def wintounix(path, drives_info=None):
# Test if we can actually convert this path, skip it if we can't
if not (
path[1:3] == ':\\' or path[0] == '%'
) and not (
path.startswith('..\\') or path.startswith('.\\')
):
return path
if drives_info == None:
drives_info = drives.get(use_registry=False)
else:
drives_info = drives_info
path = convert_wine_path_variables(path)
if path[0].upper() in drives_info.keys():
if drives_info[path[0].upper()]['mapping'].endswith('/'):
mapping = drives_info[path[0].upper()]['mapping'][:-1]
else:
mapping = drives_info[path[0].upper()]['mapping']
path = '%s/%s' % ( mapping, "/".join(path[3:].split("\\")).replace('\0','') )
elif path[0] != '%':
path = "%s/drive_c/%s" % (common.ENV['WINEPREFIX'], "/".join(path[3:].split("\\")).replace('\0',''))
if not os.path.exists(path) and path[0] != '%':
"""Path does not exist, trying magic..."""
newpath = ''
for branch in filter(len, path.split('/')):
temppath = '%s/%s' % (newpath, branch)
"""\tTesting %s..." % temppath"""
if not os.path.exists(temppath):
"""\tDidn't work, iterating dir..."""
pathlist = os.listdir(newpath)
for filename in pathlist:
if '~' in branch and filename.lower().startswith(branch.lower().split('~')[0]) \
or filename.lower() == branch.lower():
temppath = '%s/%s' % (newpath, filename)
"""\tMatch found in %s." % temppath"""
break
if os.path.exists(temppath):
newpath = temppath
"""\tGot a match on \"%s\"" % newpath"""
else:
"""\tCouldn't match, returning \"%s\"" % path"""
return '{0}/{1}'.format(temppath, path[len(temppath):])
"""Final result:", newpath"""
path = newpath
return os.path.normpath(path)
def wintounix(path, drives_info=None):
# Test if we can actually convert this path, skip it if we can't
if not (
path[1:3] == ':\\' or path[0] == '%'
) and not (
path.startswith('..\\') or path.startswith('.\\')
):
return path
if drives_info == None:
drives_info = drives.get(use_registry=False)
else:
drives_info = drives_info
path = convert_wine_path_variables(path)
if path[0].upper() in drives_info.keys():
if drives_info[path[0].upper()]['mapping'].endswith('/'):
mapping = drives_info[path[0].upper()]['mapping'][:-1]
else:
mapping = drives_info[path[0].upper()]['mapping']
path = '%s/%s' % ( mapping, "/".join(path[3:].split("\\")).replace('\0','') )
elif path[0] != '%':
path = "%s/drive_c/%s" % (common.ENV['WINEPREFIX'], "/".join(path[3:].split("\\")).replace('\0',''))
if not os.path.exists(path) and path[0] != '%':
"""Path does not exist, trying magic..."""
newpath = ''
for branch in filter(len, path.split('/')):
temppath = '%s/%s' % (newpath, branch)
"""\tTesting %s..." % temppath"""
if not os.path.exists(temppath):
"""\tDidn't work, iterating dir..."""
pathlist = os.listdir(newpath)
for filename in pathlist:
if '~' in branch and filename.lower().startswith(branch.lower().split('~')[0]) \
or filename.lower() == branch.lower():
temppath = '%s/%s' % (newpath, filename)
"""\tMatch found in %s." % temppath"""
break
if os.path.exists(temppath):
newpath = temppath
"""\tGot a match on \"%s\"" % newpath"""
else:
"""\tCouldn't match, returning \"%s\"" % path"""
return '{0}/{1}'.format(temppath, path[len(temppath):])
"""Final result:", newpath"""
path = newpath
return os.path.normpath(path)
def unixtowin(path):
""" See http://msdn.microsoft.com/en-us/library/aa365247(VS.85).aspx for info on Windows filenames """
if path[1:3] == ':\\':
return path
drives_info = drives.get(use_registry=False)
# Strip the drives info to be in the form {'/mapping/of/drive', 'C'} so we can sort it
drives_info = dict([ (v['mapping'], k) for k,v in drives_info.iteritems() ])
# Go through the mappings, sorted by length of mapping, longest first
for mapping in sorted(drives_info.keys(), key=len, reverse=True):
drive_letter = drives_info[mapping]
# Make sure the mapping uses the same format as the path
# otherwise translation gets tricky.
# Only do it if this mapping is in the same prefix though.
if (
mapping.split('/')[-1].startswith('drive_') and
'/.wine/drive' not in path and
path.split('.wine')[0] == mapping.split('.wine')[0]
):
drive = mapping[-1].lower()
for _drive_letter in (mapping[-1].lower(), mapping[-1].upper()):
mapping_remapped = '{prefix}/dosdevices/{drive}:'.format(
prefix = mapping.split('/drive_')[0],
drive = _drive_letter
)
if os.path.exists(mapping_remapped):
mapping = mapping_remapped
break
if path.startswith(mapping):
path = mapping.join(
path.split(mapping)[1:]
)
path = path.replace('\\','~')
for i in ['<', '>', ':', '"', '|', '?', '*']:
path = path.replace(i, '~')
return '{drive}:\\{path}'.format(
drive = drive_letter,
path = path
).replace('/', '\\').replace('\\\\', '\\')
def unixtowin(path):
""" See http://msdn.microsoft.com/en-us/library/aa365247(VS.85).aspx for info on Windows filenames """
if path[1:3] == ':\\':
return path
drives_info = drives.get(use_registry=False)
# Strip the drives info to be in the form {'/mapping/of/drive', 'C'} so we can sort it
drives_info = dict([ (v['mapping'], k) for k,v in drives_info.iteritems() ])
# Go through the mappings, sorted by length of mapping, longest first
for mapping in sorted(drives_info.keys(), key=len, reverse=True):
drive_letter = drives_info[mapping]
# Make sure the mapping uses the same format as the path
# otherwise translation gets tricky.
# Only do it if this mapping is in the same prefix though.
if (
mapping.split('/')[-1].startswith('drive_') and
'/.wine/drive' not in path and
path.split('.wine')[0] == mapping.split('.wine')[0]
):
drive = mapping[-1].lower()
for _drive_letter in (mapping[-1].lower(), mapping[-1].upper()):
mapping_remapped = '{prefix}/dosdevices/{drive}:'.format(
prefix = mapping.split('/drive_')[0],
drive = _drive_letter
)
if os.path.exists(mapping_remapped):
mapping = mapping_remapped
break
if path.startswith(mapping):
path = mapping.join(
path.split(mapping)[1:]
)
path = path.replace('\\','~')
for i in ['<', '>', ':', '"', '|', '?', '*']:
path = path.replace(i, '~')
return '{drive}:\\{path}'.format(
drive = drive_letter,
path = path
).replace('/', '\\').replace('\\\\', '\\')
def enhance_windows_path(path):
"""Replace special Vineyard variables in a path with their meaning.
So far there is only one: CDROM:\\ for automatic finding and/or adding of an optical disc."""
if path.startswith('CDROM:\\'):
# Find the drives that are listed as a CDROM type
_drives = drives.get()
cdroms = dict([
(key, value) for key, value in _drives.iteritems()
if (
'type' in value and value['type'] == 'cdrom' or
'type' not in value
)
])
cdrom_drive = 'D' # fallback default
drive_is_found = False
if len(cdroms):
# Use the first CDROM drive that has the requested file
for drive, info in cdroms.iteritems():
try:
debug("CDROM: Trying dir: {0}".format(
info['mapping']
))
if os.path.exists(
wintounix(
'{0}:{1}'.format(
drive,
string_remove_from_start(
path,
'CDROM:'
)
),
drives_info = cdroms)
):
cdrom_drive = drive
drive_is_found = True
debug("CDROM: Using Wine mapping ({0})".format(
cdrom_drive
))
break
except OSError:
continue
if not drive_is_found:
# Check to see if there is a mounted CD or DVD
# and use it's path
mount_point = mount_name = None
mounted_cds = get_mounted_cds()
for mount in mounted_cds:
test_path = wintounix(
'D:{0}'.format(
string_remove_from_start(
path,
'CDROM:'
)
))
debug("Trying if mounted disc matches:", test_path,
{'D': {
'mapping': mount['dir']
}}
)
if os.path.exists(test_path,
drives_info = {'D': {
'mapping': mount['dir']
}}
):
mount_point = mount['dir']
mount_name = filter(len, mount_point.split('/'))[-1]
if mount_point is None:
# No CD or DVD found, use the Windows default
# and hope for the best
debug("CDROM: Using Windows default ({0})".format(
cdrom_drive
))
# the default is defined earlier
else:
# We found a mounted CD or DVD
# Add it as a drive in the configuration
available_drive_letters = [
i for i in string.ascii_uppercase[3:]
if i not in _drives.keys()
]
cdrom_drive = available_drive_letters[0]
debug("Adding drive:", (
cdrom_drive,
mount_point,
mount_name,
'cdrom'
))
drives.add(
cdrom_drive,
mount_point,
label = mount_name,
drive_type = 'cdrom'
)
debug("CDROM: Using mounted drive ({0})".format(
mount_point
))
path = '{0}:{1}'.format(
cdrom_drive,
string_remove_from_start(path, 'CDROM:')
)
return path
def enhance_windows_path(path):
"""Replace special Vineyard variables in a path with their meaning.
So far there is only one: CDROM:\\ for automatic finding and/or adding of an optical disc."""
if path.startswith('CDROM:\\'):
# Find the drives that are listed as a CDROM type
_drives = drives.get()
cdroms = dict([
(key, value) for key, value in _drives.iteritems()
if (
'type' in value and value['type'] == 'cdrom' or
'type' not in value
)
])
cdrom_drive = 'D' # fallback default
drive_is_found = False
if len(cdroms):
# Use the first CDROM drive that has the requested file
for drive, info in cdroms.iteritems():
try:
debug("CDROM: Trying dir: {0}".format(
info['mapping']
))
if os.path.exists(
wintounix(
'{0}:{1}'.format(
drive,
string_remove_from_start(
path,
'CDROM:'
)
),
drives_info = cdroms)
):
cdrom_drive = drive
drive_is_found = True
debug("CDROM: Using Wine mapping ({0})".format(
cdrom_drive
))
break
except OSError:
continue
if not drive_is_found:
# Check to see if there is a mounted CD or DVD
# and use it's path
mount_point = mount_name = None
mounted_cds = get_mounted_cds()
for mount in mounted_cds:
test_path = wintounix(
'D:{0}'.format(
string_remove_from_start(
path,
'CDROM:'
)
))
debug("Trying if mounted disc matches:", test_path,
{'D': {
'mapping': mount['dir']
}}
)
if os.path.exists(test_path,
drives_info = {'D': {
'mapping': mount['dir']
}}
):
mount_point = mount['dir']
mount_name = filter(len, mount_point.split('/'))[-1]
if mount_point is None:
# No CD or DVD found, use the Windows default
# and hope for the best
debug("CDROM: Using Windows default ({0})".format(
cdrom_drive
))
# the default is defined earlier
else:
# We found a mounted CD or DVD
# Add it as a drive in the configuration
available_drive_letters = [
i for i in string.ascii_uppercase[3:]
if i not in _drives.keys()
]
cdrom_drive = available_drive_letters[0]
debug("Adding drive:", (
cdrom_drive,
mount_point,
mount_name,
'cdrom'
))
drives.add(
cdrom_drive,
mount_point,
label = mount_name,
drive_type = 'cdrom'
)
debug("CDROM: Using mounted drive ({0})".format(
mount_point
))
path = '{0}:{1}'.format(
cdrom_drive,
string_remove_from_start(path, 'CDROM:')
)
return path
