hop is right, and dF. is incorrect on why the error occurs. Since you haven’t called f.close() yet, the file is not removed. The doc for NamedTemporaryFile says: Whether the name can be used to open the file a second time, while the named temporary file is still open, varies across platforms (it can be … Read more
I’ve tried to empty the folder completely, and have no problems found since i’ve done. When launching a project in VS, a new schema was created. Edit: you can also move the folder and put it back when you believe you screwed things up…
I know this is a fairly old question; however, it’s one of the first results in Google, and Java 7+ has this functionality built in: Path path = Paths.get(filePath); InputStream fileStream = Files.newInputStream(path, StandardOpenOption.DELETE_ON_CLOSE); There are a couple caveats with this approach though, they’re written up here, but the gist is that the implementation makes … Read more
Not really. For the question itself, see this: ObjectSpace.undefine_finalizer(tmpfile) The Tempfile library uses Ruby ObjectSpace finalizers to automatically delete itself on garbage collection. By using the above line you can remove the Tempfile’s ability to delete itself if you don’t delete it. So, for example: $ irb 2.0.0p0 :001 > require “tempfile” => true 2.0.0p0 … Read more
From tmpnam manpage : The tmpnam() function generates a different string each time it is called, up to TMP_MAX times. If it is called more than TMP_MAX times, the behavior is implementation defined. Although tmpnam() generates names that are difficult to guess, it is nevertheless possible that between the time that tmpnam() returns a pathname, … Read more
FWIW using py.test you can write: def test_function(tmpdir): # tmpdir is a unique-per-test-function invocation temporary directory Each test function using the “tmpdir” function argument will get a clean empty directory, created as a sub directory of “/tmp/pytest-NUM” (linux, win32 has different path) where NUM is increased for each test run. The last three directories are … Read more
One big difference is that with the pipe, processes A and B can be running concurrently, so that B gets to work on the output from A before A has finished producing it. Further, the size of the pipe is limited, so A won’t be able to produce vastly more data than B has consumed; … Read more