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export type DebugMessageParams = {
source: "frontend" | "server";
type: string;
data: string;
protocol?: "websocket" | "http";
};
export type SetState<T> = (value: T | ((prev: T) => T)) => void;
/**
* Compilation errors for CLI output - can be array of errors, string, or undefined
*/
export type CompilationErrors = CompilerError[] | string | undefined;
function formatCompilerDiagnosticMessage(message: string): string {
const memoryLinePattern = /(?=data section exceeds available space|Sketch uses\b|Der Sketch verwendet\b|Global variables use\b|Globale Variablen verwenden\b)/gi;
const lines = message.split(memoryLinePattern).map((line) => line.trim()).filter(Boolean);
const flashLine = lines.find((line) => /^(?:Sketch uses|Der Sketch verwendet)\b/i.test(line));
const sramLine = lines.find((line) => /^(?:Global variables use|Globale Variablen verwenden)\b/i.test(line));
const memoryLines = lines.filter((line) =>
/^(?:Not enough memory|data section exceeds available space|Memory usage exceeds)/i.test(line),
);
if (!flashLine || !sramLine || memoryLines.length === 0) {
return message;
}
return [
"Memory error:",
memoryLines.join("\n"),
"",
"Flash usage:",
flashLine,
"",
"SRAM usage:",
sramLine,
].join("\n");
}
export interface UseUiFeedbackAdapterParams {
// Toast callback
toast: (args: {
title: string;
description?: string;
variant?: "destructive";
}) => void;
// Debug message callback
addDebugMessage: (params: DebugMessageParams) => void;
// Error glitch trigger
triggerErrorGlitch: () => void;
// CLI Output setter (for pin conflict warnings)
setCliOutput: SetState<string>;
// Pin conflict state setter
setPendingPinConflicts: SetState<number[]>;
}
export interface UseUiFeedbackAdapterResult {
// Toast notifications
showCompileSuccessToast: () => void;
showCompileErrorToast: () => void;
showCompilationFailedWithErrorsToast: () => void;
showNoCodeToast: () => void;
showSimulationStartedToast: () => void;
showStartFailedToast: (message: string) => void;
showCodeModifiedToast: () => void;
showPauseFailedToast: () => void;
showResumeFailedToast: () => void;
showResettingToast: () => void;
showBackendUnreachableToast: () => void;
// Debug messages
logCompileRequest: (codeLength: number) => void;
logCompilationSuccess: () => void;
logCompilationError: (errors: CompilationErrors) => void;
logStopSimulation: () => void;
logPauseSimulation: () => void;
logResumeSimulation: () => void;
logStartSimulation: (timeout: number, hasCode: boolean) => void;
logStartSimulationFallback: () => void;
// Error handling
triggerCompileErrorGlitch: () => void;
// CLI Output updates
setCompileSuccessOutput: (output: string | undefined) => void;
setCompileErrorOutput: (errors: CompilationErrors) => void;
showPinConflictWarning: (pins: number[]) => void;
// Error message extraction
extractErrorMessage: (error: unknown) => string;
}
/**
* UI Feedback Adapter - kapselt alle UI-Seiteneffekte
*
* Verantwortlichkeiten:
* ✅ Toast-Benachrichtigungen erzeugen
* ✅ Debug-Meldungen formatieren und senden
* ✅ CLI-Output aktualisieren
* ✅ Error-Glitch auslösen
* ✅ Pin-Conflict-Warnings anzeigen
*
* Keine Verantwortlichkeiten:
* ❌ Compile-/Simulation-State
* ❌ WebSocket-Steuerung
* ❌ Fachliche Entscheidungen
* ❌ Lifecycle-Management
*/
export function useUiFeedbackAdapter(params: UseUiFeedbackAdapterParams): UseUiFeedbackAdapterResult {
/**
* Helper: Toast erzeugen
*/
const showToast = (title: string, description: string, variant?: "destructive") => {
params.toast({ title, description, variant: variant ?? undefined });
};
/**
* Helper: Debug-Message erzeugen
*/
const logDebug = (source: "frontend" | "server", type: string, data: string, protocol?: "websocket" | "http") => {
params.addDebugMessage({ source, type, data, protocol: protocol ?? "http" });
};
/**
* Extract error message from unknown error type
* Safely formats any value without producing [object Object]
*/
const extractErrorMessage = (error: unknown): string => {
if (error instanceof Error) {
return error.message;
}
if (typeof error === "string") {
return error;
}
if (error === undefined) {
return "undefined";
}
if (error === null) {
return "null";
}
try {
const json = JSON.stringify(error, null, 2);
Eif (json) {
return json;
}
} catch {
// Ignore JSON stringify errors
}
// Fallback: use toString() for primitives, describe for objects
return Object.prototype.toString.call(error);
};
// ============================================================
// Toast notifications (12 Varianten)
// ============================================================
const showCompileSuccessToast = () => {
showToast("Arduino-CLI Compilation succeeded", "Your sketch has been compiled successfully");
};
const showCompileErrorToast = () => {
showToast("Arduino-CLI Compilation failed", "There were errors in your sketch", "destructive");
};
const showCompilationFailedWithErrorsToast = () => {
showToast("Compilation Completed with Errors", "Simulation will not start due to compilation errors.", "destructive");
};
const showNoCodeToast = () => {
showToast("No Code", "Please write some code before compiling", "destructive");
};
const showSimulationStartedToast = () => {
showToast("Simulation Started", "Arduino simulation is now running");
};
const showStartFailedToast = (message: string) => {
showToast("Start Failed", message || "Could not start simulation", "destructive");
};
const showCodeModifiedToast = () => {
showToast("Code Modified", "Compile to apply your latest changes");
};
const showPauseFailedToast = () => {
showToast("Pause failed", "Could not pause simulation", "destructive");
};
const showResumeFailedToast = () => {
showToast("Resume failed", "Could not resume simulation", "destructive");
};
const showResettingToast = () => {
showToast("Resetting...", "Recompiling and restarting simulation");
};
const showBackendUnreachableToast = () => {
showToast("Backend unreachable", "API server unreachable. Please check the backend or reload.", "destructive");
};
// ============================================================
// Debug messages (8 Varianten)
// ============================================================
const logCompileRequest = (codeLength: number) => {
logDebug("frontend", "compile_request", JSON.stringify({ endpoint: "POST /api/compile", codeLength }, null, 2));
};
const logCompilationSuccess = () => {
logDebug("server", "compile_response", JSON.stringify({ success: true }, null, 2));
};
const logCompilationError = (errors: CompilerError[] | string | undefined) => {
logDebug("server", "compilation_error", JSON.stringify({ type: "compilation_error", data: errors }, null, 2));
logDebug("server", "compile_response", JSON.stringify({ success: false }, null, 2));
};
const logStopSimulation = () => {
logDebug("frontend", "stop_simulation", JSON.stringify({ type: "stop_simulation" }, null, 2), "websocket");
};
const logPauseSimulation = () => {
logDebug("frontend", "pause_simulation", JSON.stringify({ type: "pause_simulation" }, null, 2), "websocket");
};
const logResumeSimulation = () => {
logDebug("frontend", "resume_simulation", JSON.stringify({ type: "resume_simulation" }, null, 2), "websocket");
};
const logStartSimulation = (timeout: number, hasCode: boolean) => {
const startMsg: { type: "start_simulation"; timeout: number; code?: string } = {
type: "start_simulation",
timeout,
};
if (hasCode) {
startMsg.code = "<code present>";
}
logDebug("frontend", "start_simulation", JSON.stringify(startMsg, null, 2), "websocket");
};
const logStartSimulationFallback = () => {
logDebug("frontend", "start_simulation", "Immediate send failed, falling back to buffered send", "websocket");
};
// ============================================================
// Error handling
// ============================================================
const triggerCompileErrorGlitch = () => {
params.triggerErrorGlitch();
};
// ============================================================
// CLI Output updates
// ============================================================
const setCompileSuccessOutput = (output: string | undefined) => {
params.setCliOutput(output || "✓ Arduino-CLI Compilation succeeded.");
};
const setCompileErrorOutput = (errors: CompilerError[] | string | undefined) => {
let errText = "";
if (Array.isArray(errors)) {
errText = errors
.map((e) => {
const lineStr = e.line ? `:${e.line}` : "";
const columnStr = e.column ? `:${e.column}` : "";
const location = `${e.file}${lineStr}${columnStr}`;
return `${location} ${e.type}: ${formatCompilerDiagnosticMessage(e.message)}`;
})
.join("\n");
} else if (typeof errors === "string") {
errText = errors;
}
params.setCliOutput(errText || "✗ Arduino-CLI Compilation failed.");
};
const showPinConflictWarning = (pins: number[]) => {
const names = pins
.map((p) => (p >= 14 && p <= 19 ? `A${p - 14}` : `${p}`))
.join(", ");
params.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([]);
};
return {
// Toast notifications
showCompileSuccessToast,
showCompileErrorToast,
showCompilationFailedWithErrorsToast,
showNoCodeToast,
showSimulationStartedToast,
showStartFailedToast,
showCodeModifiedToast,
showPauseFailedToast,
showResumeFailedToast,
showResettingToast,
showBackendUnreachableToast,
// Debug messages
logCompileRequest,
logCompilationSuccess,
logCompilationError,
logStopSimulation,
logPauseSimulation,
logResumeSimulation,
logStartSimulation,
logStartSimulationFallback,
// Error handling
triggerCompileErrorGlitch,
// CLI Output updates
setCompileSuccessOutput,
setCompileErrorOutput,
showPinConflictWarning,
// Error message extraction
extractErrorMessage,
};
}
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