#--
# ===========================================================================
# Copyright (c) 2005-2017 Christopher Kleckner
# All rights reserved
#
# This file is part of the Rio library for ruby.
#
# Rio is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# Rio is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with Rio; if not, write to the Free Software
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
# ===========================================================================
#++
#
require 'rio/fwd'
require 'rio/ops/create'
require 'rio/ops/construct'
module RIO
module Ops
module Path
autoload :Create, 'rio/ops/create'
end
end
end
module RIO
module Ops #:nodoc: all
module Path
module Test
def blockdev?(*args) fs.blockdev?(self.to_s,*args) end
def chardev?(*args) fs.chardev?(self.to_s,*args) end
def directory?(*args) fs.directory?(self.to_s,*args) end
def exist?(*args) fs.exist?(self.to_s,*args) end
def file?(*args)
fs.file?(self.to_s,*args)
end
def pipe?(*args) fs.pipe?(self.to_s,*args) end
def socket?(*args) fs.socket?(self.to_s,*args) end
def symlink?(*args) fs.symlink?(self.to_s,*args) end
alias :dir? :directory?
def open?() not self.closed? end
def closed?() self.ioh.nil? end
end
module Status
include Test
def fnmatch(*args) fs.fnmatch(self.to_s,*args) end
def fnmatch?(*args) fs.fnmatch?(self.to_s,*args) end
def ftype(*args) fs.ftype(self.to_s,*args) end
def stat(*args) fs.stat(self.to_s,*args) end
def atime(*args) fs.atime(self.to_s,*args) end
def ctime(*args) fs.ctime(self.to_s,*args) end
def mtime(*args) fs.mtime(self.to_s,*args) end
def executable?(*args) fs.executable?(self.to_s,*args) end
def executable_real?(*args) fs.executable_real?(self.to_s,*args) end
def readable?(*args) fs.readable?(self.to_s,*args) end
def readable_real?(*args) fs.readable_real?(self.to_s,*args) end
def writable?(*args) fs.writable?(self.to_s,*args) end
def writable_real?(*args) fs.writable_real?(self.to_s,*args) end
def sticky?(*args) fs.sticky?(self.to_s,*args) end
def owned?(*args) fs.owned?(self.to_s,*args) end
def grpowned?(*args) fs.grpowned?(self.to_s,*args) end
def setgid?(*args) fs.setgid?(self.to_s,*args) end
def setuid?(*args) fs.setuid?(self.to_s,*args) end
def size(*args) fs.size(self.to_s,*args) end
def size?(*args) fs.size?(self.to_s,*args) end
def zero?(*args) fs.zero?(self.to_s,*args) end
def root?(*args) fs.root?(self.to_s) end
end
module URI
def abs(base=nil)
if base.nil?
nrio = new_rio(rl.abs)
nrio
else
brio = ensure_rio(base)
new_rio(rl.abs(ensure_rio(base).to_s))
end
end
def absolute?
rl.absolute?
end
alias :abs? :absolute?
def route_from(other)
this_uri = rl.uri.abs
other_uri = ensure_rio(other).rl.uri.abs
new_rio(this_uri.route_from(other_uri))
end
def rel(other=nil)
if other.nil?
base = self.abs.dirname
else
new_rio(self.rl.abs.route_from(ensure_rio(other).rl.abs))
end
base = other.nil? ? self.abs : ensure_rio(other).dup
base += '/' if base.directory? and base.to_s[-1] != '/'
route_from(base)
end
def route_to(other)
new_rio(rl.abs.route_to(ensure_rio(other).rl.abs))
end
def merge(other)
new_rio(rl.merge(ensure_rio(other).rl))
end
def base()
new_rio(rl.base())
end
def setbase(b)
rl.base(b)
self
end
extend Fwd
fwd :rl,:scheme,:host,:user,:password
fwd :rl,:query,:fragment,:userinfo
fwd :rl,:typecode
fwd :rl,:authority
end
module Query
def normalize
rtn_rio {
uri.normalize
}
end
def expand_path(*args)
args[0] = args[0].to_s unless args.empty?
new_rio(fs.expand_path(self.to_s,*args))
end
def extname(*args)
en = fs.extname(rl.path_no_slash,*args)
(en.empty? ? nil : en)
end
def splitpath()
require 'rio/to_rio'
sparts,bparts = self.rl.split
parts = []
(0...sparts.length).each do |n|
parts << new_rio(sparts[n], {:base => bparts[n]})
end
parts.extend(ToRio::Array)
end
def basename(*args)
unless args.empty?
ex = args[0] || self.extname
self.ext(ex)
end
new_rio(rl.basename(self.ext?))
end
def filename()
new_rio(rl.filename)
end
def dirname(*args)
new_rio(uri.dirname)
end
def sub(re,arg)
rtn_rio {
softreset
uri.ref.sub(re,arg.to_s)
}
end
def gsub(re,arg)
new_rio(softreset.to_s.gsub(re,arg.to_s))
end
def +(arg)
new_rio(softreset.to_str + ensure_rio(arg).to_str)
end
private
def _path_with_basename(arg)
old = rl.path
old[0,old.length-basename.length-ext?.length]+arg.to_s+ext?
end
def _path_with_filename(arg)
old = rl.path
old[0,old.length-filename.length]+arg.to_s
end
def _path_with_ext(ex)
old = rl.path_no_slash
old[0,old.length-ext?.length]+ex
end
def _path_with_dirname(arg)
old = rl.path_no_slash
arg.to_s + old[-(old.length-dirname.length+1),old.length]
end
end
module Change
def sub!(*args)
rl.path = rl.path.sub(*args)
softreset
end
def rename(*args,&block)
if args.empty?
cxx('rename',true,&block)
else
rtn = must_exist.rename(*args)
return rtn.each(&block) if block_given?
rtn
end
end
def rename?() cxx?('rename') end
def norename(arg=false,&block) nocxx('rename',&block) end
def filename=(arg)
if cx['rename']
must_exist.filename = arg
else
uri.filename = arg.to_s
softreset
end
end
def basename=(arg)
if cx['rename']
must_exist.basename = arg
else
uri.ext = cx['ext'] if cx.has_key?('ext')
uri.basename = arg.to_s
softreset
end
end
def extname=(arg)
#p callstr('extname=',arg)
if cx['rename']
must_exist.extname = arg
else
uri.ext = cx['ext'] if cx.has_key?('ext')
uri.extname = arg.to_s
softreset
end
end
def dirname=(arg)
if cx['rename']
must_exist.dirname = arg
else
uri.dirname = arg.to_s
softreset
end
end
end
end
end
end
module RIO
module Ops
module Path
module Empty
include Ops::Path::Create
include Ops::Path::URI
include Ops::Construct
end
module ExistOrNot
def symlink(d)
rtn_self {
dst = self.ensure_rio(d)
dst /= self.filename if dst.directory?
if self.abs?
fs.symlink(self,dst)
else
fs.symlink(dst.route_to(self).to_s,dst.to_s)
end
dst.reset
}
end
end
module NonExisting
include Test
include Create
include ExistOrNot
# Rio does not consider an attempt to remove something that does not exist an error.
# Rio says "You called this method because you didn't want the thing to exist on the
# file system. After the call it doesn't exist. You're welcome"
#
def delete!() softreset end
def delete() softreset end
def rmdir() softreset end
def rmtree() softreset end
def rm() softreset end
end
module Str
include Status
include Query
include Create
include URI
include ExistOrNot
end
end
end
end