Lines Matching refs:driver
20 The transport module defines a driver interface to transfer/receive data from
48 Messages can be sent using in-band communication - where the driver transmits
49 the message using the channels(for example, the MHUv2 driver sends the message
52 on the receiver side by calling the `trigger_event()` function in the driver API.
88 When a message is received the transport module is signalled by the driver
90 `get_message()` function in the driver API. The message is stored in a local
148 calling the `trigger_event()` in the driver API.
184 When a message is received the transport module is signalled by the driver
236 to retrieve the fast channel and provide a function to the driver(that supports
238 channel. So, when a message is received on the fast channel, the driver calls
250 … +--------------------------------------->| driver->get_fch() | |
261 … +--------------------------------------->| driver->fch_register_callback() | |
305 A driver that supports Fast channels communication is required in order to use
308 provided to the driver via the transport module's Fast Channels interface.