diff --git a/src/style.css b/src/css/index.css
similarity index 100%
rename from src/style.css
rename to src/css/index.css
diff --git a/src/index.html b/src/index.html
index 056f825..c8ac542 100644
--- a/src/index.html
+++ b/src/index.html
@@ -5,7 +5,7 @@
DPS Insight V1.0.5
-
+
@@ -61,5 +61,5 @@
-
+
diff --git a/src/js/file_worker.js b/src/js/file_worker.js
new file mode 100644
index 0000000..5aa4419
--- /dev/null
+++ b/src/js/file_worker.js
@@ -0,0 +1,34 @@
+let decoder = new TextDecoder("utf-8");
+var fr = new FileReader();
+onmessage = function(e){
+ readFile(e.data);
+}
+function readFile(files){
+ if(files.length > 0){
+ let current_index = 0;
+ fr.onload = function () {
+ var data = fr.result;
+ var array = new Int8Array(data);
+ current_index++;
+ if(current_index < files.length){
+ postMessage({
+ status: "data",
+ data: decoder.decode(array),
+ progress: current_index
+ });
+ fr.readAsArrayBuffer(files[current_index]);
+ }else{
+ postMessage({status:"last"});
+ }
+ };
+ fr.onerror = function(){
+ postMessage({status:"error"});
+ }
+ fr.onabort = function(){
+ postMessage({status:"abort"});
+ }
+ fr.readAsArrayBuffer(files[current_index]);
+ }else{
+ console.log("File length not greater than 0")
+ }
+}
\ No newline at end of file
diff --git a/src/log_parser.js b/src/js/index.js
similarity index 75%
rename from src/log_parser.js
rename to src/js/index.js
index 637fade..ea50319 100644
--- a/src/log_parser.js
+++ b/src/js/index.js
@@ -3,57 +3,58 @@ var reader = new FileReader();
var pageResultCount = 1000;
//If true, sorting does not take place
var doNotSort = false;
+var results = document.createElement("div");
function readFiles(files) {
+ //initialize the etd list
etd_list = [];
- var index = 0;
- reader.onerror =
- function () {
- console.log("reading operation encountered an error");
- document.getElementById("status").innerHTML = "Error reading file";
- document.getElementById("grid-input-panel").style.backgroundColor = "#F44336";
- };
- reader.onabort =
- function () {
- console.log("Reading operation aborted.");
- document.getElementById("status").innerHTML = "Aborted reading file";
- document.getElementById("grid-input-panel").style.backgroundColor = "#F44336";
- };
- reader.onloadstart =
- function () {
- };
- reader.onload =
- function () {
- console.log("parsed file " + (index+1) + "/" + files.length);
- //Progress bar handler - maybe swap to an animation style but this works fine
- var multiplier = 100/files.length;
- var currentPercent = multiplier * (index+1);
- document.getElementById("grid-input-panel").setAttribute("style","background: linear-gradient(to right, " +
+ //If files are present
+ if (files.length > 0) {
+ document.getElementById("status").innerHTML = "Loading files...";
+ //Sort files by date
+ files = [].slice.call(files).sort(chronCompare);
+ document.getElementById("status").innerHTML = "Parsing files...";
+ //Initialize a webworker to read files
+ let fileWorker = new Worker("js/file_worker.js");
+ fileWorker.postMessage(files);
+ //when message is received from file reader
+ fileWorker.onmessage = function(message){
+ //If it is a data update
+ if (message.data.status == "data"){
+ var multiplier = 100/files.length;
+ var currentPercent = multiplier * (message.data.progress+1);
+ console.log("parsed file " + (message.data.progress+1) + "/" + files.length);
+ //Progress bar handler - maybe swap to an animation style but this works fine
+ document.getElementById("grid-input-panel").setAttribute("style","background: linear-gradient(to right, " +
" #4CAF50 0%,#4CAF50 "+currentPercent+"%,#424242 "+(currentPercent-1)+"%,#424242 100%);");
- etd_list = parseETDFile(reader, etd_list);
- if (index + 1 < files.length) {
- reader.readAsText(files[++index]);
- } else {
- document.getElementById("results-panel").innerHTML = "";
- console.log("parsed " + etd_list.length + " unique ETDs");
+ parseETDFile(message.data.data,etd_list);
+ //If its the last update
+ }else if(message.data.status == "last"){
for (var i = 0; i < etd_list.length; i++) {
addTable(etd_list[i]);
}
+ var resultPanel = document.getElementById("results-panel");
+ var reparseButton = document.getElementById("reparse");
+ reparseButton.style.display = "inherit";
document.getElementById("status").innerHTML = "Done";
document.getElementById("grid-input-panel").style.backgroundColor = "#4CAF50";
toggleDropdown("options-dropdown-content");
- var reparseButton = document.getElementById("reparse");
- reparseButton.style.display = "inherit";
+ resultPanel.appendChild(results);
reparseButton.addEventListener("click",function(){readFiles(files);});
+ //If it is an error update
+ }else if(message.data.status == "error"){
+ console.log("reading operation encountered an error");
+ document.getElementById("status").innerHTML = "Error reading file";
+ document.getElementById("grid-input-panel").style.backgroundColor = "#F44336";
+ //If it is an abort update
+ }else if(message.data.status == "abort"){
+ console.log("Reading operation aborted.");
+ document.getElementById("status").innerHTML = "Aborted reading file";
+ document.getElementById("grid-input-panel").style.backgroundColor = "#F44336";
}
- };
- reader.onloadend =
- function () {
- };
- if (files.length > 0) {
- document.getElementById("status").innerHTML = "Loading files...";
- files = [].slice.call(files).sort(chronCompare);
- document.getElementById("status").innerHTML = "Parsing files...";
- reader.readAsText(files[0]);
+ }
+ }else{
+ document.getElementById("status").innerHTML = "No files selected";
+ document.getElementById("grid-input-panel").setAttribute("style","background-color: #424242;");
}
}
//Heap sort function - this seemed like the best way to sort the data if needed
@@ -95,268 +96,101 @@ function totalHeapSort(input){
heapSort(array);
return array;
}
-
+let hexMap = {
+ "0x1":"Real Time Clock Not Set",
+ "0x2":"Micro SD Card Not Installed",
+ "0x3":"Brake Solenoid Not Connected",
+ "0x4":"Pressure Transducer Not Connected",
+ "0x5":"HVM Failure",
+ "0x6":"GPS Not Connected That Should Be",
+ "0x7":"LIS302 Accelerometer Not Present Led Code",
+ "0x8":"Real Time Clock Not Functioning",
+ "0x9":"HDSP2502 Display Failure",
+ "0xA":"LM74CIM Temp Sensor Not Present",
+ "0xB":"Voltage 3.3 Out Of Tolerance",
+ "0xC":"Voltage 5.0 Out Of Tolerance",
+ "0xD":"Voltage 12.0 Out Of Tolerance",
+ "0xE":"Brake Solenoid Failed During Blow",
+ "0xF":"Turbine Not Spinning",
+ "0x10":"Turbine RPM Varying Too Much",
+ "0x11":"Turbine RPM Out Of Spec VS Pressure",
+ "0x12":"Turbine Voltage Out Of Spec VS RPM",
+ "0x13":"CMX469 Modem Not Present",
+ "0x14":"Charger Failure",
+ "0x15":"Radio Not Connected",
+ "0x16":"CPLD Not Present or Not Programmed",
+ "0x17":"Micro SD Card Corrupted",
+ "0x1D":"12.0 Voltage out of Tolerance",
+ "0x100":"0x100 Pressure Data",
+ "0x101":"Power On From Sleep Event",
+ "0x102":"Power On From Reset Event",
+ "0x103":"Power Down From Battery Low Event",
+ "0x104":"Power Down From Layed On Side Event",
+ "0x105":"E Brake Blow From Two Perfect Packets Event",
+ "0x106":"E Brake Blow From One Perfect And One Corrected Packet Event",
+ "0x107":"E Brake Blow From One Perfect Packet Event",
+ "0x108":"E Brake Blow From Two Corrected Packets Event",
+ "0x109":"E Brake Blow From One Corrected Packet Event",
+ "0x10A":"Temperature Info Event",
+ "0x10B":"External Charger Plugged In Event",
+ "0x10C":"Kickstart Circuit Activated Event",
+ "0x10D":"ETD Entered Bench Mode Event",
+ "0x10E":"ETD Plugged into RS232 Event",
+ "0x10F":"Turbine Beyond 10000 RPM Event",
+ "0x110":"Good Received Packet Event",
+ "0x111":"In Motion Event",
+ "0x8111":"Motion Went Away Event",
+ "0x112":"Marker Turning On Event",
+ "0x113":"Arm Request Event",
+ "0x114":"Battery Voltage Info Event",
+ "0x115":"Turbine Voltage Info Event",
+ "0x116":"Follow Up Data Event",
+ "0x117":"Power Down From Button Hold Event",
+ "0x118":"Charge Completion Event",
+ "0x119":"Power On From Watchdog Reset Event",
+ "0x11A":"Pressure Info Event",
+ "0x11B":"RPM Info Event",
+ "0x11C":"Power Down From No Air Event",
+ "0x11D":"Power Down From Charger Unplugged Event",
+ "0x11E":"Coordinate Info Event",
+ "0x11F":"GPS Doesn't See Satellite",
+ "0x120":"Radio Receive Event",
+ "0x121":"Radio Power level Set Too High",
+ "0x122":"Power Down From RTC GPS Update Event",
+ "0x123":"Power Down From Unit Disable",
+ "0x124":"Turbine Hours Cleared Event",
+ "0x125":"Battery Hours Cleared Event",
+ "0x126":"Location Update Sent In Event",
+ "0x127":"RTC Updated From GPS Time Event",
+ "0x128":"Radio Power Enabled Event",
+ "0x129":"GPS Power Enabled Event",
+ "0x12A":"Energy Conservation Mode Event",
+ "0x12B":"Location Update Failed Event",
+ "0x12C":"Accelerometer Info Event",
+ "0x12D":"Radio Power Disabled Event",
+ "0x12E":"Over PSI Event",
+ "0x12F":"Emergency Dump Battery Load test Results Event",
+ "0x130":"Charger Shutdown From Over Temperature PCB Event",
+ "0x131":"Energy Conservation Enable Reason",
+ "0x132":"Energy Conservation Disable Reason",
+ "0x133":"GPS Cell Info Event",
+ "0x134":"Turbine Shutoff Event",
+ "0x135":"Arm Button Pressed Event",
+ "0x136":"Battery Voltage Dropped Too Far After Charge Disable",
+ "0x137":"Battery Voltage Started Too High",
+ "0x138":"3.3 Rail Voltage Info Event",
+ "0x139":"5.0 Rail Voltage Info Event",
+ "0x13A":"GPS Detected Event",
+ "0x13B":"Abuse Detected Freefall Event",
+ "0x13C":"Abuse Detected High Impact Event",
+}
//If you pass in a string of the hex code it will return what the hex code means in plain english
function hexToText(hex){
- if(hex === "0x1"){
- return "Real Time Clock Not Set";
- }
- if(hex === "0x2"){
- return "Micro SD Card Not Installed";
- }
- if(hex === "0x3"){
- return "Brake Solenoid Not Connected";
- }
- if(hex === "0x4"){
- return "Pressure Transducer Not Connected";
- }
- if(hex === "0x5"){
- return "HVM Failure";
- }
- if(hex === "0x6"){
- return "GPS Not Connected That Should Be";
- }
- if(hex === "0x7"){
- return "LIS302 Accelerometer Not Present Led Code";
- }
- if(hex === "0x8"){
- return "Real Time Clock Not Functioning";
- }
- if(hex === "0x9"){
- return "HDSP2502 Display Failure";
- }
- if(hex === "0xA"){
- return "LM74CIM Temp Sensor Not Present";
- }
- if(hex === "0xB"){
- return "Voltage 3.3 Out Of Tolerance";
- }
- if(hex === "0xC"){
- return "Voltage 5.0 Out Of Tolerance";
- }
- if(hex === "0xD"){
- return "Voltage 12.0 Out Of Tolerance";
- }
- if(hex === "0xE"){
- return "Brake Solenoid Failed During Blow";
- }
- if(hex === "0xF"){
- return "Turbine Not Spinning";
- }
- if(hex === "0x10"){
- return "Turbine RPM Varying Too Much";
- }
- if(hex === "0x11"){
- return "Turbine RPM Out Of Spec VS Pressure";
- }
- if(hex === "0x12"){
- return "Turbine Voltage Out Of Spec VS RPM";
- }
- if(hex === "0x13"){
- return "CMX469 Modem Not Present";
- }
- if(hex === "0x14"){
- return "Charger Failure";
- }
- if(hex === "0x15"){
- return "Radio Not Connected";
- }
- if(hex === "0x16"){
- return "CPLD Not Present or Not Programmed";
- }
- if(hex === "0x17"){
- return "Micro SD Card Corrupted";
- }
- if(hex === "0x1D") {
- return "12.0 Voltage out of Tolerance";
- }
- if(hex === "0x100"){
- return "0x100 Pressure Data";
- }
- if(hex === "0x101"){
- return "Power On From Sleep Event";
- }
- if(hex === "0x102"){
- return "Power On From Reset Event";
- }
- if(hex === "0x103"){
- return "Power Down From Battery Low Event";
- }
- if(hex === "0x104"){
- return "Power Down From Layed On Side Event";
- }
- if(hex === "0x105"){
- return "E Brake Blow From Two Perfect Packets Event";
- }
- if(hex === "0x106"){
- return "E Brake Blow From One Perfect And One Corrected Packet Event";
- }
- if(hex === "0x107"){
- return "E Brake Blow From One Perfect Packet Event";
- }
- if(hex === "0x108"){
- return "E Brake Blow From Two Corrected Packets Event";
- }
- if(hex === "0x109"){
- return "E Brake Blow From One Corrected Packet Event";
- }
- if(hex === "0x10A"){
- return "Temperature Info Event";
- }
- if(hex === "0x10B"){
- return "External Charger Plugged In Event";
- }
- if(hex === "0x10C"){
- return "Kickstart Circuit Activated Event";
- }
- if(hex === "0x10D"){
- return "ETD Entered Bench Mode Event";
- }
- if(hex === "0x10E"){
- return "ETD Plugged into RS232 Event";
- }
- if(hex === "0x10F"){
- return "Turbine Beyond 10000 RPM Event";
- }
- if(hex === "0x110"){
- return "Good Received Packet Event";
- }
- if(hex === "0x111"){
- return "In Motion Event";
- }
- if(hex === "0x8111") {
- return "Motion Went Away Event";
- }
- if(hex === "0x112"){
- return "Marker Turning On Event";
- }
- if(hex === "0x113"){
- return "Arm Request Event";
- }
- if(hex === "0x114"){
- return "Battery Voltage Info Event";
- }
- if(hex === "0x115"){
- return "Turbine Voltage Info Event";
+ if(hexMap[hex] != undefined){
+ return hexMap[hex]
+ }else{
+ return null
}
- if(hex === "0x116"){
- return "Follow Up Data Event";
- }
- if(hex === "0x117"){
- return "Power Down From Button Hold Event";
- }
- if(hex === "0x118"){
- return "Charge Completion Event";
- }
- if(hex === "0x119"){
- return "Power On From Watchdog Reset Event";
- }
- if(hex === "0x11A"){
- return "Pressure Info Event";
- }
- if(hex === "0x11B"){
- return "RPM Info Event";
- }
- if(hex === "0x11C"){
- return "Power Down From No Air Event";
- }
- if(hex === "0x11D"){
- return "Power Down From Charger Unplugged Event";
- }
- if(hex === "0x11E"){
- return "Coordinate Info Event";
- }
- if(hex === "0x11F"){
- return "GPS Doesn't See Satellite";
- }
- if(hex === "0x120"){
- return "Radio Receive Event";
- }
- if(hex === "0x121"){
- return "Radio Power level Set Too High";
- }
- if(hex === "0x122"){
- return "Power Down From RTC GPS Update Event";
- }
- if(hex === "0x123"){
- return "Power Down From Unit Disable";
- }
- if(hex === "0x124"){
- return "Turbine Hours Cleared Event";
- }
- if(hex === "0x125"){
- return "Battery Hours Cleared Event";
- }
- if(hex === "0x126"){
- return "Location Update Sent In Event";
- }
- if(hex === "0x127"){
- return "RTC Updated From GPS Time Event";
- }
- if(hex === "0x128"){
- return "Radio Power Enabled Event";
- }
- if(hex === "0x129"){
- return "GPS Power Enabled Event";
- }
- if(hex === "0x12A"){
- return "Energy Conservation Mode Event";
- }
- if(hex === "0x12B"){
- return "Location Update Failed Event";
- }
- if(hex === "0x12C"){
- return "Accelerometer Info Event";
- }
- if(hex === "0x12D"){
- return "Radio Power Disabled Event";
- }
- if(hex === "0x12E"){
- return "Over PSI Event";
- }
- if(hex === "0x12F"){
- return "Emergency Dump Battery Load test Results Event";
- }
- if(hex === "0x130"){
- return "Charger Shutdown From Over Temperature PCB Event";
- }
- if(hex === "0x131"){
- return "Energy Conservation Enable Reason";
- }
- if(hex === "0x132"){
- return "Energy Conservation Disable Reason";
- }
- if(hex === "0x133"){
- return "GPS Cell Info Event";
- }
- if(hex === "0x134"){
- return "Turbine Shutoff Event";
- }
- if(hex === "0x135"){
- return "Arm Button Pressed Event";
- }
- if(hex === "0x136"){
- return "Battery Voltage Dropped Too Far After Charge Disable";
- }
- if(hex === "0x137"){
- return "Battery Voltage Started Too High";
- }
- if(hex === "0x138"){
- return "3.3 Rail Voltage Info Event";
- }
- if(hex === "0x139"){
- return "5.0 Rail Voltage Info Event";
- }
- if(hex === "0x13A"){
- return "GPS Detected Event";
- }
- if(hex === "0x13B"){
- return "Abuse Detected Freefall Event";
- }
- if(hex === "0x13C"){
- return "Abuse Detected High Impact Event";
- }
- return null;
}
function addTable(etd) {
// Create a dropdown panel for the etd
@@ -950,8 +784,7 @@ function addTable(etd) {
});
}
etdDropdown.appendChild(etdDropdownContent);
- var element = document.getElementById("results-panel");
- element.appendChild(etdDropdown);
+ results.appendChild(etdDropdown);
}
function makegraph(data,name,color,yaxisLabel,strokeWidth,parent,dropdown) {
var newgraph = document.createElement("div");
@@ -978,45 +811,27 @@ function makegraph(data,name,color,yaxisLabel,strokeWidth,parent,dropdown) {
});
return nGraph;
}
+let graphableMap = {
+ "0x10B":true,
+ "0x114":true,
+ "0x115":true,
+ "0x11A":true,
+ "0x11B":true,
+ "0x10A":true,
+ "0x12C":true,
+ "0x138":true,
+ "0x139":true,
+ "0x100":true,
+ "0x13B":true,
+ "0x13C":true,
+}
//returns true if code is a graphable type - Such as battery voltage, board temp etc.
function isGraphable(hex){
- if(hex == "0x10B"){
- return true;
- }
- if(hex === "0x114"){
- return true;
- }
- if(hex === "0x115"){
- return true;
- }
- if(hex === "0x11A"){
- return true;
- }
- if(hex === "0x11B"){
- return true;
- }
- if(hex === "0x10A"){
- return true;
- }
- if(hex === "0x12C"){
- return true;
+ if(graphableMap[hex] != undefined){
+ return graphableMap[hex]
+ }else{
+ return false
}
- if(hex === "0x138"){
- return true;
- }
- if(hex === "0x139"){
- return true;
- }
- if(hex === "0x100"){
- return true;
- }
- if(hex==="0x13B"){
- return true;
- }
- if(hex==="0x13C"){
- return true;
- }
- return false;
}
//Changes month passed properly (Such as January with a capital J) to a value coresponding to that month like 01
function changeMonthtoNumber(month){
@@ -1069,18 +884,15 @@ function createTrackedCode(code) {
return obj;
}
function createNewEtd(id, firmware, cpld, sn, customer, turbine_time, battery_time) {
- var obj = {};
- try {
- obj.id = id.match(/[0-9]{1,5}/)[0];
- obj.firmware = firmware.match(/[0-9]+.[0-9]+/)[0];
- obj.cpld = cpld.match(/[0-9]+.[0-9]+/)[0];
- obj.sn = sn.match(/(?:Processor Board Serial Number: |\G)(\-*[A-Za-z0-9 ]+)/)[1];
- obj.customer = customer.match(/(?:Customer ID: |\G)([A-Z]+)/)[0];
- obj.turbine_time = turbine_time.match(/(?:Turbine Time: |\G)([0-9]+.[0-9]+)/)[0];
- obj.battery_time = battery_time.match(/(?:Battery Time: |\G)([0-9]+.[0-9]+)/)[0];
- } catch (err) {
- return null;
- }
+ var obj = {
+ id: id,
+ firmware: firmware,
+ cpld: cpld,
+ sn: sn,
+ customer: customer,
+ turbine_time: turbine_time,
+ battery_time: battery_time
+ };
obj.tracked_codes = [];
obj.addCode = function(code) {
this.tracked_codes.push(createTrackedCode(code));
@@ -1114,52 +926,222 @@ function createNewEtd(id, firmware, cpld, sn, customer, turbine_time, battery_ti
};
return obj;
}
-function parseETDFile(reader, etd_list) {
+let etd_header_regex = [
+ {
+ key: 'type',
+ description: "eot",
+ lines_after_header: 1,
+ regex: /^EOT/,
+ },
+ {
+ key: 'id',
+ description: "Unit ID",
+ lines_after_header: 1,
+ regex: /[0-9]{1,5}/,
+ match: 0
+ },
+ {
+ key: 'firmware',
+ description: "Firmware",
+ lines_after_header: 2,
+ regex: /[0-9]+.[0-9]+/,
+ match: 0
+ },
+ {
+ key: 'cpld',
+ description: "CPLD",
+ lines_after_header: 3,
+ regex: /[0-9]+.[0-9]+/,
+ match: 0
+ },
+ {
+ key: 'sn',
+ description: "Serial Number",
+ lines_after_header: 4,
+ regex: /(?:Processor Board Serial Number: |\G)(\-*[A-Za-z0-9 ]+)/,
+ match: 1,
+ },
+ {
+ key: 'customer',
+ description: "Customer",
+ lines_after_header: 5,
+ regex: /(?:Customer ID: |\G)([A-Z]+)/,
+ match: 0
+ },
+ {
+ key: 'turbine_time',
+ description: "Turbine Hours",
+ lines_after_header: 6,
+ regex: /(?:Turbine Time: |\G)([0-9]+.[0-9]+)/,
+ match: 0
+ },
+ {
+ key: 'battery_time',
+ description: "Battery Hours",
+ lines_after_header: 7,
+ regex: /(?:Battery Time: |\G)([0-9]+.[0-9]+)/,
+ match: 0
+ },
+]
+let repeater_header_regex = [
+ {
+ key: 'type',
+ description: "repeater",
+ lines_after_header: 1,
+ regex: /DPS 4040E Repeater/,
+ match: 0
+ },
+ {
+ key: 'firmware',
+ description: "Firmware Version",
+ lines_after_header: 1,
+ regex: /V[0-9]+\.+[0-9]+/,
+ match: 0
+ },
+ {
+ key: 'crc',
+ description: "CRC",
+ lines_after_header: 1,
+ regex: /CRC ([0-9]{1}x[A-F0-9]+)/,
+ match: 1
+ },
+ {
+ key: 'flash_bank',
+ description: "Flash Bank",
+ lines_after_header: 2,
+ regex: /Flash Bank ([0-9]+)/,
+ match: 1
+ },
+ {
+ key: 'flash_bank_name',
+ description: "Flash Bank Name",
+ lines_after_header: 2,
+ regex: /\- (.+)/,
+ match: 1
+ },
+ {
+ key: 'sn',
+ description: "Serial Number",
+ lines_after_header: 3,
+ regex: /Processor Board Serial Number: ([0-9]+)/,
+ match: 1
+ },
+ {
+ key: 'unit',
+ description: "Unit ID",
+ lines_after_header: 4,
+ regex: /UNIT ID: ([0-9]+)/,
+ match: 1
+ },
+ {
+ key: 'customer',
+ description: "Customer",
+ lines_after_header: 5,
+ regex: /Customer ID: ([a-zA-Z]+)/,
+ match: 1
+ },
+ {
+ key: 'heater_control_status',
+ description: "Heater Control Status",
+ lines_after_header: 6,
+ regex: /IS (.+)/,
+ match: 1
+ },
+ {
+ key: 'heater_control_temp',
+ description: "Heater Control Temperature",
+ lines_after_header: 7,
+ regex: /[0-9]+\.[0-9]+F/,
+ match: 0
+ },
+ {
+ key: 'heater_control_hysteresis',
+ description: "Heater Control Hysteresis",
+ lines_after_header: 8,
+ regex: /[0-9]+\.[0-9]+F/,
+ match: 0
+ },
+]
+function parseETDFile(data, etd_list) {
if(!etd_list) {
etd_list = [];
}
- var lines = reader.result.split("\n");
+ var lines = data.split("\n");
var line;
var this_etd;
for (var line_num = 0; line_num < lines.length-1; line_num++) {
try {
line = lines[line_num];
// If a log header is found
- if (line.charAt(0) === "-" && (line_num + 7 < lines.length) && lines[line_num + 1].charAt(0) === 'E') {
+ if (line.charAt(0) === "-" && (line_num + 7 < lines.length)) {
// Parse the header
- var id = lines[++line_num];
- var firmware = lines[++line_num];
- var cpld = lines[++line_num];
- var sn = lines[++line_num];
- var customer = lines[++line_num];
- var turbine_time = lines[++line_num];
- var battery_time = lines[++line_num];
- //console.log(id + ", " + firmware + ", " + cpld + ", " + sn + ", " + customer + ", " + turbine_time + ", " + battery_time + ", ");
+ let parsedObject = {}
+ let selected_regex = []
+ let type = "";
+ if(lines[line_num + 1].match(repeater_header_regex[0].regex) != null){
+ selected_regex = repeater_header_regex;
+ type="repeater";
+ }else if(lines[line_num + 1].match(etd_header_regex[0].regex) != null){
+ selected_regex = etd_header_regex;
+ type="etd";
+ }
+ if(selected_regex.length == 0){
+ throw new Error("Unit not recognized");
+ }
+ for(var x = 1;x