Files
wasm-simulator/web/src/wasm-core.js
cnc 1498d9830d 继续推进:浏览器批量验证LinuxCNC配置入口
结论:浏览器 WASM smoke 已读取 LinuxCNC 生成的 64 个 switchkins 配置用例,覆盖 config/MACHINE/KINEMATICS/HALFILE 入口;native 与 source-link 验证通过。
2026-05-30 10:19:32 +08:00

175 lines
6.1 KiB
JavaScript

const DIALECT = {
linuxcnc: 0,
fanuc: 1,
siemens: 2,
};
const EVENT_TYPE = {
1: "error",
2: "comment",
3: "set-units",
4: "set-plane",
5: "set-feed",
6: "set-spindle",
7: "tool-change",
8: "dwell",
9: "rapid",
10: "linear-feed",
11: "arc-feed",
12: "probe",
13: "program-end",
14: "rtcp-pivot",
15: "kinematics-switch",
16: "rtcp-state",
17: "set-g5x-offset",
18: "set-g92-offset",
19: "set-xy-rotation",
};
const EVENT_OFFSETS = {
type: 4,
line: 8,
plane: 12,
tool: 16,
feed: 24,
spindle: 32,
dwellSeconds: 40,
start: 48,
end: 120,
center: 192,
arcTurns: 264,
reserved: 268,
};
function readPose(view, offset) {
return {
x: view.getFloat64(offset + 0, true),
y: view.getFloat64(offset + 8, true),
z: view.getFloat64(offset + 16, true),
a: view.getFloat64(offset + 24, true),
b: view.getFloat64(offset + 32, true),
c: view.getFloat64(offset + 40, true),
u: view.getFloat64(offset + 48, true),
v: view.getFloat64(offset + 56, true),
w: view.getFloat64(offset + 64, true),
};
}
function readEvent(module, ptr) {
const view = new DataView(module.HEAPU8.buffer, ptr, 272);
return {
type: EVENT_TYPE[view.getInt32(EVENT_OFFSETS.type, true)] ?? "unknown",
line: view.getInt32(EVENT_OFFSETS.line, true),
plane: view.getInt32(EVENT_OFFSETS.plane, true),
tool: view.getInt32(EVENT_OFFSETS.tool, true),
feed: view.getFloat64(EVENT_OFFSETS.feed, true),
spindle: view.getFloat64(EVENT_OFFSETS.spindle, true),
dwellSeconds: view.getFloat64(EVENT_OFFSETS.dwellSeconds, true),
start: readPose(view, EVENT_OFFSETS.start),
end: readPose(view, EVENT_OFFSETS.end),
center: readPose(view, EVENT_OFFSETS.center),
arcTurns: view.getInt32(EVENT_OFFSETS.arcTurns, true),
reserved: view.getInt32(EVENT_OFFSETS.reserved, true),
};
}
async function loadModuleFactory() {
if (globalThis.createCncSimModule) {
return globalThis.createCncSimModule;
}
const module = await import("/cnc_sim.js");
return module.default ?? module.createCncSimModule ?? globalThis.createCncSimModule;
}
export async function createWasmSimulator(moduleOptions = {}) {
const createModule = await loadModuleFactory();
if (!createModule) {
throw new Error("cnc_sim.js did not export createCncSimModule");
}
const module = await createModule(moduleOptions);
const create = module.cwrap("cnc_sim_create", "number", []);
const destroy = module.cwrap("cnc_sim_destroy", null, ["number"]);
const reset = module.cwrap("cnc_sim_reset", null, ["number"]);
const setDialect = module.cwrap("cnc_sim_set_dialect", "number", ["number", "number"]);
const setCallback = module.cwrap("cnc_sim_set_event_callback", "number", ["number", "number", "number"]);
const loadConfig = module.cwrap("cnc_sim_load_config_json", "number", ["number", "number", "number"]);
const parseProgram = module.cwrap("cnc_sim_parse_program", "number", ["number", "number", "number"]);
const lastError = module.cwrap("cnc_sim_last_error", "number", ["number"]);
const handle = create();
let callbackPtr = 0;
return {
parse(program, dialect = "linuxcnc", options = {}) {
const events = [];
reset(handle);
setDialect(handle, DIALECT[dialect] ?? DIALECT.linuxcnc);
const config = JSON.stringify({
backend: options.backend ?? "linuxcnc-rs274",
...(options.rtcp ? { rtcp: options.rtcp } : {}),
...(options.blockDelete !== undefined ? { blockDelete: options.blockDelete } : {}),
...(options.block_delete !== undefined ? { block_delete: options.block_delete } : {}),
...(options.switchkins ? { switchkins: options.switchkins } : {}),
...(options.remap ? { remap: options.remap } : {}),
...(options.machine ? { machine: options.machine } : {}),
...(options.config ? { config: options.config } : {}),
...(options.configPath ? { configPath: options.configPath } : {}),
...(options.config_path ? { config_path: options.config_path } : {}),
...(options.halfile ? { halfile: options.halfile } : {}),
...(options.hal_file ? { hal_file: options.hal_file } : {}),
...(options.kinematics ? { kinematics: options.kinematics } : {}),
...(options.trt ? { trt: options.trt } : {}),
...(options.pivotLength !== undefined ? { pivotLength: options.pivotLength } : {}),
...(options.pivot_length !== undefined ? { pivot_length: options.pivot_length } : {}),
...(options.kinematicsType !== undefined ? { kinematicsType: options.kinematicsType } : {}),
...(options.kinematics_type !== undefined ? { kinematics_type: options.kinematics_type } : {}),
...(options.fiveaxisKinematicsType !== undefined
? { fiveaxisKinematicsType: options.fiveaxisKinematicsType }
: {}),
...(options.fiveaxis_kinematics_type !== undefined
? { fiveaxis_kinematics_type: options.fiveaxis_kinematics_type }
: {}),
...(options.xyzbcTrt ? { xyzbcTrt: options.xyzbcTrt } : {}),
});
const configBytes = module.lengthBytesUTF8(config) + 1;
const configPtr = module._malloc(configBytes);
module.stringToUTF8(config, configPtr, configBytes);
const configRc = loadConfig(handle, configPtr, configBytes - 1);
module._free(configPtr);
if (configRc !== 0) {
throw new Error(module.UTF8ToString(lastError(handle)));
}
if (callbackPtr) {
module.removeFunction(callbackPtr);
}
callbackPtr = module.addFunction((eventPtr) => {
events.push(readEvent(module, eventPtr));
return 0;
}, "iii");
setCallback(handle, callbackPtr, 0);
const bytes = module.lengthBytesUTF8(program) + 1;
const ptr = module._malloc(bytes);
module.stringToUTF8(program, ptr, bytes);
const rc = parseProgram(handle, ptr, bytes - 1);
module._free(ptr);
if (rc !== 0) {
throw new Error(module.UTF8ToString(lastError(handle)));
}
return events;
},
dispose() {
if (callbackPtr) {
module.removeFunction(callbackPtr);
callbackPtr = 0;
}
destroy(handle);
},
};
}