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wangdequan
2026-06-28 08:20:33 +08:00
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import { describe, expect, it } from "vitest";
import { IoImageRuntime, ioKey } from "../../src/runtime/index.js";
import type { IoReference, PulseInstruction, WaitInstruction } from "../../src/grl/ir/index.js";
const DO1: IoReference = { domain: "do", index: 1, raw: "io.do[1]" };
const DI1: IoReference = { domain: "di", index: 1, raw: "io.di[1]" };
const DI2: IoReference = { domain: "di", index: 2, raw: "io.di[2]" };
const AI1: IoReference = { domain: "ai", index: 1, raw: "io.ai[1]" };
describe("virtual IO image, waits, pulses, edges, and scripts", () => {
it("enforces write permissions and records IO events", () => {
const io = new IoImageRuntime({
permissions: [
{ writer: "program", domains: ["do"], access: "write" },
{ writer: "script", domains: ["di", "ai"], access: "write" }
]
});
expect(io.write(DO1, true, "program")).toMatchObject({ kind: "write", value: true });
expect(io.write(DI1, true, "program")).toBeUndefined();
expect(io.snapshot()).toMatchObject({
image: { [ioKey(DO1)]: true },
diagnostics: [expect.objectContaining({ code: "VC_IO_PERMISSION_DENIED" })]
});
});
it("evaluates waits, timeouts, on_timeout hold-stop, and edge conditions", () => {
const io = new IoImageRuntime({
permissions: [{ writer: "script", domains: ["di", "ai"], access: "write" }]
});
const wait: WaitInstruction = {
kind: "WAIT",
condition: "all ( io . di [ 1 ] == true , io . di [ 2 ] == false )",
timeout: 1,
onTimeout: { kind: "call", value: "recover" }
};
expect(io.evaluateWait(wait, 0)).toMatchObject({ status: "waiting" });
expect(io.evaluateWait(wait, 1)).toMatchObject({
status: "hold-stop",
onTimeout: { kind: "call", value: "recover" },
diagnostic: { code: "VC_WAIT_TIMEOUT" }
});
io.write(DI1, true, "script");
io.write(DI2, false, "script");
expect(io.evaluateWait(wait, 0)).toMatchObject({ status: "satisfied" });
expect(io.matchesCondition("rising ( io . di [ 1 ] )")).toBe(true);
io.write(DI1, false, "script");
expect(io.matchesCondition("falling ( io . di [ 1 ] )")).toBe(true);
io.write(AI1, 5, "script");
expect(io.matchesCondition("changed ( io . ai [ 1 ] )")).toBe(true);
});
it("auto-resets pulses and executes delayed IO scripts", () => {
const io = new IoImageRuntime({
permissions: [
{ writer: "program", domains: ["do"], access: "write" },
{ writer: "script", domains: ["di"], access: "write" }
]
});
const pulse: PulseInstruction = {
kind: "PULSE",
target: DO1,
duration: 0.2,
trace: [
{ time: 0, action: "set", target: DO1, value: true },
{ time: 0.2, action: "reset", target: DO1, value: false }
]
};
io.executePulse(pulse);
expect(io.read(DO1)).toBe(true);
io.advance(0.2);
expect(io.read(DO1)).toBe(false);
io.addScript("part-arrival", [{ delay: 0.5, target: DI1, value: true }]);
io.advance(0.49);
expect(io.read(DI1)).toBeUndefined();
io.advance(0.01);
expect(io.read(DI1)).toBe(true);
expect(io.snapshot().events.map((event) => event.kind)).toEqual([
"pulse_set",
"pulse_reset",
"script"
]);
});
});

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import { describe, expect, it } from "vitest";
import type { SemanticProgramIr } from "../../src/grl/ir/index.js";
import type { PathPlanRequest, PathPlanResult, TrajectoryPoint } from "../../src/kdl/types.js";
import { KdlRuntimeBridge, MotionQueue, type MotionPlanner } from "../../src/runtime/index.js";
const POSE = {
position: [0, 0, 0] as [number, number, number],
quaternion: [0, 0, 0, 1] as [number, number, number, number]
};
function point(index: number, time: number, joints: number[], segmentId: string): TrajectoryPoint {
return {
index,
time,
dt: index === 0 ? 0 : time,
s: time,
sd: 1,
sdd: 0,
joints,
jointVelocity: joints.map(() => 0),
jointAcceleration: joints.map(() => 0),
flange: POSE,
tcp: POSE,
motion: "MOVEJ",
segmentId,
diagnostics: []
};
}
function pathResult(request: PathPlanRequest): PathPlanResult {
return {
ok: true,
duration: 1,
segments: [],
points: [point(0, 0, request.startJoints, request.segments[0]?.id ?? "p0"), point(1, 1, [1], request.segments[0]?.id ?? "p0")],
diagnostics: []
};
}
function program(): SemanticProgramIr {
return {
moduleName: "Main",
symbols: [],
semanticChecks: [],
diagnostics: [],
sourceMap: [
{ kind: "path_point", id: "p0", pathId: "pick_path", pointId: "p0", sourceMap: { line: 10 } },
{ kind: "operation_action", id: "pick_op_start_action_0", operationId: "pick_op", sourceMap: { line: 20 } }
],
procedures: [
{
name: "main",
instructions: [
{ kind: "RUN_OPERATION", operationId: "pick_op", sourceMap: { line: 30 } }
]
}
],
paths: [
{
pathId: "pick_path",
request: {
pathId: "pick_path",
startJoints: [0],
sampleTime: 0.1,
segments: [
{
id: "p0",
motion: "MOVEJ",
target: { joints: [1] },
speed: { kind: "joint_abs", velocity: 1 },
zone: { kind: "fine" },
sourceMap: { line: 10 }
}
]
},
motions: [
{
kind: "MOVEJ",
id: "p0",
pathId: "pick_path",
pointId: "p0",
target: { joints: [1] },
speed: { kind: "joint_abs", velocity: 1 },
zone: { kind: "fine" },
sourceMap: { line: 10 },
source: { brand: { vendor: "ABB", file: "cell.mod", line: 42 } }
}
],
events: []
}
],
operations: [
{
operationId: "pick_op",
kind: "handling",
pathId: "pick_path",
process: {},
startActions: [
{
kind: "ACTION",
actionKind: "start_action",
operationId: "pick_op",
statement: "io.do[1] = true",
sourceMap: { line: 20 }
}
],
endActions: [
{
kind: "ACTION",
actionKind: "end_action",
operationId: "pick_op",
statement: "io.do[1] = false",
sourceMap: { line: 22 }
}
]
}
],
kdlBridge: {
motionRequests: [],
pathRequests: []
}
};
}
describe("motion queue and KDL runtime bridge", () => {
it("preserves operation/path/action sources and samples planned paths by virtual time", async () => {
const plannerCalls: PathPlanRequest[] = [];
const planner: MotionPlanner = {
planPath: (_handle, request) => {
plannerCalls.push(request);
return pathResult(request);
}
};
const queue = new MotionQueue({ startJoints: [0], sampleTime: 0.1, planner, robotHandle: 7 });
const ir = program();
const bridge = new KdlRuntimeBridge(ir, queue);
const items = bridge.enqueueInstruction(ir.procedures[0]!.instructions[0]!);
expect(items.map((item) => item.kind)).toEqual(["action", "path", "action"]);
expect(items[0]).toMatchObject({ source: { operationId: "pick_op", sourceMap: { line: 20 } } });
expect(items[1]).toMatchObject({ source: { pathId: "pick_path", operationId: "pick_op" } });
await queue.planAll();
expect(plannerCalls).toHaveLength(1);
expect(plannerCalls[0]).toMatchObject({ pathId: "pick_path", startJoints: [0] });
expect(queue.advance(0.5)).toMatchObject({
itemId: items[1]!.id,
localTime: 0.5,
point: { joints: [1] },
source: { pathId: "pick_path", operationId: "pick_op" }
});
expect(queue.snapshot().items[1]).toMatchObject({
planned: { ok: true, duration: 1 }
});
});
});