IPC: Inter-Process Communication

Understands IPC in .NET: Named Pipes (System.IO.Pipes), Memory-Mapped Files. Implements simple communication through NamedPipeServerStream/NamedPipeClientStream. Uses Process for launching child processes.

Understands Electron IPC: ipcMain/ipcRenderer through contextBridge. Implements simple invoke/handle patterns. Uses preload scripts for secure IPC. Passes structured data between processes.

Understands IPC mechanisms in Qt: QLocalSocket/QLocalServer, QSharedMemory. Implements simple inter-process communication through named pipes. Uses QProcess to launch child processes.

Develops IPC through gRPC (Grpc.Net) for structured communication. Uses Memory-Mapped Files for shared data. Implements single-instance through Mutex. Applies SignalR for local real-time communication.

Develops typed IPC through TypeScript interfaces. Implements streaming through MessagePort. Uses SharedArrayBuffer for high-performance data sharing. Manages multiple BrowserWindows through IPC.

Develops IPC through D-Bus (QtDBus) on Linux and COM/Named Pipes on Windows. Uses QSharedMemory for shared data. Implements single-instance application through QLockFile and QLocalServer.

Designs IPC architecture with .NET Remoting alternatives (gRPC, protobuf). Implements pub/sub through Message Queue. Optimizes IPC latency through Span<T> and zero-copy. Works with COM interop for legacy integration.

Designs IPC architecture with RPC-style layer. Implements pub/sub through custom event bus. Optimizes serialization through structured clone. Works with UtilityProcess for compute-intensive tasks.

Designs IPC architecture with Qt Remote Objects for multi-process applications. Implements synchronization protocols through shared memory, optimizes latency. Works with gRPC for cross-language IPC.

Defines IPC strategy for .NET desktop platform. Establishes protocol standards, coordinates compatibility between .NET and native components through P/Invoke.

Defines IPC strategy for the Electron platform. Establishes IPC patterns and security guidelines. Coordinates cross-process architecture.

Defines inter-process communication strategy for the desktop platform. Establishes IPC protocol standards, coordinates cross-platform IPC compatibility.

Shapes enterprise IPC standards for .NET desktop. Designs scalable IPC infrastructure. Evaluates new approaches (.NET Channels, StreamJsonRpc).

Shapes enterprise IPC standards for Electron. Evaluates new IPC approaches (UtilityProcess, WebWorkers). Designs scalable IPC architecture.

Shapes enterprise IPC standards for the desktop ecosystem. Designs scalable IPC infrastructure for multi-process architecture. Evaluates new approaches (io_uring, Windows copresence).