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At any one given time, there can be an abitrary number of USB drivers in the system. The way driver mapping works (i.e, a device is inserted, and a potentially matching driver is probed) requires us to have instantiated driver objects _before_ a device is inserted. This leaves us with a slight "chicken and egg" problem. We cannot call the probe function before the driver is initialised, but we need to know _what_ driver to initialise. This section is designed to store pointers to functions that are called during the last stage of the early `_init` sequence in the Kernel. The accompanying macro in `USBDriver` emits a symbol, based on the driver name, into this table that is then automatically called. This way, we enforce a "common" driver model; driver developers are not only required to write their driver and inherit from `USB::Driver`, but are also required to have a free floating init function that registers their driver with the USB Core. |
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| .. | ||
| aarch64 | ||
| riscv64 | ||
| x86_64 | ||
| CPU.h | ||
| CurrentTime.h | ||
| DebugOutput.h | ||
| DeferredCallEntry.h | ||
| DeferredCallPool.cpp | ||
| DeferredCallPool.h | ||
| Delay.h | ||
| init.cpp | ||
| InterruptManagement.h | ||
| Interrupts.h | ||
| IRQController.h | ||
| mcontext.h | ||
| PageDirectory.h | ||
| PageFault.cpp | ||
| PageFault.h | ||
| PCIMSI.h | ||
| PowerState.h | ||
| Processor.cpp | ||
| Processor.h | ||
| ProcessorSpecificDataID.h | ||
| RegisterState.h | ||
| SafeMem.h | ||
| SmapDisabler.h | ||
| ThreadRegisters.h | ||
| TrapFrame.h | ||