local Vector3 = require("worldeditadditions_core.utils.vector3") local facing_dirs = dofile("./.tests/parse/axes/include_facing_dirs.lua") local parse = require("worldeditadditions_core.utils.parse.axes_parser") local parse_keyword = parse.keyword describe("parse_keyword", function() -- Basic tests it("should work on single axes", function() local ktype, axis, sign = parse_keyword("x") assert.are.equals(ktype, "axis") assert.are.same(axis, {"x"}) assert.are.equals(sign, 1) end) it("should work with axis clumping", function() local ktype, axis, sign = parse_keyword("zx") assert.are.equals(ktype, "axis") assert.are.same(axis, {"x", "z"}) assert.are.equals(sign, 1) end) it("should work with h and v", function() local ktype, axis, sign = parse_keyword("hv") assert.are.equals(ktype, "axis") assert.are.same(axis, {"h", "v"}) assert.are.equals(sign, 1) end) it("should work with h and v in clumping", function() local ktype, axis, sign = parse_keyword("hyxz") assert.are.equals(ktype, "axis") assert.are.same(axis, {"h", "y"}) assert.are.equals(sign, 1) end) it("should work with negatives", function() local ktype, axis, sign = parse_keyword("-xv") assert.are.equals(ktype, "axis") assert.are.same(axis, {"v", "x"}) assert.are.equals(sign, -1) end) it("should work with dirs", function() local ktype, axis, sign = parse_keyword("left") assert.are.equals(ktype, "dir") assert.are.equals(axis, "left") assert.are.equals(sign, 1) end) it("should work with negative dirs", function() local ktype, axis, sign = parse_keyword("-right") assert.are.equals(ktype, "dir") assert.are.equals(axis, "right") assert.are.equals(sign, -1) end) it("should work with mirroring", function() local ktype, axis, sign = parse_keyword("m") assert.are.equals(ktype, "rev") assert.are.equals(axis, "mirroring") assert.are.equals(sign, nil) end) -- Error tests it("should return error for bad axis", function() local ktype, axis, sign = parse_keyword("-axv") assert.are.equals(ktype, "err") end) end)