caffeine-mc/build/test/CaffeineMcParser.test.js

Select, configure and extend your to-JavaScript compiler, with arbitrary code, on a per file bases from within the file.

"use strict"
let Caf = require('caffeine-script-runtime');
Caf.defMod(module, () => {return Caf.importInvoke(["describe", "test", "CaffeineMcParser", "assert"], [global, require('art-standard-lib'), require('art-testbench'), require('../CaffeineMc')], (describe, test, CaffeineMcParser, assert) => {return describe({noMetaCode: function() {test("'hi'", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("hi")); assert.eq(!!metaCode, false); assert.eq(!!compilerName, false); return assert.eq(code, "hi");}); test("multi-line source", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("hi\nthere")); assert.eq(!!metaCode, false); assert.eq(!!compilerName, false); return assert.eq(code, "hi\nthere");}); return test("set compiler-name", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|FooScript\nhi")); assert.eq(!!metaCode, false); assert.eq(compilerName, "FooScript"); return assert.eq(code, "hi");});}, illegal: function() {return test("|AwesomeScript some meta code on one line without column after compiler-name", () => {let parser; parser = new CaffeineMcParser; return assert.rejects(() => parser.parse("|AwesomeScript some meta code on one line without column after compiler-name"));});}, degenerate: function() {test("|", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|")); assert.eq(!!metaCode, false); assert.eq(!!compilerName, false); return assert.eq(code, "");}); test("|AwesomeScript", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|AwesomeScript")); assert.eq(!!metaCode, false); assert.eq(compilerName, "AwesomeScript"); return assert.eq(code, "");}); test("|AwesomeScript/SubAwesome", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|AwesomeScript/SubAwesome")); assert.eq(!!metaCode, false); assert.eq(compilerName, "AwesomeScript/SubAwesome"); return assert.eq(code, "");}); test("| meta code", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("| meta code")); assert.eq(metaCode, "meta code"); assert.eq(compilerName, undefined); return assert.eq(code, "");}); test("|AwesomeScript: meta code", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|AwesomeScript: meta code")); assert.eq(metaCode, "meta code"); assert.eq(compilerName, "AwesomeScript"); return assert.eq(code, "");}); return test("|AwesomeScript:\\n  meta code", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|AwesomeScript\n meta code")); assert.eq(metaCode, "meta code"); assert.eq(compilerName, "AwesomeScript"); return assert.eq(code, "");});}, metaCode: {oneLiner: function() {test("basic", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("| some meta-code\nhi")); assert.eq(metaCode, "some meta-code"); assert.eq(!!compilerName, false); return assert.eq(code, "hi");}); return test("with compilerName", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|BooScript: some meta-code\nhi")); assert.eq(metaCode, "some meta-code"); assert.eq(compilerName, "BooScript"); return assert.eq(code, "hi");});}, block: function() {test("basic", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|\n  my meta code\nmy normal code")); assert.eq(code, "my normal code"); assert.eq(metaCode, "my meta code"); return assert.eq(compilerName, undefined);}); test("with compilerName", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|AwesomeScript\n  my meta code\nmy normal code")); assert.eq(code, "my normal code"); assert.eq(metaCode, "my meta code"); return assert.eq(compilerName, "AwesomeScript");}); test("with compilerName and optional colon", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|AwesomeScript:\n  my meta code\nmy normal code")); assert.eq(code, "my normal code"); assert.eq(metaCode, "my meta code"); return assert.eq(compilerName, "AwesomeScript");}); return test("multi lines", () => {let parser, metaCode, compilerName, code; parser = new CaffeineMcParser; ({metaCode, compilerName, code} = parser.parse("|AwesomeScript\n  # comment\n\n  # blank line above\n  some code\n    indented\n      and some more")); assert.eq(code, "", "code should be empty"); assert.eq(metaCode, "# comment\n\n# blank line above\nsome code\n  indented\n    and some more"); return assert.eq(compilerName, "AwesomeScript");});}}});});});
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