CoreHID Dylib Template
Budget: $30 – $250 AUD
I need an Xcode project template that builds a macOS dynamic library (.dylib) targeting the latest macOS Sequoia SDK and using Apple’s current CoreHID architecture. The library has to expose clearly-named external entry points so that my own app can both read from and write to a custom HID device.
Please structure the template so it opens, builds, and signs cleanly on my machine without additional tweaking. If you prefer Swift, Objective-C, or a mixed setup, that is fine as long as the exported symbols remain C-compatible for easy linking. Be sure to include any entitlements or code-sign settings needed for HID access under Sequoia.
Deliverables
• A zipped Xcode project (or .xctemplate) that compiles into a dylib with read/write functions implemented through CoreHID
• A minimal test harness demonstrating successful data transfer with a mock or real HID report
• A short README explaining build steps, exported symbol names, and expected data formats
Acceptance is straightforward: the template must build in Xcode 15 on macOS Sequoia, the test harness must call the exported functions without crashes, and I need to see bytes move in both directions when I attach my device.
If you have completed similar CoreHID work before, this will be quick money; just don’t send an instant, boilerplate bid—show me you read the brief.
Please structure the template so it opens, builds, and signs cleanly on my machine without additional tweaking. If you prefer Swift, Objective-C, or a mixed setup, that is fine as long as the exported symbols remain C-compatible for easy linking. Be sure to include any entitlements or code-sign settings needed for HID access under Sequoia.
Deliverables
• A zipped Xcode project (or .xctemplate) that compiles into a dylib with read/write functions implemented through CoreHID
• A minimal test harness demonstrating successful data transfer with a mock or real HID report
• A short README explaining build steps, exported symbol names, and expected data formats
Acceptance is straightforward: the template must build in Xcode 15 on macOS Sequoia, the test harness must call the exported functions without crashes, and I need to see bytes move in both directions when I attach my device.
If you have completed similar CoreHID work before, this will be quick money; just don’t send an instant, boilerplate bid—show me you read the brief.
Related categories:
Mobile App Development
Software Architecture
Objective C
Software Development
Swift
Software Engineering
Xcode