Bump to TypeScript 5.5 and enable noImplicitAny

This commit upgrades TypeScript from 5.4 to 5.5 and enables the
`noImplicitAny` option for stricter type checking. It refactors code to
comply with `noImplicitAny` and adapts to new TypeScript features and
limitations.

Key changes:

- Migrate from TypeScript 5.4 to 5.5
- Enable `noImplicitAny` for stricter type checking
- Refactor code to comply with new TypeScript features and limitations

Other supporting changes:

- Refactor progress bar handling for type safety
- Drop 'I' prefix from interfaces to align with new code convention
- Update TypeScript target from `ES2017` and `ES2018`.
  This allows named capturing groups. Otherwise, new TypeScript compiler
  does not compile the project and shows the following error:
  ```
  ...
  TimestampedFilenameGenerator.spec.ts:105:23 - error TS1503: Named capturing groups are only available when targeting 'ES2018' or later
  const pattern = /^(?<timestamp>\d{4}-\d{2}-\d{2}_\d{2}-\d{2}-\d{2})-(?<scriptName>[^.]+?)(?:\.(?<extension>[^.]+))?$/;// timestamp-scriptName.extension
  ...
  ```
- Refactor usage of `electron-progressbar` for type safety and
  less complexity.

src/application/Common/Enum.ts

@@ -33,23 +33,25 @@ function parseEnumValue<T extends EnumType, TEnumValue extends EnumType>(
   if (!casedValue) {
     throw new Error(`unknown ${enumName}: "${value}"`);
   }
-  return enumVariable[casedValue as keyof typeof enumVariable];
+  return enumVariable[casedValue as keyof EnumVariable<T, TEnumValue>];
 }
 
 export function getEnumNames
 <T extends EnumType, TEnumValue extends EnumType>(
   enumVariable: EnumVariable<T, TEnumValue>,
-): string[] {
+): (string & keyof EnumVariable<T, TEnumValue>)[] {
   return Object
     .values(enumVariable)
-    .filter((enumMember): enumMember is string => isString(enumMember));
+    .filter((
+      enumMember,
+    ): enumMember is string & (keyof EnumVariable<T, TEnumValue>) => isString(enumMember));
 }
 
 export function getEnumValues<T extends EnumType, TEnumValue extends EnumType>(
   enumVariable: EnumVariable<T, TEnumValue>,
 ): TEnumValue[] {
   return getEnumNames(enumVariable)
-    .map((level) => enumVariable[level]) as TEnumValue[];
+    .map((name) => enumVariable[name]) as TEnumValue[];
 }
 
 export function assertInRange<T extends EnumType, TEnumValue extends EnumType>(

src/application/Context/ApplicationContext.ts

@@ -17,7 +17,7 @@ export class ApplicationContext implements IApplicationContext {
   public currentOs: OperatingSystem;
 
   public get state(): ICategoryCollectionState {
-    return this.states[this.collection.os];
+    return this.getState(this.collection.os);
   }
 
   private readonly states: StateMachine;
@@ -26,30 +26,51 @@ export class ApplicationContext implements IApplicationContext {
     public readonly app: IApplication,
     initialContext: OperatingSystem,
   ) {
+    this.setContext(initialContext);
     this.states = initializeStates(app);
-    this.changeContext(initialContext);
   }
 
   public changeContext(os: OperatingSystem): void {
-    assertInRange(os, OperatingSystem);
     if (this.currentOs === os) {
       return;
     }
-    const collection = this.app.getCollection(os);
-    this.collection = collection;
     const event: IApplicationContextChangedEvent = {
-      newState: this.states[os],
-      oldState: this.states[this.currentOs],
+      newState: this.getState(os),
+      oldState: this.getState(this.currentOs),
     };
+    this.setContext(os);
     this.contextChanged.notify(event);
+  }
+
+  private setContext(os: OperatingSystem): void {
+    validateOperatingSystem(os, this.app);
+    this.collection = this.app.getCollection(os);
     this.currentOs = os;
   }
+
+  private getState(os: OperatingSystem): ICategoryCollectionState {
+    const state = this.states.get(os);
+    if (!state) {
+      throw new Error(`Operating system "${OperatingSystem[os]}" state is unknown.`);
+    }
+    return state;
+  }
+}
+
+function validateOperatingSystem(
+  os: OperatingSystem,
+  app: IApplication,
+): void {
+  assertInRange(os, OperatingSystem);
+  if (!app.getSupportedOsList().includes(os)) {
+    throw new Error(`Operating system "${OperatingSystem[os]}" is not supported.`);
+  }
 }
 
 function initializeStates(app: IApplication): StateMachine {
   const machine = new Map<OperatingSystem, ICategoryCollectionState>();
   for (const collection of app.collections) {
-    machine[collection.os] = new CategoryCollectionState(collection);
+    machine.set(collection.os, new CategoryCollectionState(collection));
   }
   return machine;
 }

src/application/Parser/Executable/CategoryParser.ts

@@ -82,7 +82,7 @@ function ensureValidCategory(
   });
   validator.assertType((v) => v.assertObject({
     value: category,
-    valueName: `Category '${category.category}'` ?? 'Category',
+    valueName: category.category ? `Category '${category.category}'` : 'Category',
     allowedProperties: [
       'docs', 'children', 'category',
     ],

src/application/Parser/Executable/Script/ScriptParser.ts

@@ -106,7 +106,7 @@ function validateScript(
 ): asserts script is NonNullable<ScriptData> {
   validator.assertType((v) => v.assertObject<CallScriptData & CodeScriptData>({
     value: script,
-    valueName: `Script '${script.name}'` ?? 'Script',
+    valueName: script.name ? `Script '${script.name}'` : 'Script',
     allowedProperties: [
       'name', 'recommend', 'code', 'revertCode', 'call', 'docs',
     ],

src/application/Parser/Executable/Script/Validation/Analyzers/AnalyzeDuplicateLines.ts

@@ -15,7 +15,7 @@ export type DuplicateLinesAnalyzer = CodeValidationAnalyzer & {
 export const analyzeDuplicateLines: DuplicateLinesAnalyzer = (
   lines: readonly CodeLine[],
   language: ScriptingLanguage,
-  syntaxFactory = createSyntax,
+  syntaxFactory: SyntaxFactory = createSyntax,
 ) => {
   const syntax = syntaxFactory(language);
   return lines