monitor_01 - This is a monitor program which can see some mbed…

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Kenji Arai / Mbed 2 deprecated monitor_01

This is a monitor program which can see some mbed running conditions such a memory contents, time (if RTC set up), CPU information and others.

Dependencies: mbed

mon.cpp@0:4aaeaab8334a, 2010-05-15 (annotated)

Committer:: kenjiArai
Date:: Sat May 15 13:08:59 2010 +0000
Revision:: 0:4aaeaab8334a

Who changed what in which revision?

User	Revision	Line number	New contents of line
kenjiArai	0:4aaeaab8334a	1	//-------------------------------------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	2	// Monitor program Ver.1
kenjiArai	0:4aaeaab8334a	3	// (c)2010 Kenji Arai / JH1PJL
kenjiArai	0:4aaeaab8334a	4	// http://www.page.sannet.ne.jp/kenjia/index.html
kenjiArai	0:4aaeaab8334a	5	// http://mbed.org/users/kenjiArai/
kenjiArai	0:4aaeaab8334a	6	// May 9th,2010 Started
kenjiArai	0:4aaeaab8334a	7	// May 15th,2010
kenjiArai	0:4aaeaab8334a	8	//--------------------------------------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	9	// Reference
kenjiArai	0:4aaeaab8334a	10	// http://www.nxp.com/#/pip/pip=[pip=LPC1769_68_67_66_65_64_4]\|pp=[t=pip,i=LPC1769_68_67_66_65_64_4]
kenjiArai	0:4aaeaab8334a	11	//--------------------------------------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	12	// Function
kenjiArai	0:4aaeaab8334a	13	// Show Memory contents, Digital port, Analog input port, CPU clock, RTC/Time and others in the mbed board
kenjiArai	0:4aaeaab8334a	14	// Connection
kenjiArai	0:4aaeaab8334a	15	// Analog input PIN 15,16,17
kenjiArai	0:4aaeaab8334a	16	// Digital input PIN 24,25,26
kenjiArai	0:4aaeaab8334a	17	// LCD PIN 5,6,7,21,22,23
kenjiArai	0:4aaeaab8334a	18	// RTC PIN 3 needs to connect 3V Battery
kenjiArai	0:4aaeaab8334a	19	// -> Please refer my program " RTC_w_COM" for time adjustment
kenjiArai	0:4aaeaab8334a	20	// at " http://mbed.org/users/kenjiArai/programs/RTC_w_COM/5yi9a/ "
kenjiArai	0:4aaeaab8334a	21	//---------------------------------------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	22
kenjiArai	0:4aaeaab8334a	23	#include "mbed.h"
kenjiArai	0:4aaeaab8334a	24
kenjiArai	0:4aaeaab8334a	25	// Define clocks
kenjiArai	0:4aaeaab8334a	26	#define XTAL (12000000UL) /* Oscillator frequency */
kenjiArai	0:4aaeaab8334a	27	#define OSC_CLK ( XTAL) /* Main oscillator frequency */
kenjiArai	0:4aaeaab8334a	28	#define RTC_CLK ( 32000UL) /* RTC oscillator frequency */
kenjiArai	0:4aaeaab8334a	29	#define IRC_OSC ( 4000000UL) /* Internal RC oscillator frequency */
kenjiArai	0:4aaeaab8334a	30	// Range check status
kenjiArai	0:4aaeaab8334a	31	#define ERR_NOTHING 0
kenjiArai	0:4aaeaab8334a	32	#define ERR_MODIFY_SIZ 1
kenjiArai	0:4aaeaab8334a	33	#define ERR_OUT_OF_RANGE 2
kenjiArai	0:4aaeaab8334a	34
kenjiArai	0:4aaeaab8334a	35	typedef struct{
kenjiArai	0:4aaeaab8334a	36	unsigned long mstr;
kenjiArai	0:4aaeaab8334a	37	unsigned long msiz;
kenjiArai	0:4aaeaab8334a	38	unsigned long mtmp;
kenjiArai	0:4aaeaab8334a	39	unsigned long mold;
kenjiArai	0:4aaeaab8334a	40	unsigned char mflg;
kenjiArai	0:4aaeaab8334a	41	} MEMO;
kenjiArai	0:4aaeaab8334a	42
kenjiArai	0:4aaeaab8334a	43	Serial pc(USBTX, USBRX);
kenjiArai	0:4aaeaab8334a	44	AnalogIn ana0(p15);
kenjiArai	0:4aaeaab8334a	45	AnalogIn ana1(p16);
kenjiArai	0:4aaeaab8334a	46	AnalogIn ana2(p17);
kenjiArai	0:4aaeaab8334a	47	DigitalIn sw0(p24);
kenjiArai	0:4aaeaab8334a	48	DigitalIn sw1(p25);
kenjiArai	0:4aaeaab8334a	49	DigitalIn sw2(p26);
kenjiArai	0:4aaeaab8334a	50
kenjiArai	0:4aaeaab8334a	51	char linebuf[256];
kenjiArai	0:4aaeaab8334a	52
kenjiArai	0:4aaeaab8334a	53	// Memory management
kenjiArai	0:4aaeaab8334a	54	static MEMO mem;
kenjiArai	0:4aaeaab8334a	55	unsigned long SystemFrequency;
kenjiArai	0:4aaeaab8334a	56
kenjiArai	0:4aaeaab8334a	57	// Memory range data
kenjiArai	0:4aaeaab8334a	58	const uint32_t mem_range[][2] = { // Memory access range
kenjiArai	0:4aaeaab8334a	59	{ 0x00000000, 0x0007ffff }, // On-chip non-volatile memory //512KB Flash memory
kenjiArai	0:4aaeaab8334a	60	{ 0x10000000, 0x10007fff }, // On-chip SRAM //32KB local RAM
kenjiArai	0:4aaeaab8334a	61	{ 0x1fff0000, 0x1fff1fff }, // Boot ROM //8KB Boot ROM
kenjiArai	0:4aaeaab8334a	62	{ 0x2007c000, 0x2007ffff }, // On-chip SRAM //16KB AHB SRAM
kenjiArai	0:4aaeaab8334a	63	{ 0x20080000, 0x20083fff } // On-chip SRAM //16KB AHB SRAM
kenjiArai	0:4aaeaab8334a	64	};
kenjiArai	0:4aaeaab8334a	65
kenjiArai	0:4aaeaab8334a	66	// Put \r\n
kenjiArai	0:4aaeaab8334a	67	void put_cr ( void ){
kenjiArai	0:4aaeaab8334a	68	pc.putc('\r');
kenjiArai	0:4aaeaab8334a	69	pc.putc('\n');
kenjiArai	0:4aaeaab8334a	70	}
kenjiArai	0:4aaeaab8334a	71
kenjiArai	0:4aaeaab8334a	72	// Put \r
kenjiArai	0:4aaeaab8334a	73	void put_r ( void ){
kenjiArai	0:4aaeaab8334a	74	pc.putc('\r');
kenjiArai	0:4aaeaab8334a	75	}
kenjiArai	0:4aaeaab8334a	76
kenjiArai	0:4aaeaab8334a	77	// Help Massage
kenjiArai	0:4aaeaab8334a	78	void msg_hlp ( void ){
kenjiArai	0:4aaeaab8334a	79	pc.printf("Monitor for mbed LPC1768 Ver. on "__DATE__" (" __TIME__ ")");
kenjiArai	0:4aaeaab8334a	80	put_cr();
kenjiArai	0:4aaeaab8334a	81	pc.printf("a - Show ADC data ");
kenjiArai	0:4aaeaab8334a	82	put_cr();
kenjiArai	0:4aaeaab8334a	83	pc.printf("m - Entry Memory Mode");
kenjiArai	0:4aaeaab8334a	84	put_cr();
kenjiArai	0:4aaeaab8334a	85	pc.printf("m>? -> After entry the Memory Mode, adiitinal functions can see by ?");
kenjiArai	0:4aaeaab8334a	86	put_cr();
kenjiArai	0:4aaeaab8334a	87	pc.printf("p - Show Port status ");
kenjiArai	0:4aaeaab8334a	88	put_cr();
kenjiArai	0:4aaeaab8334a	89	pc.printf("sf - System Clock");
kenjiArai	0:4aaeaab8334a	90	put_cr();
kenjiArai	0:4aaeaab8334a	91	pc.printf("sc - System / CPU information");
kenjiArai	0:4aaeaab8334a	92	put_cr();
kenjiArai	0:4aaeaab8334a	93	pc.printf("t [<year> <mon> <mday> <hour> <min> <sec>] ");
kenjiArai	0:4aaeaab8334a	94	put_cr();
kenjiArai	0:4aaeaab8334a	95	pc.printf("/ [a],[p],[t] commands every 1 sec Exit =hit any key (not ENTER key) ");
kenjiArai	0:4aaeaab8334a	96	put_cr();
kenjiArai	0:4aaeaab8334a	97	pc.printf("q - Quit (back to called routine)");
kenjiArai	0:4aaeaab8334a	98	put_cr();
kenjiArai	0:4aaeaab8334a	99	}
kenjiArai	0:4aaeaab8334a	100
kenjiArai	0:4aaeaab8334a	101	// Check Switch port status
kenjiArai	0:4aaeaab8334a	102	void check_port ( void ){
kenjiArai	0:4aaeaab8334a	103	put_r();
kenjiArai	0:4aaeaab8334a	104	pc.printf("Input Port Status");
kenjiArai	0:4aaeaab8334a	105	put_cr();
kenjiArai	0:4aaeaab8334a	106	pc.printf("mbed P26 (LPC1768 p2.0) = ");
kenjiArai	0:4aaeaab8334a	107	if ( sw2.read() ){
kenjiArai	0:4aaeaab8334a	108	pc.printf("ON ");
kenjiArai	0:4aaeaab8334a	109	} else {
kenjiArai	0:4aaeaab8334a	110	pc.printf("OFF ");
kenjiArai	0:4aaeaab8334a	111	}
kenjiArai	0:4aaeaab8334a	112	put_cr();
kenjiArai	0:4aaeaab8334a	113	pc.printf("mbed P25 (LPC1768 p2.1) = ");
kenjiArai	0:4aaeaab8334a	114	if ( sw1.read() ){
kenjiArai	0:4aaeaab8334a	115	pc.printf("ON ");
kenjiArai	0:4aaeaab8334a	116	} else {
kenjiArai	0:4aaeaab8334a	117	pc.printf("OFF ");
kenjiArai	0:4aaeaab8334a	118	}
kenjiArai	0:4aaeaab8334a	119	put_cr();
kenjiArai	0:4aaeaab8334a	120	pc.printf("mbed P24 (LPC1768 p2.2) = ");
kenjiArai	0:4aaeaab8334a	121	if ( sw0.read() ){
kenjiArai	0:4aaeaab8334a	122	pc.printf("ON ");
kenjiArai	0:4aaeaab8334a	123	} else {
kenjiArai	0:4aaeaab8334a	124	pc.printf("OFF ");
kenjiArai	0:4aaeaab8334a	125	}
kenjiArai	0:4aaeaab8334a	126	put_cr();
kenjiArai	0:4aaeaab8334a	127	}
kenjiArai	0:4aaeaab8334a	128
kenjiArai	0:4aaeaab8334a	129	void cpu_inf ( void ){
kenjiArai	0:4aaeaab8334a	130	unsigned long m1, m2;
kenjiArai	0:4aaeaab8334a	131
kenjiArai	0:4aaeaab8334a	132	m1 = SCB->CPUID;
kenjiArai	0:4aaeaab8334a	133	m2 = ( m1 >> 24 );
kenjiArai	0:4aaeaab8334a	134	if ( m2 == 0x41 ){
kenjiArai	0:4aaeaab8334a	135	put_r();
kenjiArai	0:4aaeaab8334a	136	pc.printf("CPU = ARM ");
kenjiArai	0:4aaeaab8334a	137	} else {
kenjiArai	0:4aaeaab8334a	138	put_r();
kenjiArai	0:4aaeaab8334a	139	pc.printf("CPU = NOT ARM ");
kenjiArai	0:4aaeaab8334a	140	}
kenjiArai	0:4aaeaab8334a	141	m2 = ( m1 >> 4 ) & 0xfff;
kenjiArai	0:4aaeaab8334a	142	if ( m2 == 0xc23 ){
kenjiArai	0:4aaeaab8334a	143	pc.printf("Cortex-M3");
kenjiArai	0:4aaeaab8334a	144	put_cr();
kenjiArai	0:4aaeaab8334a	145	} else {
kenjiArai	0:4aaeaab8334a	146	pc.printf("NOT Cortex-M3");
kenjiArai	0:4aaeaab8334a	147	put_cr();
kenjiArai	0:4aaeaab8334a	148	}
kenjiArai	0:4aaeaab8334a	149	m2 = ( m1 >> 20 ) & 0x0f;
kenjiArai	0:4aaeaab8334a	150	pc.printf("Variant:%x", m2);
kenjiArai	0:4aaeaab8334a	151	put_cr();
kenjiArai	0:4aaeaab8334a	152	m2 = m1 & 0x7;
kenjiArai	0:4aaeaab8334a	153	pc.printf("Revision:%x", m2);
kenjiArai	0:4aaeaab8334a	154	put_cr();
kenjiArai	0:4aaeaab8334a	155	}
kenjiArai	0:4aaeaab8334a	156
kenjiArai	0:4aaeaab8334a	157	// Calculate CPU System Clock Frequency
kenjiArai	0:4aaeaab8334a	158	void get_freq ( int pr ){
kenjiArai	0:4aaeaab8334a	159	if(pr){
kenjiArai	0:4aaeaab8334a	160	put_r();
kenjiArai	0:4aaeaab8334a	161	pc.printf("System Clock = %dHz",SystemFrequency );
kenjiArai	0:4aaeaab8334a	162	put_cr();
kenjiArai	0:4aaeaab8334a	163	}
kenjiArai	0:4aaeaab8334a	164	if (((LPC_SC->PLL0STAT >> 24) & 3) == 3) {/* If PLL0 enabled and connected */
kenjiArai	0:4aaeaab8334a	165	if(pr){
kenjiArai	0:4aaeaab8334a	166	pc.printf("PLL0 enabled");
kenjiArai	0:4aaeaab8334a	167	put_cr();
kenjiArai	0:4aaeaab8334a	168	}
kenjiArai	0:4aaeaab8334a	169	switch (LPC_SC->CLKSRCSEL & 0x03) {
kenjiArai	0:4aaeaab8334a	170	case 0: /* Internal RC oscillator => PLL0 */
kenjiArai	0:4aaeaab8334a	171	case 3: /* Reserved, default to Internal RC */
kenjiArai	0:4aaeaab8334a	172	if(pr){
kenjiArai	0:4aaeaab8334a	173	pc.printf("Internal RC Oscillator");
kenjiArai	0:4aaeaab8334a	174	put_cr();
kenjiArai	0:4aaeaab8334a	175	}
kenjiArai	0:4aaeaab8334a	176	SystemFrequency = (IRC_OSC *
kenjiArai	0:4aaeaab8334a	177	(((2 * ((LPC_SC->PLL0STAT & 0x7FFF) + 1))) /
kenjiArai	0:4aaeaab8334a	178	(((LPC_SC->PLL0STAT >> 16) & 0xFF) + 1)) /
kenjiArai	0:4aaeaab8334a	179	((LPC_SC->CCLKCFG & 0xFF)+ 1));
kenjiArai	0:4aaeaab8334a	180	break;
kenjiArai	0:4aaeaab8334a	181	case 1: /* Main oscillator => PLL0 */
kenjiArai	0:4aaeaab8334a	182	if(pr){
kenjiArai	0:4aaeaab8334a	183	pc.printf("Xtal Osc Clock = %dHz",XTAL );
kenjiArai	0:4aaeaab8334a	184	put_cr();
kenjiArai	0:4aaeaab8334a	185	}
kenjiArai	0:4aaeaab8334a	186	SystemFrequency = (OSC_CLK *
kenjiArai	0:4aaeaab8334a	187	(((2 * ((LPC_SC->PLL0STAT & 0x7FFF) + 1))) /
kenjiArai	0:4aaeaab8334a	188	(((LPC_SC->PLL0STAT >> 16) & 0xFF) + 1)) /
kenjiArai	0:4aaeaab8334a	189	((LPC_SC->CCLKCFG & 0xFF)+ 1));
kenjiArai	0:4aaeaab8334a	190	break;
kenjiArai	0:4aaeaab8334a	191	case 2: /* RTC oscillator => PLL0 */
kenjiArai	0:4aaeaab8334a	192	if(pr){
kenjiArai	0:4aaeaab8334a	193	pc.printf("RTC Xtal Oscillator f = %dHz", RTC_CLK );
kenjiArai	0:4aaeaab8334a	194	put_cr();
kenjiArai	0:4aaeaab8334a	195	}
kenjiArai	0:4aaeaab8334a	196	SystemFrequency = (RTC_CLK *
kenjiArai	0:4aaeaab8334a	197	(((2 * ((LPC_SC->PLL0STAT & 0x7FFF) + 1))) /
kenjiArai	0:4aaeaab8334a	198	(((LPC_SC->PLL0STAT >> 16) & 0xFF) + 1)) /
kenjiArai	0:4aaeaab8334a	199	((LPC_SC->CCLKCFG & 0xFF)+ 1));
kenjiArai	0:4aaeaab8334a	200	break;
kenjiArai	0:4aaeaab8334a	201	}
kenjiArai	0:4aaeaab8334a	202	} else {
kenjiArai	0:4aaeaab8334a	203	if(pr){
kenjiArai	0:4aaeaab8334a	204	pc.printf("PLL0 disabled");
kenjiArai	0:4aaeaab8334a	205	}
kenjiArai	0:4aaeaab8334a	206	switch (LPC_SC->CLKSRCSEL & 0x03) {
kenjiArai	0:4aaeaab8334a	207	case 0: /* Internal RC oscillator => PLL0 */
kenjiArai	0:4aaeaab8334a	208	case 3: /* Reserved, default to Internal RC */
kenjiArai	0:4aaeaab8334a	209	if(pr){
kenjiArai	0:4aaeaab8334a	210	pc.printf("Internal RC Oscillator");
kenjiArai	0:4aaeaab8334a	211	put_cr();
kenjiArai	0:4aaeaab8334a	212	}
kenjiArai	0:4aaeaab8334a	213	SystemFrequency = IRC_OSC / ((LPC_SC->CCLKCFG & 0xFF)+ 1);
kenjiArai	0:4aaeaab8334a	214	break;
kenjiArai	0:4aaeaab8334a	215	case 1: /* Main oscillator => PLL0 */
kenjiArai	0:4aaeaab8334a	216	if(pr){
kenjiArai	0:4aaeaab8334a	217	pc.printf("Xtal Osc Clock = %dHz",XTAL );
kenjiArai	0:4aaeaab8334a	218	put_cr();
kenjiArai	0:4aaeaab8334a	219	}
kenjiArai	0:4aaeaab8334a	220	SystemFrequency = OSC_CLK / ((LPC_SC->CCLKCFG & 0xFF)+ 1);
kenjiArai	0:4aaeaab8334a	221	break;
kenjiArai	0:4aaeaab8334a	222	case 2: /* RTC oscillator => PLL0 */
kenjiArai	0:4aaeaab8334a	223	if(pr){
kenjiArai	0:4aaeaab8334a	224	pc.printf("RTC Xtal Oscillator f = %dHz", RTC_CLK );
kenjiArai	0:4aaeaab8334a	225	put_cr();
kenjiArai	0:4aaeaab8334a	226	}
kenjiArai	0:4aaeaab8334a	227	SystemFrequency = RTC_CLK / ((LPC_SC->CCLKCFG & 0xFF)+ 1);
kenjiArai	0:4aaeaab8334a	228	break;
kenjiArai	0:4aaeaab8334a	229	}
kenjiArai	0:4aaeaab8334a	230	}
kenjiArai	0:4aaeaab8334a	231	}
kenjiArai	0:4aaeaab8334a	232
kenjiArai	0:4aaeaab8334a	233	// Range check for Memory dump
kenjiArai	0:4aaeaab8334a	234	static void check_range( MEMO * mem ){
kenjiArai	0:4aaeaab8334a	235	uint8_t i;
kenjiArai	0:4aaeaab8334a	236	uint32_t m;
kenjiArai	0:4aaeaab8334a	237
kenjiArai	0:4aaeaab8334a	238	mem->mflg = ERR_NOTHING;
kenjiArai	0:4aaeaab8334a	239	for ( i = 0 ; i < 5 ; i++ ){
kenjiArai	0:4aaeaab8334a	240	if ( mem->mstr >= mem_range[i][0]){
kenjiArai	0:4aaeaab8334a	241	if ( mem->mstr < mem_range[i][1] ){
kenjiArai	0:4aaeaab8334a	242	m = mem->mstr + mem->msiz;
kenjiArai	0:4aaeaab8334a	243	if ( m < mem_range[i][1]){
kenjiArai	0:4aaeaab8334a	244	return; // no modification
kenjiArai	0:4aaeaab8334a	245	} else {
kenjiArai	0:4aaeaab8334a	246	m = mem_range[i][1];
kenjiArai	0:4aaeaab8334a	247	mem->msiz = m - mem->mstr + 1;
kenjiArai	0:4aaeaab8334a	248	mem->mflg = ERR_MODIFY_SIZ;
kenjiArai	0:4aaeaab8334a	249	return; // modified size
kenjiArai	0:4aaeaab8334a	250	}
kenjiArai	0:4aaeaab8334a	251	}
kenjiArai	0:4aaeaab8334a	252	}
kenjiArai	0:4aaeaab8334a	253	}
kenjiArai	0:4aaeaab8334a	254	mem->mflg = ERR_OUT_OF_RANGE;
kenjiArai	0:4aaeaab8334a	255	mem->mstr = 0;
kenjiArai	0:4aaeaab8334a	256	mem->msiz = 0;
kenjiArai	0:4aaeaab8334a	257	return ;
kenjiArai	0:4aaeaab8334a	258	}
kenjiArai	0:4aaeaab8334a	259
kenjiArai	0:4aaeaab8334a	260	// Memory dump error massage
kenjiArai	0:4aaeaab8334a	261	void error_print ( unsigned char flg ){
kenjiArai	0:4aaeaab8334a	262	switch (flg) {
kenjiArai	0:4aaeaab8334a	263	case ERR_MODIFY_SIZ :
kenjiArai	0:4aaeaab8334a	264	put_r();
kenjiArai	0:4aaeaab8334a	265	pc.printf("Reach to out of range ");
kenjiArai	0:4aaeaab8334a	266	put_cr();
kenjiArai	0:4aaeaab8334a	267	break;
kenjiArai	0:4aaeaab8334a	268	case ERR_OUT_OF_RANGE :
kenjiArai	0:4aaeaab8334a	269	put_r();
kenjiArai	0:4aaeaab8334a	270	pc.printf("Not in a memory area ");
kenjiArai	0:4aaeaab8334a	271	put_cr();
kenjiArai	0:4aaeaab8334a	272	break;
kenjiArai	0:4aaeaab8334a	273	case ERR_NOTHING :
kenjiArai	0:4aaeaab8334a	274	default :
kenjiArai	0:4aaeaab8334a	275	;
kenjiArai	0:4aaeaab8334a	276	}
kenjiArai	0:4aaeaab8334a	277	}
kenjiArai	0:4aaeaab8334a	278
kenjiArai	0:4aaeaab8334a	279	// Change string -> integer
kenjiArai	0:4aaeaab8334a	280	int xatoi (char *str, unsigned long res){
kenjiArai	0:4aaeaab8334a	281	unsigned long val;
kenjiArai	0:4aaeaab8334a	282	unsigned char c, radix, s = 0;
kenjiArai	0:4aaeaab8334a	283
kenjiArai	0:4aaeaab8334a	284	while ((c = *str) == ' ') (str)++;
kenjiArai	0:4aaeaab8334a	285	if (c == '-') {
kenjiArai	0:4aaeaab8334a	286	s = 1;
kenjiArai	0:4aaeaab8334a	287	c = (++(str));
kenjiArai	0:4aaeaab8334a	288	}
kenjiArai	0:4aaeaab8334a	289	if (c == '0') {
kenjiArai	0:4aaeaab8334a	290	c = (++(str));
kenjiArai	0:4aaeaab8334a	291	if (c <= ' ') {
kenjiArai	0:4aaeaab8334a	292	*res = 0; return 1;
kenjiArai	0:4aaeaab8334a	293	}
kenjiArai	0:4aaeaab8334a	294	if (c == 'x') {
kenjiArai	0:4aaeaab8334a	295	radix = 16;
kenjiArai	0:4aaeaab8334a	296	c = (++(str));
kenjiArai	0:4aaeaab8334a	297	} else {
kenjiArai	0:4aaeaab8334a	298	if (c == 'b') {
kenjiArai	0:4aaeaab8334a	299	radix = 2;
kenjiArai	0:4aaeaab8334a	300	c = (++(str));
kenjiArai	0:4aaeaab8334a	301	} else {
kenjiArai	0:4aaeaab8334a	302	if ((c >= '0')&&(c <= '9'))
kenjiArai	0:4aaeaab8334a	303	radix = 8;
kenjiArai	0:4aaeaab8334a	304	else
kenjiArai	0:4aaeaab8334a	305	return 0;
kenjiArai	0:4aaeaab8334a	306	}
kenjiArai	0:4aaeaab8334a	307	}
kenjiArai	0:4aaeaab8334a	308	} else {
kenjiArai	0:4aaeaab8334a	309	if ((c < '1')\|\|(c > '9'))
kenjiArai	0:4aaeaab8334a	310	return 0;
kenjiArai	0:4aaeaab8334a	311	radix = 10;
kenjiArai	0:4aaeaab8334a	312	}
kenjiArai	0:4aaeaab8334a	313	val = 0;
kenjiArai	0:4aaeaab8334a	314	while (c > ' ') {
kenjiArai	0:4aaeaab8334a	315	if (c >= 'a') c -= 0x20;
kenjiArai	0:4aaeaab8334a	316	c -= '0';
kenjiArai	0:4aaeaab8334a	317	if (c >= 17) {
kenjiArai	0:4aaeaab8334a	318	c -= 7;
kenjiArai	0:4aaeaab8334a	319	if (c <= 9) return 0;
kenjiArai	0:4aaeaab8334a	320	}
kenjiArai	0:4aaeaab8334a	321	if (c >= radix) return 0;
kenjiArai	0:4aaeaab8334a	322	val = val * radix + c;
kenjiArai	0:4aaeaab8334a	323	c = (++(str));
kenjiArai	0:4aaeaab8334a	324	}
kenjiArai	0:4aaeaab8334a	325	if (s) val = -val;
kenjiArai	0:4aaeaab8334a	326	*res = val;
kenjiArai	0:4aaeaab8334a	327	return 1;
kenjiArai	0:4aaeaab8334a	328	}
kenjiArai	0:4aaeaab8334a	329
kenjiArai	0:4aaeaab8334a	330	// Print memory contents
kenjiArai	0:4aaeaab8334a	331	void put_dump (const unsigned char *buff, unsigned long ofs, int cnt){
kenjiArai	0:4aaeaab8334a	332	int n;
kenjiArai	0:4aaeaab8334a	333
kenjiArai	0:4aaeaab8334a	334	#if 1
kenjiArai	0:4aaeaab8334a	335	pc.printf("%08lX ", ofs);
kenjiArai	0:4aaeaab8334a	336	for(n = 0; n < cnt; n++){
kenjiArai	0:4aaeaab8334a	337	pc.printf(" %02X", buff[n]);
kenjiArai	0:4aaeaab8334a	338	}
kenjiArai	0:4aaeaab8334a	339	pc.putc(' ');
kenjiArai	0:4aaeaab8334a	340	for(n = 0; n < cnt; n++) {
kenjiArai	0:4aaeaab8334a	341	if ((buff[n] < 0x20)\|\|(buff[n] >= 0x7F)){
kenjiArai	0:4aaeaab8334a	342	pc.putc('.');
kenjiArai	0:4aaeaab8334a	343	} else {
kenjiArai	0:4aaeaab8334a	344	pc.putc(buff[n]);
kenjiArai	0:4aaeaab8334a	345	}
kenjiArai	0:4aaeaab8334a	346	}
kenjiArai	0:4aaeaab8334a	347	put_cr();
kenjiArai	0:4aaeaab8334a	348	#endif
kenjiArai	0:4aaeaab8334a	349
kenjiArai	0:4aaeaab8334a	350	#if 0
kenjiArai	0:4aaeaab8334a	351	printf("%08lX ", ofs);
kenjiArai	0:4aaeaab8334a	352	for(n = 0; n < cnt; n++){
kenjiArai	0:4aaeaab8334a	353	printf(" %02X", buff[n]);
kenjiArai	0:4aaeaab8334a	354	}
kenjiArai	0:4aaeaab8334a	355	pc.putc(' ');
kenjiArai	0:4aaeaab8334a	356	for(n = 0; n < cnt; n++) {
kenjiArai	0:4aaeaab8334a	357	if ((buff[n] < 0x20)\|\|(buff[n] >= 0x7F)){
kenjiArai	0:4aaeaab8334a	358	pc.putc('.');
kenjiArai	0:4aaeaab8334a	359	} else {
kenjiArai	0:4aaeaab8334a	360	pc.putc(buff[n]);
kenjiArai	0:4aaeaab8334a	361	}
kenjiArai	0:4aaeaab8334a	362	}
kenjiArai	0:4aaeaab8334a	363	pc.puts("\r\n");
kenjiArai	0:4aaeaab8334a	364	#endif
kenjiArai	0:4aaeaab8334a	365	}
kenjiArai	0:4aaeaab8334a	366
kenjiArai	0:4aaeaab8334a	367	// Get key input data
kenjiArai	0:4aaeaab8334a	368	void get_line (char *buff, int len){
kenjiArai	0:4aaeaab8334a	369	char c;
kenjiArai	0:4aaeaab8334a	370	int idx = 0;
kenjiArai	0:4aaeaab8334a	371
kenjiArai	0:4aaeaab8334a	372	for (;;) {
kenjiArai	0:4aaeaab8334a	373	c = pc.getc();
kenjiArai	0:4aaeaab8334a	374	// Added by Kenji Arai / JH1PJL May 9th, 2010
kenjiArai	0:4aaeaab8334a	375	if (c == '\r'){
kenjiArai	0:4aaeaab8334a	376	buff[idx++] = c;
kenjiArai	0:4aaeaab8334a	377	break;
kenjiArai	0:4aaeaab8334a	378	}
kenjiArai	0:4aaeaab8334a	379	if ((c == '\b') && idx) {
kenjiArai	0:4aaeaab8334a	380	idx--; pc.putc(c); pc.putc(' '); pc.putc(c);
kenjiArai	0:4aaeaab8334a	381	}
kenjiArai	0:4aaeaab8334a	382	if (((uint8_t)c >= ' ') && (idx < len - 1)) {
kenjiArai	0:4aaeaab8334a	383	buff[idx++] = c; pc.putc(c);
kenjiArai	0:4aaeaab8334a	384	}
kenjiArai	0:4aaeaab8334a	385	}
kenjiArai	0:4aaeaab8334a	386	buff[idx] = 0;
kenjiArai	0:4aaeaab8334a	387	pc.putc('\n');
kenjiArai	0:4aaeaab8334a	388	}
kenjiArai	0:4aaeaab8334a	389
kenjiArai	0:4aaeaab8334a	390	// Monitor Program
kenjiArai	0:4aaeaab8334a	391	int mon() {
kenjiArai	0:4aaeaab8334a	392	char *ptr;
kenjiArai	0:4aaeaab8334a	393	unsigned long p1;
kenjiArai	0:4aaeaab8334a	394	char c;
kenjiArai	0:4aaeaab8334a	395	time_t seconds;
kenjiArai	0:4aaeaab8334a	396	struct tm rtc;
kenjiArai	0:4aaeaab8334a	397
kenjiArai	0:4aaeaab8334a	398	pc.baud(115200);
kenjiArai	0:4aaeaab8334a	399	put_cr();
kenjiArai	0:4aaeaab8334a	400	put_cr();
kenjiArai	0:4aaeaab8334a	401	pc.printf("Monitor for mbed LPC1768 Ver. on "__DATE__" (" __TIME__ ") [Help:'?' key]");
kenjiArai	0:4aaeaab8334a	402	put_cr();
kenjiArai	0:4aaeaab8334a	403	get_freq(0);
kenjiArai	0:4aaeaab8334a	404	for (;;) {
kenjiArai	0:4aaeaab8334a	405	put_r();
kenjiArai	0:4aaeaab8334a	406	pc.putc('>');
kenjiArai	0:4aaeaab8334a	407	ptr = linebuf;
kenjiArai	0:4aaeaab8334a	408	get_line(ptr, sizeof(linebuf));
kenjiArai	0:4aaeaab8334a	409	switch (*ptr++) {
kenjiArai	0:4aaeaab8334a	410	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	411	// Memory
kenjiArai	0:4aaeaab8334a	412	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	413	case 'm' :
kenjiArai	0:4aaeaab8334a	414	put_r();
kenjiArai	0:4aaeaab8334a	415	pc.printf("Entry Memory Mode 1) d <address> [<count>], 2) s, 3) <ret>, 4) <esc>");
kenjiArai	0:4aaeaab8334a	416	put_cr();
kenjiArai	0:4aaeaab8334a	417	mem.mstr = 0;
kenjiArai	0:4aaeaab8334a	418	mem.msiz =256;
kenjiArai	0:4aaeaab8334a	419	mem.mold = 0;
kenjiArai	0:4aaeaab8334a	420	mem.mtmp = 0;
kenjiArai	0:4aaeaab8334a	421	mem.mflg = 0;
kenjiArai	0:4aaeaab8334a	422	for (;mem.mflg != 0xff;){
kenjiArai	0:4aaeaab8334a	423	pc.printf("m>");
kenjiArai	0:4aaeaab8334a	424	c = pc.getc();
kenjiArai	0:4aaeaab8334a	425	pc.putc(c);
kenjiArai	0:4aaeaab8334a	426	switch (c) {
kenjiArai	0:4aaeaab8334a	427	case 'd' : /* d <address> [<count>] - Dump memory */
kenjiArai	0:4aaeaab8334a	428	ptr = linebuf;
kenjiArai	0:4aaeaab8334a	429	get_line(ptr, sizeof(linebuf));
kenjiArai	0:4aaeaab8334a	430	mem.mtmp = mem.mstr;
kenjiArai	0:4aaeaab8334a	431	if (!xatoi(&ptr, &mem.mstr)){
kenjiArai	0:4aaeaab8334a	432	mem.mstr = mem.mtmp;
kenjiArai	0:4aaeaab8334a	433	}
kenjiArai	0:4aaeaab8334a	434	if (!xatoi(&ptr, &mem.msiz)){
kenjiArai	0:4aaeaab8334a	435	mem.msiz = 256;
kenjiArai	0:4aaeaab8334a	436	}
kenjiArai	0:4aaeaab8334a	437	mem.mtmp = mem.msiz;
kenjiArai	0:4aaeaab8334a	438	check_range (&mem);
kenjiArai	0:4aaeaab8334a	439	for (ptr=(char*)mem.mstr; mem.msiz >= 16; ptr += 16, mem.msiz -= 16){
kenjiArai	0:4aaeaab8334a	440	put_r();
kenjiArai	0:4aaeaab8334a	441	put_dump((unsigned char*)ptr, (unsigned int)ptr, 16);
kenjiArai	0:4aaeaab8334a	442	}
kenjiArai	0:4aaeaab8334a	443	if (mem.msiz){
kenjiArai	0:4aaeaab8334a	444	put_dump((unsigned char*)ptr, (unsigned int)ptr, mem.msiz);
kenjiArai	0:4aaeaab8334a	445	}
kenjiArai	0:4aaeaab8334a	446	error_print(mem.mflg);
kenjiArai	0:4aaeaab8334a	447	mem.mold = mem.mstr;
kenjiArai	0:4aaeaab8334a	448	mem.mstr += mem.mtmp;
kenjiArai	0:4aaeaab8334a	449	break;
kenjiArai	0:4aaeaab8334a	450	case 0x0d : // CR
kenjiArai	0:4aaeaab8334a	451	put_cr();
kenjiArai	0:4aaeaab8334a	452	mem.msiz = 256;
kenjiArai	0:4aaeaab8334a	453	mem.mtmp = mem.msiz;
kenjiArai	0:4aaeaab8334a	454	check_range (&mem);
kenjiArai	0:4aaeaab8334a	455	for (ptr=(char*)mem.mstr; mem.msiz >= 16; ptr += 16, mem.msiz -= 16){
kenjiArai	0:4aaeaab8334a	456	put_r();
kenjiArai	0:4aaeaab8334a	457	put_dump((unsigned char*)ptr, (unsigned int)ptr, 16);
kenjiArai	0:4aaeaab8334a	458	}
kenjiArai	0:4aaeaab8334a	459	error_print(mem.mflg);
kenjiArai	0:4aaeaab8334a	460	mem.mold = mem.mstr;
kenjiArai	0:4aaeaab8334a	461	mem.mstr += 256;
kenjiArai	0:4aaeaab8334a	462	break;
kenjiArai	0:4aaeaab8334a	463	case 0x1b : // ESC
kenjiArai	0:4aaeaab8334a	464	mem.mflg = 0xff;
kenjiArai	0:4aaeaab8334a	465	break;
kenjiArai	0:4aaeaab8334a	466	case 0x08 : // Back Space
kenjiArai	0:4aaeaab8334a	467	put_cr();
kenjiArai	0:4aaeaab8334a	468	mem.mstr = mem.mold;
kenjiArai	0:4aaeaab8334a	469	mem.msiz = 256;
kenjiArai	0:4aaeaab8334a	470	mem.mtmp = mem.msiz;
kenjiArai	0:4aaeaab8334a	471	check_range (&mem);
kenjiArai	0:4aaeaab8334a	472	for (ptr=(char*)mem.mstr; mem.msiz >= 16; ptr += 16, mem.msiz -= 16){
kenjiArai	0:4aaeaab8334a	473	put_r();
kenjiArai	0:4aaeaab8334a	474	put_dump((unsigned char*)ptr, (unsigned int)ptr, 16);
kenjiArai	0:4aaeaab8334a	475	}
kenjiArai	0:4aaeaab8334a	476	error_print(mem.mflg);
kenjiArai	0:4aaeaab8334a	477	mem.mstr += 256;
kenjiArai	0:4aaeaab8334a	478	break;
kenjiArai	0:4aaeaab8334a	479	case 's' :
kenjiArai	0:4aaeaab8334a	480	put_cr();
kenjiArai	0:4aaeaab8334a	481	pc.printf("Memory Configuration");
kenjiArai	0:4aaeaab8334a	482	put_cr();
kenjiArai	0:4aaeaab8334a	483	pc.printf("FLASH 0x%08lx to 0x%08lx ", mem_range[0][0], mem_range[0][1]);
kenjiArai	0:4aaeaab8334a	484	put_cr();
kenjiArai	0:4aaeaab8334a	485	pc.printf("S-RAM 0x%08lx to 0x%08lx ", mem_range[1][0], mem_range[1][1]);
kenjiArai	0:4aaeaab8334a	486	put_cr();
kenjiArai	0:4aaeaab8334a	487	pc.printf("Boot-ROM 0x%08lx to 0x%08lx ", mem_range[2][0], mem_range[2][1]);
kenjiArai	0:4aaeaab8334a	488	put_cr();
kenjiArai	0:4aaeaab8334a	489	pc.printf("AHB-RAM0 0x%08lx to 0x%08lx ", mem_range[3][0], mem_range[3][1]);
kenjiArai	0:4aaeaab8334a	490	put_cr();
kenjiArai	0:4aaeaab8334a	491	pc.printf("AHB-RAM1 0x%08lx to 0x%08lx \r\n", mem_range[4][0], mem_range[4][1]);
kenjiArai	0:4aaeaab8334a	492	break;
kenjiArai	0:4aaeaab8334a	493	case '?' :
kenjiArai	0:4aaeaab8334a	494	put_cr();
kenjiArai	0:4aaeaab8334a	495	pc.printf("d <address> [<count>] - Dump memory");
kenjiArai	0:4aaeaab8334a	496	put_cr();
kenjiArai	0:4aaeaab8334a	497	pc.printf("s - Show memory structure ");
kenjiArai	0:4aaeaab8334a	498	put_cr();
kenjiArai	0:4aaeaab8334a	499	pc.printf("<RET> - Dump memory / next 128 bytes");
kenjiArai	0:4aaeaab8334a	500	put_cr();
kenjiArai	0:4aaeaab8334a	501	pc.printf("<BS> - Dump memory / same as before 128 bytes");
kenjiArai	0:4aaeaab8334a	502	put_cr();
kenjiArai	0:4aaeaab8334a	503	pc.printf("<ESC> - Exit memory mode");
kenjiArai	0:4aaeaab8334a	504	put_cr();
kenjiArai	0:4aaeaab8334a	505	break;
kenjiArai	0:4aaeaab8334a	506	default:
kenjiArai	0:4aaeaab8334a	507	put_cr();
kenjiArai	0:4aaeaab8334a	508	}
kenjiArai	0:4aaeaab8334a	509	}
kenjiArai	0:4aaeaab8334a	510	pc.putc('>');
kenjiArai	0:4aaeaab8334a	511	put_cr();
kenjiArai	0:4aaeaab8334a	512	break;
kenjiArai	0:4aaeaab8334a	513	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	514	// Port
kenjiArai	0:4aaeaab8334a	515	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	516	case 'p' : /* p - Show Port status */
kenjiArai	0:4aaeaab8334a	517	check_port();
kenjiArai	0:4aaeaab8334a	518	break;
kenjiArai	0:4aaeaab8334a	519	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	520	// ADC
kenjiArai	0:4aaeaab8334a	521	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	522	case 'a' : /* a - Show ADC data */
kenjiArai	0:4aaeaab8334a	523	put_r();
kenjiArai	0:4aaeaab8334a	524	pc.printf("anao = %f, ana1 = %f, ana2 = %f", ana0.read(), ana1.read(), ana2.read());
kenjiArai	0:4aaeaab8334a	525	put_cr();
kenjiArai	0:4aaeaab8334a	526	break;
kenjiArai	0:4aaeaab8334a	527	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	528	// Time
kenjiArai	0:4aaeaab8334a	529	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	530	case 't' : /* t [<year> <mon> <mday> <hour> <min> <sec>] */
kenjiArai	0:4aaeaab8334a	531	if (xatoi(&ptr, &p1)) {
kenjiArai	0:4aaeaab8334a	532	rtc.tm_year = (unsigned short)p1;
kenjiArai	0:4aaeaab8334a	533	xatoi(&ptr, &p1); rtc.tm_mon = (unsigned char)p1;
kenjiArai	0:4aaeaab8334a	534	xatoi(&ptr, &p1); rtc.tm_mday = (unsigned char)p1;
kenjiArai	0:4aaeaab8334a	535	xatoi(&ptr, &p1); rtc.tm_hour = (unsigned char)p1;
kenjiArai	0:4aaeaab8334a	536	xatoi(&ptr, &p1); rtc.tm_min = (unsigned char)p1;
kenjiArai	0:4aaeaab8334a	537	if (!xatoi(&ptr, &p1)) break;
kenjiArai	0:4aaeaab8334a	538	rtc.tm_sec = (unsigned char)p1;
kenjiArai	0:4aaeaab8334a	539	seconds = mktime(&rtc);
kenjiArai	0:4aaeaab8334a	540	set_time(seconds);
kenjiArai	0:4aaeaab8334a	541	}
kenjiArai	0:4aaeaab8334a	542	while ( seconds == time(NULL)) ;
kenjiArai	0:4aaeaab8334a	543	seconds = time(NULL);
kenjiArai	0:4aaeaab8334a	544	// 13:24:00 PM (2010/03/27)
kenjiArai	0:4aaeaab8334a	545	strftime(linebuf,40, "%I:%M:%S %p (%Y/%m/%d)", localtime(&seconds));
kenjiArai	0:4aaeaab8334a	546	put_r();
kenjiArai	0:4aaeaab8334a	547	pc.printf("Time = %s", linebuf);
kenjiArai	0:4aaeaab8334a	548	put_cr();
kenjiArai	0:4aaeaab8334a	549	break;
kenjiArai	0:4aaeaab8334a	550	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	551	// System
kenjiArai	0:4aaeaab8334a	552	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	553	case 's' : /* System related information */
kenjiArai	0:4aaeaab8334a	554	switch (*ptr++) {
kenjiArai	0:4aaeaab8334a	555	case 'f' : /* sc - show system clock frequency */
kenjiArai	0:4aaeaab8334a	556	get_freq(1);
kenjiArai	0:4aaeaab8334a	557	break;
kenjiArai	0:4aaeaab8334a	558	case 'c' : /* sc - show system CPU information*/
kenjiArai	0:4aaeaab8334a	559	cpu_inf();
kenjiArai	0:4aaeaab8334a	560	break;
kenjiArai	0:4aaeaab8334a	561	case '?' :
kenjiArai	0:4aaeaab8334a	562	pc.printf("sc - System CPU information");
kenjiArai	0:4aaeaab8334a	563	put_cr();
kenjiArai	0:4aaeaab8334a	564	pc.printf("sf - System Clock");
kenjiArai	0:4aaeaab8334a	565	put_cr();
kenjiArai	0:4aaeaab8334a	566	break;
kenjiArai	0:4aaeaab8334a	567	}
kenjiArai	0:4aaeaab8334a	568	break;
kenjiArai	0:4aaeaab8334a	569	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	570	// Repeat Command every second
kenjiArai	0:4aaeaab8334a	571	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	572	case '/' :
kenjiArai	0:4aaeaab8334a	573	switch (*ptr++) {
kenjiArai	0:4aaeaab8334a	574	case 'a' :
kenjiArai	0:4aaeaab8334a	575	while(1){
kenjiArai	0:4aaeaab8334a	576	put_r();
kenjiArai	0:4aaeaab8334a	577	pc.printf("anao = %f, ana1 = %f, ana2 = %f", ana0.read(), ana1.read(), ana2.read());
kenjiArai	0:4aaeaab8334a	578	put_cr();
kenjiArai	0:4aaeaab8334a	579	if ( pc.readable() ){
kenjiArai	0:4aaeaab8334a	580	break;
kenjiArai	0:4aaeaab8334a	581	}
kenjiArai	0:4aaeaab8334a	582	wait(1.0); // Wait 1sec
kenjiArai	0:4aaeaab8334a	583	}
kenjiArai	0:4aaeaab8334a	584	break;
kenjiArai	0:4aaeaab8334a	585	case 'p' :
kenjiArai	0:4aaeaab8334a	586	while(1){
kenjiArai	0:4aaeaab8334a	587	check_port();
kenjiArai	0:4aaeaab8334a	588	if ( pc.readable() ){
kenjiArai	0:4aaeaab8334a	589	break;
kenjiArai	0:4aaeaab8334a	590	}
kenjiArai	0:4aaeaab8334a	591	wait(1.0); // Wait 1sec
kenjiArai	0:4aaeaab8334a	592	}
kenjiArai	0:4aaeaab8334a	593	break;
kenjiArai	0:4aaeaab8334a	594	case 't' :
kenjiArai	0:4aaeaab8334a	595	while(1){
kenjiArai	0:4aaeaab8334a	596	while ( seconds == time(NULL)) ;
kenjiArai	0:4aaeaab8334a	597	seconds = time(NULL);
kenjiArai	0:4aaeaab8334a	598	// 13:24:00 PM (2010/03/27)
kenjiArai	0:4aaeaab8334a	599	strftime(linebuf,40, "%I:%M:%S %p (%Y/%m/%d)", localtime(&seconds));
kenjiArai	0:4aaeaab8334a	600	put_r();
kenjiArai	0:4aaeaab8334a	601	pc.printf("Time = %s", linebuf);
kenjiArai	0:4aaeaab8334a	602	put_cr();
kenjiArai	0:4aaeaab8334a	603	if ( pc.readable() ){
kenjiArai	0:4aaeaab8334a	604	break;
kenjiArai	0:4aaeaab8334a	605	}
kenjiArai	0:4aaeaab8334a	606	wait(1.0); // Wait 1sec
kenjiArai	0:4aaeaab8334a	607	}
kenjiArai	0:4aaeaab8334a	608	break;
kenjiArai	0:4aaeaab8334a	609	}
kenjiArai	0:4aaeaab8334a	610	break;
kenjiArai	0:4aaeaab8334a	611	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	612	// Help
kenjiArai	0:4aaeaab8334a	613	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	614	case '?' :
kenjiArai	0:4aaeaab8334a	615	msg_hlp();
kenjiArai	0:4aaeaab8334a	616	break;
kenjiArai	0:4aaeaab8334a	617	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	618	// Return to main routine
kenjiArai	0:4aaeaab8334a	619	//--------------------------------------------------------------------------------------
kenjiArai	0:4aaeaab8334a	620	case 'q' : // Quit
kenjiArai	0:4aaeaab8334a	621	pc.printf("\rReturn to main but back to mon()\r\n");
kenjiArai	0:4aaeaab8334a	622	return 0;
kenjiArai	0:4aaeaab8334a	623	}
kenjiArai	0:4aaeaab8334a	624	}
kenjiArai	0:4aaeaab8334a	625	}

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Type:	Program
Mbed OS support:	Mbed 2 deprecated
Created:	15 May 2010
Imports:	32
Forks:	0
Commits:	1
Dependents:	0
Dependencies:	1
Followers:	1

mon.cpp@0:4aaeaab8334a, 2010-05-15 (annotated)

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