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separate out v0 v1 and v2 mocks

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This commit is contained in:
Pritimay Sarkar
2024-03-01 21:59:07 +05:30
parent a821c29c4f
commit 45a3bb57a1
1 changed files with 132 additions and 125 deletions
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257
hemocube/hemocube_mock/hemocube_mock.ino
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@@ -1,7 +1,7 @@
#include <EEPROM.h> #include <EEPROM.h>
struct DeviceData { struct DeviceData {
char deviceId[20]; // Assuming a device ID of up to 19 characters char deviceId[20];
// int intValue; // int intValue;
// float floatValue; // float floatValue;
}; };
@@ -17,9 +17,9 @@ void readDataFromEEPROM(DeviceData &data, int address) {
void setup() { void setup() {
// put your setup code here, to run once: // put your setup code here, to run once:
// Serial.begin(115200); Serial.begin(115200);
Serial.begin(9600); // Serial.begin(9600);
// DeviceData myDevice; // DeviceData myDevice;
// strcpy(myDevice.deviceId, "HCV-000-3001"); // strcpy(myDevice.deviceId, "HCV-000-3001");
@@ -33,145 +33,152 @@ void setup() {
} }
void loop() { void loop() {
// put your main code here, to run repeatedly: mockV0Device();
// mockV1Device();
// mockV2Device();
}
void mockV0Device() {
// // TEST: Buffer + Sample // // TEST: Buffer + Sample
// while (Serial.available() == 0) {} //wait for data available while (Serial.available() == 0) {} //wait for data available
// String bufferCommand = Serial.readString(); //read until timeout String bufferCommand = Serial.readString(); //read until timeout
// bufferCommand.trim(); // remove any \r \n whitespace at the end of the String bufferCommand.trim(); // remove any \r \n whitespace at the end of the String
// if (bufferCommand == "B") { if (bufferCommand == "B") {
// Serial.println("#Start Buffer"); Serial.println("#Start Buffer");
// delay(2000); delay(2000);
// Serial.println("#Buffer Completed"); Serial.println("#Buffer Completed");
// } }
// while (Serial.available() == 0) {} //wait for data available while (Serial.available() == 0) {} //wait for data available
// String SampleCommand = Serial.readString(); //read until timeout String SampleCommand = Serial.readString(); //read until timeout
// SampleCommand.trim(); // remove any \r \n whitespace at the end of the String SampleCommand.trim(); // remove any \r \n whitespace at the end of the String
// if (SampleCommand == "S") { if (SampleCommand == "S") {
// Serial.println("#Sample Started"); Serial.println("#Sample Started");
// delay(2000); delay(2000);
// Serial.println("#Sample Completed"); Serial.println("#Sample Completed");
// } }
// while (Serial.available() == 0) {} //wait for data available while (Serial.available() == 0) {} //wait for data available
// String resultCommand = Serial.readString(); //read until timeout String resultCommand = Serial.readString(); //read until timeout
// resultCommand.trim(); // remove any \r \n whitespace at the end of the String resultCommand.trim(); // remove any \r \n whitespace at the end of the String
// if (resultCommand == "P") { if (resultCommand == "P") {
// delay(3000); delay(3000);
// // RESULT SN HCV1002 BUFFER_555_GREEN_INTENSITY BUFFER_427_BLUE_INTENSITY SAMPLE_555_GREEN_INTENSITY SAMPLE_427_BLUE_INTENSITY REND // RESULT SN HCV1002 BUFFER_555_GREEN_INTENSITY BUFFER_427_BLUE_INTENSITY SAMPLE_555_GREEN_INTENSITY SAMPLE_427_BLUE_INTENSITY REND
// // Serial.println("RESULT SN HCV1002 23729 24801.67 19190.67 6995.67 REND"); // normal // Serial.println("RESULT SN HCV1002 23729 24801.67 19190.67 6995.67 REND"); // normal
// // Serial.println("RESULT SN HCV1002 24900.67 26578.33 19760.00 9071.67 REND"); // NBL // Serial.println("RESULT SN HCV1002 24900.67 26578.33 19760.00 9071.67 REND"); // NBL
// Serial.println("RESULT SN HCV1002 17974.33 9247.67 19952 12217 REND"); // negative abs Serial.println("RESULT SN HCV1002 17974.33 9247.67 19952 12217 REND"); // negative abs
// delay(15000); delay(15000);
// } }
// // TEST: Device diagonistics // TEST: Device diagonistics
// while (Serial.available() == 0) {} //wait for data available while (Serial.available() == 0) {} //wait for data available
// String infoCommand = Serial.readString(); //read until timeout String infoCommand = Serial.readString(); //read until timeout
// infoCommand.trim(); // remove any \r \n whitespace at the end of the String infoCommand.trim(); // remove any \r \n whitespace at the end of the String
// if (infoCommand == "I") { if (infoCommand == "I") {
// Serial.println("SN HCV2002"); Serial.println("SN HCV2002");
// } }
// while (Serial.available() == 0) {} //wait for data available while (Serial.available() == 0) {} //wait for data available
// String diagnosticsCommand = Serial.readString(); //read until timeout String diagnosticsCommand = Serial.readString(); //read until timeout
// diagnosticsCommand.trim(); // remove any \r \n whitespace at the end of the String diagnosticsCommand.trim(); // remove any \r \n whitespace at the end of the String
// if (diagnosticsCommand == "D") { if (diagnosticsCommand == "D") {
// Serial.println("PG 7016"); Serial.println("PG 7016");
// delay(500); delay(500);
// Serial.println("PG 10668"); Serial.println("PG 10668");
// delay(500); delay(500);
// Serial.println("PG 14294"); Serial.println("PG 14294");
// delay(500); delay(500);
// Serial.println("PG 17875"); Serial.println("PG 17875");
// delay(500); delay(500);
// Serial.println("PG 21470"); Serial.println("PG 21470");
// delay(500); delay(500);
// Serial.println("PB 17"); Serial.println("PB 17");
// delay(500); delay(500);
// Serial.println("PB 3225"); Serial.println("PB 3225");
// delay(500); delay(500);
// Serial.println("PB 6776"); Serial.println("PB 6776");
// delay(500); delay(500);
// Serial.println("PB 10429"); Serial.println("PB 10429");
// delay(500); delay(500);
// Serial.println("END"); Serial.println("END");
// } }
}
void mockV1Device() {
// two path length device
// TEST: Device Info + Buffer + Sample
while (Serial.available() == 0) {}
String infoCommand = Serial.readString();
infoCommand.trim();
if (infoCommand == "I") {
Serial.println("SN HCV-000-3001");
}
// // two path length device while (Serial.available() == 0) {}
// // TEST: Device Info + Buffer + Sample String bufferCommand = Serial.readString();
// while (Serial.available() == 0) {} bufferCommand.trim();
// String infoCommand = Serial.readString(); if (bufferCommand == "B") {
// infoCommand.trim(); Serial.println("#BS");
// if (infoCommand == "I") { delay(2000);
// Serial.println("SN HCV-000-3001"); Serial.println("#BC");
// } }
// while (Serial.available() == 0) {} while (Serial.available() == 0) {}
// String bufferCommand = Serial.readString(); String SampleCommand = Serial.readString();
// bufferCommand.trim(); SampleCommand.trim();
// if (bufferCommand == "B") { if (SampleCommand == "S") {
// Serial.println("#BS"); Serial.println("#SS");
// delay(2000); delay(2000);
// Serial.println("#BC"); Serial.println("#SC");
// } }
// while (Serial.available() == 0) {} while (Serial.available() == 0) {}
// String SampleCommand = Serial.readString(); String resultCommand = Serial.readString();
// SampleCommand.trim(); resultCommand.trim();
// if (SampleCommand == "S") { if (resultCommand == "P") {
// Serial.println("#SS"); delay(3000);
// delay(2000); Serial.println("RESULT");
// Serial.println("#SC");
// }
// while (Serial.available() == 0) {} // // deoxy error
// String resultCommand = Serial.readString(); // Serial.println("LB1 25215");
// resultCommand.trim(); // Serial.println("LB2 25599");
// if (resultCommand == "P") { // Serial.println("LB3 24856");
// delay(3000); // Serial.println("LB4 25584");
// Serial.println("RESULT"); // Serial.println("LS1 560");
// Serial.println("LS2 71");
// Serial.println("LS3 3447");
// Serial.println("LS4 4092");
// // // deoxy error // // // SCT, no error
// // Serial.println("LB1 25215"); Serial.println("LB1 23777");
// // Serial.println("LB2 25599"); Serial.println("LB2 24130");
// // Serial.println("LB3 24856"); Serial.println("LB3 23442");
// // Serial.println("LB4 25584"); Serial.println("LB4 23945");
// // Serial.println("LS1 560"); Serial.println("LS1 2521");
// // Serial.println("LS2 71"); Serial.println("LS2 973");
// // Serial.println("LS3 3447"); Serial.println("LS3 10252");
// // Serial.println("LS4 4092"); Serial.println("LS4 11017");
// // // // SCT, no error // buffer high error
// Serial.println("LB1 23777"); // Serial.println("LB1 21616");
// Serial.println("LB2 24130"); // Serial.println("LB2 21002");
// Serial.println("LB3 23442"); // Serial.println("LB3 24402");
// Serial.println("LB4 23945"); // Serial.println("LB4 24076");
// Serial.println("LS1 2521"); // Serial.println("LS1 507");
// Serial.println("LS2 973"); // Serial.println("LS2 720");
// Serial.println("LS3 10252"); // Serial.println("LS3 2293");
// Serial.println("LS4 11017"); // Serial.println("LS4 6601");
// // buffer high error Serial.println("REND");
// // Serial.println("LB1 21616"); delay(15000);
// // Serial.println("LB2 21002"); }
// // Serial.println("LB3 24402"); }
// // Serial.println("LB4 24076");
// // Serial.println("LS1 507");
// // Serial.println("LS2 720");
// // Serial.println("LS3 2293");
// // Serial.println("LS4 6601");
// Serial.println("REND"); void mockV2Device() {
// delay(15000); // V2 Device
// }
// V2 - New board
// TEST: Device Info + Buffer + Sample // TEST: Device Info + Buffer + Sample
while (Serial.available() == 0) { while (Serial.available() == 0) {
String command = Serial.readString(); String command = Serial.readString();