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

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Suga koubou / Mbed 2 deprecated WeatherPlatform

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

Dependencies: EthernetNetIf SDHCFileSystem I2CLEDDisp Agentbed NTPClient_NetServices mbed BMP085 HTTPClient ConfigFile I2CLCD

main.cpp@19:69b77f9e0446, 2011-06-03 (annotated)

Committer:: okini3939
Date:: Fri Jun 03 15:38:22 2011 +0000
Revision:: 19:69b77f9e0446
Parent:: 18:9286e5010c14

Who changed what in which revision?

User	Revision	Line number	New contents of line
okini3939	0:4265d973a98f	1	/*
okini3939	0:4265d973a98f	2	* mbed Weather Platform
okini3939	6:060cb9725ce3	3	* Copyright (c) 2011 Hiroshi Suga
okini3939	0:4265d973a98f	4	* Released under the MIT License: http://mbed.org/license/mit
okini3939	0:4265d973a98f	5	*/
okini3939	1:86d4b7431fbe	6
okini3939	1:86d4b7431fbe	7	/** @file
okini3939	1:86d4b7431fbe	8	* @brief mbed Weather Platform
okini3939	0:4265d973a98f	9	*/
okini3939	3:60f5f6d5f765	10
okini3939	18:9286e5010c14	11	#define VERSION "mbed Weather Platform 0.3.0 (C) 2011 Suga koubou Co.,Ltd."
okini3939	10:848a2205aed1	12
okini3939	3:60f5f6d5f765	13	//#define NONBLOCKING // ethernet function non-bloking
okini3939	3:60f5f6d5f765	14
okini3939	0:4265d973a98f	15	#include "mbed.h"
okini3939	0:4265d973a98f	16	#include "BMP085.h"
okini3939	0:4265d973a98f	17	#include "SHT.h"
okini3939	0:4265d973a98f	18	#include "WeatherMeters.h"
okini3939	17:7c9d111a5d45	19	#include "SDHCFileSystem.h"
okini3939	2:4125fe2283ef	20	#include "MSCFileSystem.h"
okini3939	0:4265d973a98f	21	#include "EthernetNetIf.h"
okini3939	0:4265d973a98f	22	#include "NTPClient.h"
okini3939	0:4265d973a98f	23	#include "HTTPClient.h"
okini3939	5:9fa79cb5ec98	24	#include "Agentbed.h"
okini3939	18:9286e5010c14	25	#include "weather.h"
okini3939	3:60f5f6d5f765	26	#include "I2CLEDDisp.h"
okini3939	10:848a2205aed1	27	#include "I2CLCD.h"
okini3939	0:4265d973a98f	28
okini3939	9:8c63e4f3edab	29	Serial pc(USBTX, USBRX), xbee(p13, p14);
okini3939	18:9286e5010c14	30	volatile int seq = 0;
okini3939	0:4265d973a98f	31	char filename[20];
okini3939	18:9286e5010c14	32	char csv[100];
okini3939	14:ee6cc1632166	33	struct Config conf;
okini3939	1:86d4b7431fbe	34	DigitalOut led1(LED1), led2(LED2), led3(LED3), led4(LED4);
okini3939	18:9286e5010c14	35	LocalFileSystem *local;
okini3939	18:9286e5010c14	36	SDFileSystem *sd;
okini3939	2:4125fe2283ef	37	MSCFileSystem *usb;
okini3939	18:9286e5010c14	38	DigitalIn sd_cd(p21);
okini3939	0:4265d973a98f	39
okini3939	0:4265d973a98f	40	// Sensors
okini3939	14:ee6cc1632166	41	struct Sensor sensor, offset, sensor_old;
okini3939	0:4265d973a98f	42	I2C i2c(p9, p10);
okini3939	0:4265d973a98f	43	BMP085 bmp085(i2c, BMP085_oss4);
okini3939	0:4265d973a98f	44	SHT sht15(p12, p11, SHT_high); // sclock, data
okini3939	0:4265d973a98f	45	WeatherMeters wmeters(p21, p15, p22); // anemo, vane, rain
okini3939	11:c6356e5949cd	46	AnalogIn ailight(p16), aiuv(p17);
okini3939	11:c6356e5949cd	47	AnalogIn *aimoist;
okini3939	11:c6356e5949cd	48	InterruptIn *intcounter;
okini3939	18:9286e5010c14	49	volatile int count_counter;
okini3939	18:9286e5010c14	50	volatile unsigned long lastCountTime;
okini3939	0:4265d973a98f	51
okini3939	18:9286e5010c14	52	DigitalIn swin2(p19);
okini3939	8:bab92fb7ef97	53	DigitalOut swout1(p29), swout2(p30);
okini3939	10:848a2205aed1	54	I2CLEDDisp *leddisp;
okini3939	10:848a2205aed1	55	I2CLCD *lcd;
okini3939	18:9286e5010c14	56	volatile int ledpos, ledflg;
okini3939	10:848a2205aed1	57	char ledbuf[200];
okini3939	8:bab92fb7ef97	58	Ticker ticker;
okini3939	8:bab92fb7ef97	59
okini3939	0:4265d973a98f	60	// Ethernet
okini3939	0:4265d973a98f	61	EthernetNetIf *eth;
okini3939	0:4265d973a98f	62	NTPClient *ntp;
okini3939	1:86d4b7431fbe	63	HTTPClient clientP, clientT;
okini3939	13:20c0f845df68	64	DigitalOut led_g2(p24),led_g(p25), led_y(p26);
okini3939	0:4265d973a98f	65	DigitalIn eth_link(P1_25), eth_speed(P1_26);
okini3939	0:4265d973a98f	66
okini3939	0:4265d973a98f	67
okini3939	0:4265d973a98f	68	float get_photo (AnalogIn &ain) {
okini3939	0:4265d973a98f	69	float f;
okini3939	0:4265d973a98f	70
okini3939	0:4265d973a98f	71	f = ain * 5.0 / 1000; // A
okini3939	0:4265d973a98f	72	return f / 0.0000026; // lx
okini3939	0:4265d973a98f	73	}
okini3939	0:4265d973a98f	74
okini3939	0:4265d973a98f	75	float get_moist (AnalogIn &ain) {
okini3939	0:4265d973a98f	76	float f;
okini3939	0:4265d973a98f	77
okini3939	0:4265d973a98f	78	f = ain * 5.0; // V
okini3939	2:4125fe2283ef	79	f = f / ((3.3 - f) / 10.0); // k ohm
okini3939	2:4125fe2283ef	80	if (f < 0) f = 0;
okini3939	2:4125fe2283ef	81	return f;
okini3939	0:4265d973a98f	82	}
okini3939	0:4265d973a98f	83
okini3939	0:4265d973a98f	84	float get_uv (AnalogIn &ain) {
okini3939	0:4265d973a98f	85	float f;
okini3939	0:4265d973a98f	86
okini3939	0:4265d973a98f	87	f = ain * 5.0 / 100000; // A
okini3939	2:4125fe2283ef	88	f = f / 0.000384; // mW/cm2
okini3939	2:4125fe2283ef	89	if (f < 0) f = 0;
okini3939	2:4125fe2283ef	90	return f;
okini3939	0:4265d973a98f	91	}
okini3939	0:4265d973a98f	92
okini3939	11:c6356e5949cd	93	void int_counter () {
okini3939	11:c6356e5949cd	94	count_counter ++;
okini3939	11:c6356e5949cd	95	}
okini3939	11:c6356e5949cd	96
okini3939	11:c6356e5949cd	97	float get_counter (char flg) {
okini3939	11:c6356e5949cd	98	float t;
okini3939	11:c6356e5949cd	99
okini3939	11:c6356e5949cd	100	if (flg) {
okini3939	18:9286e5010c14	101	// count
okini3939	11:c6356e5949cd	102	t = (float)count_counter;
okini3939	11:c6356e5949cd	103	} else {
okini3939	18:9286e5010c14	104	// count/min
okini3939	11:c6356e5949cd	105	if (locUpTime > lastCountTime) {
okini3939	13:20c0f845df68	106	t = (float)(locUpTime - lastCountTime) / 6000.0;
okini3939	11:c6356e5949cd	107	} else {
okini3939	13:20c0f845df68	108	t = (float)(0xffffffff - lastCountTime + locUpTime) / 6000.0;
okini3939	11:c6356e5949cd	109	}
okini3939	11:c6356e5949cd	110	t = (float)count_counter / t;
okini3939	11:c6356e5949cd	111	}
okini3939	11:c6356e5949cd	112	lastCountTime = locUpTime;
okini3939	11:c6356e5949cd	113	count_counter = 0;
okini3939	11:c6356e5949cd	114	return t;
okini3939	11:c6356e5949cd	115	}
okini3939	11:c6356e5949cd	116
okini3939	18:9286e5010c14	117	// Interrupt 10Hz
okini3939	18:9286e5010c14	118	void isr_timer () {
okini3939	18:9286e5010c14	119	int i;
okini3939	18:9286e5010c14	120	static int ledfreq = 0;
okini3939	11:c6356e5949cd	121
okini3939	18:9286e5010c14	122	// LED Display scroll
okini3939	10:848a2205aed1	123	if (conf.leddisp_mesg[0]) {
okini3939	18:9286e5010c14	124	ledfreq ++;
okini3939	18:9286e5010c14	125	if (ledfreq > LED_FREQ) {
okini3939	10:848a2205aed1	126	int i, addr, len;
okini3939	10:848a2205aed1	127
okini3939	10:848a2205aed1	128	len = strlen(ledbuf);
okini3939	10:848a2205aed1	129	leddisp->locate(0, 0);
okini3939	10:848a2205aed1	130	for (i = 0; i < 4; i ++) {
okini3939	10:848a2205aed1	131	addr = ledpos + i;
okini3939	10:848a2205aed1	132	if (addr >= 0 && addr < len) {
okini3939	10:848a2205aed1	133	leddisp->putc(ledbuf[addr]);
okini3939	10:848a2205aed1	134	} else {
okini3939	10:848a2205aed1	135	leddisp->putc(' ');
okini3939	10:848a2205aed1	136	}
okini3939	10:848a2205aed1	137	}
okini3939	10:848a2205aed1	138	ledpos ++;
okini3939	10:848a2205aed1	139	if (ledpos >= len + 4) {
okini3939	10:848a2205aed1	140	ledpos = -4;
okini3939	3:60f5f6d5f765	141	}
okini3939	18:9286e5010c14	142
okini3939	18:9286e5010c14	143	ledfreq = 0;
okini3939	18:9286e5010c14	144	}
okini3939	3:60f5f6d5f765	145	}
okini3939	3:60f5f6d5f765	146
okini3939	18:9286e5010c14	147	// timer
okini3939	18:9286e5010c14	148	for (i = 0; i < TIMER_NUM; i ++) {
okini3939	19:69b77f9e0446	149	if (sensor.timer_flg[i] && sensor.timer_cnt[i] < sensor.timer_set[i]) {
okini3939	19:69b77f9e0446	150	sensor.timer_cnt[i] ++;
okini3939	19:69b77f9e0446	151	}
okini3939	0:4265d973a98f	152	}
okini3939	18:9286e5010c14	153	// uptime
okini3939	18:9286e5010c14	154	locUpTime = locUpTime + 10;
okini3939	18:9286e5010c14	155	led_y = 1;
okini3939	0:4265d973a98f	156	}
okini3939	0:4265d973a98f	157
okini3939	0:4265d973a98f	158	void init () {
okini3939	0:4265d973a98f	159	FILE *fp;
okini3939	0:4265d973a98f	160
okini3939	18:9286e5010c14	161	// load config
okini3939	18:9286e5010c14	162	sd = new SDFileSystem(p5, p6, p7, p8, "sd");
okini3939	18:9286e5010c14	163	if (config("/sd/" CONFIG_FILE) == 0) {
okini3939	18:9286e5010c14	164	load_action("/sd/" ACTION_FILE);
okini3939	18:9286e5010c14	165	} else {
okini3939	18:9286e5010c14	166	delete sd;
okini3939	18:9286e5010c14	167	local = new LocalFileSystem("local");
okini3939	14:ee6cc1632166	168	pc.printf("local strage\r\n", conf.interval);
okini3939	14:ee6cc1632166	169	config("/local/" CONFIG_FILE);
okini3939	18:9286e5010c14	170	load_action("/local/" ACTION_FILE);
okini3939	14:ee6cc1632166	171	}
okini3939	0:4265d973a98f	172
okini3939	14:ee6cc1632166	173	pc.printf("\r\nInterval: %d sec\r\n", conf.interval);
okini3939	2:4125fe2283ef	174
okini3939	16:df39da7bef98	175	if (conf.lcd_mesg[0]) {
okini3939	16:df39da7bef98	176	// use I2C LCD
okini3939	16:df39da7bef98	177	lcd = new I2CLCD(i2c, I2CLCD_ADDR, conf.lcdtype, conf.lcdconf);
okini3939	16:df39da7bef98	178	}
okini3939	16:df39da7bef98	179
okini3939	16:df39da7bef98	180	if (conf.leddisp_mesg[0]) {
okini3939	16:df39da7bef98	181	// use I2C LED Display
okini3939	16:df39da7bef98	182	leddisp = new I2CLEDDisp(i2c);
okini3939	16:df39da7bef98	183	}
okini3939	16:df39da7bef98	184
okini3939	0:4265d973a98f	185	if (conf.ipaddr[0]) {
okini3939	0:4265d973a98f	186	// use ethernet
okini3939	0:4265d973a98f	187
okini3939	0:4265d973a98f	188	eth_link.mode(PullUp);
okini3939	0:4265d973a98f	189	eth_speed.mode(PullUp);
okini3939	0:4265d973a98f	190	led_g = eth_link ? 1 : 0;
okini3939	13:20c0f845df68	191	led_g2 = 1;
okini3939	9:8c63e4f3edab	192	led_y = 0;
okini3939	0:4265d973a98f	193	if (conf.ipaddr[0] == 255) {
okini3939	0:4265d973a98f	194	// dhcp
okini3939	0:4265d973a98f	195	eth = new EthernetNetIf;
okini3939	0:4265d973a98f	196	} else {
okini3939	0:4265d973a98f	197	// static
okini3939	0:4265d973a98f	198	eth = new EthernetNetIf(conf.ipaddr, conf.netmask, conf.gateway, conf.nameserver);
okini3939	0:4265d973a98f	199	}
okini3939	0:4265d973a98f	200
okini3939	0:4265d973a98f	201	EthernetErr ethErr = eth->setup();
okini3939	0:4265d973a98f	202	if(ethErr) {
okini3939	0:4265d973a98f	203	// error
okini3939	0:4265d973a98f	204	conf.ipaddr = IpAddr(0, 0, 0, 0);
okini3939	0:4265d973a98f	205	} else
okini3939	0:4265d973a98f	206	if (conf.ipaddr[0] == 255) {
okini3939	0:4265d973a98f	207	// succeed dhcp
okini3939	0:4265d973a98f	208	conf.ipaddr = eth->getIp();
okini3939	0:4265d973a98f	209	}
okini3939	0:4265d973a98f	210	pc.printf("Ethernet: %d.%d.%d.%d\r\n", eth->getIp()[0], eth->getIp()[1], eth->getIp()[2], eth->getIp()[3]);
okini3939	0:4265d973a98f	211
okini3939	5:9fa79cb5ec98	212	if (conf.ipaddr[0]) {
okini3939	5:9fa79cb5ec98	213
okini3939	5:9fa79cb5ec98	214	if (conf.ntpserver[0]) {
okini3939	5:9fa79cb5ec98	215	// ntp
okini3939	5:9fa79cb5ec98	216	pc.printf("Ntp: %s\r\n", conf.ntpserver);
okini3939	5:9fa79cb5ec98	217	ntpdate();
okini3939	5:9fa79cb5ec98	218	}
okini3939	0:4265d973a98f	219
okini3939	0:4265d973a98f	220	clientP = new HTTPClient;
okini3939	1:86d4b7431fbe	221	clientT = new HTTPClient;
okini3939	5:9fa79cb5ec98	222
okini3939	5:9fa79cb5ec98	223	if (conf.snmp_commname[0]) {
okini3939	5:9fa79cb5ec98	224	Agentbed.begin(conf.snmp_commname, "None", SNMP_DEFAULT_PORT, eth);
okini3939	5:9fa79cb5ec98	225	Agentbed.onPduReceive(pduReceived);
okini3939	5:9fa79cb5ec98	226	pc.printf("Snmp community name: %s\r\n", conf.snmp_commname);
okini3939	5:9fa79cb5ec98	227	}
okini3939	0:4265d973a98f	228	}
okini3939	16:df39da7bef98	229	} else {
okini3939	16:df39da7bef98	230	// not use ethernet
okini3939	16:df39da7bef98	231	led_g = eth_link ? 0 : 1;
okini3939	16:df39da7bef98	232	led_g2 = 0;
okini3939	0:4265d973a98f	233	}
okini3939	0:4265d973a98f	234
okini3939	0:4265d973a98f	235	if (conf.filetype) {
okini3939	0:4265d973a98f	236	// seq num
okini3939	18:9286e5010c14	237
okini3939	2:4125fe2283ef	238	if (conf.filetype == 1) {
okini3939	2:4125fe2283ef	239	strcpy(filename, "/sd");
okini3939	2:4125fe2283ef	240	} else
okini3939	2:4125fe2283ef	241	if (conf.filetype == 2) {
okini3939	2:4125fe2283ef	242	usb = new MSCFileSystem("usb");
okini3939	2:4125fe2283ef	243	strcpy(filename, "/usb");
okini3939	2:4125fe2283ef	244	}
okini3939	2:4125fe2283ef	245	strcat(filename, "/weather.seq");
okini3939	2:4125fe2283ef	246	// load
okini3939	2:4125fe2283ef	247	fp = fopen(filename, "r");
okini3939	0:4265d973a98f	248	if (fp) {
okini3939	0:4265d973a98f	249	fscanf(fp, "%d", &seq);
okini3939	0:4265d973a98f	250	fclose(fp);
okini3939	0:4265d973a98f	251	}
okini3939	0:4265d973a98f	252	seq ++;
okini3939	18:9286e5010c14	253
okini3939	18:9286e5010c14	254	// save CSV
okini3939	2:4125fe2283ef	255	fp = fopen(filename, "w");
okini3939	0:4265d973a98f	256	if (fp) {
okini3939	0:4265d973a98f	257	fprintf(fp, "%d", seq);
okini3939	0:4265d973a98f	258	fclose(fp);
okini3939	2:4125fe2283ef	259	// csv filename
okini3939	0:4265d973a98f	260	if (conf.filetype == 1) {
okini3939	0:4265d973a98f	261	sprintf(filename, "/sd/w%05d.csv", seq);
okini3939	0:4265d973a98f	262	} else
okini3939	0:4265d973a98f	263	if (conf.filetype == 2) {
okini3939	0:4265d973a98f	264	sprintf(filename, "/usb/w%05d.csv", seq);
okini3939	0:4265d973a98f	265	}
okini3939	0:4265d973a98f	266	pc.printf("Filename: %s\r\n", filename);
okini3939	0:4265d973a98f	267	led2 = 1;
okini3939	0:4265d973a98f	268	}
okini3939	0:4265d973a98f	269	}
okini3939	13:20c0f845df68	270
okini3939	13:20c0f845df68	271	pc.printf("Actions: %d\r\n", conf.actionscount);
okini3939	13:20c0f845df68	272
okini3939	18:9286e5010c14	273	// moist sensor or counter
okini3939	17:7c9d111a5d45	274	if (conf.inputtype & INPUT_FALL) {
okini3939	16:df39da7bef98	275	intcounter = new InterruptIn(p18);
okini3939	16:df39da7bef98	276	intcounter->fall(&int_counter);
okini3939	16:df39da7bef98	277	} else
okini3939	17:7c9d111a5d45	278	if (conf.inputtype & INPUT_RISE) {
okini3939	16:df39da7bef98	279	intcounter = new InterruptIn(p18);
okini3939	16:df39da7bef98	280	intcounter->rise(&int_counter);
okini3939	16:df39da7bef98	281	} else {
okini3939	16:df39da7bef98	282	aimoist = new AnalogIn(p18);
okini3939	13:20c0f845df68	283	}
okini3939	16:df39da7bef98	284
okini3939	13:20c0f845df68	285	count_counter = 0;
okini3939	13:20c0f845df68	286	lastCountTime = 0;
okini3939	0:4265d973a98f	287	}
okini3939	0:4265d973a98f	288
okini3939	0:4265d973a98f	289	int main () {
okini3939	0:4265d973a98f	290	Timer timer;
okini3939	0:4265d973a98f	291	time_t sec;
okini3939	0:4265d973a98f	292
okini3939	8:bab92fb7ef97	293	swout1 = 0;
okini3939	8:bab92fb7ef97	294	swout2 = 0;
okini3939	0:4265d973a98f	295	led1 = 1;
okini3939	10:848a2205aed1	296	ledpos = -4;
okini3939	3:60f5f6d5f765	297	ledflg = 0;
okini3939	3:60f5f6d5f765	298	strcpy(ledbuf, VERSION);
okini3939	18:9286e5010c14	299
okini3939	19:69b77f9e0446	300	init();
okini3939	18:9286e5010c14	301	ticker.attach(&isr_timer, 0.1); // Interrupt 10Hz
okini3939	10:848a2205aed1	302	pc.printf("%s\r\n\r\n", VERSION);
okini3939	0:4265d973a98f	303
okini3939	0:4265d973a98f	304	if (conf.filetype) {
okini3939	18:9286e5010c14	305	// CSV header
okini3939	18:9286e5010c14	306	strcpy(csv, "date,pres(hPa),temp(`C),humi(%%),anemo(m/s),vane(`),rain(mm),light(lx),uv(mW/cm2),moist(kohm),\r\n");
okini3939	18:9286e5010c14	307	writefile(csv);
okini3939	0:4265d973a98f	308	}
okini3939	18:9286e5010c14	309
okini3939	18:9286e5010c14	310	// I2C LED Display (print version)
okini3939	10:848a2205aed1	311	if (conf.leddisp_mesg[0]) {
okini3939	10:848a2205aed1	312	ledpos = -4;
okini3939	10:848a2205aed1	313	sec = time(NULL);
okini3939	10:848a2205aed1	314	strftime(ledbuf, sizeof(ledbuf), "%H:%M", localtime(&sec));
okini3939	10:848a2205aed1	315	sprintf(&ledbuf[5], " %ds %s", conf.interval, filename);
okini3939	10:848a2205aed1	316	if (conf.ipaddr[0]) {
okini3939	10:848a2205aed1	317	sprintf(&ledbuf[strlen(ledbuf)], " %d.%d.%d.%d", conf.ipaddr[0], conf.ipaddr[1], conf.ipaddr[2], conf.ipaddr[3]);
okini3939	10:848a2205aed1	318	if (conf.pachube_apikey[0] && conf.pachube_feedid[0]) {
okini3939	10:848a2205aed1	319	strcat(ledbuf, " P");
okini3939	10:848a2205aed1	320	}
okini3939	10:848a2205aed1	321	if (conf.twitter_user[0] && conf.twitter_pwd[0]) {
okini3939	10:848a2205aed1	322	strcat(ledbuf, " T");
okini3939	10:848a2205aed1	323	}
okini3939	3:60f5f6d5f765	324	}
okini3939	3:60f5f6d5f765	325	}
okini3939	3:60f5f6d5f765	326
okini3939	0:4265d973a98f	327	timer.start();
okini3939	0:4265d973a98f	328	#ifdef NONBLOCKING
okini3939	0:4265d973a98f	329	while (timer.read() < 5) {
okini3939	13:20c0f845df68	330	wait_ms(1);
okini3939	0:4265d973a98f	331	Net::poll();
okini3939	0:4265d973a98f	332	}
okini3939	0:4265d973a98f	333	timer.reset();
okini3939	0:4265d973a98f	334	#endif
okini3939	3:60f5f6d5f765	335
okini3939	0:4265d973a98f	336	while(1) {
okini3939	0:4265d973a98f	337	led1 = 0;
okini3939	0:4265d973a98f	338
okini3939	0:4265d973a98f	339	sec = time(NULL);
okini3939	18:9286e5010c14	340	strftime(csv, sizeof(csv), "%Y-%m-%d %H:%M:%S", localtime(&sec));
okini3939	0:4265d973a98f	341
okini3939	0:4265d973a98f	342	// sensors
okini3939	9:8c63e4f3edab	343	__disable_irq();
okini3939	0:4265d973a98f	344	bmp085.update();
okini3939	14:ee6cc1632166	345	sensor.pres = bmp085.get_pressure() + offset.pres;
okini3939	14:ee6cc1632166	346	sensor.temp2 = bmp085.get_temperature();
okini3939	0:4265d973a98f	347
okini3939	0:4265d973a98f	348	sht15.update(SHT_high);
okini3939	14:ee6cc1632166	349	sensor.temp = sht15.get_temperature() + offset.temp;
okini3939	14:ee6cc1632166	350	sensor.humi = sht15.get_humidity() + offset.humi;
okini3939	0:4265d973a98f	351
okini3939	14:ee6cc1632166	352	sensor.anemo = wmeters.get_windspeed();
okini3939	14:ee6cc1632166	353	sensor.vane = wmeters.get_windvane();
okini3939	14:ee6cc1632166	354	sensor.rain = wmeters.get_raingauge();
okini3939	0:4265d973a98f	355
okini3939	14:ee6cc1632166	356	sensor.light = get_photo(ailight);
okini3939	11:c6356e5949cd	357	if (conf.inputtype == INPUT_MOIST) {
okini3939	18:9286e5010c14	358	// moist sensor
okini3939	14:ee6cc1632166	359	sensor.moist = get_moist(*aimoist);
okini3939	11:c6356e5949cd	360	} else {
okini3939	18:9286e5010c14	361	// counter
okini3939	17:7c9d111a5d45	362	sensor.moist = get_counter(conf.inputtype & INPUT_CPM ? 0 : 1);
okini3939	11:c6356e5949cd	363	}
okini3939	14:ee6cc1632166	364	sensor.uv = get_uv(aiuv);
okini3939	0:4265d973a98f	365
okini3939	18:9286e5010c14	366	sprintf(&csv[strlen(csv)], ",%.2f,%.2f,%.2f,%.2f,%.2f,%.2f,%.2f,%.2f,%.2f,%.2f\r\n",
okini3939	14:ee6cc1632166	367	sensor.pres, sensor.temp, sensor.humi, sensor.anemo, sensor.vane, sensor.rain, sensor.light, sensor.uv, sensor.moist, sensor.temp2);
okini3939	0:4265d973a98f	368	if (conf.filetype) {
okini3939	18:9286e5010c14	369	// CSV
okini3939	18:9286e5010c14	370	writefile(csv);
okini3939	0:4265d973a98f	371	}
okini3939	9:8c63e4f3edab	372	__enable_irq();
okini3939	18:9286e5010c14	373	pc.printf(csv);
okini3939	3:60f5f6d5f765	374
okini3939	18:9286e5010c14	375	// in/out
okini3939	18:9286e5010c14	376	action(1);
okini3939	3:60f5f6d5f765	377
okini3939	18:9286e5010c14	378	// I2C LED Display
okini3939	10:848a2205aed1	379	if (conf.leddisp_mesg[0]) {
okini3939	10:848a2205aed1	380	if (ledflg) {
okini3939	10:848a2205aed1	381	ledpos = -4;
okini3939	10:848a2205aed1	382	fmtstr(conf.leddisp_mesg, ledbuf, sizeof(ledbuf));
okini3939	10:848a2205aed1	383	}
okini3939	10:848a2205aed1	384	ledflg = 1;
okini3939	0:4265d973a98f	385	}
okini3939	18:9286e5010c14	386	// I2C LCD
okini3939	10:848a2205aed1	387	if (conf.lcd_mesg[0]) {
okini3939	18:9286e5010c14	388	char buf[80];
okini3939	10:848a2205aed1	389	fmtstr(conf.lcd_mesg, buf, sizeof(buf));
okini3939	10:848a2205aed1	390	lcd->cls();
okini3939	10:848a2205aed1	391	lcd->puts(buf);
okini3939	10:848a2205aed1	392	}
okini3939	10:848a2205aed1	393
okini3939	0:4265d973a98f	394	led1 = 1;
okini3939	0:4265d973a98f	395
okini3939	18:9286e5010c14	396	// interval (wait)
okini3939	0:4265d973a98f	397	while (timer.read() < conf.interval) {
okini3939	18:9286e5010c14	398	wait_ms(100);
okini3939	18:9286e5010c14	399
okini3939	18:9286e5010c14	400	// in/out (timer)
okini3939	18:9286e5010c14	401	if (locUpTime % 100 == 0)
okini3939	18:9286e5010c14	402	action(0);
okini3939	18:9286e5010c14	403
okini3939	18:9286e5010c14	404	// ethernet LED
okini3939	13:20c0f845df68	405	if (conf.ipaddr[0]) {
okini3939	13:20c0f845df68	406	led_g = eth_link ? 1 : 0;
okini3939	13:20c0f845df68	407	led_g2 = 1;
okini3939	13:20c0f845df68	408	} else {
okini3939	13:20c0f845df68	409	led_g = eth_link ? 0 : 1;
okini3939	13:20c0f845df68	410	led_g2 = 0;
okini3939	13:20c0f845df68	411	}
okini3939	0:4265d973a98f	412	Net::poll();
okini3939	18:9286e5010c14	413
okini3939	18:9286e5010c14	414	// for debug
okini3939	13:20c0f845df68	415	if (pc.readable()) {
okini3939	13:20c0f845df68	416	int i;
okini3939	13:20c0f845df68	417	i = pc.getc();
okini3939	13:20c0f845df68	418	if (i == ' ') {
okini3939	13:20c0f845df68	419	break;
okini3939	13:20c0f845df68	420	} else {
okini3939	13:20c0f845df68	421	pc.printf("( %d )\r\n", (int)timer.read());
okini3939	13:20c0f845df68	422	}
okini3939	13:20c0f845df68	423	}
okini3939	0:4265d973a98f	424	}
okini3939	0:4265d973a98f	425	timer.reset();
okini3939	0:4265d973a98f	426	}
okini3939	0:4265d973a98f	427	}

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Type:	Program
Mbed OS support:	Mbed 2 deprecated
Created:	10 Dec 2010
Imports:	27
Forks:	0
Commits:	20
Dependents:	0
Dependencies:	13
Followers:	2

main.cpp@19:69b77f9e0446, 2011-06-03 (annotated)

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