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import sys, re, getopt, os
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from command import Command
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from .command import Command
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import stdhome.the as the
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from stdhome.deployment import Deployment
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from stdhome.walker.copy_in import CopyInWalker
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from stdhome.walker.walker import Walker
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class AddCommand( Command ):
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self.recursive = False
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def print_help( self ):
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print "Usage: " + the.program.name + " add [--repo=REPO] FILE..."
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print("Usage: " + the.program.name + " add [--repo=REPO] FILE...")
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# 01234567890123456789012345678901234567890123456789012345678901234567890123456789
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print "Add (or update) a file in the repository."
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print "Add a named file from the local filesystem, specified relative to the home"
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print "directory, to the repo, or update an existing file in the repo with your local"
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print "changes. Directories can also be added, but note that they are not added"
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print "recursively (as is common with version control)."
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print " -r, --repo=REPO select the repo to check-out or create (defaults to 'home')"
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print " -v, --verbose display information about what is being done"
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print " --help display help and exit"
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print("Add (or update) a file in the repository.")
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print("Add a named file from the local filesystem to the repo, or updates an existing")
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print("file in the repo with your changes. Directories can also be added, but note")
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print("that they are not added recursively (as is common with version control) unless")
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print("this is explicitly requested.")
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print(" -r, --repo=REPO select the repo to check-out or create (defaults to 'home')")
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print(" -R, --recursive recursively add directories")
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print(" -v, --verbose display information about what is being done")
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print(" --help display help and exit")
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def parse_command_line( self ):
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opts, args = getopt.gnu_getopt(
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sys.argv[ 1: ], "r:v",
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[ "repo=", "verbose", "help" ] )
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sys.argv[ 1: ], "r:Rv",
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[ "repo=", "recuirsive", "verbose", "help" ] )
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for opt, optarg in opts:
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if opt in [ '--repo', '-r' ]:
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if not re.match( '^[-a-zA-z0-9.]+$', optarg ):
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if not re.search( '^[-a-zA-z0-9.]+$', optarg ):
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raise the.program.FatalError(
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'invalid repository name: ' + optarg )
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elif opt in [ '--recursive', '-R' ]:
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elif opt in [ '--verbose', '-v' ]:
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elif opt == "--help":
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( the.repo.name, the.program.name ) )
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walker = CopyInWalker( files )
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walker = CopyInWalker( files, True )
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# make sure all files are added to version control
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if the.verbose >= 1: print "adding files"
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if the.verbose >= 1: print("adding files")
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the.repo.vcs.add( files )
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if the.verbose >= 1: print "committing " + the.repo.dir
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if the.verbose >= 1: print("committing " + the.repo.dir)
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the.repo.vcs.commit()
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def expand_home_dir_files( files ):
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def expand_home_files( files, recurse ):
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"""Returns a unique, sorted list of relative filenames, calculated from the list
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provided, which is made up from individual files and directories
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relative to the CWD. Directories and are not recursed in to, but
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leading path components are also returned. Specified filenames must
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exist in the home directory (although they may not exist in the repo).
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relative to the CWD. As directories are found, they may optionally be
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recursed in to. Leading path components of any items are alse returned.
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Specified filenames must exist in the home directory (although they do
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not have to exist in the repo).
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This is a modified version of command.expand_files().
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# iterate through file list
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for file in files:
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parts = os.path.split( file )
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abs_file = os.path.join(
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os.path.realpath( parts[ 0 ] ), parts[ 1 ] )
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# check the file is in the home directory
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if abs_file[ : len( home_dir_prefix ) ] != home_dir_prefix:
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raise the.program.FatalError(
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'not under home directory: %s' % abs_file )
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rel_file = abs_file[ len( home_dir_prefix ) : ]
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# check if file exists in home directory
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if not os.path.lexists( abs_file ):
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raise the.program.FatalError(
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'not found in home directory: %s' % rel_file )
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( rel_file, abs_file ) = Command.resolve_homedir_file( file )
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# check that file exists in homedir
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if not os.path.exists( abs_file ):
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raise the.program.FatalError(
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'not found in home directory: %s' % file )
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# ensure parent path parts are included
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path, dummy = os.path.split( path )