Globbing in C++/C, on Windows
Link with setargv.obj (or wsetargv.obj) and argv[] will be globbed for you similar to how the Unix shells do it: http://msdn.microsoft.com/en-us/library/8bch7bkk.aspx I can’t vouch for how well it does it though.
Link with setargv.obj (or wsetargv.obj) and argv[] will be globbed for you similar to how the Unix shells do it: http://msdn.microsoft.com/en-us/library/8bch7bkk.aspx I can’t vouch for how well it does it though.
There are a couple of ways: pathlib.Path().rglob() Use pathlib.Path().rglob() from the pathlib module, which was introduced in Python 3.5. from pathlib import Path for path in Path(‘src’).rglob(‘*.c’): print(path.name) glob.glob() If you don’t want to use pathlib, use glob.glob(): from glob import glob for filename in glob(‘src/**/*.c’, recursive=True): print(filename) For cases where matching files beginning with … Read more
The glob will not magically start working with a remote server, just because you have instantiated SSHClient before. You have to use Paramiko API to list the files, like SFTPClient.listdir: import fnmatch sftp = client.open_sftp() for filename in sftp.listdir(‘/home/test’): if fnmatch.fnmatch(filename, “*.txt”): print filename You can also use a regular expression for the matching, if … Read more
The shell is expanding the glob before executing the program. You quote the glob not because of GCC, but because of the shell. If you don’t want this behavior then use a shell that does not honor globs.
Assignment to a glob *glob = VALUE contains some magic that depends on the type of VALUE (i.e., return value of, say, Scalar::Util::reftype(VALUE)). If VALUE is a reference to a scalar, array, hash, or subroutine, then only that entry in the symbol table will be overwritten. This idiom local *array = shift(); #use @array here … Read more
no need for incomplete or unreliable hacks. there’s a function included with python for this >>> import fnmatch >>> fnmatch.translate( ‘*.foo’ ) ‘.*\\.foo$’ >>> fnmatch.translate( ‘[a-z]*.txt’ ) ‘[a-z].*\\.txt$’
Globbing is the * and ? and some other pattern matchers you may be familiar with. Globbing interprets the standard wild card characters * and ?, character lists in square brackets, and certain other special characters (such as ^ for negating the sense of a match). When the shell sees a glob, it will perform … Read more
You are confusing regular expression with shell globbing. If you want to use regular expression to match file names you could do: $ ls | egrep ‘.+\..+’
I think it is the order of expansions: The order of expansions is: brace expansion, tilde expansion, parameter, variable and arithmetic expansion and command substitution (done in a left-to-right fashion), word splitting, and pathname expansion. So if your variable is substituted, brace expansion doesn’t take place anymore. This works for me: eval ls $dirs Be … Read more
Turning my comment into an answer If you want to add recursive searching for files use file(GLOB_RECURSE …) file(GLOB_RECURSE source_list “*.cpp” “*.hpp”) Your second example would translate into file(GLOB_RECURSE BAR “src/baz/*.cpp”) References file(…) Is it better to specify source files with GLOB or each file individually in CMake?