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silverbullet/common/markdown_parser/parser.test.ts
Zef Hemel 0313565610
Complete redo of content indexing and querying (#517)
Complete redo of data store
Introduces live queries and live templates
2023-10-03 14:16:33 +02:00

124 lines
3.3 KiB
TypeScript

import { parse } from "./parse_tree.ts";
import buildMarkdown from "./parser.ts";
import {
collectNodesOfType,
findNodeOfType,
renderToText,
} from "../../plug-api/lib/tree.ts";
import { assertEquals, assertNotEquals } from "../../test_deps.ts";
const sample1 = `---
type: page
tags:
- hello
- world
---
# This is a doc
Here is a [[wiki link]] and a [[wiki link|alias]].
Supper`;
const sampleInvalid1 = `---
name: Zef
# This is a doc
Supper`;
Deno.test("Test parser", () => {
const lang = buildMarkdown([]);
let tree = parse(lang, sample1);
// console.log("tree", JSON.stringify(tree, null, 2));
// Check if rendering back to text works
assertEquals(renderToText(tree), sample1);
// Find wiki link and wiki link alias
const links = collectNodesOfType(tree, "WikiLink");
assertEquals(links.length, 2);
const nameNode = findNodeOfType(links[0], "WikiLinkPage");
assertEquals(nameNode?.children![0].text, "wiki link");
// Check if alias is parsed properly
const aliasNode = findNodeOfType(links[1], "WikiLinkAlias");
assertEquals(aliasNode?.children![0].text, "alias");
// Find frontmatter
let node = findNodeOfType(tree, "FrontMatter");
assertNotEquals(node, undefined);
tree = parse(lang, sampleInvalid1);
node = findNodeOfType(tree, "FrontMatter");
// console.log("Invalid node", node);
assertEquals(node, undefined);
});
const directiveSample = `
Before
<!-- #query page -->
Body line 1
Body line 2
<!-- /query -->
End
`;
const nestedDirectiveExample = `
Before
<!-- #query page -->
1
<!-- #eval 10 * 10 -->
100
<!-- /eval -->
3
<!-- /query -->
End
`;
const inlineAttributeSample = `
Hello there [a link](http://zef.plus)
[age: 100]
[age:: 200]
Here's a more [ambiguous: case](http://zef.plus)
And one with nested brackets: [array: [1, 2, 3]]
`;
Deno.test("Test inline attribute syntax", () => {
const lang = buildMarkdown([]);
const tree = parse(lang, inlineAttributeSample);
// console.log("Attribute parsed", JSON.stringify(tree, null, 2));
const attributes = collectNodesOfType(tree, "Attribute");
let nameNode = findNodeOfType(attributes[0], "AttributeName");
assertEquals(nameNode?.children![0].text, "age");
let valueNode = findNodeOfType(attributes[0], "AttributeValue");
assertEquals(valueNode?.children![0].text, "100");
nameNode = findNodeOfType(attributes[1], "AttributeName");
assertEquals(nameNode?.children![0].text, "age");
valueNode = findNodeOfType(attributes[1], "AttributeValue");
assertEquals(valueNode?.children![0].text, "200");
nameNode = findNodeOfType(attributes[2], "AttributeName");
assertEquals(nameNode?.children![0].text, "array");
valueNode = findNodeOfType(attributes[2], "AttributeValue");
assertEquals(valueNode?.children![0].text, "[1, 2, 3]");
});
const multiStatusTaskExample = `
* [ ] Task 1
- [x] Task 2
* [TODO] Task 3
`;
Deno.test("Test multi-status tasks", () => {
const lang = buildMarkdown([]);
const tree = parse(lang, multiStatusTaskExample);
// console.log("Tasks parsed", JSON.stringify(tree, null, 2));
const tasks = collectNodesOfType(tree, "Task");
assertEquals(tasks.length, 3);
// Check " " checkbox state parsing
assertEquals(tasks[0].children![0].children![1].text, " ");
assertEquals(tasks[1].children![0].children![1].text, "x");
assertEquals(tasks[2].children![0].children![1].text, "TODO");
});