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Chris Styles / Mbed 2 deprecated aaaaa_ISPREFLASH

Tests.cpp@0:1e5295127662, 2009-10-23 (annotated)

Committer:: chris
Date:: Fri Oct 23 14:05:46 2009 +0000
Revision:: 0:1e5295127662

Who changed what in which revision?

User	Revision	Line number	New contents of line
chris	0:1e5295127662	1	#include "Helper.h"
chris	0:1e5295127662	2	#include "Objects.h"
chris	0:1e5295127662	3	#include "Tests.h"
chris	0:1e5295127662	4
chris	0:1e5295127662	5
chris	0:1e5295127662	6	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	7	//// Measure the voltages and Idut
chris	0:1e5295127662	8	//// should see 0.757 (2.5v) and (0.5) 1.65v
chris	0:1e5295127662	9	//// Expect Idut to be below 180mA
chris	0:1e5295127662	10	//// expect to read below 0.11 across a 2R shunt.
chris	0:1e5295127662	11	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	12
chris	0:1e5295127662	13	int VCTest (void) {
chris	0:1e5295127662	14
chris	0:1e5295127662	15	int result=0;
chris	0:1e5295127662	16
chris	0:1e5295127662	17	float tmp_v3v3=0.0;
chris	0:1e5295127662	18	float tmp_v5v0=0.0;
chris	0:1e5295127662	19	float duti = 0.0;
chris	0:1e5295127662	20
chris	0:1e5295127662	21
chris	0:1e5295127662	22	for (int i=0; i<100 ; i++){
chris	0:1e5295127662	23	tmp_v5v0 = (tmp_v5v0 + v5v0)/2.0;
chris	0:1e5295127662	24	tmp_v3v3 = (tmp_v3v3 + v3v3)/2.0;
chris	0:1e5295127662	25	duti = (duti + idut*0.33)/2.0; // this give the number in mA
chris	0:1e5295127662	26	wait(0.001);
chris	0:1e5295127662	27	}
chris	0:1e5295127662	28
chris	0:1e5295127662	29
chris	0:1e5295127662	30	pc.printf("idut = %fmA\n",(duti*1000.0));
chris	0:1e5295127662	31	pc.printf("v3v3 = %f\n",tmp_v3v3);
chris	0:1e5295127662	32	pc.printf("v5v0 = %f\n",tmp_v5v0);
chris	0:1e5295127662	33
chris	0:1e5295127662	34
chris	0:1e5295127662	35	// Test the current
chris	0:1e5295127662	36	// somewhere between 90mA and 200mA
chris	0:1e5295127662	37	if ((duti < 0.09) \|\| (duti > 0.2)) {
chris	0:1e5295127662	38	//result \|= 0x1;
chris	0:1e5295127662	39
chris	0:1e5295127662	40	}
chris	0:1e5295127662	41
chris	0:1e5295127662	42
chris	0:1e5295127662	43	// Test the 3v3 rail
chris	0:1e5295127662	44	// give a 10% leaway for tolerance and instrumentation error
chris	0:1e5295127662	45	if ((tmp_v3v3 < 0.45) \|\| (tmp_v3v3 > 0.575)) {
chris	0:1e5295127662	46	result \|= 0x1;
chris	0:1e5295127662	47	}
chris	0:1e5295127662	48
chris	0:1e5295127662	49	// Test the 5v0 rail
chris	0:1e5295127662	50	// give a 10% leaway for tolerance and instrumentation error
chris	0:1e5295127662	51	if ((tmp_v5v0 < 0.68) \|\| (tmp_v5v0 > 0.835)) {
chris	0:1e5295127662	52	result \|= 0x1;
chris	0:1e5295127662	53	}
chris	0:1e5295127662	54
chris	0:1e5295127662	55	return(result);
chris	0:1e5295127662	56
chris	0:1e5295127662	57	}
chris	0:1e5295127662	58
chris	0:1e5295127662	59
chris	0:1e5295127662	60
chris	0:1e5295127662	61	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	62	////
chris	0:1e5295127662	63	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	64
chris	0:1e5295127662	65	int DutSetupTest (void) {
chris	0:1e5295127662	66
chris	0:1e5295127662	67	int result=0;
chris	0:1e5295127662	68
chris	0:1e5295127662	69	DutBufferFlush();
chris	0:1e5295127662	70
chris	0:1e5295127662	71	Dut.printf("S2");
chris	0:1e5295127662	72
chris	0:1e5295127662	73	led2 = 1;
chris	0:1e5295127662	74
chris	0:1e5295127662	75	// wait here until
chris	0:1e5295127662	76	while (!Dut.readable()) {
chris	0:1e5295127662	77	led1 = !led1;
chris	0:1e5295127662	78	wait (0.05);
chris	0:1e5295127662	79	}
chris	0:1e5295127662	80
chris	0:1e5295127662	81
chris	0:1e5295127662	82	char tmp = Dut.getc();
chris	0:1e5295127662	83
chris	0:1e5295127662	84	if ( tmp != 'P' ) {
chris	0:1e5295127662	85	result \|= DUTSETUPTEST_FAILED;
chris	0:1e5295127662	86	}
chris	0:1e5295127662	87
chris	0:1e5295127662	88	return(result);
chris	0:1e5295127662	89	}
chris	0:1e5295127662	90
chris	0:1e5295127662	91
chris	0:1e5295127662	92
chris	0:1e5295127662	93	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	94	////
chris	0:1e5295127662	95	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	96
chris	0:1e5295127662	97	int IOTest (void) {
chris	0:1e5295127662	98
chris	0:1e5295127662	99	int result=0;
chris	0:1e5295127662	100
chris	0:1e5295127662	101	DutBufferFlush();
chris	0:1e5295127662	102	Dut.printf("S3");
chris	0:1e5295127662	103
chris	0:1e5295127662	104	// wait here until
chris	0:1e5295127662	105	while (!Dut.readable()) {}
chris	0:1e5295127662	106	char tmp = Dut.getc();
chris	0:1e5295127662	107
chris	0:1e5295127662	108	if ( tmp != 'P' ) {
chris	0:1e5295127662	109	result \|= IOTEST_FAILED;
chris	0:1e5295127662	110	}
chris	0:1e5295127662	111
chris	0:1e5295127662	112	return(result);
chris	0:1e5295127662	113	}
chris	0:1e5295127662	114
chris	0:1e5295127662	115	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	116	////
chris	0:1e5295127662	117	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	118
chris	0:1e5295127662	119	int ResetTest (void) {
chris	0:1e5295127662	120
chris	0:1e5295127662	121	int result=0;
chris	0:1e5295127662	122
chris	0:1e5295127662	123	DutBufferFlush();
chris	0:1e5295127662	124
chris	0:1e5295127662	125	// this should hang the target in a while(1) loop
chris	0:1e5295127662	126	Dut.printf("S4");
chris	0:1e5295127662	127
chris	0:1e5295127662	128	// reset the target
chris	0:1e5295127662	129	DUT_NR = 0;
chris	0:1e5295127662	130	wait(0.1);
chris	0:1e5295127662	131	DUT_NR = 1;
chris	0:1e5295127662	132
chris	0:1e5295127662	133
chris	0:1e5295127662	134	// Expect to hear that character back
chris	0:1e5295127662	135
chris	0:1e5295127662	136	// wait here until
chris	0:1e5295127662	137	while (!Dut.readable()) {}
chris	0:1e5295127662	138	char tmp = Dut.getc();
chris	0:1e5295127662	139
chris	0:1e5295127662	140	if ( tmp != 'R' ) {
chris	0:1e5295127662	141	result \|= RESETTEST_FAILED;
chris	0:1e5295127662	142	}
chris	0:1e5295127662	143
chris	0:1e5295127662	144	return(result);
chris	0:1e5295127662	145
chris	0:1e5295127662	146	}
chris	0:1e5295127662	147
chris	0:1e5295127662	148	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	149	////
chris	0:1e5295127662	150	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	151
chris	0:1e5295127662	152	int BatteryTest (void) {
chris	0:1e5295127662	153	int result=0;
chris	0:1e5295127662	154
chris	0:1e5295127662	155	// Run the test on the dut. This should ensure the RTC has a sensible value.
chris	0:1e5295127662	156	// after the power down
chris	0:1e5295127662	157
chris	0:1e5295127662	158	DutBufferFlush();
chris	0:1e5295127662	159	Dut.printf("S5");
chris	0:1e5295127662	160
chris	0:1e5295127662	161	// wait here until
chris	0:1e5295127662	162	while (!Dut.readable()) {}
chris	0:1e5295127662	163	char tmp = Dut.getc();
chris	0:1e5295127662	164
chris	0:1e5295127662	165	if ( tmp != 'P' ) {
chris	0:1e5295127662	166	result \|= BATTERYTEST_FAILED;
chris	0:1e5295127662	167	}
chris	0:1e5295127662	168
chris	0:1e5295127662	169	return(0);
chris	0:1e5295127662	170	}
chris	0:1e5295127662	171
chris	0:1e5295127662	172
chris	0:1e5295127662	173	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	174	////
chris	0:1e5295127662	175	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	176
chris	0:1e5295127662	177	int RTCTest (void) {
chris	0:1e5295127662	178	int result=0;
chris	0:1e5295127662	179
chris	0:1e5295127662	180	// Run the test on the dut. This should ensure the RTC has a sensible value.
chris	0:1e5295127662	181	// after the power down
chris	0:1e5295127662	182	DutBufferFlush();
chris	0:1e5295127662	183	Dut.printf("S5");
chris	0:1e5295127662	184
chris	0:1e5295127662	185	// wait here until
chris	0:1e5295127662	186	while (!Dut.readable()) {}
chris	0:1e5295127662	187	char tmp = Dut.getc();
chris	0:1e5295127662	188
chris	0:1e5295127662	189	if ( tmp != 'P' ) {
chris	0:1e5295127662	190	result \|= RTCTEST_FAILED;
chris	0:1e5295127662	191	}
chris	0:1e5295127662	192
chris	0:1e5295127662	193	return(result);
chris	0:1e5295127662	194	}
chris	0:1e5295127662	195
chris	0:1e5295127662	196
chris	0:1e5295127662	197
chris	0:1e5295127662	198
chris	0:1e5295127662	199	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	200	////
chris	0:1e5295127662	201	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	202
chris	0:1e5295127662	203	int EthernetTest (void) {
chris	0:1e5295127662	204	int result=0;
chris	0:1e5295127662	205
chris	0:1e5295127662	206	DutBufferFlush();
chris	0:1e5295127662	207	Dut.printf("S6");
chris	0:1e5295127662	208
chris	0:1e5295127662	209	// wait here until
chris	0:1e5295127662	210	while (!Dut.readable()) {}
chris	0:1e5295127662	211	char tmp = Dut.getc();
chris	0:1e5295127662	212
chris	0:1e5295127662	213	if ( tmp != 'P' ) {
chris	0:1e5295127662	214	result \|= ETHERNETTEST_FAILED;
chris	0:1e5295127662	215	}
chris	0:1e5295127662	216
chris	0:1e5295127662	217	return(result);
chris	0:1e5295127662	218	}
chris	0:1e5295127662	219
chris	0:1e5295127662	220
chris	0:1e5295127662	221
chris	0:1e5295127662	222
chris	0:1e5295127662	223	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	224	////
chris	0:1e5295127662	225	//// ///////////////////////////////////////////////////////
chris	0:1e5295127662	226
chris	0:1e5295127662	227	int CleanUp (void) {
chris	0:1e5295127662	228	int result=0;
chris	0:1e5295127662	229
chris	0:1e5295127662	230	DutBufferFlush();
chris	0:1e5295127662	231	Dut.printf("S7");
chris	0:1e5295127662	232
chris	0:1e5295127662	233	// wait here until
chris	0:1e5295127662	234	while (!Dut.readable()) {led3 = !led3; wait (0.1);}
chris	0:1e5295127662	235	char tmp = Dut.getc();
chris	0:1e5295127662	236
chris	0:1e5295127662	237	if ( tmp != 'P' ) {
chris	0:1e5295127662	238	result \|= CLEANUP_FAILED;
chris	0:1e5295127662	239	}
chris	0:1e5295127662	240
chris	0:1e5295127662	241	return(result);
chris	0:1e5295127662	242	}
chris	0:1e5295127662	243

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Type:	Program
Mbed OS support:	Mbed 2 deprecated
Created:	23 Oct 2009
Imports:	3
Forks:	0
Commits:	1
Dependents:	0
Dependencies:	1
Followers:	1

Tests.cpp@0:1e5295127662, 2009-10-23 (annotated)

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