Fix radio driver conditional compilation guards in target.cpp and target.h #37
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Summary of Changes
Hello @okapteinis, I'm Gemini Code Assist1! I'm currently reviewing this pull request and will post my feedback shortly. In the meantime, here's a summary to help you and other reviewers quickly get up to speed!
This pull request addresses a bug related to the conditional compilation of the radio driver in the
sensecap_indicator_d1lvariant. By correctly wrapping the radio driver's initialization components with preprocessor directives, the change ensures that these parts of the code are only included when theRADIO_DRIVER_AVAILABLEflag is active. This resolves potential compilation errors and optimizes the build process by excluding irrelevant code when the radio driver is not present.Highlights
dummy_radioandradio_driverintarget.cppare now correctly guarded by#if RADIO_DRIVER_AVAILABLE. This ensures these components are only compiled when the radio driver is intended to be used, preventing potential build issues or unnecessary code inclusion.Using Gemini Code Assist
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Code Review
This pull request adds conditional compilation guards around the
radio_driverdefinition intarget.cpp. This change correctly aligns the definition with its conditional declaration intarget.h, improving build flexibility for different environments. My review identifies a high-severity memory leak within the modified code block related to the initialization of a dummy radio object. I have provided a code suggestion to resolve this by switching from dynamic to static memory allocation.@ -64,3 +64,4 @@// Create a dummy radio wrapper that will be properly initialized in radio_init// This is needed because radio_driver is declared as extern in target.h (not a pointer)#if RADIO_DRIVER_AVAILABLEstatic CustomSX1262 dummy_radio(new Module(0, 0, 0, 0, spi));The
new Module(...)call allocates an object on the heap that is never deallocated, leading to a memory leak. For a static dummy object intended only for initialization, it's safer and more efficient to use static allocation.