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export interface SignalStatus{
status: string;
reason: string;
}
export class SignalValue{
signal_id: string;
value: number | string;
forced_value: number | string;
// is_forced: boolean;
}
export class SignalStats{
signal_data_size: number;
number_signal_samples: number;
number_active_signals: number;
number_signals: number;
}
export class Signal{
signal_id: string;
type: string;
unit: string;
frequency: number;
description: string;
status: SignalStatus;
data_type: string;
device: Device;
precision_digits: number | null;
forcible: boolean;
get ticker(): string{
return this.signal_id.split('.')[1];
}
get device_id(): string{
return this.signal_id.split('.')[0];
}
isEnum(): boolean{
return this.data_type.startsWith('enum(');
}
enumType(): string{
return this.data_type.slice(5, -1).split('[')[0].trim().replace(',', '');
}
stringEnumOptions(): string[]{
if (this.data_type.startsWith('enum(str')){
const options = [];
for (const option of this.data_type.slice(8, -1).replace('[', '').replace(']', '').trim().split(',')){
options.push(option.trim());
}
const cleanedOptions: string[] = [];
for (const option of options){
if (option !== ""){
cleanedOptions.push(option.replace("'", "").replace("'", "").replace('"', "").replace('"', ""));
}
}
return cleanedOptions;
}
return [];
}
}
export abstract class SignalData{
signal_id: string;
forcible: boolean;
time_vector: number[];
data_start: number | null;
data_end: number | null;
number_samples: number;
number_samples_db: number;
data_type: string;
phase_id: string | null;
abstract values: any // eslint-disable-line
abstract forced_values: any // eslint-disable-line
customName: string | undefined = undefined;
customForcedName: string | undefined = undefined;
constructor(signal_id: string, time_vector: number[], number_samples: number, number_samples_db: number, data_type: string,
data_start:number|null, data_end:number|null, phase_id: string | null){
this.signal_id = signal_id;
this.time_vector = time_vector;
this.number_samples = number_samples;
this.number_samples_db = number_samples_db;
this.data_type = data_type;
this.data_start = data_start;
this.data_end = data_end;
this.phase_id = phase_id;
}
echartsSerieData(): [any[][], any[][]]{ // eslint-disable-line
const data: any[][] = [] // eslint-disable-line
const forcedValueData: any[][] = [] // eslint-disable-line
for (let i = 0; i < this.time_vector.length; i++) {
const timestamp = this.time_vector[i];
data.push([timestamp, this.values[i]]);
forcedValueData.push([timestamp, this.forced_values[i]]);
}
return [data, forcedValueData];
}
extendViewWindow(windowEnd: number) {
this.time_vector.push(windowEnd);
}
}
export class StringSignalData extends SignalData{
values: string[];
forced_values: string[];
constructor(signal_id: string, time_vector: number[], number_samples: number, number_samples_db: number, data_type: string, values:string[], forced_values:string[],
data_start:number|null, data_end:number|null, phase_id: string | null
){
super(signal_id, time_vector, number_samples, number_samples_db, data_type, data_start, data_end, phase_id);
this.values = values;
this.forced_values = forced_values;
}
copy(){
return new StringSignalData(this.signal_id, this.time_vector, this.number_samples, this.number_samples_db, this.data_type, this.values, this.forced_values, this.data_start, this.data_end, this.phase_id);
}
override extendViewWindow(windowEnd: number) {
super.extendViewWindow(windowEnd);
this.values.push("");
}
}
export class NumberSignalData extends SignalData{
values: number[];
forced_values: number[];
constructor(signal_id: string, time_vector: number[], number_samples: number, number_samples_db: number, data_type: string, values:number[], forced_values: number[],
data_start:number|null, data_end:number|null, phase_id: string | null
){
super(signal_id, time_vector, number_samples, number_samples_db, data_type, data_start, data_end, phase_id);
this.values = values;
this.forced_values = forced_values;
}
copy(){
return new NumberSignalData(this.signal_id, this.time_vector, this.number_samples, this.number_samples_db, this.data_type, this.values, this.forced_values, this.data_start, this.data_end, this.phase_id);
}
override extendViewWindow(windowEnd: number) {
super.extendViewWindow(windowEnd);
this.values.push(NaN);
}
}
export class SignalsData{
signals_data: (StringSignalData | NumberSignalData)[];
data_start: number | null;
data_end: number | null;
constructor(signals_data: (StringSignalData | NumberSignalData)[], data_start:number|null, data_end:number|null){
this.signals_data = signals_data;
this.data_start = data_start;
this.data_end = data_end;
}
static deserialize(dict: SignalsData): SignalsData{
const signalsData: (StringSignalData | NumberSignalData)[] = [];
for (const signalDataDict of dict.signals_data){
if (signalDataDict.data_type === "str"){
const signalData = new StringSignalData(signalDataDict.signal_id, signalDataDict.time_vector,
signalDataDict.number_samples, signalDataDict.number_samples_db,
signalDataDict.data_type, signalDataDict.values as string[], signalDataDict.forced_values as string[], signalDataDict.data_start, signalDataDict.data_end,
signalDataDict.phase_id
);
signalsData.push(signalData);
}
else{
const signalData = new NumberSignalData(signalDataDict.signal_id, signalDataDict.time_vector,
signalDataDict.number_samples, signalDataDict.number_samples_db,
signalDataDict.data_type, signalDataDict.values as number[], signalDataDict.forced_values as number[], signalDataDict.data_start, signalDataDict.data_end,
signalDataDict.phase_id);
signalsData.push(signalData);
}
}
return new SignalsData(signalsData, dict.data_start, dict.data_end);
}
copy(): SignalsData{
const signalsData: (StringSignalData | NumberSignalData)[] = [];
for (const signalData of this.signals_data){
signalsData.push(signalData.copy());
}
return new SignalsData(signalsData, this.data_start, this.data_end);
}
concat(other: SignalsData) {
this.data_end = other.data_end;
for (const newSignalData of other.signals_data) {
const signalId = newSignalData.signal_id;
const oldSignalData = this.signals_data.find(sd => sd.signal_id === signalId);
Iif (oldSignalData === undefined) {
this.signals_data.push(newSignalData);
}
else {
const previousNumberSamples = newSignalData.time_vector.length;
const newTimeVector = newSignalData.time_vector.filter(ts => ts > oldSignalData.time_vector[oldSignalData.time_vector.length - 1]);
const newNumberSamples = newTimeVector.length;
newSignalData.values.splice(0, previousNumberSamples - newNumberSamples);
newSignalData.forced_values.splice(0, previousNumberSamples - newNumberSamples);
oldSignalData.time_vector = oldSignalData.time_vector.concat(newTimeVector);
Iif (oldSignalData.data_type === "str") {
oldSignalData.values = oldSignalData.values.concat(newSignalData.values) as string[];
oldSignalData.forced_values = oldSignalData.forced_values.concat(newSignalData.forced_values) as string[];
}
else {
oldSignalData.values = oldSignalData.values.concat(newSignalData.values) as number[];
oldSignalData.forced_values = oldSignalData.forced_values.concat(newSignalData.forced_values) as number[];
}
oldSignalData.data_end = newSignalData.data_end;
}
}
}
push(signalSamples: SignalSample[]) {
let latestTs = 0;
for (const sample of signalSamples) {
latestTs = sample.timestamp > latestTs ? sample.timestamp : latestTs;
const signalId = sample.signal_id;
const oldSignalData = this.signals_data.find(sd => sd.signal_id === signalId);
if (oldSignalData === undefined) {
if ((<string>sample.value)?.length !== undefined) {
this.signals_data.push(new StringSignalData(
signalId,
[sample.timestamp],
1, 1, "str",
[sample.value as string],
[sample.forced_value as string],
null, null, null),);
}
else {
this.signals_data.push(new NumberSignalData(
signalId,
[sample.timestamp],
1, 1, "float",
[sample.value as number],
[sample.forced_value as number],
null, null, null));
}
}
else Eif (sample.timestamp > (oldSignalData.time_vector.at(-1) ?? 0)) {
oldSignalData.time_vector.push(sample.timestamp);
oldSignalData.data_end = sample.timestamp;
if (oldSignalData.data_type === "str") {
(oldSignalData as StringSignalData).values.push(sample.value as string);
(oldSignalData as StringSignalData).forced_values.push(sample.forced_value as string);
}
else {
(oldSignalData as NumberSignalData).values.push(sample.value as number);
(oldSignalData as NumberSignalData).forced_values.push(sample.forced_value as number);
}
}
}
this.data_end = latestTs;
}
pruneDeselectedSignals(selectedSignalIds: string[]) {
this.signals_data = this.signals_data.filter(sd => selectedSignalIds.includes(sd.signal_id));
}
}
export class SignalSample{
timestamp: number;
value: number | string;
forced_value: number | string;
signal_id: string;
delay(): number{
return Date.now()/1000 - this.timestamp;
}
}
export interface SampleStats{
number_samples: number;
size: number
}
export interface DurationOption{
label: string;
duration: number;
}
export interface DisplayModeOption{
label: string;
isLive: boolean;
}
export class SignalsPreset {
id: string;
name: string;
signal_ids: string[];
}
export class ForcedSignal {
id: string;
signal_id: string;
forcing_user_id: string;
start_time: number;
value: string | number;
}
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