jlink-mcp/out/jlink/commander.d.ts

MCP server for SEGGER J-Link debug probes — LLM-driven embedded debugging with RTT, GDB server, and Trice/Pigweed support

export interface JLinkCommandResult {
    success: boolean;
    /** Raw full output from JLinkExe */
    rawOutput: string;
    /** Cleaned output with connection boilerplate stripped */
    output: string;
    error?: string;
}
/** Strip JLink connection boilerplate from output, returning only meaningful data */
export declare function stripBoilerplate(raw: string): string;
/** Parse register dump into structured JSON */
export declare function parseRegisters(raw: string): Record<string, string> | null;
/** Format registers as a compact, LLM-friendly summary */
export declare function formatRegistersCompact(regs: Record<string, string>): string;
/** Parse memory dump lines into hex string */
export declare function parseMemoryDump(raw: string): {
    address: string;
    hex: string;
    ascii: string;
}[];
/** Decode ARM Cortex-M fault status registers */
export declare function decodeFaultRegisters(cfsr: number, hfsr: number, mmfar: number, bfar: number): string;
/**
 * Executes J-Link Commander commands by spawning JLinkExe with a script.
 * Each call opens a new connection, runs the commands, and exits.
 */
export declare function executeJLinkCommands(commands: string[], deviceOverride?: string): Promise<JLinkCommandResult>;
/** Connect and get device info - returns a compact summary */
export declare function getDeviceInfo(): Promise<JLinkCommandResult>;
/** Halt the CPU */
export declare function haltDevice(): Promise<JLinkCommandResult>;
/** Resume (go) the CPU */
export declare function resumeDevice(): Promise<JLinkCommandResult>;
/** Reset the device */
export declare function resetDevice(halt?: boolean): Promise<JLinkCommandResult>;
/** Read memory at address */
export declare function readMemory(address: number, numBytes: number): Promise<JLinkCommandResult>;
/** Write memory (32-bit words) */
export declare function writeMemory(address: number, value: number): Promise<JLinkCommandResult>;
/** Read a CPU register by name */
export declare function readRegister(register: string): Promise<JLinkCommandResult>;
/** Read all registers */
export declare function readAllRegisters(): Promise<JLinkCommandResult>;
/** Flash a firmware file */
export declare function flashFirmware(filePath: string, baseAddress?: number): Promise<JLinkCommandResult>;
/** Erase the chip */
export declare function eraseChip(): Promise<JLinkCommandResult>;
/** Set a hardware breakpoint */
export declare function setBreakpoint(address: number): Promise<JLinkCommandResult>;
/** Clear all breakpoints */
export declare function clearBreakpoints(): Promise<JLinkCommandResult>;
/** Step one instruction */
export declare function stepInstruction(): Promise<JLinkCommandResult>;
/** Execute arbitrary J-Link commands */
export declare function executeRawCommands(rawCommands: string[]): Promise<JLinkCommandResult>;
/** Read fault registers and decode them */
export declare function readFaultRegisters(): Promise<{
    result: JLinkCommandResult;
    decoded: string;
    raw: {
        cfsr: number;
        hfsr: number;
        mmfar: number;
        bfar: number;
    };
}>;
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