Portable Web Debugger for All Platforms

Serial Web Debugging can be used with shared sessions, breaks, watches and charting, you can share your project anywhere with one solution..

Jan 17, 2020

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debugging tools

internet of things

visual micro

Components and supplies

Arduino UNO

Apps and platforms

Visual Micro

Visual Studio 2017

Arduino IDE

Project description

Code

SerialDebuggerExample.ino

arduino

Main Sketch - just code to use with the Serial Debugging Tool in the examples shown

1
2
3double currentSinVal = 0.0;
4double currentCosVal = 0.0;
5int   randomVal = 0;
6
7void setup() {
8	Serial.begin(115200);
9	randomSeed(millis());
10	pinMode(13,   OUTPUT);
11}
12
13void loop() {
14	currentSinVal = getSinValue(millis());
15	currentCosVal   = getCosValue(millis());
16	randomVal += random(0, 100);	
17	Serial.print(F("Random:"));
18	Serial.print(randomVal);
19	delay(100);    
20}
21


double currentSinVal = 0.0;
double currentCosVal = 0.0;
int   randomVal = 0;

void setup() {
	Serial.begin(115200);
	randomSeed(millis());
	pinMode(13,   OUTPUT);
}

void loop() {
	currentSinVal = getSinValue(millis());
	currentCosVal   = getCosValue(millis());
	randomVal += random(0, 100);	
	Serial.print(F("Random:"));
	Serial.print(randomVal);
	delay(100);    
}

Calcs.ino

arduino

Secondary INO file for use in the examples

1// Calculations kept in seperate ino 
2
3double getSinValue(unsigned  long millis) {
4	double newSin = 1+ sin(millis / 200);
5	return newSin * 90;
6}
7
8double  getCosValue(unsigned long millis) {
9	double newCos = cos(millis / 200);
10	return  newCos * 90;
11}

// Calculations kept in seperate ino 

double getSinValue(unsigned  long millis) {
	double newSin = 1+ sin(millis / 200);
	return newSin * 90;
}

double  getCosValue(unsigned long millis) {
	double newCos = cos(millis / 200);
	return  newCos * 90;
}

SerialDebuggerExample.ino

arduino

Main Sketch - just code to use with the Serial Debugging Tool in the examples shown

1
2
3double currentSinVal = 0.0;
4double currentCosVal = 0.0;
5int  randomVal = 0;
6
7void setup() {
8	Serial.begin(115200);
9	randomSeed(millis());
10	pinMode(13,  OUTPUT);
11}
12
13void loop() {
14	currentSinVal = getSinValue(millis());
15	currentCosVal  = getCosValue(millis());
16	randomVal += random(0, 100);	
17	Serial.print(F("Random:"));
18	Serial.print(randomVal);
19	delay(100);   
20}
21


double currentSinVal = 0.0;
double currentCosVal = 0.0;
int  randomVal = 0;

void setup() {
	Serial.begin(115200);
	randomSeed(millis());
	pinMode(13,  OUTPUT);
}

void loop() {
	currentSinVal = getSinValue(millis());
	currentCosVal  = getCosValue(millis());
	randomVal += random(0, 100);	
	Serial.print(F("Random:"));
	Serial.print(randomVal);
	delay(100);   
}

Downloadable files

No Additional Wiring for Serial Debug

Just to show how nothing is needed beyond the USB lead to the PC from your board.

No Additional Wiring for Serial Debug

Just to show how nothing is needed beyond the USB lead to the PC from your board.

No Additional Wiring for Serial Debug

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