int gm_graph_init(void)
{
gm_init();
gm_get_sysinfo(&gm_system);
return 0;
}
int main(int argc, const char* argv[]) {
InitLog(""); //no log header
if (argc != 2) {
info("Prints an access trace");
info("Usage: %s <trace>", argv[0]);
exit(1);
}
gm_init(32<<20 /*32 MB, should be enough*/);
AccessTraceReader tr(argv[1]);
info("%12s %6s %6s %20s %10s", "Cycle", "Src", "Type", "LineAddr", "Latency");
while(!tr.empty()) {
AccessRecord acc = tr.read();
info("%12ld %6d %s %20p %10d", acc.reqCycle, acc.childId, AccessTypeName(acc.type), (uint64_t*)acc.lineAddr, acc.latency);
}
return 0;
}
/******************************************************************************
* FunctionName : gm_state_run
* Description :
* Parameters : none
* Returns : none
*******************************************************************************/
LOCAL void ICACHE_FLASH_ATTR
gm_state_run(greemon_state_t gm_run_state){
switch (gm_run_state) {
// --------------------------------------------------------------------------
case (_STATE_STARTUP):
/* Initialize UART,
* Register Callback for lwip
* set wifi handler
* do not connect to wifi at this point
*/
gm_error_counter = 0;
if ( !gm_startup() ) gm_state_set(_STATE_ERROR);
INFO("Waiting for init callback");
break;
// --------------------------------------------------------------------------
case (_STATE_INIT):
/* Fired after LWIP callback,
* Register interrupt for reset
* Load Configuration
*/
INFO("System initialized. Greemon startup...");
if ( !gm_init() ) gm_state_set(_STATE_ERROR);
break;
// --------------------------------------------------------------------------
case (_STATE_RESET):
break;
// --------------------------------------------------------------------------
case (_STATE_ERROR):
/*
* this state only happens if there was an error
*/
INFO("Wooooooops... there was an ERROR.");
INFO("restart is the only exit")
break;
// --------------------------------------------------------------------------
case (_STATE_INITIALIZED):
/* System is initialized,
* we can load the config before we startup our greemon system
*/
if ( !gm_load_config() ) gm_state_set(_STATE_ERROR);
break;
// --------------------------------------------------------------------------
case (_STATE_CONFIG_USER):
/* magic word has been found in the flash data,
* we start with the user configuration
* but first read sensor data
*/
INFO("user config has been loaded");
if ( !gm_read_sensors() ) gm_state_set(_STATE_ERROR);
gm_state_set(_STATE_SENSOR_DATA_SAVED);
break;
// --------------------------------------------------------------------------
case (_STATE_CONFIG_DEFAULT):
/* magic word has not been found in the flash data,
* we start with the default configuration
*/
INFO("loaded standard configuration");
INFO("webserver starting");
if ( !gm_webserver_start() ) gm_state_set(_STATE_ERROR);
gm_state_set(_STATE_WEBSERVER_RUNNING);
break;
// --------------------------------------------------------------------------
case (_STATE_CONFIG_RECIEVED):
INFO("config recieved - please restart the controller");
break;
// --------------------------------------------------------------------------
case (_STATE_WEBSERVER_PARSING):
break;
// --------------------------------------------------------------------------
case (_STATE_WEBSERVER_RUNNING):
/* Webserver is running as long as
* we did not recieve a new configuration
*/
INFO("webserver running");
INFO("waiting for HTTP requests");
// TEST FOR BH1750
//TODO: DELETEME
// i2ctest();
break;
// --------------------------------------------------------------------------
case (_STATE_SAVED_CONFIGURATION):
INFO("configuration has been saved");
wifi_station_disconnect();
gm_webserver_stop();
INFO("restarting");
system_restart();
while(1) os_delay_us(100);
break;
// --------------------------------------------------------------------------
case (_STATE_TIME_RECIEVED):
INFO("start connecting with server");
if ( !gm_server_connect() ) gm_state_set(_STATE_DEEP_SLEEP);
break;
// --------------------------------------------------------------------------
case (_STATE_SENSOR_DATA_SAVED):
INFO("Sensor data saved");
if ( !gm_connect_ap() ) gm_state_set(_STATE_ERROR);
INFO("connecting.. waiting for wifi-handler");
break;
// --------------------------------------------------------------------------
case (_STATE_WIFI_CONNECTED):
/* Connected to AP and recieved an IP Adress
* Starting SNTP Client
*/
if ( !gm_sntp_start() ) gm_state_set(_STATE_ERROR);
user_sntp_wait_valid_time();
INFO("recieved time from server");
// NEXT STATE ->_STATE_TIME_RECIEVED
gm_state_set(_STATE_TIME_RECIEVED);
break;
// --------------------------------------------------------------------------
case (_STATE_CONNECTION_CLOSED):
break;
// --------------------------------------------------------------------------
case (_STATE_CONNECTION_OPEN):
INFO("sending data..");
if ( !gm_server_send_data() ) gm_state_set(_STATE_ERROR);
break;
// --------------------------------------------------------------------------
case (_STATE_CONNECTION_TRANSMITTED):
INFO("transmitted data successfully")
// A dataset has been transmitted.
// Remove from the flash happend automatically when we popped the data
// Start 16 secs timer because ts only acceps data every 15 secs
if ( 0 == global_cfg.storedData ) {
INFO("all data has been sent");
gm_state_set(_STATE_DEEP_SLEEP);
} else {
INFO("still data(%d) remaining, starting timer", global_cfg.storedData);
os_timer_setfn(&timer_server_wait,timer_server_wait_cb,NULL);
os_timer_arm(&timer_server_wait,GM_SERVER_TRANSMIT_INTERVAL,1);
}
break;
// --------------------------------------------------------------------------
case (_STATE_DEEP_SLEEP):
INFO("Finished work. Deep sleep, yay.");
system_deep_sleep(60*1000*1000); // uint32_t time in us
break;
// --------------------------------------------------------------------------
}
}