Firefox Multi-Process Architecture: Isolation and Failure Handling
An architecture note on Firefox's multi-process design, explaining how it isolates content, enforces trust boundaries, and handles process failures.
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firefoxUsing Tauri’s invoke IPC to Call Rust from Frontend Safely
Learn how Tauri’s invoke bridge lets frontend JavaScript call secure Rust functions with type-safe JSON RPC, see a worked example, and verify behavior.
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tauriGazebo Transport Layer Architecture: Designing Reliable IPC for Simulation
Learn how Gazebo’s publish‑subscribe transport works, where its trust boundaries lie, and what operational checks and failure modes to watch for when building or extending simulations.
gazeboDesigning the IPC Trust Boundary in an Electron App
An architecture note on Electron's main/renderer split: the smallest preload bridge, validating IPC payloads in the main process, navigation lockdown, and the checks that prove the boundary holds.
electronChoosing Between Tauri’s Invoke API and Custom IPC for Rust‑to‑Frontend Communication
Decide when to use Tauri’s invoke API versus custom IPC for Rust‑to‑frontend communication. Compare features, trade‑offs, and see concrete code for both approaches.
Securing Electron IPC with ContextBridge and the Invoke Pattern
Learn how to secure Electron applications using ContextBridge and the ipcRenderer.invoke pattern to prevent RCE vulnerabilities while maintaining a clean API.
javascriptWhich IPC transport should a Tauri 2 app standardize on for paginating a large dataset to the webview?
I'm designing the data layer for a Tauri 2 desktop app where the webview needs to browse a large local dataset (tens of thousands of rows) in bounded pages. The documented options all seem viable: a #[tauri::command] that returns a bounded slice via invoke() , event-based streaming from the backend, or a Channel that delivers chunks incrementally. The constr
Tauri Rust Backend and JavaScript Frontend: IPC Serialization Bottlenecks
Data Transfer Efficiency across the IPC Boundary Tauri utilizes a JSON-RPC-like mechanism to bridge the Rust core and the JavaScript frontend via the invoke API. While this provides a seamless way to execute Rust functions from the WebView, all data passed between these boundaries must implement Serde's Serialize and Deserialize traits for automatic conversi
Does Electron Provide Built‑In Timeout Support for ipc.invoke?
Goal Gracefully cancel or timeout IPC calls and page loads in Electron. Constraints Electron’s promise‑based IPC has no timeout argument; developers must wrap calls in Promise.race . The underlying handler continues to run, potentially wasting CPU or I/O. Navigation events can be prevented with event.preventDefault() , but there is no generic timeout for pag