The glob pattern to apply to paths inside current dir.
The way to traverse directories. See docs
do we need to follow symlinks of not. By default set to True.
Range of absolute path inside specified directory, that match specified glob pattern.
import dshould; import std.array: array; import std.algorithm: sort; Path root = createTempPath(); scope(exit) root.remove(); // Create sample directory structure root.join("d1").mkdir(true); root.join("d1", "d2").mkdir(true); root.join("d1", "test1.txt").writeFile("Test 1"); root.join("d1", "test2.txt").writeFile("Test 2"); root.join("d1", "test3.py").writeFile("print('Test 3')"); root.join("d1", "d2", "test4.py").writeFile("print('Test 4')"); root.join("d1", "d2", "test5.py").writeFile("print('Test 5')"); root.join("d1", "d2", "test6.txt").writeFile("print('Test 6')"); // Find py files in directory d1 root.join("d1").glob("*.py").array.should.equal([ root.join("d1", "test3.py"), ]); // Find py files in directory d1 recursively root.join("d1").glob("*.py", SpanMode.breadth).array.should.equal([ root.join("d1", "test3.py"), root.join("d1", "d2", "test4.py"), root.join("d1", "d2", "test5.py"), ]); // Find py files in directory d1 recursively root.join("d1").glob("*.txt", SpanMode.breadth).array.sort.array.should.equal([ root.join("d1", "d2", "test6.txt"), root.join("d1", "test1.txt"), root.join("d1", "test2.txt"), ]);
Search files that match provided glob pattern inside current path.