a custom item and call twprojects-list_custom_items on the relevant project to confirm.

  ConnectorOAuth

• render_mermaidA

  Diagrams MCPA

  Render a Mermaid diagram definition and return the image with metadata. The definition should be valid Mermaid syntax (e.g. flowchart, sequence, class, ER, state, or Gantt diagram). Returns a list of content blocks: the rendered image plus a JSON text block with metadata including a mermaid.live edit link for opening the diagram in a browser editor. Args: definition: Mermaid diagram definition text. filename: Output filename without extension. format: Output format — ``"png"`` (default), ``"svg"``, or ``"pdf"``. download_link: If True, return a temporary download URL path (/images/{token}) that expires after 15 minutes; if False, return inline image bytes. Defaults to True (URL) — set ``DIAGRAMS_INLINE_DEFAULT=true`` on the server to flip the default. SVG/PDF and PNGs larger than the inline limit always use a download link.

  ConnectorNo auth

• executeA

  Agentic MermaidA

  Run JavaScript in an isolated sandbox; return a value. One call composes edits. Submit JavaScript; declaration types are guidance. No promises, async/await, dynamic import, or type annotations. Hosted note: execute runs in an on-demand isolate and costs more than the direct render_svg/render_ascii/render_png/verify/describe tools — prefer those for plain render/verify calls. For straightforward structured edits, prefer the declarative mutate/build tools; reserve execute for logic the ops don't express. Hosted mermaid.renderMermaidSVG*, renderMermaidASCII*, and layoutMermaidWithReceipt calls force security:'strict' and embedFontImport:false; caller code cannot weaken that host policy. SDK declaration: type DiagramKind = 'flowchart' | 'state' | 'sequence' | 'timeline' | 'class' | 'er' | 'journey' | 'architecture' | 'xychart' | 'pie' | 'quadrant' | 'gantt' | 'mindmap' | 'gitgraph' | 'radar' type MutationOp = { kind: string; [field: string]: unknown } type Result<T, E = { code: string; message: string }> = { ok: true; value: T } | { ok: false; error: E } interface SourceLocation { readonly line: number; readonly col: number } interface SourceMapSpans { readonly preserved: PreservedSourceSpans; readonly nodes: ReadonlyMap<string, SourceSpan>; readonly edges: ReadonlyMap<string, SourceSpan>; readonly groups: ReadonlyMap<string, SourceSpan>; readonly labels: ReadonlyMap<string, SourceSpan> } interface SourceMap { readonly nodes: ReadonlyMap<string, SourceLocation>; readonly edges: ReadonlyMap<string, SourceLocation>; readonly groups: ReadonlyMap<string, SourceLocation>; readonly labels: ReadonlyMap<string, SourceLocation>; readonly spans?: SourceMapSpans } interface ValidDiagram { readonly kind: DiagramKind; readonly source: SourceMap } type ExternalFamilyId = `family:${string}` interface ExtensionCompatibility { readonly [contract: string]: string | undefined readonly core?: string readonly scene?: string } interface ExtensionProvenance { readonly owner: string; readonly source: string; readonly reference?: string } interface ExtensionIdentity<Kind extends string = string> { readonly id: `${Kind}:${string}` readonly kind: Kind readonly version: string readonly compatibility: ExtensionCompatibility readonly provenance: ExtensionProvenance } interface SourceSpanPoint { readonly offset: number; readonly line: number; readonly col: number } interface SourceSpan { readonly start: SourceSpanPoint; readonly end: SourceSpanPoint } interface PreservedSourceSpans { readonly source: SourceSpan readonly wrapper?: SourceSpan readonly frontmatter?: SourceSpan readonly initDirectives?: readonly SourceSpan[] readonly accessibilityDirectives?: readonly SourceSpan[] readonly header: SourceSpan readonly body: SourceSpan } interface SourcePreservationReceipt { readonly version: 1 readonly classification: 'unsupported' | 'inventory-only' | 'unknown' readonly source: string readonly header: string readonly upstreamFamilyId?: string readonly mermaidVersion: string readonly spans?: PreservedSourceSpans } interface ParseError { readonly code: string readonly message: string readonly line?: number readonly col?: number readonly preservation?: SourcePreservationReceipt readonly help?: string } interface ExtensionValidDiagram { readonly kind: ExternalFamilyId readonly descriptorIdentity: ExtensionIdentity<'family'> readonly source: SourceMap } interface PreservedValidDiagram { readonly kind: ExternalFamilyId readonly source: SourceMap readonly body: { readonly kind: 'preserved' readonly representation: 'opaque' | 'unknown' readonly source: string readonly preservation: SourcePreservationReceipt readonly spans: PreservedSourceSpans readonly diagnostic: { readonly code: 'UNSUPPORTED_FAMILY' | 'UNKNOWN_HEADER' | 'FAMILY_DESCRIPTOR_MISMATCH' readonly message: string readonly help: string } } } type ParsedDiagram = ValidDiagram | ExtensionValidDiagram | PreservedValidDiagram type RenderedRegionKind='node'|'edge'|'label'|'canvas'|'group'|'cluster'|'lane'|'band'|'compartment'|'plot'|'ring' type DiagramActionSecurity='safe'|'unsafe'|'source-only'|'unsupported' interface RenderedRegion { id:string;kind:RenderedRegionKind;elementId?:string;parentId?:string;bounds:{x:number;y:number;w:number;h:number};sourceLine?:number } interface DiagramActionRecord { id?:string;regionId?:string;family:DiagramKind;target:string;action:'href'|'call'|'callback';raw:string;line?:number;href?:string;security:DiagramActionSecurity;executable:false;message?:string } interface RenderedLayout { version: 1; kind: DiagramKind | ExternalFamilyId; bounds: { w: number; h: number }; nodes: unknown[]; edges: unknown[]; groups: unknown[]; regions?: RenderedRegion[]; actions?: DiagramActionRecord[] } interface VerifyResult { ok: boolean; warnings: unknown[]; layout: RenderedLayout } type CheckMermaidSpec = string[] | { include?: string[]; exclude?: string[]; exact?: boolean } interface CheckMermaidResult { ok: boolean; missing: string[]; unexpected: string[]; facts: string[] } type MermaidConfigScalar = string | number | boolean | null type MermaidConfigValue = MermaidConfigScalar | MermaidConfigValue[] | { [key: string]: MermaidConfigValue | undefined } type MermaidRuntimeConfig = { [key: string]: MermaidConfigValue | undefined } interface StyleColors {bg?:string;fg?:string;line?:string;accent?:string;muted?:string;surface?:string;border?:string} type SceneStyleRole="node"|"edge"|"edge-label"|"group"|"group-header"|"label"|"actor"|"lifeline"|"activation"|"message"|"block"|"note"|"class-box"|"member"|"entity"|"attribute"|"relationship"|"cardinality"|"pie-slice"|"legend"|"bar"|"series"|"point"|"axis"|"grid"|"plate"|"section"|"task"|"milestone"|"marker-line"|"rail"|"period"|"event"|"score"|"actor-pill"|"service"|"junction"|"icon"|"title"|"defs"|"prelude"|"chrome" type ExactSceneStyleRole="node"|"edge"|"group"|"group-header"|"label"|"actor"|"relationship"|"pie-slice"|"legend"|"bar"|"series"|"point"|"task"|"milestone" type BindableSceneStyleRole="group-header"|"actor"|"relationship"|"pie-slice"|"legend"|"bar"|"series"|"point"|"task"|"milestone" type RoleStyleSpec={"fontFamily"?:string;"fontSize"?:number;"fontWeight"?:number;"letterSpacing"?:number;"textTransform"?:"uppercase"|"lowercase"|"capitalize";"textColor"?:string;"paddingX"?:number;"paddingY"?:number;"cornerRadius"?:number;"lineWidth"?:number;"bendRadius"?:number;"fillColor"?:string;"borderColor"?:string;"strokeColor"?:string;"headerFillColor"?:string;"cue"?:"none"|"outline"|"double-line"|"pattern"} type RoleStyleFor<R extends ExactSceneStyleRole>=R extends "node"|"actor"?Pick<RoleStyleSpec,"borderColor"|"cornerRadius"|"fillColor"|"fontSize"|"fontWeight"|"letterSpacing"|"lineWidth"|"paddingX"|"paddingY"|"textColor"|"textTransform">:R extends "edge"|"relationship"?Pick<RoleStyleSpec,"bendRadius"|"fontSize"|"fontWeight"|"letterSpacing"|"lineWidth"|"strokeColor"|"textColor"|"textTransform">:R extends "group"?Pick<RoleStyleSpec,"borderColor"|"cornerRadius"|"fillColor"|"fontFamily"|"fontSize"|"fontWeight"|"headerFillColor"|"letterSpacing"|"lineWidth"|"paddingX"|"paddingY"|"textColor"|"textTransform">:R extends "group-header"?Pick<RoleStyleSpec,"borderColor"|"cue"|"fillColor"|"fontFamily"|"fontSize"|"fontWeight"|"letterSpacing"|"lineWidth"|"strokeColor"|"textColor"|"textTransform">:R extends "label"?Pick<RoleStyleSpec,"fontSize"|"fontWeight"|"letterSpacing"|"textColor"|"textTransform">:R extends "pie-slice"|"task"|"milestone"?Pick<RoleStyleSpec,"borderColor"|"cue"|"fillColor"|"lineWidth"|"strokeColor">:R extends "legend"?Pick<RoleStyleSpec,"borderColor"|"fillColor"|"lineWidth"|"strokeColor"|"textColor">:R extends "bar"|"point"?Pick<RoleStyleSpec,"borderColor"|"fillColor"|"lineWidth"|"strokeColor">:R extends "series"?Pick<RoleStyleSpec,"borderColor"|"lineWidth"|"strokeColor">:never type RoleStyles={[R in ExactSceneStyleRole]?:Readonly<RoleStyleFor<R>>} type SemanticBindingChannel="category" interface SemanticBinding {channel:SemanticBindingChannel;value:string;slot:string;role?:BindableSceneStyleRole} type BrandConstraint={kind:"contrast";action:'warn'|'error';role?:SceneStyleRole;minimum?:number}|{kind:"accent-area";action:'warn'|'error';maxFraction:number}|{kind:"mono-role";action:'warn'|'error';role:SceneStyleRole} interface StyleSpec {"formatVersion"?:1;"$schema"?:string;"name"?:string;"blurb"?:string;"colors"?:StyleColors;"font"?:string;"roles"?:RoleStyles;"semanticSlots"?:Readonly<Record<string,Readonly<RoleStyleSpec>>>;"bindings"?:readonly SemanticBinding[];"constraints"?:readonly BrandConstraint[];"stroke"?:"crisp"|"jittered"|"freehand";"roughness"?:number;"bowing"?:number;"passes"?:number;"strokeWidth"?:number;"fill"?:"none"|"hachure"|"solid"|"wash";"hachureAngle"?:number;"hachureGap"?:number;"fillWeight"?:number;"washOpacity"?:number;"washEdge"?:number;"backdrop"?:"plain"|"paper-ruled"|"grid";"intent"?:"premium"|"draft"|"lofi";"mono"?:boolean} type StyleInput=string|StyleSpec type ArchitectureVisualOverrides = Readonly<Record<string, unknown>> interface SharedRenderOptions { bg?:string;fg?:string;line?:string;accent?:string;muted?:string;surface?:string;border?:string;font?:string;style?:StyleInput | StyleInput[];padding?:number;nodeSpacing?:number;layerSpacing?:number;wrappingWidth?:number;componentSpacing?:number;transparent?:boolean;interactive?:boolean;shadow?:boolean;class?:{ hierarchicalNamespaces?:boolean };architecture?:{ visual?:ArchitectureVisualOverrides };timeline?:{ maxWidth?:number };journey?:{ experienceCurve?:boolean };gantt?:{ dependencyArrows?:boolean; criticalPath?:boolean };mermaidConfig?:MermaidRuntimeConfig;embedFontImport?:boolean;compact?:boolean;idPrefix?:string;security?:'default' | 'strict';ganttToday?:string;seed?:number;} interface ConfigDiagnostic { code: 'INEFFECTIVE_CONFIG'; field: string; message: string } interface TerminalProjectionDiagnostic { code: string; feature: string; message: string } interface SvgRenderOptions extends SharedRenderOptions { onConfigDiagnostic?:(diagnostic: ConfigDiagnostic) => void;} interface AsciiRenderOptions extends SharedRenderOptions { useAscii?:boolean;paddingX?:number;paddingY?:number;boxBorderPadding?:number;colorMode?:'auto' | 'none' | 'ansi16' | 'ansi256' | 'truecolor' | 'html';theme?:{ fg?:string; border?:string; line?:string; arrow?:string; accent?:string; bg?:string; corner?:string; junction?:string };maxWidth?:number;targetWidth?:number;onConfigDiagnostic?:(diagnostic: ConfigDiagnostic) => void;onProjectionDiagnostic?:(diagnostic: TerminalProjectionDiagnostic) => void;} interface LayoutRenderOptions extends SharedRenderOptions { debug?:boolean;regions?:boolean;actions?:boolean;onConfigDiagnostic?:(diagnostic: ConfigDiagnostic) => void;} interface RenderArtifactDiagnostic { code: string; message?: string; reference?: string; feature?: string; input?: string; canonicalId?: string; removal?: { release: string; date: string } } interface CapabilityResolution { readonly id: `${string}:${string}`; readonly range: string; readonly level: 'required' | 'preferred' | 'optional'; readonly status: 'selected' | 'unsupported' | 'incompatible'; readonly version?: string } interface CapabilityDecision { readonly version: 1; readonly accepted: boolean; readonly resolutions: readonly CapabilityResolution[] } interface RenderExecutionDecision { readonly family: { readonly id: string; readonly version: string };readonly backend: { readonly mode: 'scene'; readonly requestedId: string; readonly selectedId: string; readonly version: string; readonly hostPolicy: boolean } | { readonly mode: 'family-svg' };readonly digest: string;} interface RenderRequestReceipt { version: 2; output: 'svg' | 'png' | 'ascii' | 'unicode' | 'html' | 'layout'; sharedRequestDigest: string; requestDigest: string; appearanceDigest: string; capabilityDecision: CapabilityDecision; diagnostics?: readonly RenderArtifactDiagnostic[]; graphicalProjectionDigest?: string; executionDecision?: RenderExecutionDecision } interface RenderedSvg { svg: string; receipt: RenderRequestReceipt } interface RenderedAscii { text: string; receipt: RenderRequestReceipt; terminalStyle: Record<string, unknown>; outputPolicy: Record<string, unknown> } interface RenderedLayoutArtifact { layout: VerifyResult['layout']; receipt: RenderRequestReceipt } declare const mermaid: { parseRegisteredMermaid(source: string): Result<ParsedDiagram, ParseError[]> createMermaid(kind: DiagramKind, opts?: { direction?: 'TD' | 'TB' | 'LR' | 'BT' | 'RL' }): ValidDiagram buildMermaid(kind: DiagramKind, ops: MutationOp[], opts?: { direction?: 'TD' | 'TB' | 'LR' | 'BT' | 'RL' }): Result<ValidDiagram, { code: string; message: string; opIndex: number }> asFlowchart(diagram: ValidDiagram): ValidDiagram | null asState(diagram: ValidDiagram): ValidDiagram | null asSequence(diagram: ValidDiagram): ValidDiagram | null asTimeline(diagram: ValidDiagram): ValidDiagram | null asClass(diagram: ValidDiagram): ValidDiagram | null asEr(diagram: ValidDiagram): ValidDiagram | null asJourney(diagram: ValidDiagram): ValidDiagram | null asArchitecture(diagram: ValidDiagram): ValidDiagram | null asXyChart(diagram: ValidDiagram): ValidDiagram | null asPie(diagram: ValidDiagram): ValidDiagram | null asQuadrant(diagram: ValidDiagram): ValidDiagram | null asGantt(diagram: ValidDiagram): ValidDiagram | null asMindmap(diagram: ValidDiagram): ValidDiagram | null asGitGraph(diagram: ValidDiagram): ValidDiagram | null asRadar(diagram: ValidDiagram): ValidDiagram | null mutate(diagram: ValidDiagram, op: MutationOp): Result<ValidDiagram> verifyMermaid(input: ParsedDiagram | string, opts?: { suppress?: string[]; labelCharCap?: number; renderOptions?: SharedRenderOptions }): VerifyResult analyzeMermaid(diagram: ValidDiagram): Record<string, unknown> analyzeMermaidSource(source: string): Result<Record<string, unknown>> describeMermaidFacts(diagram: ValidDiagram): string[] describeMermaidFactsSource(source: string): Result<string[]> checkMermaid(diagram: ValidDiagram, spec: CheckMermaidSpec): CheckMermaidResult checkMermaidSource(source: string, spec: CheckMermaidSpec): Result<CheckMermaidResult> serializeMermaid(diagram: ParsedDiagram): string renderMermaidSVG(input: ParsedDiagram | string, opts?: SvgRenderOptions): string renderMermaidSVGWithReceipt(input: ParsedDiagram | string, opts?: SvgRenderOptions): RenderedSvg renderMermaidASCII(input: ParsedDiagram | string, opts?: AsciiRenderOptions): string renderMermaidASCIIWithReceipt(input: ParsedDiagram | string, opts?: AsciiRenderOptions): RenderedAscii layoutMermaidWithReceipt(input: ParsedDiagram | string, opts?: LayoutRenderOptions): RenderedLayoutArtifact describeOps(family: DiagramKind): Record<string, { name: string; required: boolean; type: string; note?: string }[]> opSignatures(family: DiagramKind): string[] }

  ConnectorNo auth

• search_shapesA

  draw.ioA

  Search the draw.io shape library by keywords. Returns matching shapes with their exact style strings, dimensions, and titles. Covers ~10,000 built-in stencils (cloud architecture, network topology, P&ID, electrical, Cisco, Kubernetes, BPMN) and, when those are sparse, supplements results with the draw.io icon service (brand/product logos and general-purpose concept icons, e.g. 'react', 'slack', 'shopping cart', 'solar panel'). Use ONLY for diagrams that need industry-specific, branded, or pictorial icons. Do NOT use for standard diagram types like flowcharts, UML, ERD, org charts, or mind maps — these use basic geometric shapes (rectangles, diamonds, circles, cylinders) that are already covered in the XML reference. Also skip if the user asks to use basic/simple shapes or says not to search. The style string from the results can be used directly in mxCell style attributes.

  ConnectorNo auth

• compliance.ubo_chainA

  DPX — Institutional Cross-Border SettlementB

  Trace the beneficial ownership chain for any legal entity up to 3 levels deep using GLEIF relationship records, then screen every node in the chain against the OpenSanctions consolidated sanctions list (OFAC SDN, EU, UN, UK OFSI). Returns chain structure (SUBJECT → DIRECT_PARENT → ULTIMATE_PARENT), per-node sanctions status, LEI lapse flags, overall CLEAR / REVIEW_REQUIRED / BLOCKED verdict, and FATF R.16 beneficial ownership compliance attestation. Required for correspondent banking due diligence, FATF R.12/13 UBO identification, and MiCA Article 72 counterparty risk management.

  ConnectorNo auth

• get_design_guideA

  mcpA

  Datadef's standard for what makes a diagram readable, size, edge discipline, nested zones, annotations, and the tool order for building or editing. Read this BEFORE your first canvas_* call. It is the same standard Datadef's own generator follows, so a diagram you build by hand comes out indistinguishable from a generated one.

  ConnectorAPI key

• log_interactionA

  noticedA

  Record a touchpoint — say WHAT it was with `type`: 'in_person', 'call', or 'message'. Everything else is optional detail that defaults sensibly. Builds the relationship timeline and feeds recency and relationship strength. Each call appends a new event. Works on any search_people hit — if they're not in your network yet, they're added first. NOT for notes — a note about someone is a memory, so use add_memory instead.

  ConnectorNo auth

• odata_export_entityA

  ALM X++ MCP ServerA

  Export any D365 F&O data entity via OData (transactional, no DMF project required). Universal: works for ANY public entity. Supports $select, $filter, $orderby and follows server paging automatically. Returns CSV (default) or JSON. Use for live/ad-hoc exports and small-to-medium volumes. For very large bulk exports prefer dmf_export_package. Resolve the entity set name from the KB first (find_entity_for_table / get_data_entity_info) -- do not invent entity names.

  ConnectorNo auth