WeatherStation - mbed Weather Platform firmware http://mbed.org/us…

Users » okini3939 » Code » WeatherStation

Suga koubou / Mbed 2 deprecated WeatherStation

mbed Weather Platform firmware http://mbed.org/users/okini3939/notebook/mbed-weather-platform-firmware/

Dependencies: ChaNFSSD EthernetNetIf I2CLEDDisp Agentbed ChaNFSUSB ILinterpreter mbed BMP085 WeatherMeters ConfigFile ChaNFS I2CLCD

ilip.cpp@8:bed0b81794ba, 2012-03-16 (annotated)

Committer:: okini3939
Date:: Fri Mar 16 15:26:46 2012 +0000
Revision:: 8:bed0b81794ba
Parent:: 2:a3e5edf84f74

Who changed what in which revision?

User	Revision	Line number	New contents of line
okini3939	1:6c7141895545	1	/*
okini3939	1:6c7141895545	2	* Weather Station - mbed Weather Platform
okini3939	1:6c7141895545	3	* Copyright (c) 2011 Hiroshi Suga
okini3939	1:6c7141895545	4	* Released under the MIT License: http://mbed.org/license/mit
okini3939	1:6c7141895545	5	*/
okini3939	1:6c7141895545	6
okini3939	0:bdb53686c194	7	/** @file
okini3939	1:6c7141895545	8	* @brief Weather Station
okini3939	0:bdb53686c194	9	*/
okini3939	1:6c7141895545	10
okini3939	0:bdb53686c194	11	#include "mbed.h"
okini3939	0:bdb53686c194	12	#include "weather.h"
okini3939	0:bdb53686c194	13	#ifdef USE_IL
okini3939	0:bdb53686c194	14	#include "ILinterpreter.h"
okini3939	0:bdb53686c194	15
okini3939	0:bdb53686c194	16	static ILinterpreter ilip;
okini3939	0:bdb53686c194	17	#endif
okini3939	0:bdb53686c194	18	static Serial xbee(p13, p14);
okini3939	1:6c7141895545	19	static volatile int measure_flg = 0, exinout_flg = 0;
okini3939	1:6c7141895545	20	#ifdef USE_EXINOUT
okini3939	1:6c7141895545	21	static DigitalIn exin1, exin2;
okini3939	1:6c7141895545	22	static DigitalOut exout1, exout2;
okini3939	1:6c7141895545	23	#endif
okini3939	0:bdb53686c194	24
okini3939	0:bdb53686c194	25	#ifdef USE_IL
okini3939	0:bdb53686c194	26	// input relay
okini3939	0:bdb53686c194	27	float cb_input(char key, int keynum, eEXPRESSION exp, int old) {
okini3939	0:bdb53686c194	28	float value = 0;
okini3939	0:bdb53686c194	29	Sensor *s;
okini3939	0:bdb53686c194	30
okini3939	0:bdb53686c194	31	if (old) {
okini3939	0:bdb53686c194	32	s = &sensor_old;
okini3939	0:bdb53686c194	33	} else {
okini3939	0:bdb53686c194	34	s = &sensor;
okini3939	0:bdb53686c194	35	}
okini3939	0:bdb53686c194	36
okini3939	0:bdb53686c194	37	switch (key) {
okini3939	0:bdb53686c194	38	case 'A': // sensor
okini3939	0:bdb53686c194	39	switch (keynum) {
okini3939	0:bdb53686c194	40	case 0:
okini3939	0:bdb53686c194	41	value = s->pres;
okini3939	0:bdb53686c194	42	break;
okini3939	0:bdb53686c194	43	case 1:
okini3939	0:bdb53686c194	44	value = s->temp;
okini3939	0:bdb53686c194	45	break;
okini3939	0:bdb53686c194	46	case 2:
okini3939	0:bdb53686c194	47	value = s->humi;
okini3939	0:bdb53686c194	48	break;
okini3939	0:bdb53686c194	49	case 3:
okini3939	0:bdb53686c194	50	value = s->anemo;
okini3939	0:bdb53686c194	51	break;
okini3939	0:bdb53686c194	52	case 4:
okini3939	0:bdb53686c194	53	value = s->vane;
okini3939	0:bdb53686c194	54	break;
okini3939	0:bdb53686c194	55	case 5:
okini3939	0:bdb53686c194	56	value = s->rain;
okini3939	0:bdb53686c194	57	break;
okini3939	0:bdb53686c194	58	case 6:
okini3939	0:bdb53686c194	59	value = s->light;
okini3939	0:bdb53686c194	60	break;
okini3939	0:bdb53686c194	61	case 7:
okini3939	0:bdb53686c194	62	value = s->uv;
okini3939	0:bdb53686c194	63	break;
okini3939	0:bdb53686c194	64	case 8:
okini3939	0:bdb53686c194	65	value = s->moist;
okini3939	0:bdb53686c194	66	break;
okini3939	0:bdb53686c194	67	case 99:
okini3939	0:bdb53686c194	68	value = measure_flg;
okini3939	0:bdb53686c194	69	break;
okini3939	0:bdb53686c194	70	}
okini3939	0:bdb53686c194	71	break;
okini3939	0:bdb53686c194	72
okini3939	0:bdb53686c194	73	case 'I': // input
okini3939	0:bdb53686c194	74	if (keynum >= INPUT_NUM) break;
okini3939	0:bdb53686c194	75	value = s->input[keynum];
okini3939	0:bdb53686c194	76	break;
okini3939	0:bdb53686c194	77
okini3939	0:bdb53686c194	78	case 'Q': // output
okini3939	0:bdb53686c194	79	if (keynum >= OUTPUT_NUM) break;
okini3939	0:bdb53686c194	80	value = s->output[keynum];
okini3939	0:bdb53686c194	81	break;
okini3939	0:bdb53686c194	82	}
okini3939	0:bdb53686c194	83
okini3939	0:bdb53686c194	84	return value;
okini3939	0:bdb53686c194	85	}
okini3939	0:bdb53686c194	86
okini3939	0:bdb53686c194	87	// output relay
okini3939	0:bdb53686c194	88	void cb_output(char key, int keynum, int reg, eMNEMONIC mne) {
okini3939	0:bdb53686c194	89
okini3939	0:bdb53686c194	90	#ifdef DEBUG
okini3939	0:bdb53686c194	91	pc.printf("OUT [%c %d] %d %d\r\n", key, keynum, reg, mne);
okini3939	0:bdb53686c194	92	#endif
okini3939	0:bdb53686c194	93	pool_net();
okini3939	0:bdb53686c194	94
okini3939	0:bdb53686c194	95	switch (key) {
okini3939	0:bdb53686c194	96	case 'Q': // output
okini3939	0:bdb53686c194	97	if (keynum >= OUTPUT_NUM) break;
okini3939	0:bdb53686c194	98	if (mne == MNE_OUT) {
okini3939	0:bdb53686c194	99	sensor.output[keynum] = reg;
okini3939	0:bdb53686c194	100	} else
okini3939	0:bdb53686c194	101	if (mne == MNE_SET && reg) {
okini3939	0:bdb53686c194	102	sensor.output[keynum] = 1;
okini3939	0:bdb53686c194	103	} else
okini3939	0:bdb53686c194	104	if (mne == MNE_RST && reg) {
okini3939	0:bdb53686c194	105	sensor.output[keynum] = 0;
okini3939	0:bdb53686c194	106	}
okini3939	0:bdb53686c194	107	break;
okini3939	0:bdb53686c194	108
okini3939	0:bdb53686c194	109	case 'P': // Pachube
okini3939	0:bdb53686c194	110	if (mne == MNE_OUT && reg) {
okini3939	2:a3e5edf84f74	111	pachube();
okini3939	0:bdb53686c194	112	}
okini3939	0:bdb53686c194	113	break;
okini3939	0:bdb53686c194	114
okini3939	0:bdb53686c194	115	case 'S': // Weather Stations
okini3939	0:bdb53686c194	116	if (mne == MNE_OUT && reg) {
okini3939	0:bdb53686c194	117	weatherstations();
okini3939	0:bdb53686c194	118	}
okini3939	0:bdb53686c194	119	break;
okini3939	0:bdb53686c194	120
okini3939	0:bdb53686c194	121	case 'W': // Twitter
okini3939	0:bdb53686c194	122	if (mne == MNE_OUT && reg) {
okini3939	0:bdb53686c194	123	twitter(keynum);
okini3939	0:bdb53686c194	124	}
okini3939	0:bdb53686c194	125	break;
okini3939	0:bdb53686c194	126
okini3939	1:6c7141895545	127	case 'B': // XBee
okini3939	0:bdb53686c194	128	if (mne == MNE_OUT && reg) {
okini3939	0:bdb53686c194	129	xbee.printf(csv);
okini3939	1:6c7141895545	130	xbee.printf("\r\n");
okini3939	0:bdb53686c194	131	}
okini3939	0:bdb53686c194	132	break;
okini3939	0:bdb53686c194	133
okini3939	0:bdb53686c194	134	case 'E': // E-mail
okini3939	0:bdb53686c194	135	if (mne == MNE_OUT && reg) {
okini3939	0:bdb53686c194	136	email(keynum);
okini3939	0:bdb53686c194	137	}
okini3939	0:bdb53686c194	138	break;
okini3939	2:a3e5edf84f74	139
okini3939	2:a3e5edf84f74	140	case 'x': // NTP
okini3939	2:a3e5edf84f74	141	if (mne == MNE_OUT && reg && conf.ntpserver[0]) {
okini3939	2:a3e5edf84f74	142	ntp(conf.ntpserver);
okini3939	2:a3e5edf84f74	143	}
okini3939	2:a3e5edf84f74	144	break;
okini3939	2:a3e5edf84f74	145
okini3939	0:bdb53686c194	146	}
okini3939	0:bdb53686c194	147
okini3939	0:bdb53686c194	148	pool_net();
okini3939	0:bdb53686c194	149	}
okini3939	0:bdb53686c194	150	#endif
okini3939	0:bdb53686c194	151
okini3939	0:bdb53686c194	152	void pool_ilip () {
okini3939	0:bdb53686c194	153	#ifdef USE_IL
okini3939	0:bdb53686c194	154	ilip.pool();
okini3939	0:bdb53686c194	155	#endif
okini3939	0:bdb53686c194	156	}
okini3939	0:bdb53686c194	157
okini3939	0:bdb53686c194	158	// execute IL
okini3939	0:bdb53686c194	159	void exec_ilip (int enable) {
okini3939	0:bdb53686c194	160	Sensor sensor_tmp;
okini3939	0:bdb53686c194	161
okini3939	0:bdb53686c194	162	measure_flg = enable;
okini3939	0:bdb53686c194	163
okini3939	1:6c7141895545	164	#ifdef USE_EXINOUT
okini3939	0:bdb53686c194	165	// set input
okini3939	1:6c7141895545	166	if (exinout_flg) {
okini3939	1:6c7141895545	167	sensor.input[0] = *exin1 ? 0 : 1;
okini3939	1:6c7141895545	168	sensor.input[1] = *exin2 ? 0 : 1;
okini3939	1:6c7141895545	169	}
okini3939	1:6c7141895545	170	#endif
okini3939	0:bdb53686c194	171
okini3939	0:bdb53686c194	172	sensor_tmp = sensor;
okini3939	0:bdb53686c194	173
okini3939	0:bdb53686c194	174	#ifdef USE_IL
okini3939	0:bdb53686c194	175	// every time
okini3939	0:bdb53686c194	176	if (ilip.exec()) {
okini3939	0:bdb53686c194	177	printf("IL: out of stack\r\n");
okini3939	0:bdb53686c194	178	}
okini3939	0:bdb53686c194	179	#else
okini3939	0:bdb53686c194	180	if (enable) {
okini3939	0:bdb53686c194	181	weatherstations();
okini3939	0:bdb53686c194	182	pachube(csv);
okini3939	0:bdb53686c194	183	email(0);
okini3939	0:bdb53686c194	184	}
okini3939	0:bdb53686c194	185	#endif
okini3939	0:bdb53686c194	186
okini3939	1:6c7141895545	187	#ifdef USE_EXINOUT
okini3939	0:bdb53686c194	188	// set output
okini3939	1:6c7141895545	189	if (exinout_flg) {
okini3939	2:a3e5edf84f74	190	led3 = *exout1 = sensor.output[0];
okini3939	2:a3e5edf84f74	191	led4 = *exout2 = sensor.output[1];
okini3939	1:6c7141895545	192	}
okini3939	1:6c7141895545	193	#endif
okini3939	0:bdb53686c194	194
okini3939	0:bdb53686c194	195	sensor_old = sensor_tmp;
okini3939	0:bdb53686c194	196	}
okini3939	0:bdb53686c194	197
okini3939	0:bdb53686c194	198	// init IL
okini3939	0:bdb53686c194	199	int init_ilip (char *dir) {
okini3939	1:6c7141895545	200	int r;
okini3939	0:bdb53686c194	201	char buf[40];
okini3939	0:bdb53686c194	202
okini3939	2:a3e5edf84f74	203	if (conf.xbeebaud) {
okini3939	2:a3e5edf84f74	204	xbee.baud(conf.xbeebaud);
okini3939	0:bdb53686c194	205	}
okini3939	0:bdb53686c194	206
okini3939	1:6c7141895545	207	#ifdef USE_EXINOUT
okini3939	2:a3e5edf84f74	208	if (conf.inputtype == INPUT_EXINOUT) {
okini3939	2:a3e5edf84f74	209	exout1 = new DigitalOut(p30);
okini3939	2:a3e5edf84f74	210	exout2 = new DigitalOut(p29);
okini3939	2:a3e5edf84f74	211	exin1 = new DigitalIn(p18);
okini3939	2:a3e5edf84f74	212	exin1->mode(PullUp);
okini3939	2:a3e5edf84f74	213	exin2 = new DigitalIn(p19);
okini3939	2:a3e5edf84f74	214	exin2->mode(PullUp);
okini3939	2:a3e5edf84f74	215	exinout_flg = 1;
okini3939	1:6c7141895545	216	}
okini3939	1:6c7141895545	217	#endif
okini3939	1:6c7141895545	218
okini3939	0:bdb53686c194	219	#ifdef USE_IL
okini3939	0:bdb53686c194	220	strcpy(buf, dir);
okini3939	0:bdb53686c194	221	strcat(buf, IL_FILE);
okini3939	1:6c7141895545	222	r = ilip.load(buf);
okini3939	1:6c7141895545	223	if (r > 0) {
okini3939	1:6c7141895545	224	pc.printf("IL load: %d\r\n", r);
okini3939	0:bdb53686c194	225	ilip.attach(cb_input, cb_output);
okini3939	0:bdb53686c194	226	}
okini3939	0:bdb53686c194	227	#endif
okini3939	0:bdb53686c194	228
okini3939	0:bdb53686c194	229	return 0;
okini3939	0:bdb53686c194	230	}

Repository toolbox

Export to desktop IDE

Build repository

Repository details

Type:	Program
Mbed OS support:	Mbed 2 deprecated
Created:	04 Jul 2011
Imports:	120
Forks:	0
Commits:	9
Dependents:	0
Dependencies:	12
Followers:	8

ilip.cpp@8:bed0b81794ba, 2012-03-16 (annotated)

Who changed what in which revision?

Repository toolbox

Repository details

Important Information for this Arm website

Access Warning