refactor: CPM and estimation become process definitions, not code modules

packages/neuron/src/kernel/kernel.ts

@@ -3,18 +3,29 @@ export * as KernelOps from "./kernel"
 import { Graph } from "./graph"
 
 /**
- * Generic process execution over the graph.
+ * The unified kernel. One register function, one execute function,
+ * generic node queries. Every concept - tool, process, knowledge,
+ * artifact, conversation, memory - is a node registered here.
  *
- * A process is a node whose payload defines:
- *   - name
- *   - input requirements (which edges to read)
- *   - an executable step (registered by category, resolved at runtime)
- *
- * The kernel does NOT know what "learn" or "build" mean. It reads the
- * process node, resolves its dependencies, runs it, writes results back
- * as edges. New processes are data — add a node, not a function.
+ * No parallel registries. No per-concept files. One store, one truth.
  */
 
+export interface Node {
+  id: string
+  kind: string
+  address: string
+  created_at: number
+}
+
+export interface Edge {
+  id: string
+  from_node: string
+  to_node: string
+  kind: string
+  at: number
+  payload: string | null
+}
+
 export class Kernel {
   private graph: Graph
 
@@ -22,78 +33,163 @@ export class Kernel {
     this.graph = graph
   }
 
-  /** Register a process definition as a node in the graph. */
-  defineProcess(name: string, definition: {
-    description: string
-    /** Edges to read for input (by kind). */
-    reads: string[]
-    /** Edge kind to write results as. */
-    writes: string
-    /** The actual work. Injected by whoever composes this process. */
-    execute: (input: unknown) => Promise<unknown>
-  }): void {
-    const procNode = this.graph.ensureNode("process-definition", `process:${name}`)
-    const existingEdges = this.graph.incident(procNode.id, "definition")
-    if (existingEdges.length === 0) {
-      this.graph.edge(procNode.id, procNode.id, "definition", { ...definition })
+  /**
+   * Register anything. Kind determines what it is;
+   * definition edges carry the specifics.
+   */
+  register(kind: string, address: string, edges: Array<{ kind: string; payload?: unknown }>): Node {
+    const node = this.graph.ensureNode(kind, address)
+    for (const e of edges) {
+      this.graph.edge(node.id, node.id, e.kind, e.payload)
     }
+    return node
   }
 
   /**
-   * Run a named process against a target node.
-   * Reads the process definition, gathers input edges, executes, writes output.
+   * Execute a process node against a target node.
+   * Reads the process's definition edge for its handler and input kinds.
    */
-  async runProcess(processName: string, targetNodeID: string): Promise<unknown> {
-    const defEdge = this.graph
-      .incident(this.graph.ensureNode("process-definition", `process:${processName}`).id, "definition")
-      .at(-1)
-    if (!defEdge) throw new Error(`process "${processName}" not defined`)
-    const def = this.graph.payload<{ description: string; reads: string[]; execute: (...args: any[]) => Promise<unknown> }>(defEdge)
-    if (!def) throw new Error(`process "${processName}" has no definition payload`)
+  async execute(processNodeID: string, targetNodeID: string): Promise<unknown> {
+    const defEdges = this.graph.outgoing(processNodeID, "definition")
+    const lastDef = defEdges.at(-1)
+    if (!lastDef || !lastDef.payload) throw new Error(`process ${processNodeID} has no definition`)
+    const def = JSON.parse(lastDef.payload)
 
-    // Gather inputs from the target's incident edges matching the reads list
+    // Gather inputs from target's edges matching reads list
     const inputs: Record<string, unknown[]> = {}
     for (const readKind of def.reads ?? []) {
       inputs[readKind] = this.graph.outgoing(targetNodeID, readKind).map((e) => ({
-        edgeId: e.id,
+        kind: e.kind,
         payload: e.payload ? JSON.parse(e.payload) : undefined,
       }))
     }
 
     const result = await def.execute(inputs)
 
-    // Write results back as edges on the target node
-    if (result !== undefined && result !== null) {
-      this.graph.edge(targetNodeID, targetNodeID, `result:${processName}`, { data: result })
+    // Supersede prior results from same process on same target
+    const priorKind = "result:" + processNodeID
+    const priors = this.graph.outgoing(targetNodeID).filter(function(e) {
+      return e.kind === priorKind
+    })
+    for (const prior of priors) {
+      this.graph.edge(targetNodeID, targetNodeID, "supersedes", { supersededBy: processNodeID })
     }
+    this.graph.edge(targetNodeID, targetNodeID, priorKind, { data: result })
 
     return result
   }
 
-  // ---- generic node ops ----
-
-  ensure(kind: string, address: string): Node {
-    return this.graph.ensureNode(kind, address)
-  }
-
-  find(kind: string, address: string): Node | undefined {
-    const n = this.graph.getNode(address)
-    return n && n.kind === kind ? n : undefined
-  }
+  // ---- generic queries ----
 
   byKind(kind: string): Node[] {
-    const db = (this.graph as any).db
-    if (!db) return []
-    return db.query(`SELECT * FROM nodes WHERE kind = ? ORDER BY created_at`).all(kind) ?? []
+    return this.graph.nodesByKind(kind)
+  }
+
+  find(address: string): Node | undefined {
+    return this.graph.getNode(address)
+  }
+
+  outgoing(nodeID: string, kind?: string): Edge[] {
+    return this.graph.outgoing(nodeID, kind)
+  }
+
+  incident(nodeID: string, kind?: string): Edge[] {
+    return this.graph.incident(nodeID, kind)
   }
 
   edge(from: string, to: string, kind: string, payload?: unknown) {
     return this.graph.edge(from, to, kind, payload)
   }
+
+  // ---- generic read/write ----
+
+  /**
+   * Read any node's content, hydrated according to its format.
+   * Returns metadata, payload, and the resolved schema if one exists.
+   */
+  async read(nodeID: string): Promise<{
+    metadata: Record<string, unknown>
+    payload: unknown
+    format: string | undefined
+    schemaDefinition: string | undefined
+  } | null> {
+    const node = this.graph.getNode(nodeID)
+    if (!node) return null
+
+    let metadata: Record<string, unknown> = {}
+    let payloadRaw = ""
+    let format: string | undefined
+
+    for (const e of this.graph.outgoing(nodeID)) {
+      const p = e.payload ? JSON.parse(e.payload) : undefined
+      if (!p) continue
+      if (e.kind === "metadata") Object.assign(metadata, p)
+      if (e.kind === "payload") {
+        payloadRaw = String(p.blob ?? "")
+        format = p.format
+      }
+    }
+
+    let schemaDefinition: string | undefined
+    const conformsTo = this.graph.outgoing(nodeID, "conforms-to").at(-1)
+    if (conformsTo) {
+      // Walk supersession chain to latest schema version
+      let schemaNodeID = conformsTo.to_node
+      let supersedes = this.graph.outgoing(schemaNodeID, "supersedes")
+      while (supersedes.length > 0) {
+        schemaNodeID = supersedes[0].to_node
+        supersedes = this.graph.outgoing(schemaNodeID, "supersedes")
+      }
+      const payloadEdges = this.graph.outgoing(schemaNodeID, "payload")
+      const lastPayload = payloadEdges.at(-1)
+      if (lastDef(lastPayload)) {
+        const p2 = JSON.parse(lastPayload.payload!)
+        schemaDefinition = p2?.blob
+      }
+    }
+
+    return {
+      metadata,
+      payload: hydrate(payloadRaw, format),
+      format,
+      schemaDefinition,
+    }
+  }
+
+  /**
+   * Write content to any node. Format tells consumers how to hydrate;
+   * schemaAddress optionally links to a validating schema node.
+   */
+  write(nodeID: string, opts: {
+    format?: string
+    metadata?: Record<string, unknown>
+    payload?: string
+    schemaAddress?: string
+  }): void {
+    if (opts.metadata) {
+      this.graph.edge(nodeID, nodeID, "metadata", { ...opts.metadata })
+    }
+    if (opts.payload !== undefined) {
+      this.graph.edge(nodeID, nodeID, "payload", { blob: opts.payload, format: opts.format })
+    }
+    if (opts.schemaAddress) {
+      const schemaNode = this.graph.getNode(opts.schemaAddress)
+      if (schemaNode) this.graph.edge(nodeID, schemaNode.id, "conforms-to", {})
+    }
+  }
 }
 
-export interface Step {
-  id: string
-  description: string
-  dependsOn: string[]
+function lastDef(edge: import("./graph").Edge | undefined): boolean {
+  return edge !== undefined && edge.payload !== null && edge.payload !== ""
+}
+
+function hydrate(raw: string, format?: string): unknown {
+  if (!raw) return raw
+  switch (format) {
+    case "json":
+    case "schema.json":
+      try { return JSON.parse(raw) } catch { return raw }
+    default:
+      return raw
+  }
 }

packages/neuron/src/kernel/orchestration.ts

@@ -3,18 +3,16 @@ export * as Orchestration from "./orchestration"
 import { Graph } from "./graph"
 
 /**
- * Every operation is a process. Processes are nodes in the graph.
- * One generic executor runs them all.
- *
- * Results are edges on the target node. New results supersede old
- * results from the same process — automatically. Old results stay
- * walkable forever.
- *
- * This covers everything: building artifacts, producing knowledge,
- * refining processes, refining knowledge. They are all just
- * "run process P against target T" with different definitions.
+ * Every operation is a process node. You hold the node reference,
+ * pass it to the executor. No name lookup, no magic strings.
  */
 
+interface GraphNode {
+  id: string
+  kind: string
+  address: string
+}
+
 export class Orchestrator {
   private graph: Graph
 
@@ -22,72 +20,41 @@ export class Orchestrator {
     this.graph = graph
   }
 
-  /** Register any process definition. */
-  define(name: string, def: {
+  define(def: {
     description: string
     reads: string[]
     execute: (inputs: Record<string, unknown[]>) => Promise<unknown>
-  }): void {
-    const procNode = this.graph.ensureNode("process-definition", `process:${name}`)
-    if (this.graph.incident(procNode.id, "definition").length === 0) {
-      this.graph.edge(procNode.id, procNode.id, "definition", { ...def })
-    }
+  }): GraphNode {
+    const procNode = this.graph.ensureNode("process-definition", "process:" + crypto.randomUUID())
+    this.graph.edge(procNode.id, procNode.id, "definition", { ...def })
+    return { id: procNode.id, kind: "process-definition", address: procNode.address }
   }
 
-  /**
-   * Run any named process against a target node.
-   *
-   * Automatically supersedes prior results from the same process on the
-   * same target. Old results stay in the graph walkable forever.
-   */
-  async run(processName: string, targetNodeID: string): Promise<unknown> {
-    const procAddr = `process:${processName}`
-    const procNode = this.graph.getNode(procAddr)
-    if (!procNode) throw new Error(`process not found: ${processName}`)
+  async run(processNode: GraphNode, targetNodeID: string): Promise<unknown> {
+    const defEdges = this.graph.outgoing(processNode.id, "definition")
+    const lastDef = defEdges.at(-1)
+    if (!lastDef || !lastDef.payload) throw new Error("process has no definition")
+    const def = JSON.parse(lastDef.payload)
 
-    // Gather inputs from target's edges matching what this process reads
     const inputs: Record<string, unknown[]> = {}
-    for (const e of this.graph.outgoing(targetNodeID)) {
-      const p = e.payload ? JSON.parse(e.payload) : undefined
-      if (!p || typeof p !== "object") continue
-      for (const readKind of Object.keys(inputs)) {
-        if (e.kind === readKind && !inputs[readKind].includes(p)) {
-          inputs[readKind].push(p)
-        }
-      }
+    for (const readKind of def.reads ?? []) {
+      inputs[readKind] = this.graph.outgoing(targetNodeID, readKind).map(function(e) {
+        return { kind: e.kind, payload: e.payload ? JSON.parse(e.payload) : undefined }
+      })
     }
 
-    const result = await this.executeDefinition(processName, inputs)
+    const result = await def.execute(inputs)
 
-    // Write result, superseding any prior result from the same process
-    this.writeResult(targetNodeID, processName, result)
+    // Supersede prior results from same process on same target
+    const priorKind = "result:" + processNode.id
+    const priors = this.graph.outgoing(targetNodeID).filter(function(e) {
+      return e.kind === priorKind
+    })
+    for (const prior of priors) {
+      this.graph.edge(targetNodeID, targetNodeID, "supersedes", { supersededBy: processNode.id })
+    }
+    this.graph.edge(targetNodeID, targetNodeID, priorKind, { data: result })
 
     return result
   }
-
-  private writeResult(targetNodeID: string, processName: string, result: unknown): void {
-    // Supersede prior result from same process on same target
-    const priorKind = `result:${processName}`
-    const priors = this.graph.outgoing(targetNodeID, priorKind)
-    for (const prior of priors) {
-      this.graph.edge(prior.to_node ?? prior.from_node, prior.from_node, "supersedes",
-        { process: processName, supersededAt: Date.now() })
-    }
-
-    // Write new result
-    this.graph.edge(targetNodeID, targetNodeID, priorKind, { data: result })
-  }
-
-  private async executeDefinition(processName: string, inputs: Record<string, unknown[]>): Promise<unknown> {
-    const procAddr = `process:${processName}`
-    const procNode = this.graph.getNode(procAddr)
-    if (!procNode) throw new Error(`process not found: ${procAddr}`)
-
-    const defEdges = this.graph.incident(procNode.id, "definition")
-    const lastDef = defEdges.at(-1)
-    if (!lastDef?.payload) throw new Error(`no definition for process ${processName}`)
-    const def = JSON.parse(lastDef.payload)
-    if (!def.handler) throw new Error(`process ${processName} has no handler`)
-    return def.handler(inputs)
-  }
 }

packages/neuron/src/kernel/step-execution.ts

@@ -0,0 +1,75 @@
+export * as StepExecution from "./step-execution"
+
+import { Graph } from "./graph"
+
+/**
+ * A step execution is not just "did the thing."
+ *
+ * Every step records:
+ * - which knowledge nodes were consulted (used-knowledge edges)
+ * - which process definition was followed, or explicitly none
+ * - what lessons were learned during execution
+ *
+ * These are the edges that make LEARN possible: without provenance of
+ * what informed each step, you cannot refine anything.
+ */
+
+export interface StepInput {
+  stepNodeID: string
+  /** Knowledge nodes consulted during this step. */
+  knowledgeUsed: string[]
+  /** Process definition followed, or null if none matched. */
+  processUsed: string | null
+  /** What was learned doing this work. */
+  lesson?: string
+  /** The actual output. */
+  result: string
+}
+
+export function execute(graph: Graph, sessionID: string, input: StepInput): { resultEdgeID: string } {
+  const turn = graph.ensureNode("turn", `turn:${crypto.randomUUID()}`)
+  graph.edge(sessionID === turn.id ? turn.id : turn.id, turn.id, "self", {})
+
+  // Wire knowledge provenance
+  for (const knID of input.knowledgeUsed) {
+    graph.edge(turn.id, knID, "used-knowledge", {})
+  }
+
+  // Wire process provenance (or explicit absence)
+  if (input.processUsed) {
+    const procNode = graph.getNode(`process:${input.processUsed}`)
+    if (procNode) {
+      graph.edge(turn.id, procNode.id, "used-process", {})
+    }
+  } else {
+    graph.edge(turn.id, turn.id, "no-process-used", { explicit: true })
+  }
+
+  // Record the result
+  graph.edge(turn.id, turn.id, "result", { text: input.result })
+
+  return { resultEdgeID: turn.id }
+}
+
+/** Extract lessons from completed steps — this feeds the LEARN phase. */
+export function collectLessons(graph: Graph, convNodeId: string): Array<{ lesson: string; hadProcess: boolean; knowledgeUsed: number }> {
+  const lessons: Array<{ lesson: string; hadProcess: boolean; knowledgeUsed: number }> = []
+  const turnEdges = graph.outgoing(convNodeId, "turn")
+
+  for (const e of turnEdges) {
+    const usedKnowledge = graph.outgoing(e.to_node, "used-knowledge")
+    const usedProcess = graph.outgoing(e.to_node, "used-process")
+    const noProcess = graph.outgoing(e.to_node, "no-process-used")
+    const results = graph.outgoing(e.to_node, "result")
+
+    if (results.length > 0 && !usedProcess.length && noProcess.length > 0) {
+      const payload = results[0]?.payload ? JSON.parse(results[0].payload).text : ""
+      lessons.push({ lesson: payload, hadProcess: false, knowledgeUsed: usedKnowledge.length })
+    } else if (results.length > 0 && usedProcess.length > 0) {
+      const payload = results[0]?.payload ? JSON.parse(results[0].payload).text : ""
+      lessons.push({ lesson: payload, hadProcess: true, knowledgeUsed: usedKnowledge.length })
+    }
+  }
+
+  return lessons
+}

packages/neuron/src/kernel/tool-executor.ts

@@ -0,0 +1,98 @@
+export * as ToolExecutor from "./tool-executor"
+
+import { Graph } from "./graph"
+
+/**
+ * Generic tool executor. Reads the tool node's edges, dispatches to the
+ * right primitive. Adding a new tool = adding a graph node with the
+ * right edges. No code changes.
+ *
+ * Primitives are fixed and small:
+ *   bash   - spawn shell command
+ *   read   - read file
+ *   write  - write file
+ *   fetch  - HTTP request
+ *   search - ripgrep
+ */
+
+interface ToolSpec {
+  name: string
+  description: string
+  scope: string
+  parameters: unknown
+  primitive: string
+  config?: Record<string, unknown>
+}
+
+export function register(graph: Graph, opts: ToolSpec): void {
+  const addr = `tool:${opts.name}`
+  const node = graph.ensureNode("tool", addr)
+  graph.edge(node.id, node.id, "description", { text: opts.description })
+  graph.edge(node.id, node.id, "parameters", { schema: opts.parameters })
+  graph.edge(node.id, node.id, "scope", { value: opts.scope })
+  graph.edge(node.id, node.id, "implementation", { primitive: opts.primitive, config: opts.config ?? {} })
+}
+
+export function execute(
+  graph: Graph,
+  toolName: string,
+  input: Record<string, unknown>,
+  ctx: { cwd: string },
+): Promise<string> {
+  const addr = `tool:${toolName}`
+  const node = graph.getNode(addr)
+  if (!node) return Promise.reject(new Error(`unknown tool: ${toolName}`))
+
+  const implEdges = graph.outgoing(node.id, "implementation")
+  const implEdge = implEdges.at(-1)
+  if (!implEdge || !implEdge.payload) return Promise.reject(new Error(`tool ${toolName} has no implementation`))
+
+  const impl = JSON.parse(implEdge.payload) as { primitive: string; config?: Record<string, unknown> }
+  const config = impl.config ?? {}
+
+  switch (impl.primitive) {
+    case "bash": {
+      const cmd = String(input.command ?? "")
+      const workDir = String(config.cwd ?? ctx.cwd)
+      const proc = Bun.spawn(["zsh", "-c", cmd], { cwd: workDir, stdout: "pipe", stderr: "pipe" })
+      return proc.exited.then(function(code) {
+        const out = new Response(proc.stdout).body ? "" : ""
+        return new Response(proc.stdout).text().then(function(stdout) {
+          const stderrText = new Response(proc.stderr).text()
+          return stdout + (code === 0 ? "" : "\n[exit " + code + "]")
+        })
+      })
+    }
+    case "read": {
+      const filePath = String(input.path ?? "")
+      const limit = typeof input.limit === "number" ? input.limit : undefined
+      return Bun.file(ctx.cwd + "/" + filePath)
+        .text()
+        .then(function(text) {
+          if (!limit) return text
+          return text.split("\n").slice(0, limit).join("\n")
+        })
+        .catch(function() { return "[file not found: " + filePath + "]" })
+    }
+    case "write": {
+      const filePath = String(input.path ?? "")
+      const content = String(input.content ?? "")
+      return Bun.write(ctx.cwd + "/" + filePath, content)
+        .then(function() { return "wrote " + filePath + " (" + content.length + " bytes)" })
+    }
+    case "fetch": {
+      const url = String(config.url ?? input.url ?? "")
+      return fetch(url).then(function(r) { return r.text() })
+    }
+    case "search": {
+      const pattern = String(input.pattern ?? "")
+      const searchDir = String(config.dir ?? ctx.cwd)
+      const proc = Bun.spawn(["rg", pattern, "--line-number", "--max-count", "20"], { cwd: searchDir, stdout: "pipe", stderr: "pipe" })
+      return proc.exited.then(function() {
+        return new Response(proc.stdout).text()
+      })
+    }
+    default:
+      return Promise.reject(new Error(`unknown primitive: ${impl.primitive}`))
+  }
+}

packages/neuron/src/kernel/tool-nodes.ts

@@ -0,0 +1,60 @@
+export * as ToolNodes from "./tool-nodes"
+
+import { Graph } from "./graph"
+
+/**
+ * Tools are typed nodes in the graph.
+ * Definition edges carry description, parameters, scope, handler.
+ * No separate registry, no config file — query the graph.
+ */
+
+export function register(graph: Graph, opts: {
+  name: string
+  description: string
+  parameters: unknown
+  scope: string
+  scopeNodeID?: string
+  run: (input: any) => Promise<string>
+}): { nodeID: string } {
+  const addr = `tool:${opts.name}`
+  const node = graph.ensureNode("tool", addr)
+
+  graph.edge(node.id, node.id, "description", { text: opts.description })
+  graph.edge(node.id, node.id, "parameters", { schema: opts.parameters })
+  graph.edge(node.id, node.id, "scope", { value: opts.scope })
+  graph.edge(node.id, node.id, "handler", { fn: opts.run })
+
+  if (opts.scopeNodeID) {
+    graph.edge(opts.scopeNodeID, node.id, "provides-tool", {})
+  }
+
+  return { nodeID: node.id }
+}
+
+export function lookup(graph: Graph, name: string): { nodeID: string; run: (input: any) => Promise<string>; scope: string } | undefined {
+  const node = graph.getNode(`tool:${name}`)
+  if (!node) return undefined
+
+  let handler: ((input: any) => Promise<string>) | undefined
+  let scope = ""
+
+  for (const e of graph.outgoing(node.id)) {
+    if (e.kind === "handler") {
+      const p = e.payload ? JSON.parse(e.payload) : undefined
+      if (p?.fn) handler = p.fn
+    }
+    if (e.kind === "scope") {
+      const p = e.payload ? JSON.parse(e.payload) : undefined
+      if (p?.value) scope = p.value
+    }
+  }
+
+  if (!handler) return undefined
+  return { nodeID: node.id, run: handler, scope }
+}
+
+export function allTools(graph: Graph): Array<{ name: string }> {
+  return graph.nodesByKind("tool").map((n) => ({
+    name: n.address.replace("tool:", ""),
+  }))
+}

packages/neuron/src/tool-registration.ts

@@ -0,0 +1,81 @@
+/**
+ * Registers the existing tool inventory as graph nodes.
+ * Each tool becomes a node with edges for description/parameters/scope/primitive.
+ * The old tools.ts stays untouched for reference — this is the graph-native version.
+ */
+
+import { Graph } from "./graph"
+import { register } from "./tool-executor"
+
+export function registerBuiltinTools(graph: Graph, cwd: string): void {
+  register(graph, {
+    name: "bash",
+    description: "Run a shell command in the working directory and return its output.",
+    parameters: {
+      type: "object",
+      properties: { command: { type: "string" } },
+      required: ["command"],
+    },
+    scope: "fs.execute",
+    primitive: "bash",
+  })
+
+  register(graph, {
+    name: "read",
+    description: "Read a text file relative to the working directory.",
+    parameters: {
+      type: "object",
+      properties: {
+        path: { type: "string", description: "File path relative to working directory" },
+        limit: { type: "number", description: "Max lines to read" },
+      },
+      required: ["path"],
+    },
+    scope: "fs.read",
+    primitive: "read",
+  })
+
+  register(graph, {
+    name: "write",
+    description: "Write content to a text file relative to the working directory.",
+    parameters: {
+      type: "object",
+      properties: {
+        path: { type: "string", description: "File path relative to working directory" },
+        content: { type: "string", description: "Content to write" },
+      },
+      required: ["path", "content"],
+    },
+    scope: "fs.write",
+    primitive: "write",
+  })
+
+  register(graph, {
+    name: "search",
+    description: "Search file contents using ripgrep. Returns matching lines with file paths and line numbers.",
+    parameters: {
+      type: "object",
+      properties: {
+        pattern: { type: "string", description: "Regex pattern to search for" },
+        dir: { type: "string", description: "Directory to search in (defaults to cwd)" },
+      },
+      required: ["pattern"],
+    },
+    scope: "fs.read",
+    primitive: "search",
+  })
+
+  register(graph, {
+    name: "fetch",
+    description: "Fetch content from a URL and return the response body as text.",
+    parameters: {
+      type: "object",
+      properties: {
+        url: { type: "string", description: "URL to fetch" },
+      },
+      required: ["url"],
+    },
+    scope: "net.fetch",
+    primitive: "fetch",
+  })
+}