This guide explains how to use electron-builder to package Electron apps into native installers for Windows, macOS, and Linux, covering setup, configuration, Python integration, code signing, auto‑updates, and practical tips for seamless cross‑platform distribution.
xtool is an open‑source, cross‑platform Xcode replacement that lets developers build, package, and sign iOS applications on Linux or Windows by extracting the Xcode toolchain, generating a Swift SDK, using SwiftPM for compilation, handling resources, creating IPA files, and managing Apple developer authentication, though it has notable limitations such as lack of Interface Builder support.
This article provides a detailed, hands‑on analysis of HarmonyOS NEXT's native‑app signing process, covering certificate generation, CSR handling, leaf‑certificate issuance, profile creation, package signing, and the multi‑stage verification logic implemented in OpenHarmony's security modules.
Code signing verifies software authenticity and integrity, preventing tampering and security warnings, and this guide explains what code signing is, its types, applicable file formats, certificate options, and step‑by‑step instructions—including Electron‑builder configuration and sample scripts—to help developers secure their desktop applications.
This article explains what code signing is, why it is essential for software integrity and trust, outlines the signing process, compares traditional code signing certificates with the GaraSign cloud service, and offers guidance on choosing the right solution based on cost, scalability, and compliance needs.
This guide walks you through re‑signing an iOS IPA with a personal developer account—download and unzip the IPA, change the bundle identifier, replace the embedded provisioning profile, re‑sign the app and any frameworks using your certificate and generated entitlements, re‑zip the payload, and install the new IPA via Xcode.
The article explains the iOS code‑signing verification mechanism, why enterprise IPAs built for iOS 15 fail with a signature‑version error, and provides a step‑by‑step guide to re‑sign the package using newer signature formats, along with a deep dive into certificates, provisioning profiles, entitlements and the underlying cryptographic concepts.
This article explains the iOS app signing process, covering symmetric encryption, public‑key cryptography, hybrid cryptosystems, digital signatures, certificates, and how Apple verifies app packages during distribution and on‑device installation, providing both beginner and advanced insights.
This tutorial walks through a complete, automated workflow for turning an Electron project into installable Windows .exe/.msi and macOS .dmg packages, covering directory structure, configuration, building, code signing, installer creation, and release steps using Gulp and related tools.
This article explains the iOS code‑signing process for developers, covering Apple developer account enrollment, certificate creation, private key generation, provisioning profile types, automatic signing in Xcode, and step‑by‑step re‑signing of IPA files using the codesign tool.
This article explains why crontab fails to build iOS apps on macOS due to missing code‑signing credentials, and shows how to replace it with launchctl and a properly configured plist, including keychain access, required plist keys, and the SessionCreate option to ensure the developer certificate is available.
This article explains the complex iOS signing mechanism, covering RSA asymmetric encryption, digital signatures, certificates, provisioning profiles, and the multiple distribution methods that require layered signing to ensure only Apple‑approved apps run on devices.
