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import type { RefObject, MutableRefObject } from "react";
import { useMutation, type UseMutationResult } from "@tanstack/react-query";
import { apiRequest } from "@/lib/queryClient";
import { Logger } from "@shared/logger";
import type { IOPinRecord, OutputLine, ParserMessage } from "@shared/schema";
import { useSimulationLifecycle } from "./use-simulation-lifecycle";
import type { DebugMessage } from "@/hooks/use-debug-console";
import {
isCompileResult,
isHexResult,
} from "@/types/websocket";
import type {
CompileConfig,
CompileResult,
CompilerError,
HexResult,
IncomingArduinoMessage,
} from "@/types/websocket";
// status types
type CompilationStatus = "ready" | "compiling" | "success" | "error";
type CompilationResultType = "success" | "error" | null;
const logger = new Logger("useCompileAndRun");
/** Resets Arduino CLI status to idle after the standard 2-second delay. */
function scheduleCliIdle(setArduinoCliStatus: (s: "idle" | "compiling" | "success" | "error") => void) {
setTimeout(() => {
setArduinoCliStatus("idle");
}, 2000);
}
/** Determines where the current code came from (fixes S3776 — extracted from handleCompileAndStart). */
function determineCodeSource(
editorRef: { current: { getValue: () => string } | null },
tabs: Array<{ content: string }>,
): "editor" | "tabs" | "state" {
if (editorRef.current) return "editor";
if (tabs[0]?.content) return "tabs";
return "state";
}
// reused helpers from previous hooks
type SimulationStatus = "running" | "stopped" | "paused";
type CliStatus = "idle" | "compiling" | "success" | "error";
export type SetState<T> = (value: T | ((prev: T) => T)) => void;
export type DebugMessageParams = {
source: "frontend" | "server";
type: string;
data: string;
protocol?: "websocket" | "http";
};
// parameters for compile portion (same as old UseCompilationParams)
export type CompileAndRunParams = {
editorRef: RefObject<{ getValue: () => string } | null>;
tabs: Array<{ id: string; name: string; content: string }>;
activeTabId: string | null;
code: string;
setSerialOutput: SetState<OutputLine[]>;
clearSerialOutput: () => void;
setParserMessages: SetState<ParserMessage[]>;
setParserPanelDismissed: SetState<boolean>;
resetPinUI: (opts?: { keepDetected?: boolean }) => void;
setIoRegistry: SetState<IOPinRecord[]>;
setIsModified: SetState<boolean>;
setDebugMessages: SetState<DebugMessage[]>;
addDebugMessage: (params: DebugMessageParams) => void;
ensureBackendConnected: (reason: string) => boolean;
isBackendUnreachableError: (error: unknown) => boolean;
triggerErrorGlitch: () => void;
toast: (args: {
title: string;
description?: string;
variant?: "destructive";
}) => void;
// simulation-specific inputs (some overlap allowed)
sendMessage: (message: IncomingArduinoMessage) => void;
// changed to boolean return so callers know if the frame was actually sent
sendMessageImmediate?: (message: IncomingArduinoMessage) => boolean;
serialEventQueueRef: MutableRefObject<Array<{ payload: IncomingArduinoMessage; receivedAt: number }>>;
pendingPinConflicts: number[];
setPendingPinConflicts: SetState<number[]>;
isModified?: boolean; // duplicated with compile side
handleCompileAndStart?: () => void; // used by reset
startSimulationRef?: MutableRefObject<(() => void) | null>;
};
interface UseCompileAndRunResult {
/* compilation state & helpers */
compilationStatus: CompilationStatus;
setCompilationStatus: SetState<CompilationStatus>;
arduinoCliStatus: CliStatus;
setArduinoCliStatus: SetState<CliStatus>;
hasCompilationErrors: boolean;
setHasCompilationErrors: SetState<boolean>;
compilerErrors: CompilerError[];
setCompilerErrors: SetState<CompilerError[]>;
lastCompilationResult: CompilationResultType;
setLastCompilationResult: SetState<CompilationResultType>;
cliOutput: string;
setCliOutput: SetState<string>;
compileMutation: UseMutationResult<CompileResult, unknown, CompileConfig, unknown>;
handleCompile: () => void;
handleCompileAndStart: () => void;
handleClearCompilationOutput: () => void;
clearOutputs: () => void;
/* simulation state & helpers */
simulationStatus: SimulationStatus;
setSimulationStatus: SetState<SimulationStatus>;
hasCompiledOnce: boolean;
setHasCompiledOnce: SetState<boolean>;
simulationTimeout: number;
setSimulationTimeout: SetState<number>;
startMutation: UseMutationResult<{ success: boolean }, unknown, void, unknown>;
stopMutation: UseMutationResult<{ success: boolean }, unknown, void, unknown>;
pauseMutation: UseMutationResult<{ success: boolean }, unknown, void, unknown>;
resumeMutation: UseMutationResult<{ success: boolean }, unknown, void, unknown>;
handleStart: () => void;
handleStop: () => void;
handlePause: () => void;
handleResume: () => void;
handleReset: () => void;
/* compatibility helpers */
startSimulation: () => void;
startSimulationRef: MutableRefObject<(() => void) | null>;
suppressAutoStopOnce: () => void;
}
export function useCompileAndRun(params: CompileAndRunParams): UseCompileAndRunResult {
// ------------------------------------------------------------
// shared state (compile + simulation)
// ------------------------------------------------------------
const [compilationStatus, setCompilationStatus] = useState<CompilationStatus>("ready");
const [arduinoCliStatus, setArduinoCliStatus] = useState<CliStatus>("idle");
// gccStatus removed - compiler results are tracked via errors array & flags
const [hasCompilationErrors, setHasCompilationErrors] = useState(false);
const [lastCompilationResult, setLastCompilationResult] = useState<CompilationResultType>(null);
const [cliOutput, setCliOutput] = useState("");
const [compilerErrors, setCompilerErrors] = useState<CompilerError[]>([]);
const [simulationStatus, setSimulationStatus] = useState<SimulationStatus>("stopped");
const [hasCompiledOnce, setHasCompiledOnce] = useState(false);
const [simulationTimeout, setSimulationTimeout] = useState<number>(60);
// refs used internally
const doUploadOnCompileSuccessRef = useRef(false);
const lastCompilePayloadRef = useRef<{ code: string; headers?: Array<{ name: string; content: string }> } | null>(null);
// ensure we offer a ref to caller
const internalStartRef = useRef<(() => void) | null>(null);
const startSimulationRef = params.startSimulationRef ?? internalStartRef;
const clearOutputs = useCallback(() => {
setCliOutput("");
params.setSerialOutput([]);
params.clearSerialOutput();
params.setParserMessages([]);
}, [params]);
// upload mutation used by compile success
const uploadMutation = useMutation<HexResult, unknown, CompileConfig, unknown>({
mutationFn: async (payload: CompileConfig): Promise<HexResult> => {
params.addDebugMessage({
source: "frontend",
type: "upload_request",
data: JSON.stringify({ endpoint: "POST /api/upload", codeLength: payload.code.length }, null, 2),
protocol: "http",
});
const response = await apiRequest("POST", "/api/upload", payload);
const ct = (response.headers.get("content-type") || "").toLowerCase();
if (ct.includes("application/json")) {
try {
const parsed = await response.json();
return isHexResult(parsed) ? parsed : { success: response.ok, raw: JSON.stringify(parsed) };
} catch {
const txt = await response.text();
return { success: response.ok, raw: txt };
}
}
const txt = await response.text();
return { success: response.ok, raw: txt };
},
onSuccess: (data) => {
if (data.success) {
params.toast({
title: "Upload started",
description: "Upload initiated to connected device.",
});
return;
}
const txt = (data.raw ?? "").trim();
if (txt.length === 0) {
params.toast({
title: "Upload started",
description: "Upload initiated to connected device.",
});
return;
}
params.toast({
title: "Upload response",
description: txt.slice(0, 200),
});
},
onError: (err: unknown) => {
const backendDown = params.isBackendUnreachableError(err);
const message = err instanceof Error ? err.message : JSON.stringify(err, null, 2);
params.toast({
title: backendDown ? "Backend unreachable" : "Upload failed",
description: backendDown
? "API server unreachable. Please check the backend or reload."
: message || "Upload failed",
variant: "destructive",
});
},
onSettled: () => {
try {
doUploadOnCompileSuccessRef.current = false;
lastCompilePayloadRef.current = null;
} catch { }
},
});
// simple compile mutation (callbacks moved to handlers above)
const compileMutation = useMutation<CompileResult, unknown, CompileConfig, unknown>({
mutationFn: async (payload: CompileConfig): Promise<CompileResult> => {
setArduinoCliStatus("compiling");
setLastCompilationResult(null);
params.addDebugMessage({
source: "frontend",
type: "compile_request",
data: JSON.stringify({ endpoint: "POST /api/compile", codeLength: payload.code.length }, null, 2),
protocol: "http",
});
const response = await apiRequest("POST", "/api/compile", payload);
const ct = (response.headers.get("content-type") || "").toLowerCase();
if (ct.includes("application/json")) {
try {
const parsed = await response.json();
return isCompileResult(parsed)
? parsed
: { success: false, errors: JSON.stringify(parsed), raw: JSON.stringify(parsed) };
} catch {
const txt = await response.text();
return { success: false, errors: txt, raw: txt };
}
}
const txt = await response.text();
return { success: false, errors: txt, raw: txt };
},
onSuccess: (data) => {
if (data.success) {
handleCompileSuccess(data);
} else {
handleCompileError(data);
}
},
onError: (error: unknown) => {
setArduinoCliStatus("error");
params.triggerErrorGlitch();
const backendDown = params.isBackendUnreachableError(error);
params.toast({
title: backendDown ? "Backend unreachable" : "Compilation with Arduino-CLI Failed",
description: backendDown
? "API server unreachable. Please check the backend or reload."
: "There were errors in your sketch",
variant: "destructive",
});
},
});
// ─── Compilation response handlers ───────────────────────────────────────
/**
* Handle successful compilation: update state, show toast, handle upload queue
*/
const handleCompileSuccess = useCallback(
(data: CompileResult) => {
setArduinoCliStatus("success");
setHasCompilationErrors(false);
setLastCompilationResult("success");
setCompilerErrors([]);
setCliOutput(data.output || "✓ Arduino-CLI Compilation succeeded.");
params.addDebugMessage({
source: "server",
type: "compilation_status",
data: JSON.stringify({ success: true }, null, 2),
protocol: "http",
});
params.setParserMessages(data.parserMessages ?? []);
Iif (data.parserMessages && data.parserMessages.length > 0) {
params.setParserPanelDismissed(false);
}
params.toast({
title: "Arduino-CLI Compilation succeeded",
description: "Your sketch has been compiled successfully",
});
// Handle queued upload
Iif (doUploadOnCompileSuccessRef.current && data.success) {
const payload = lastCompilePayloadRef.current;
if (payload) {
logger.info(`[CLIENT] Uploading compiled artifact... ${JSON.stringify(payload)}`);
uploadMutation.mutate(payload);
} else {
params.toast({
title: "Upload failed",
description: "No compiled artifact available to upload.",
variant: "destructive",
});
}
}
doUploadOnCompileSuccessRef.current = false;
},
[params, uploadMutation],
);
/**
* Handle compilation errors: extract error details, show toast
*/
const handleCompileError = useCallback(
(data: CompileResult) => {
setArduinoCliStatus("error");
setHasCompilationErrors(true);
setLastCompilationResult("error");
let errs: CompilerError[] = [];
let errText = "";
Iif (Array.isArray(data.errors)) {
errs = data.errors;
errText = errs
.map((e) => {
const lineStr = e.line ? `:${e.line}` : "";
const columnStr = e.column ? `:${e.column}` : "";
const location = `${e.file}${lineStr}${columnStr}`;
return `${location} ${e.type}: ${e.message}`;
})
.join("\n");
E} else if (typeof data.errors === "string") {
errs = [{ file: "", line: 0, column: 0, type: "error", message: data.errors }];
errText = data.errors;
}
setCompilerErrors(errs);
params.triggerErrorGlitch();
setCliOutput(errText || "✗ Arduino-CLI Compilation failed.");
params.addDebugMessage({
source: "server",
type: "compilation_error",
data: JSON.stringify({ type: "compilation_error", data: data.errors }, null, 2),
protocol: "http",
});
params.addDebugMessage({
source: "server",
type: "compilation_status",
data: JSON.stringify({ success: false }, null, 2),
protocol: "http",
});
params.setParserMessages(data.parserMessages ?? []);
if (data.parserMessages && data.parserMessages.length > 0) {
params.setParserPanelDismissed(false);
}
params.toast({
title: "Arduino-CLI Compilation failed",
description: "There were errors in your sketch",
variant: "destructive",
});
doUploadOnCompileSuccessRef.current = false;
},
[params],
);
// ─── Simulation control mutations ─────────────────────────────────────────
const stopMutation = useMutation({
mutationFn: async () => {
params.addDebugMessage({
source: "frontend",
type: "stop_simulation",
data: JSON.stringify({ type: "stop_simulation" }, null, 2),
protocol: "websocket",
});
const immediate = params.sendMessageImmediate ?? undefined;
Iif (immediate) immediate({ type: "stop_simulation" });
else params.sendMessage({ type: "stop_simulation" });
return { success: true };
},
onSuccess: () => {
setSimulationStatus("stopped");
params.serialEventQueueRef.current = [];
params.resetPinUI({ keepDetected: true });
},
});
const pauseMutation = useMutation({
mutationFn: async () => {
params.addDebugMessage({
source: "frontend",
type: "pause_simulation",
data: JSON.stringify({ type: "pause_simulation" }, null, 2),
protocol: "websocket",
});
params.sendMessage({ type: "pause_simulation" });
return { success: true };
},
onSuccess: () => {
setSimulationStatus("paused");
},
onError: () => {
params.toast({
title: "Pause failed",
description: "Could not pause simulation",
variant: "destructive",
});
},
});
const resumeMutation = useMutation({
mutationFn: async () => {
params.addDebugMessage({
source: "frontend",
type: "resume_simulation",
data: JSON.stringify({ type: "resume_simulation" }, null, 2),
protocol: "websocket",
});
params.sendMessage({ type: "resume_simulation" });
return { success: true };
},
onSuccess: () => {
setSimulationStatus("running");
},
onError: () => {
params.toast({
title: "Resume failed",
description: "Could not resume simulation",
variant: "destructive",
});
},
});
const startMutation = useMutation({
mutationFn: async () => {
logger.debug(`[CLIENT] startMutation invoked, simulationTimeout=${simulationTimeout}`);
params.resetPinUI({ keepDetected: true });
params.addDebugMessage({
source: "frontend",
type: "start_simulation",
data: JSON.stringify({ type: "start_simulation", timeout: simulationTimeout }, null, 2),
protocol: "websocket",
});
// Use immediate send for start_simulation when available to ensure
// WS frame is emitted deterministically for E2E tests and real-time control.
Iif (typeof params.sendMessageImmediate === "function") {
const sent = params.sendMessageImmediate({ type: "start_simulation", timeout: simulationTimeout });
logger.debug(`[CLIENT] sendMessageImmediate returned ${String(sent)}`);
// If immediate send failed (socket not open) fall back to buffered send
if (!sent) {
logger.debug("[CLIENT] falling back to buffered send for start_simulation");
params.addDebugMessage({ source: "frontend", type: "start_simulation", data: "Immediate send failed, falling back to buffered send", protocol: "websocket" });
params.sendMessage({ type: "start_simulation", timeout: simulationTimeout });
}
} else {
logger.debug("[CLIENT] using buffered send for start_simulation (no immediate available)");
params.sendMessage({ type: "start_simulation", timeout: simulationTimeout });
}
return { success: true };
},
onSuccess: () => {
setSimulationStatus("running");
params.toast({
title: "Simulation Started",
description: "Arduino simulation is now running",
});
try {
if (params.pendingPinConflicts && params.pendingPinConflicts.length > 0) {
const names = params.pendingPinConflicts
.map((p) => (p >= 14 && p <= 19 ? `A${p - 14}` : `${p}`))
.join(", ");
setCliOutput(
(prev) =>
(prev ? prev + "\n\n" : "") +
`⚠️ Pin usage conflict: Pins used as digital via pinMode(...) and also read with analogRead(): ${names}. This may be unintended.`,
);
params.setPendingPinConflicts([]);
}
} catch { }
},
onError: (error: unknown) => {
const message = error instanceof Error ? error.message : JSON.stringify(error, null, 2);
params.toast({
title: "Start Failed",
description: message || "Could not start simulation",
variant: "destructive",
});
if (params.isModified && hasCompiledOnce) {
params.toast({
title: "Code Modified",
description: "Compile to apply your latest changes",
});
}
},
});
// internal start function used by compilation success handler
const startSimulationInternal = useCallback(() => {
startMutation.mutate();
}, [startMutation]);
startSimulationRef.current = startSimulationInternal;
// ─── Helper functions for compile and start ─────────────────────────────
/**
* Extract main sketch code from editor, tabs, or state (in priority order)
*/
const extractMainSketchCode = useCallback((): string => {
if (params.editorRef.current) {
try {
return params.editorRef.current.getValue();
} catch (error) {
console.error("[CLIENT] Error getting code from editor:", error);
// Fall through to tabs/code fallback
}
}
if (params.tabs.length > 0 && params.tabs[0]?.content) {
return params.tabs[0].content;
}
return params.code || "";
}, [params.code, params.editorRef, params.tabs]);
/**
* Build compile payload with code + headers
*/
const buildCompilePayload = useCallback(
(mainSketchCode: string) => {
const headers = params.tabs.slice(1).map((tab) => ({
name: tab.name,
content: tab.content,
}));
return { code: mainSketchCode, headers };
},
[params.tabs],
);
/**
* Initialize IO registry with empty pin records
*/
const initializeEmptyRegistry = useCallback(() => {
const pins: IOPinRecord[] = [];
for (let i = 0; i <= 13; i++) {
pins.push({ pin: String(i), defined: false, usedAt: [] });
}
for (let i = 0; i <= 5; i++) {
pins.push({ pin: `A${i}`, defined: false, usedAt: [] });
}
params.setIoRegistry(pins);
}, [params]);
// ─── Compile handlers ────────────────────────────────────────────────────
const handleCompile = useCallback(() => {
clearOutputs();
params.resetPinUI();
initializeEmptyRegistry();
let mainSketchCode: string;
if (params.activeTabId === params.tabs[0]?.id && params.editorRef.current) {
mainSketchCode = params.editorRef.current.getValue();
} else {
mainSketchCode = params.tabs[0]?.content || params.code;
}
const headers = params.tabs.slice(1).map((tab) => ({
name: tab.name,
content: tab.content,
}));
logger.info(`[CLIENT] Compiling with ${headers.length} headers`);
lastCompilePayloadRef.current = { code: mainSketchCode, headers };
compileMutation.mutate({ code: mainSketchCode, headers });
}, [
params.activeTabId,
clearOutputs,
params.code,
compileMutation,
params.editorRef,
params.resetPinUI,
params.tabs,
initializeEmptyRegistry,
]);
const handleCompileAndStart = useCallback(() => {
if (!params.ensureBackendConnected("Simulation starten")) return;
params.setDebugMessages([]);
// Extract code
const mainSketchCode = extractMainSketchCode();
if (!mainSketchCode || mainSketchCode.trim().length === 0) {
params.toast({
title: "No Code",
description: "Please write some code before compiling",
variant: "destructive",
});
return;
}
// Build payload
const payload = buildCompilePayload(mainSketchCode);
logger.info(`[CLIENT] Compile & Start with ${payload.headers.length} headers`);
logger.info(`[CLIENT] Code length: ${mainSketchCode.length} bytes`);
// Determine code source (editor > tabs > state) — helper is module-level (fixes S3776)
const codeSource = determineCodeSource(params.editorRef, params.tabs);
logger.info(`[CLIENT] Main code from: ${codeSource}`);
logger.info(
`[CLIENT] Tabs: ${params.tabs
.map((t) => `${t.name}(${t.content.length}b)`)
.join(", ")}`,
);
// Clear and prepare
clearOutputs();
setCompilationStatus("compiling");
setArduinoCliStatus("compiling");
// Compile with custom handlers for compile + start flow
compileMutation.mutate(payload, {
onSuccess: (data) => {
logger.info(`[CLIENT] Compile response: ${JSON.stringify(data, null, 2)}`);
if (data.success) {
initializeEmptyRegistry();
(startSimulationRef.current ?? startSimulationInternal)();
setCompilationStatus("success");
setHasCompiledOnce(true);
params.setIsModified(false);
scheduleCliIdle(setArduinoCliStatus);
} else {
handleCompileError(data);
setCompilationStatus("error");
params.toast({
title: "Compilation Completed with Errors",
description: "Simulation will not start due to compilation errors.",
variant: "destructive",
});
scheduleCliIdle(setArduinoCliStatus);
}
},
onError: () => {
setCompilationStatus("error");
setArduinoCliStatus("error");
params.toast({
title: "Compilation Failed",
description: "Simulation will not start due to compilation errors.",
variant: "destructive",
});
scheduleCliIdle(setArduinoCliStatus);
},
});
}, [
params,
extractMainSketchCode,
buildCompilePayload,
clearOutputs,
compileMutation,
startSimulationInternal,
startSimulationRef,
initializeEmptyRegistry,
handleCompileError,
]);
const handleClearCompilationOutput = useCallback(() => {
setCliOutput("");
setLastCompilationResult(null);
params.setParserMessages([]);
}, [setCliOutput, setLastCompilationResult, params.setParserMessages]);
const handleStart = useCallback(() => {
if (!params.ensureBackendConnected("Simulation starten")) return;
startMutation.mutate();
}, [params.ensureBackendConnected, startMutation]);
const handleStop = useCallback(() => {
if (!params.ensureBackendConnected("Simulation stoppen")) return;
stopMutation.mutate();
}, [params.ensureBackendConnected, stopMutation]);
const handlePause = useCallback(() => {
if (!params.ensureBackendConnected("Simulation pausieren")) return;
pauseMutation.mutate();
}, [params.ensureBackendConnected, pauseMutation]);
const handleResume = useCallback(() => {
if (!params.ensureBackendConnected("Simulation fortsetzen")) return;
resumeMutation.mutate();
}, [params.ensureBackendConnected, resumeMutation]);
const handleReset = useCallback(() => {
Iif (!params.ensureBackendConnected("Reset simulation")) return;
Eif (simulationStatus === "running") {
params.sendMessage({ type: "stop_simulation" });
setSimulationStatus("stopped");
}
clearOutputs();
params.resetPinUI({ keepDetected: true });
params.toast({
title: "Resetting...",
description: "Recompiling and restarting simulation",
});
setTimeout(() => {
handleCompileAndStart();
}, 100);
}, [
clearOutputs,
params.ensureBackendConnected,
handleCompileAndStart,
params.resetPinUI,
params.sendMessage,
simulationStatus,
params.toast,
]);
// lifecycle automation (reuse earlier hook)
const { suppressAutoStopOnce } = useSimulationLifecycle({
code: params.code,
simulationStatus,
setSimulationStatus,
sendMessage: params.sendMessage,
resetPinUI: params.resetPinUI,
clearOutputs,
handlePause,
handleResume,
handleReset,
hasCompilationErrors,
});
return {
compilationStatus,
setCompilationStatus,
arduinoCliStatus,
setArduinoCliStatus,
hasCompilationErrors,
setHasCompilationErrors,
compilerErrors,
setCompilerErrors,
lastCompilationResult,
setLastCompilationResult,
cliOutput,
setCliOutput,
compileMutation,
handleCompile,
handleCompileAndStart,
handleClearCompilationOutput,
clearOutputs,
simulationStatus,
setSimulationStatus,
hasCompiledOnce,
setHasCompiledOnce,
simulationTimeout,
setSimulationTimeout,
startMutation,
stopMutation,
pauseMutation,
resumeMutation,
handleStart,
handleStop,
handlePause,
handleResume,
handleReset,
startSimulation: startSimulationInternal,
startSimulationRef,
suppressAutoStopOnce,
};
}
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