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#ifndef AVR8EMU_LIBRARY_PRIVATE_H_
#define AVR8EMU_LIBRARY_PRIVATE_H_
#include "util.h"
#include "avr8emu.h"
#include <stdio.h>
#include <unistd.h>
#include <pthread.h>
#include <stdarg.h>
struct avr8emu {
/* Type of microcontroller we are emulating. */
enum avr_setup_type type;
/* Pipes for communication with the worker. */
int message_to_worker; /* Result is received in result_from_worker */
int result_from_worker; /* Result for message_to_worker */
int message_from_worker; /* Has no result pipe */
/* Pipe for receiving error and status messages from the worker. */
int error_pipe;
/* The worker process PID. */
pid_t worker_pid;
/* Callbacks to the emulator controller. */
const struct avr8emu_callbacks *callback;
};
struct avr8emu_worker {
/* Type of microcontroller we are emulating. */
enum avr_setup_type type;
/* Pipes for communication with the host. */
int message_to_host; /* Has no result pipe */
int message_from_host; /* Result is send through result_to_host */
int result_to_host; /* Result for message_from_host */
/* Pipe for sending error and status messages to the host. */
int error_pipe;
/* True, if the microcontroller is initialized. */
bool initialized;
};
#define AVR8EMU_MAX_MSG_SIZE (1024 * 8)
/* Message from host to worker. */
enum avr8emu_worker_message {
WORKERMSG_INIT,
WORKERMSG_RESET,
};
/* Messaging to the host. (From worker). This is reentrant safe, so it
* can be called from multiple worker threads. */
enum avr8emu_host_message {
HOSTMSG_PORTIO, /* I/O access to an I/O port. */
};
void send_host_message(enum avr8emu_host_message msg,
const void *payload, uint32_t payload_len);
#endif /* AVR8EMU_LIBRARY_PRIVATE_H_ */
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