RobotPowerLogger-V2 - For Terrance

Users » emh203 » Code » RobotPowerLogger-V2

Eli Hughes / Mbed 2 deprecated RobotPowerLogger-V2

For Terrance

Code/Configuration.c@0:085749c8446f, 2012-06-13 (annotated)

Committer:: emh203
Date:: Wed Jun 13 15:10:06 2012 +0000
Revision:: 0:085749c8446f

Who changed what in which revision?

User	Revision	Line number	New contents of line
emh203	0:085749c8446f	1	#include "System.h"
emh203	0:085749c8446f	2
emh203	0:085749c8446f	3	LocalFileSystem LocalFS("local");
emh203	0:085749c8446f	4
emh203	0:085749c8446f	5	CHAR LineBuf[128];
emh203	0:085749c8446f	6
emh203	0:085749c8446f	7	//Voltage Divider for the Li_poly Battery
emh203	0:085749c8446f	8	float R17,R15;
emh203	0:085749c8446f	9	#define R17_DEFAULT (float)(10000.0)
emh203	0:085749c8446f	10	#define R15_DEFAULT (float)(10000.0)
emh203	0:085749c8446f	11
emh203	0:085749c8446f	12	//Voltage Divider for input voltage measurement
emh203	0:085749c8446f	13	float R2,R4;
emh203	0:085749c8446f	14	#define R2_DEFAULT (float)(100000.0)
emh203	0:085749c8446f	15	#define R4_DEFAULT (float)(3300.0)
emh203	0:085749c8446f	16
emh203	0:085749c8446f	17	//Voltage Divider for current voltage measurement (to the 16-bit ADC)
emh203	0:085749c8446f	18	float R6,R7;
emh203	0:085749c8446f	19	#define R6_DEFAULT (float) (10000.0)
emh203	0:085749c8446f	20	#define R7_DEFAULT (float)(10000.0)
emh203	0:085749c8446f	21
emh203	0:085749c8446f	22	//Voltage Divider for current voltage measurement (to the 12-bit ADC)
emh203	0:085749c8446f	23	float R8,R9;
emh203	0:085749c8446f	24	#define R8_DEFAULT (float)(5100.0)
emh203	0:085749c8446f	25	#define R9_DEFAULT (float)(10000.0)
emh203	0:085749c8446f	26
emh203	0:085749c8446f	27	//value of the 2.5Voltage reference
emh203	0:085749c8446f	28	float U1_VREF;
emh203	0:085749c8446f	29	#define U1_VREF_DEFAULT (float)(2.5)
emh203	0:085749c8446f	30
emh203	0:085749c8446f	31	//value of the MBED Voltage reference
emh203	0:085749c8446f	32	float MBED_VREF;
emh203	0:085749c8446f	33	#define MBED_VREF_DEFAULT (float)(3.3)
emh203	0:085749c8446f	34
emh203	0:085749c8446f	35	//value of the input diode drop
emh203	0:085749c8446f	36	float INPUT_DIODE_DROP;
emh203	0:085749c8446f	37	#define INPUT_DIODE_DROP_DEFAULT (float)(0.601)
emh203	0:085749c8446f	38
emh203	0:085749c8446f	39
emh203	0:085749c8446f	40	//used for self current
emh203	0:085749c8446f	41	float R22;
emh203	0:085749c8446f	42	#define R22_DEFAULT 0.5
emh203	0:085749c8446f	43
emh203	0:085749c8446f	44	float R18;
emh203	0:085749c8446f	45	#define R18_DEFAULT 200
emh203	0:085749c8446f	46
emh203	0:085749c8446f	47	float R19;
emh203	0:085749c8446f	48	#define R19_DEFAULT 200
emh203	0:085749c8446f	49
emh203	0:085749c8446f	50	float R20;
emh203	0:085749c8446f	51	#define R20_DEFAULT 10000
emh203	0:085749c8446f	52
emh203	0:085749c8446f	53
emh203	0:085749c8446f	54	//Parameters for the ACS576 Current Sensor
emh203	0:085749c8446f	55
emh203	0:085749c8446f	56	float ACS576_VOFFSET;
emh203	0:085749c8446f	57	#define ACS576_VOFFSET_DEFAULT (2.5)
emh203	0:085749c8446f	58
emh203	0:085749c8446f	59	float ACS576_ISCALE;
emh203	0:085749c8446f	60	#define ACS576_ISCALE_DEFAULT (25.0)
emh203	0:085749c8446f	61
emh203	0:085749c8446f	62	float ACS576_ISCALE_ADJUST;
emh203	0:085749c8446f	63	#define ACS576_ISCALE_ADJUST_DEFAULT (1.0)
emh203	0:085749c8446f	64
emh203	0:085749c8446f	65	float ACS576_IOFFSET_TRIM;
emh203	0:085749c8446f	66	#define ACS576_IOFFSET_TRIM_DEFAULT (0.0)
emh203	0:085749c8446f	67
emh203	0:085749c8446f	68	//Used to correct the input voltage measurement
emh203	0:085749c8446f	69	float VSCALE_ADJUST;
emh203	0:085749c8446f	70	#define VSCALE_ADJUST_DEFAULT (1.0)
emh203	0:085749c8446f	71
emh203	0:085749c8446f	72	float VOFFSET_ADJUST;
emh203	0:085749c8446f	73	#define VOFFSET_ADJUST_DEFAULT (0.0)
emh203	0:085749c8446f	74
emh203	0:085749c8446f	75	//Sampling Parameters
emh203	0:085749c8446f	76	float SAMPLE_RATE;
emh203	0:085749c8446f	77	DWORD WRITE_BLOCK_THRESH;
emh203	0:085749c8446f	78
emh203	0:085749c8446f	79	CHAR ID[MAX_ID_LENGTH+1];
emh203	0:085749c8446f	80	#define ID_DEFAULT "No ID"
emh203	0:085749c8446f	81
emh203	0:085749c8446f	82	void LoadDefaults()
emh203	0:085749c8446f	83	{
emh203	0:085749c8446f	84	strcpy(ID,ID_DEFAULT);
emh203	0:085749c8446f	85
emh203	0:085749c8446f	86	VOFFSET_ADJUST = VOFFSET_ADJUST_DEFAULT;
emh203	0:085749c8446f	87	VSCALE_ADJUST = VSCALE_ADJUST_DEFAULT;
emh203	0:085749c8446f	88
emh203	0:085749c8446f	89	R17 = R17_DEFAULT;
emh203	0:085749c8446f	90	R15 = R15_DEFAULT;
emh203	0:085749c8446f	91
emh203	0:085749c8446f	92	R2 = R2_DEFAULT;
emh203	0:085749c8446f	93	R4 = R4_DEFAULT;
emh203	0:085749c8446f	94
emh203	0:085749c8446f	95	R6 = R6_DEFAULT;
emh203	0:085749c8446f	96	R7 = R7_DEFAULT;
emh203	0:085749c8446f	97
emh203	0:085749c8446f	98	R8 = R8_DEFAULT;
emh203	0:085749c8446f	99	R9 = R9_DEFAULT;
emh203	0:085749c8446f	100
emh203	0:085749c8446f	101	R18 = R18_DEFAULT;
emh203	0:085749c8446f	102	R19 = R19_DEFAULT;
emh203	0:085749c8446f	103	R20 = R20_DEFAULT;
emh203	0:085749c8446f	104	R22 = R22_DEFAULT;
emh203	0:085749c8446f	105
emh203	0:085749c8446f	106	U1_VREF = U1_VREF_DEFAULT;
emh203	0:085749c8446f	107	MBED_VREF = MBED_VREF_DEFAULT;
emh203	0:085749c8446f	108
emh203	0:085749c8446f	109	INPUT_DIODE_DROP = INPUT_DIODE_DROP_DEFAULT;
emh203	0:085749c8446f	110
emh203	0:085749c8446f	111	ACS576_VOFFSET = ACS576_VOFFSET_DEFAULT;
emh203	0:085749c8446f	112
emh203	0:085749c8446f	113	ACS576_ISCALE = ACS576_ISCALE_DEFAULT;
emh203	0:085749c8446f	114	ACS576_ISCALE_ADJUST = ACS576_ISCALE_ADJUST_DEFAULT;
emh203	0:085749c8446f	115
emh203	0:085749c8446f	116	ACS576_IOFFSET_TRIM = ACS576_IOFFSET_TRIM_DEFAULT;
emh203	0:085749c8446f	117
emh203	0:085749c8446f	118	SAMPLE_RATE = SAMPLE_RATE_DEFAULT;
emh203	0:085749c8446f	119	WRITE_BLOCK_THRESH = WRITE_BLOCK_THRESH_DEFAULT;
emh203	0:085749c8446f	120	}
emh203	0:085749c8446f	121
emh203	0:085749c8446f	122	void ExportConfigurationSettings()
emh203	0:085749c8446f	123	{
emh203	0:085749c8446f	124	FILE *MyConfigFile = fopen("/local/config.txt","w");
emh203	0:085749c8446f	125
emh203	0:085749c8446f	126
emh203	0:085749c8446f	127	fprintf(MyConfigFile,"ACS576_ISCALE_ADJUST = %.3f \r\n",ACS576_ISCALE_ADJUST);
emh203	0:085749c8446f	128	fprintf(MyConfigFile,"ACS576_IOFFSET_TRIM = %.3f \r\n",ACS576_IOFFSET_TRIM);
emh203	0:085749c8446f	129
emh203	0:085749c8446f	130	fprintf(MyConfigFile,"VSCALE_ADJUST = %.3f \r\n",VSCALE_ADJUST);
emh203	0:085749c8446f	131	fprintf(MyConfigFile,"VOFFSET_ADJUST = %.3f \r\n",VOFFSET_ADJUST);
emh203	0:085749c8446f	132
emh203	0:085749c8446f	133	fprintf(MyConfigFile,"R17 = %.1f \r\n",R17);
emh203	0:085749c8446f	134	fprintf(MyConfigFile,"R15 = %.1f \r\n",R15);
emh203	0:085749c8446f	135
emh203	0:085749c8446f	136	fprintf(MyConfigFile,"R2 = %.1f \r\n",R2);
emh203	0:085749c8446f	137	fprintf(MyConfigFile,"R4 = %.1f \r\n", R4);
emh203	0:085749c8446f	138
emh203	0:085749c8446f	139	fprintf(MyConfigFile,"R6 = %.1f \r\n",R6);
emh203	0:085749c8446f	140	fprintf(MyConfigFile,"R7 = %.1f \r\n",R7);
emh203	0:085749c8446f	141
emh203	0:085749c8446f	142	fprintf(MyConfigFile,"R8 = %.1f \r\n",R8);
emh203	0:085749c8446f	143	fprintf(MyConfigFile,"R9 = %.1f \r\n",R9);
emh203	0:085749c8446f	144
emh203	0:085749c8446f	145	fprintf(MyConfigFile,"R18 = %.1f \r\n",R18);
emh203	0:085749c8446f	146	fprintf(MyConfigFile,"R19 = %.1f \r\n",R19);
emh203	0:085749c8446f	147	fprintf(MyConfigFile,"R20 = %.1f \r\n",R20);
emh203	0:085749c8446f	148	fprintf(MyConfigFile,"R22 = %.1f \r\n",R22);
emh203	0:085749c8446f	149
emh203	0:085749c8446f	150	fprintf(MyConfigFile,"U1_VREF = %.3f \r\n",U1_VREF);
emh203	0:085749c8446f	151	fprintf(MyConfigFile,"MBED_VREF = %.3f \r\n",MBED_VREF);
emh203	0:085749c8446f	152
emh203	0:085749c8446f	153	fprintf(MyConfigFile,"INPUT_DIODE_DROP = %.3f \r\n",INPUT_DIODE_DROP);
emh203	0:085749c8446f	154
emh203	0:085749c8446f	155	fprintf(MyConfigFile,"ACS576_VOFFSET = %.3f \r\n",ACS576_VOFFSET);
emh203	0:085749c8446f	156
emh203	0:085749c8446f	157	fprintf(MyConfigFile,"ACS576_ISCALE = %.3f \r\n", ACS576_ISCALE_DEFAULT);
emh203	0:085749c8446f	158
emh203	0:085749c8446f	159
emh203	0:085749c8446f	160	fprintf(MyConfigFile,"SAMPLE_RATE = %.1f \r\n",SAMPLE_RATE);
emh203	0:085749c8446f	161	fprintf(MyConfigFile,"WRITE_BLOCK_THRESH = %d \r\n",WRITE_BLOCK_THRESH);
emh203	0:085749c8446f	162
emh203	0:085749c8446f	163	fprintf(MyConfigFile,"ID = %s \r\n",ID);
emh203	0:085749c8446f	164
emh203	0:085749c8446f	165
emh203	0:085749c8446f	166	fclose(MyConfigFile);
emh203	0:085749c8446f	167	}
emh203	0:085749c8446f	168
emh203	0:085749c8446f	169	//This is a very "static implementation. Just does string compares. Would be nice to have a table like feature in the future
emh203	0:085749c8446f	170	void ParseKeyValue(const CHAR Key,const CHAR Value)
emh203	0:085749c8446f	171	{
emh203	0:085749c8446f	172	WORD i;
emh203	0:085749c8446f	173
emh203	0:085749c8446f	174	if(!strcmp(Key,(CHAR *)"R17"))
emh203	0:085749c8446f	175	{
emh203	0:085749c8446f	176	R17 = atof(Value);
emh203	0:085749c8446f	177	PrintfEnqueue(&PCBackDoorTx,"R17 assigned a value of %.3f",R17);
emh203	0:085749c8446f	178	}
emh203	0:085749c8446f	179	else if(!strcmp(Key,"R15"))
emh203	0:085749c8446f	180	{
emh203	0:085749c8446f	181	R15 = atof(Value);
emh203	0:085749c8446f	182	PrintfEnqueue(&PCBackDoorTx,"R15 assigned a value of %.3f",R15);
emh203	0:085749c8446f	183	}
emh203	0:085749c8446f	184	else if(!strcmp(Key,"R2"))
emh203	0:085749c8446f	185	{
emh203	0:085749c8446f	186	R2 = atof(Value);
emh203	0:085749c8446f	187	PrintfEnqueue(&PCBackDoorTx,"R2 assigned a value of %.3f",R2);
emh203	0:085749c8446f	188	}
emh203	0:085749c8446f	189	else if(!strcmp(Key,"R4"))
emh203	0:085749c8446f	190	{
emh203	0:085749c8446f	191	R4 = atof(Value);
emh203	0:085749c8446f	192	PrintfEnqueue(&PCBackDoorTx,"R4 assigned a value of %.3f",R4);
emh203	0:085749c8446f	193	}
emh203	0:085749c8446f	194	else if(!strcmp(Key,"R6"))
emh203	0:085749c8446f	195	{
emh203	0:085749c8446f	196	R6 = atof(Value);
emh203	0:085749c8446f	197	PrintfEnqueue(&PCBackDoorTx,"R6 assigned a value of %.3f",R6);
emh203	0:085749c8446f	198	}
emh203	0:085749c8446f	199	else if(!strcmp(Key,"R7"))
emh203	0:085749c8446f	200	{
emh203	0:085749c8446f	201	R7 = atof(Value);
emh203	0:085749c8446f	202	PrintfEnqueue(&PCBackDoorTx,"R7 assigned a value of %.3f",R7);
emh203	0:085749c8446f	203	}
emh203	0:085749c8446f	204	else if(!strcmp(Key,"R8"))
emh203	0:085749c8446f	205	{
emh203	0:085749c8446f	206	R8 = atof(Value);
emh203	0:085749c8446f	207	PrintfEnqueue(&PCBackDoorTx,"R8 assigned a value of %.3f",R8);
emh203	0:085749c8446f	208	}
emh203	0:085749c8446f	209	else if(!strcmp(Key,"R9"))
emh203	0:085749c8446f	210	{
emh203	0:085749c8446f	211	R9 = atof(Value);
emh203	0:085749c8446f	212	PrintfEnqueue(&PCBackDoorTx,"R9 assigned a value of %.3f",R9);
emh203	0:085749c8446f	213	}
emh203	0:085749c8446f	214	else if(!strcmp(Key,"U1_VREF"))
emh203	0:085749c8446f	215	{
emh203	0:085749c8446f	216	U1_VREF = atof(Value);
emh203	0:085749c8446f	217	PrintfEnqueue(&PCBackDoorTx,"U1_VREF assigned a value of %.3f",U1_VREF);
emh203	0:085749c8446f	218	}
emh203	0:085749c8446f	219	else if(!strcmp(Key,"MBED_VREF"))
emh203	0:085749c8446f	220	{
emh203	0:085749c8446f	221	MBED_VREF = atof(Value);
emh203	0:085749c8446f	222	PrintfEnqueue(&PCBackDoorTx,"MBED_VREF assigned a value of %.3f",MBED_VREF);
emh203	0:085749c8446f	223	}
emh203	0:085749c8446f	224	else if(!strcmp(Key,"INPUT_DIODE_DROP"))
emh203	0:085749c8446f	225	{
emh203	0:085749c8446f	226	INPUT_DIODE_DROP = atof(Value);
emh203	0:085749c8446f	227	PrintfEnqueue(&PCBackDoorTx,"INPUT_DIODE_DROP assigned a value of %.3f",INPUT_DIODE_DROP);
emh203	0:085749c8446f	228	}
emh203	0:085749c8446f	229	else if(!strcmp(Key,"ACS576_VOFFSET"))
emh203	0:085749c8446f	230	{
emh203	0:085749c8446f	231	ACS576_VOFFSET = atof(Value);
emh203	0:085749c8446f	232	PrintfEnqueue(&PCBackDoorTx,"ACS576_VOFFSET assigned a value of %.3f", ACS576_VOFFSET);
emh203	0:085749c8446f	233	}
emh203	0:085749c8446f	234	else if(!strcmp(Key,"ACS576_ISCALE"))
emh203	0:085749c8446f	235	{
emh203	0:085749c8446f	236	ACS576_ISCALE = atof(Value);
emh203	0:085749c8446f	237	PrintfEnqueue(&PCBackDoorTx,"ACS576_ISCALE assigned a value of %.3f", ACS576_ISCALE);
emh203	0:085749c8446f	238	}
emh203	0:085749c8446f	239	else if(!strcmp(Key,"ACS576_ISCALE_ADJUST"))
emh203	0:085749c8446f	240	{
emh203	0:085749c8446f	241	ACS576_ISCALE_ADJUST = atof(Value);
emh203	0:085749c8446f	242	PrintfEnqueue(&PCBackDoorTx,"ACS576_ISCALE_ADJUST assigned a value of %.3f", ACS576_ISCALE_ADJUST);
emh203	0:085749c8446f	243	}
emh203	0:085749c8446f	244	else if(!strcmp(Key,"ACS576_IOFFSET_TRIM"))
emh203	0:085749c8446f	245	{
emh203	0:085749c8446f	246	ACS576_IOFFSET_TRIM = atof(Value);
emh203	0:085749c8446f	247	PrintfEnqueue(&PCBackDoorTx,"ACS576_IOFFSET_TRIM assigned a value of %.3f", ACS576_IOFFSET_TRIM);
emh203	0:085749c8446f	248	}
emh203	0:085749c8446f	249	else if(!strcmp(Key,"R18"))
emh203	0:085749c8446f	250	{
emh203	0:085749c8446f	251	R18 = atof(Value);
emh203	0:085749c8446f	252	PrintfEnqueue(&PCBackDoorTx,"R18 assigned a value of %.3f", R18);
emh203	0:085749c8446f	253	}
emh203	0:085749c8446f	254	else if(!strcmp(Key,"R19"))
emh203	0:085749c8446f	255	{
emh203	0:085749c8446f	256	R19 = atof(Value);
emh203	0:085749c8446f	257	PrintfEnqueue(&PCBackDoorTx,"R19 assigned a value of %.3f", R19);
emh203	0:085749c8446f	258	}
emh203	0:085749c8446f	259	else if(!strcmp(Key,"R20"))
emh203	0:085749c8446f	260	{
emh203	0:085749c8446f	261	R20 = atof(Value);
emh203	0:085749c8446f	262	PrintfEnqueue(&PCBackDoorTx,"R20 assigned a value of %.3f", R20);
emh203	0:085749c8446f	263	}
emh203	0:085749c8446f	264	else if(!strcmp(Key,"R22"))
emh203	0:085749c8446f	265	{
emh203	0:085749c8446f	266	R22 = atof(Value);
emh203	0:085749c8446f	267	PrintfEnqueue(&PCBackDoorTx,"R22 assigned a value of %.3f", R22);
emh203	0:085749c8446f	268	}
emh203	0:085749c8446f	269	else if(!strcmp(Key,"VSCALE_ADJUST"))
emh203	0:085749c8446f	270	{
emh203	0:085749c8446f	271	VSCALE_ADJUST = atof(Value);
emh203	0:085749c8446f	272	PrintfEnqueue(&PCBackDoorTx,"VSCALE_ADJUST assigned a value of %.3f", VSCALE_ADJUST);
emh203	0:085749c8446f	273	}
emh203	0:085749c8446f	274	else if(!strcmp(Key,"VOFFSET_ADJUST"))
emh203	0:085749c8446f	275	{
emh203	0:085749c8446f	276	VOFFSET_ADJUST = atof(Value);
emh203	0:085749c8446f	277	PrintfEnqueue(&PCBackDoorTx,"VOFFSET_ADJUST assigned a value of %.3f", VOFFSET_ADJUST);
emh203	0:085749c8446f	278	}
emh203	0:085749c8446f	279	else if(!strcmp(Key,"SAMPLE_RATE"))
emh203	0:085749c8446f	280	{
emh203	0:085749c8446f	281	SAMPLE_RATE = atof(Value);
emh203	0:085749c8446f	282
emh203	0:085749c8446f	283	if(SAMPLE_RATE < MIN_SAMPLE_RATE \|\| SAMPLE_RATE > MAX_SAMPLE_RATE)
emh203	0:085749c8446f	284	{
emh203	0:085749c8446f	285	PrintfEnqueue(&PCBackDoorTx,"Illegal SAMPLE_RATE of %.1f was specified. %.1f is being used",SAMPLE_RATE,SAMPLE_RATE_DEFAULT);
emh203	0:085749c8446f	286	SAMPLE_RATE = SAMPLE_RATE_DEFAULT;
emh203	0:085749c8446f	287	}
emh203	0:085749c8446f	288	else
emh203	0:085749c8446f	289	{
emh203	0:085749c8446f	290	PrintfEnqueue(&PCBackDoorTx,"SAMPLE_RATE assigned a value of %.1f", SAMPLE_RATE);
emh203	0:085749c8446f	291	}
emh203	0:085749c8446f	292	}
emh203	0:085749c8446f	293
emh203	0:085749c8446f	294	else if(!strcmp(Key,"WRITE_BLOCK_THRESH"))
emh203	0:085749c8446f	295	{
emh203	0:085749c8446f	296	WRITE_BLOCK_THRESH = (DWORD)atof(Value);
emh203	0:085749c8446f	297
emh203	0:085749c8446f	298	if(WRITE_BLOCK_THRESH < MIN_WRITE_BLOCK_THRESH\|\| WRITE_BLOCK_THRESH > MAX_WRITE_BLOCK_THRESH)
emh203	0:085749c8446f	299	{
emh203	0:085749c8446f	300	PrintfEnqueue(&PCBackDoorTx,"Illegal WRITE_BLOCK_THRESH of %d was specified. %d is being used\r\n",WRITE_BLOCK_THRESH,WRITE_BLOCK_THRESH_DEFAULT);
emh203	0:085749c8446f	301	PrintfEnqueue(&PCBackDoorTx,"WRITE_BLOCK_THRESH must be between %d and %d",MIN_WRITE_BLOCK_THRESH, MAX_WRITE_BLOCK_THRESH);
emh203	0:085749c8446f	302
emh203	0:085749c8446f	303	WRITE_BLOCK_THRESH = WRITE_BLOCK_THRESH_DEFAULT;
emh203	0:085749c8446f	304	}
emh203	0:085749c8446f	305	else
emh203	0:085749c8446f	306	{
emh203	0:085749c8446f	307	PrintfEnqueue(&PCBackDoorTx,"WRITE_BLOCK_THRESH assigned a value of %d", WRITE_BLOCK_THRESH);
emh203	0:085749c8446f	308	}
emh203	0:085749c8446f	309	}
emh203	0:085749c8446f	310	else if(!strcmp(Key,"ID"))
emh203	0:085749c8446f	311	{
emh203	0:085749c8446f	312	if(strlen(Value)>MAX_ID_LENGTH)
emh203	0:085749c8446f	313	{
emh203	0:085749c8446f	314	PrintfEnqueue(&PCBackDoorTx,"ID must be %d characters or less. Truncating...", MAX_ID_LENGTH);
emh203	0:085749c8446f	315	for(i=0;i<MAX_ID_LENGTH;i++)
emh203	0:085749c8446f	316	{
emh203	0:085749c8446f	317	ID[i] = Value[i];
emh203	0:085749c8446f	318	ID[MAX_ID_LENGTH] = NULL;
emh203	0:085749c8446f	319	}
emh203	0:085749c8446f	320	}
emh203	0:085749c8446f	321	else
emh203	0:085749c8446f	322	{
emh203	0:085749c8446f	323	strcpy(ID,Value);
emh203	0:085749c8446f	324	}
emh203	0:085749c8446f	325
emh203	0:085749c8446f	326	PrintfEnqueue(&PCBackDoorTx,"ID assigned a value of %s", ID);
emh203	0:085749c8446f	327	}
emh203	0:085749c8446f	328	else
emh203	0:085749c8446f	329	{
emh203	0:085749c8446f	330	PrintfEnqueue(&PCBackDoorTx,"%s key is not recognized parameter",Key);
emh203	0:085749c8446f	331	}
emh203	0:085749c8446f	332
emh203	0:085749c8446f	333	PrintfEnqueue(&PCBackDoorTx,"\r\n");
emh203	0:085749c8446f	334
emh203	0:085749c8446f	335	}
emh203	0:085749c8446f	336
emh203	0:085749c8446f	337	void LoadConfiguration()
emh203	0:085749c8446f	338	{
emh203	0:085749c8446f	339	WORD CurrentLine = 1;
emh203	0:085749c8446f	340
emh203	0:085749c8446f	341	LoadDefaults();
emh203	0:085749c8446f	342
emh203	0:085749c8446f	343	SmartSwitch_SetBackLightColor(3,3,3);
emh203	0:085749c8446f	344	GFX_FullDisplayBufferClear(&BackBuffer);
emh203	0:085749c8446f	345	GFX_DrawString(&BackBuffer,"Loading Config",0,0,&Font3x5);
emh203	0:085749c8446f	346	GFX_DumpRenderContextToPhysicalScreen(&BackBuffer);
emh203	0:085749c8446f	347
emh203	0:085749c8446f	348	FILE *MyConfigFile = fopen("/local/config.txt","r");
emh203	0:085749c8446f	349
emh203	0:085749c8446f	350	if(!MyConfigFile)
emh203	0:085749c8446f	351	{
emh203	0:085749c8446f	352	PrintfEnqueue(&PCBackDoorTx,"Could not open configuration files. Using Defaults....\r\n");
emh203	0:085749c8446f	353	wait(1);
emh203	0:085749c8446f	354	return;
emh203	0:085749c8446f	355	}
emh203	0:085749c8446f	356
emh203	0:085749c8446f	357	PrintfEnqueue(&PCBackDoorTx,"Config file found. Parsing.....\r\n\r\n");
emh203	0:085749c8446f	358
emh203	0:085749c8446f	359	while(fgets(LineBuf,sizeof(LineBuf),MyConfigFile))
emh203	0:085749c8446f	360	{
emh203	0:085749c8446f	361	if(KeyValueSplit(LineBuf,Key,Value))
emh203	0:085749c8446f	362	{
emh203	0:085749c8446f	363	ParseKeyValue(Key,Value);
emh203	0:085749c8446f	364	}
emh203	0:085749c8446f	365	else
emh203	0:085749c8446f	366	{
emh203	0:085749c8446f	367	PrintfEnqueue(&PCBackDoorTx,"No valid key=value pair on line %d\r\n",CurrentLine);
emh203	0:085749c8446f	368	}
emh203	0:085749c8446f	369
emh203	0:085749c8446f	370	CurrentLine++;
emh203	0:085749c8446f	371	}
emh203	0:085749c8446f	372
emh203	0:085749c8446f	373	fclose(MyConfigFile);
emh203	0:085749c8446f	374
emh203	0:085749c8446f	375	PrintfEnqueue(&PCBackDoorTx,"\r\n\r\n>");
emh203	0:085749c8446f	376	}
emh203	0:085749c8446f	377
emh203	0:085749c8446f	378
emh203	0:085749c8446f	379

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Type:	Program
Mbed OS support:	Mbed 2 deprecated
Created:	13 Jun 2012
Imports:	3
Forks:	0
Commits:	1
Dependents:	0
Dependencies:	1
Followers:	2

Code/Configuration.c@0:085749c8446f, 2012-06-13 (annotated)

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