73 lines
2.6 KiB
TypeScript
73 lines
2.6 KiB
TypeScript
import { TMGraph } from './TMGraph';
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const typificationData = [
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['', ''],
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['X1', 'X1'],
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['Z', 'Z'],
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['R1', 'R1'],
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['C1', 'C1'],
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['C1×X1', 'C1 X1 C1×X1'],
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['X1×X1', 'X1 X1×X1'],
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['X1×X1×X1', 'X1 X1×X1×X1'],
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['ℬ(X1)', 'X1 ℬ(X1)'],
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['ℬℬ(X1)', 'X1 ℬ(X1) ℬℬ(X1)'],
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['ℬℬ(X1×X2)', 'X1 X2 X1×X2 ℬ(X1×X2) ℬℬ(X1×X2)'],
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['ℬ((X1×X1)×X2)', 'X1 X1×X1 X2 (X1×X1)×X2 ℬ((X1×X1)×X2)'],
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['ℬ(ℬ(X1)×ℬ(X1))', 'X1 ℬ(X1) ℬ(X1)×ℬ(X1) ℬ(ℬ(X1)×ℬ(X1))'],
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[
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'ℬ(ℬ((X1×ℬ(X1))×X1)×X2)',
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'X1 ℬ(X1) X1×ℬ(X1) (X1×ℬ(X1))×X1 ℬ((X1×ℬ(X1))×X1) X2 ℬ((X1×ℬ(X1))×X1)×X2 ℬ(ℬ((X1×ℬ(X1))×X1)×X2)'
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]
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];
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describe('Testing parsing typifications', () => {
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it.each(typificationData)('Typification parsing %p', (input: string, expected: string) => {
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const graph = new TMGraph();
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graph.addConstituenta('X1', input, []);
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const nodeText = graph.nodes.map(node => node.text).join(' ');
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expect(nodeText).toBe(expected);
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});
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});
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describe('Testing constituents parsing', () => {
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test('simple expression no arguments', () => {
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const graph = new TMGraph();
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graph.addConstituenta('X1', 'ℬ(X1)', []);
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expect(graph.nodes.length).toBe(2);
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expect(graph.nodes.at(-1)?.annotations).toStrictEqual(['X1']);
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});
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test('no expression with single argument', () => {
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const graph = new TMGraph();
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graph.addConstituenta('X1', '', [{ alias: 'a', typification: 'X1' }]);
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const nodeText = graph.nodes.map(node => node.text).join(' ');
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expect(nodeText).toBe('X1 ℬ(X1)');
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expect(graph.nodes.at(-1)?.annotations).toStrictEqual(['X1']);
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});
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test('no expression with multiple arguments', () => {
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const graph = new TMGraph();
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graph.addConstituenta('X1', '', [
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{ alias: 'a', typification: 'X1' },
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{ alias: 'b', typification: 'R1×X1' }
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]);
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const nodeText = graph.nodes.map(node => node.text).join(' ');
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expect(nodeText).toBe('X1 R1 R1×X1 X1×(R1×X1) ℬ(X1×(R1×X1))');
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expect(graph.nodes.at(-1)?.annotations).toStrictEqual(['X1']);
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});
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test('expression with multiple arguments', () => {
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const graph = new TMGraph();
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graph.addConstituenta('X1', 'ℬ(X2×Z)', [
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{ alias: 'a', typification: 'X1' },
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{ alias: 'b', typification: 'R1×X1' }
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]);
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const nodeText = graph.nodes.map(node => node.text).join(' ');
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expect(nodeText).toBe('X1 R1 R1×X1 X1×(R1×X1) X2 Z X2×Z ℬ(X2×Z) (X1×(R1×X1))×ℬ(X2×Z) ℬ((X1×(R1×X1))×ℬ(X2×Z))');
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expect(graph.nodes.at(-1)?.annotations).toStrictEqual(['X1']);
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});
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});
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