-- -- tests/base/test_tree.lua -- Automated test suite source code tree handling. -- Copyright (c) 2009-2012 Jason Perkins and the Premake project -- T.tree = { } local suite = T.tree local tree = premake.tree -- -- Setup/teardown -- local tr function suite.setup() tr = tree.new() end local function prepare() tree.traverse(tr, { onnode = function(node, depth) _p(depth + 2, node.name) end }) end -- -- Tests for tree.new() -- function suite.NewReturnsObject() test.isnotnil(tr) end -- -- Tests for tree.add() -- function suite.CanAddAtRoot() tree.add(tr, "Root") prepare() test.capture [[ Root ]] end function suite.CanAddAtChild() tree.add(tr, "Root/Child") prepare() test.capture [[ Root Child ]] end function suite.CanAddAtGrandchild() tree.add(tr, "Root/Child/Grandchild") prepare() test.capture [[ Root Child Grandchild ]] end -- -- Tests for tree.getlocalpath() -- function suite.GetLocalPath_ReturnsPath_OnNoParentPath() local c = tree.add(tr, "Root/Child") c.parent.path = nil test.isequal("Root/Child", tree.getlocalpath(c)) end function suite.GetLocalPath_ReturnsName_OnParentPathSet() local c = tree.add(tr, "Root/Child") test.isequal("Child", tree.getlocalpath(c)) end -- -- Tests for tree.remove() -- function suite.Remove_RemovesNodes() local n1 = tree.add(tr, "1") local n2 = tree.add(tr, "2") local n3 = tree.add(tr, "3") tree.remove(n2) local r = "" for _, n in ipairs(tr.children) do r = r .. n.name end test.isequal("13", r) end function suite.Remove_WorksInTraversal() tree.add(tr, "Root/1") tree.add(tr, "Root/2") tree.add(tr, "Root/3") local r = "" tree.traverse(tr, { onleaf = function(node) r = r .. node.name tree.remove(node) end }) test.isequal("123", r) test.isequal(0, #tr.children[1]) end -- -- Tests for tree.sort() -- function suite.Sort_SortsAllLevels() tree.add(tr, "B/3") tree.add(tr, "B/1") tree.add(tr, "A/2") tree.add(tr, "A/1") tree.add(tr, "B/2") tree.sort(tr) prepare() test.capture [[ A 1 2 B 1 2 3 ]] end -- -- If the root of the tree contains multiple items, it should not -- be removed by trimroot() -- function suite.trimroot_onItemsAtRoot() tree.add(tr, "A/1") tree.add(tr, "B/1") tree.trimroot(tr) prepare() test.capture [[ A 1 B 1 ]] end -- -- Should trim to first level with multiple items. -- function suite.trimroot_onItemsInFirstNode() tree.add(tr, "A/1") tree.add(tr, "A/2") tree.trimroot(tr) prepare() test.capture [[ 1 2 ]] end -- -- If the tree contains only a single node, don't trim it. -- function suite.trimroot_onSingleNode() tree.add(tr, "A") tree.trimroot(tr) prepare() test.capture [[ A ]] end -- -- If the tree contains only a single node, don't trim it. -- function suite.trimroot_onSingleLeafNode() tree.add(tr, "A/1") tree.trimroot(tr) prepare() test.capture [[ 1 ]] end -- -- A ".." folder containing a single subfolder should never appear -- at the top of the source tree. -- function suite.trimroot_removesDotDot_onTopLevelSiblings() tree.add(tr, "../../tests/test_hello.c") tree.add(tr, "../src/test.c") tree.trimroot(tr) prepare() test.capture [[ tests test_hello.c src test.c ]] end function suite.trimroot_removesDotDot_onTopLevel() tree.add(tr, "../tests/test_hello.c") tree.add(tr, "src/test.c") tree.trimroot(tr) prepare() test.capture [[ tests test_hello.c src test.c ]] end function suite.trimroot_removesDotDot_onMultipleNestings() tree.add(tr, "../../../tests/test_hello.c") tree.add(tr, "../src/test.c") tree.trimroot(tr) prepare() test.capture [[ tests test_hello.c src test.c ]] end -- -- When nodes are trimmed, the paths on the remaining nodes should -- be updated to reflect the new hierarchy. -- function suite.trimroot_updatesPaths_onNodesRemoved() tree.add(tr, "A/1") tree.add(tr, "A/2") tree.trimroot(tr) test.isequal("1", tr.children[1].path) end function suite.trimroot_updatesPaths_onDotDotRemoved() tree.add(tr, "../../../tests/test_hello.c") tree.add(tr, "../src/test.c") tree.trimroot(tr) test.isequal("tests", tr.children[1].path) end -- -- Nodes with the key "trim" set to false should be removed. -- function suite.trimroot_respectsTrimFlag() local n = tree.add(tr, "A") tree.add(tr, "A/1") n.trim = false tree.trimroot(tr) prepare() test.capture [[ A 1 ]] end