win: fix incomplete VSCEIP, location scripts

This commit improves the validation logic in parser, corrects Windows
collection files to adhere to expected structure. This validation helps
catch errors that previously led to incomplete generated code in scripts
for disabling VSCEIP and location settings.

Changes:

- Add type validation for function call structures in the
  parser/compiler. This helps prevent runtime errors by ensuring that
  only correctly structured data is processed.
- Fix scripts in the Windows collection that previoulsy had incomplete
  `code` or `revertCode` values. These corrections ensure that the
  scripts function as intended.
- Refactor related logic within the compiler/parser to improve
  testability and maintainability.

src/application/Parser/Executable/Script/Compiler/Function/Call/FunctionCallsParser.ts

@@ -0,0 +1,62 @@
+import type { FunctionCallData, FunctionCallsData, FunctionCallParametersData } from '@/application/collections/';
+import { isArray, isPlainObject } from '@/TypeHelpers';
+import { createTypeValidator, type TypeValidator } from '@/application/Parser/Common/TypeValidator';
+import { FunctionCallArgumentCollection } from './Argument/FunctionCallArgumentCollection';
+import { FunctionCallArgument } from './Argument/FunctionCallArgument';
+import { ParsedFunctionCall } from './ParsedFunctionCall';
+import type { FunctionCall } from './FunctionCall';
+
+export interface FunctionCallsParser {
+  (
+    calls: FunctionCallsData,
+    validator?: TypeValidator,
+  ): FunctionCall[];
+}
+
+export const parseFunctionCalls: FunctionCallsParser = (
+  calls,
+  validator = createTypeValidator(),
+) => {
+  const sequence = getCallSequence(calls, validator);
+  return sequence.map((call) => parseFunctionCall(call, validator));
+};
+
+function getCallSequence(calls: FunctionCallsData, validator: TypeValidator): FunctionCallData[] {
+  if (!isPlainObject(calls) && !isArray(calls)) {
+    throw new Error('called function(s) must be an object or array');
+  }
+  if (isArray(calls)) {
+    validator.assertNonEmptyCollection({
+      value: calls,
+      valueName: 'function call sequence',
+    });
+    return calls as FunctionCallData[];
+  }
+  const singleCall = calls as FunctionCallData;
+  return [singleCall];
+}
+
+function parseFunctionCall(
+  call: FunctionCallData,
+  validator: TypeValidator,
+): FunctionCall {
+  validator.assertObject({
+    value: call,
+    valueName: 'function call',
+    allowedProperties: ['function', 'parameters'],
+  });
+  const callArgs = parseArgs(call.parameters);
+  return new ParsedFunctionCall(call.function, callArgs);
+}
+
+function parseArgs(
+  parameters: FunctionCallParametersData | undefined,
+): FunctionCallArgumentCollection {
+  const parametersMap = parameters ?? {};
+  return Object.keys(parametersMap)
+    .map((parameterName) => new FunctionCallArgument(parameterName, parametersMap[parameterName]))
+    .reduce((args, arg) => {
+      args.addArgument(arg);
+      return args;
+    }, new FunctionCallArgumentCollection());
+}