Create axes_parser.test.lua

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VorTechnix 2022-05-29 17:49:01 -07:00
parent 53600789d8
commit 74ca84fcee

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local Vector3 = require("worldeditadditions.utils.vector3")
local facing_dirs = dofile("./.tests/parse/axes/include_facing_dirs.lua")
local parse = require("worldeditadditions.utils.parse.axes_parser")
local parse_axes = parse.keytable
describe("parse_axes", function()
-- Basic tests
it("should work on single horizontal axes", function()
local minv, maxv = parse_axes({
"x", "3",
"-z", "10",
}, facing_dirs.x_pos)
assert.is.truthy(minv)
assert.are.same(Vector3.new(0, 0, -10), minv)
assert.are.same(Vector3.new(3, 0, 0), maxv)
end)
it("should handle axis clumps and orphan (universal) values", function()
local minv, maxv = parse_axes({
"xz", "-3",
"10",
}, facing_dirs.x_pos)
assert.is.truthy(minv)
assert.are.same(Vector3.new(-3, 0, -3), minv)
assert.are.same(Vector3.new(10, 10, 10), maxv)
end)
it("should work on directions and their abriviations", function()
local minv, maxv = parse_axes({
"l", "3", -- +z
"-r", "-3", -- +z
"b", "-10", -- -x
}, facing_dirs.x_pos)
assert.is.truthy(minv)
assert.are.same(Vector3.new(0, 0, -3), minv)
assert.are.same(Vector3.new(10, 0, 3), maxv)
end)
it("should work with compass directions and their abriviations", function()
local minv, maxv = parse_axes({
"n", "3", -- +z
"south", "3", -- -z
"-west", "10", -- +x
}, facing_dirs.x_pos)
assert.is.truthy(minv)
assert.are.same(Vector3.new(0, 0, -3), minv)
assert.are.same(Vector3.new(10, 0, 3), maxv)
end)
it("should work with ?", function()
local minv, maxv = parse_axes({
"?", "3", -- -z
}, facing_dirs.z_neg)
assert.is.truthy(minv)
assert.are.same(Vector3.new(0, 0, -3), minv)
assert.are.same(Vector3.new(0, 0, 0), maxv)
end)
it("should work with complex relative / absolute combinations", function()
local minv, maxv = parse_axes({
"f", "3", -- +x
"left", "10", -- +z
"y", "77",
"x", "30",
"back", "99",
}, facing_dirs.x_pos)
assert.is.truthy(minv)
assert.are.same(Vector3.new(-99, 0, 0), minv)
assert.are.same(Vector3.new(33, 77, 10), maxv)
end)
it("should work with complex relative / absolute combinations with negative facing_dirs", function()
local minv, maxv = parse_axes({
"f", "3", -- -z
"l", "10", -- +x
"y", "77",
"x", "30",
"b", "99", -- +z
}, facing_dirs.z_neg)
assert.is.truthy(minv)
assert.are.same(Vector3.new(0, 0, -3), minv)
assert.are.same(Vector3.new(40, 77, 99), maxv)
end)
it("should return 2 0,0,0 vectors if no input", function()
local minv, maxv = parse_axes({
-- No input
}, facing_dirs.z_neg)
assert.is.truthy(minv)
assert.are.same(Vector3.new(0, 0, 0), minv)
assert.are.same(Vector3.new(0, 0, 0), maxv)
end)
-- Options tests
it("should mirror the max values of the two vectors if mirroring keyword is present", function()
local minv, maxv = parse_axes({
"x", "3",
"f", "-5", -- +x
"z", "-10",
"mir",
}, facing_dirs.x_pos)
assert.is.truthy(minv)
assert.are.same(Vector3.new(-5, 0, -10), minv)
assert.are.same(Vector3.new(5, 0, 10), maxv)
end)
it("should return a single vector if 'sum' input is truthy", function()
local minv, maxv = parse_axes({
"x", "3",
"z", "-10",
}, facing_dirs.x_pos,"sum")
assert.is.truthy(minv)
assert.are.same(Vector3.new(3, 0, -10), minv)
assert.are.same(nil, maxv)
end)
it("should dissable mirroring if 'sum' input is truthy", function()
local minv, maxv = parse_axes({
"x", "3",
"f", "-5", -- +x
"z", "-10",
"sym",
}, facing_dirs.x_pos,"sum")
assert.is.truthy(minv)
assert.are.same(Vector3.new(-2, 0, -10), minv)
assert.are.same(nil, maxv)
end)
-- Error tests
it("should return error if bad axis/dir", function()
local minv, maxv = parse_axes({
"f", "3", -- +x
"lift", "10", -- Invalid axis
"y", "77",
"x", "30",
"back", "99", -- -x
}, facing_dirs.x_pos)
assert.are.same(false, minv)
assert.are.same("string", type(maxv))
end)
it("should return error if bad value", function()
local minv, maxv = parse_axes({
"f", "3", -- +x
"left", "10", -- +z
"y", "!Q", -- Invalid value
"x", "30",
"back", "99",
}, facing_dirs.x_pos)
assert.are.same(false, minv)
assert.are.same("string", type(maxv))
end)
end)