def count_entry(root_dir):
dir = lfc.lfc_opendirg(root_dir, "")
counter = {"dir":0, "file":0}
if (dir == None) or (dir == 0):
print_error("Error while looking for " + root_dir)
return counter
while True:
read_pt = lfc.lfc_readdirxr(dir,"")
if (read_pt == None) or (read_pt == 0):
break
entry, list = read_pt
p = root_dir + '/' + entry.d_name
if stat.S_ISDIR(entry.filemode):
counter['dir'] += 1
cnt = count_entry(p)
#print cnt
counter['dir'] += cnt['dir']
counter['file'] += cnt['file']
else:
counter['file'] += 1
lfc.lfc_closedir(dir)
return counter
def readdirxr_recurse(*args):
if len(args) < 1:
folder = ''
prefix = ''
else:
folder = args[0]
prefix = folder + '/'
if (folder == '') or (folder[0] != '/'):
if 'LFC_HOME' in os.environ:
folder = os.environ['LFC_HOME'] + '/' + prefix
else:
sys.exit('Relative folder path requires LFC_HOME to be set and exported')
#---------------------------------------------------------------------------
# Open the folder
#---------------------------------------------------------------------------
dir = lfc.lfc_opendirg(folder, '')
if dir == None:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
sys.exit('Error ' + str(err_num) + ' on folder ' + folder + ': ' + err_string)
#---------------------------------------------------------------------------
# Loop on the entries of the folder
#---------------------------------------------------------------------------
folders = []
while 1:
read_pt = lfc.lfc_readdirxr(dir, '')
if read_pt == None:
break
entry, replicas = read_pt
name = prefix + entry.d_name
if entry.filemode & 040000:
folders.append(name)
comment = ' (Folder)'
elif entry.nbreplicas == 0:
comment = ' (No replica)'
else:
comment = ''
print name + comment
#-------------------------------------------------------------------------
# If the entry is a regular file, list its replicas
#-------------------------------------------------------------------------
if comment == '':
for replica in replicas:
print ' ==>', replica.sfn
lfc.lfc_closedir(dir)
#---------------------------------------------------------------------------
# Recurse on subfolders
#---------------------------------------------------------------------------
for name in folders:
readdirxr_recurse(name)
def readdirxr(folderFiles):
folderKeys = folderFiles.keys()
folderKeys.sort()
#print folderKeys
#---------------------------------------------------------------------------
# Loop on the folders
#---------------------------------------------------------------------------
for folder in folderKeys:
prefix = folder
#print '\n' + prefix + ':', folderFiles[prefix]
if (folder == '') or (folder[0] != '/'):
if 'LFC_HOME' in os.environ:
folder = os.environ['LFC_HOME'] + '/' + folder
else:
sys.exit('Relative folder path requires LFC_HOME to be set and exported')
#-------------------------------------------------------------------------
# Open the folder
#-------------------------------------------------------------------------
dir = lfc.lfc_opendirg(folder, '')
if dir == None:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
sys.exit('Error ' + str(err_num) + ' on folder ' + folder + ': ' + err_string)
#-------------------------------------------------------------------------
# Loop on the entries of the folder which are in the dictionary
#-------------------------------------------------------------------------
while 1:
read_pt = lfc.lfc_readdirxr(dir, '')
if read_pt == None:
break
entry, replicas = read_pt
if entry.d_name not in folderFiles[prefix]:
break
if entry.filemode & 040000:
comment = ' (Folder)'
elif entry.nbreplicas == 0:
comment = ' (No replica)'
else:
comment = ''
print prefix + entry.d_name
#-----------------------------------------------------------------------
# If the entry is a regular file, list its replicas
#-----------------------------------------------------------------------
if comment == '':
for replica in replicas:
print ' ==>', replica.sfn
lfc.lfc_closedir(dir)
def readdirg_recurse(*args):
if len(args) < 1:
folder = ''
prefix = ''
else:
folder = args[0]
prefix = folder + '/'
if (folder == '') or (folder[0] != '/'):
if 'LFC_HOME' in os.environ:
folder = os.environ['LFC_HOME'] + '/' + prefix
else:
sys.exit('Relative folder path requires LFC_HOME to be set and exported')
#---------------------------------------------------------------------------
# Open the folder
#---------------------------------------------------------------------------
dir = lfc.lfc_opendirg(folder, '')
if dir == None:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
sys.exit('Error ' + str(err_num) + ' on folder ' + folder + ': ' + err_string)
listp = lfc.lfc_list()
folderFiles = {prefix: []}
#---------------------------------------------------------------------------
# Append the entries of the folder to the current list
#---------------------------------------------------------------------------
files = []
while 1:
entry = lfc.lfc_readdirg(dir)
if entry == None:
break
files.append({'name': entry.d_name,
'mode': entry.filemode})
lfc.lfc_closedir(dir)
#---------------------------------------------------------------------------
# Loop on the entries of the current file list to build the dictionary
#---------------------------------------------------------------------------
for myfile in files:
folderFiles[prefix].append(myfile['name'])
#-------------------------------------------------------------------------
# If the entry is a folder, recurse
#-------------------------------------------------------------------------
if myfile['mode'] & 040000:
folderFiles.update(readdirg_recurse(prefix + myfile['name']))
return folderFiles
def readdirg_recurse(*args):
if len(args) < 1:
folder = ''
prefix = ''
else:
folder = args[0]
prefix = folder + '/'
if (folder == '') or (folder[0] != '/'):
if 'LFC_HOME' in os.environ:
folder = os.environ['LFC_HOME'] + '/' + prefix
else:
sys.exit('Relative folder path requires LFC_HOME to be set and exported')
#---------------------------------------------------------------------------
# Open the folder
#---------------------------------------------------------------------------
dir = lfc.lfc_opendirg(folder, '')
if dir == None:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
sys.exit('Error ' + str(err_num) + ' on folder ' + folder + ': ' + err_string)
files = []
listp = lfc.lfc_list()
#---------------------------------------------------------------------------
# Loop on the entries of the folder to build the list of files
#---------------------------------------------------------------------------
while 1:
entry = lfc.lfc_readdirg(dir)
if entry == None:
break
files.append({'name': prefix + entry.d_name,
'mode': entry.filemode,
'guid': entry.guid})
lfc.lfc_closedir(dir)
#---------------------------------------------------------------------------
# Loop on the current file list : If the entry is a folder, recurse
#---------------------------------------------------------------------------
for myfile in files[:]: # Local copy is mandatory
if myfile['mode'] & 040000:
files.extend(readdirg_recurse(myfile['name']))
return files
def readdirg(*args):
if len(args) < 1:
folder = ''
else:
folder = args[0]
if (folder == '') or (folder[0] != '/'):
if 'LFC_HOME' in os.environ:
folder = os.environ['LFC_HOME'] + '/' + folder
else:
sys.exit('Relative folder path requires LFC_HOME to be set and exported')
#---------------------------------------------------------------------------
# Open the folder
#---------------------------------------------------------------------------
dir = lfc.lfc_opendirg(folder, '')
if dir == None:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
sys.exit('Error ' + str(err_num) + ' on folder ' + folder + ': ' + err_string)
#---------------------------------------------------------------------------
# Loop on the entries of the folder
#---------------------------------------------------------------------------
while 1:
entry = lfc.lfc_readdirg(dir)
if entry == None:
break
if entry.filemode & 040000:
marker = '/'
elif entry.filemode & 020000: # not entry.guid:
marker = '@'
else:
marker = ''
print ('%06o' % entry.filemode) + ' ' + entry.d_name + marker
lfc.lfc_closedir(dir)
if entry == None:
break
if (entry.filemode & 040000):
print ' ', entry.d_name, 'is a folder'
b_OK = False
elif entry.guid:
print ' ', entry.d_name, 'is a regular file'
b_OK = False
if b_OK:
symlinks.insert(0, entry.d_name)
#-----------------------------------------------------------------------------
# Close the folder.
# If at least one file found is not a symbolic link, stop.
#-----------------------------------------------------------------------------
lfc.lfc_closedir(dir)
if not b_OK:
sys.exit(1)
print folder, ': ', len(symlinks), 'symbolic links found'
if len(symlinks) > 0:
#---------------------------------------------------------------------------
# Here all files inside the folder are symbolic links.
# Open an LFC session.
#---------------------------------------------------------------------------
res = lfc.lfc_startsess('', '')
if res != 0:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
def deleteOneDir(pDir, pForce, pExtLinks, pExtLfns, pVerbose):
"""
Tries to delete the specified directory. If "pForce" is true, then the
directory will be removed even if it is not empty and all the entries in
the directory (including subdirectories) will be removed as well, in a
recursive way. Otherwise, the deletion will be performed only if the
directory is empty.
If pExtLinks == pExtLfns == False, the function will remove only the
specified directory contents and will not to touch external sym links
pointing to LFNs in the directory, nor entries pointed to by links located
in the directory.
If pExtLinks == True, then links located in other directories that point
to LFNs in the specified directory are also removed.
If pExtLfns == True, then LFNs (and their replicas and all their sym links)
located in other directories and pointed to by links in the specified
directory are also removed.
"""
dir = pDir
force = pForce
extLinks = pExtLinks
extLfns = pExtLfns
verbose = pVerbose
rc = 0
err = 0
subdirlist = [
] # Subdirectories to remove when we are done with current one
[dir, parentdir] = lfc_del_lfn.checkHomeDir(dir)
fulldir = parentdir + dir
if (verbose):
print "--Deleting Dir: " + dir
err = lfc.lfc_chdir(fulldir)
if (err < 0):
sys.stderr.write("Error changing dir to: " + fulldir + " : " +
lfc.sstrerror(lfc.cvar.serrno) + "\n")
return err
dir_p = lfc.lfc_DIR()
dir_entry = lfc.lfc_direnstatg()
dir_p = lfc.lfc_opendirg(".", "")
if (dir_p < 0):
sys.stderr.write("Error opening specified dir: " + dir + ": " +
lfc.sstrerror(lfc.cvar.serrno) + "\n")
return -1
# Read first entry
lfc.lfc_rewinddir(dir_p)
dir_entry = lfc.lfc_readdirg(dir_p)
if (force):
# Remove all LFNs in a loop
S_IFDIR = 0x4000
S_IFLNK = 0xA000
while (dir_entry):
lfn = dir_entry.d_name
if (dir_entry.filemode & S_IFDIR):
# This entry is a directory
subdirlist.append(lfn)
else:
if ((dir_entry.filemode & S_IFLNK) == S_IFLNK):
# This entry is a sym link
if (extLfns):
# Remove the replicas and all the links (including main LFN)
err = lfc_del_lfn.deleteOneEntry(
lfn, fulldir, False, True, verbose)
else:
# Remove only the sym link (no replicas)
err = lfc_del_lfn.deleteOneLFN(lfn, verbose)
else:
# This entry is a main LFN
# # First check if the file has been alredy deleted (links, etc...)
# fstat = lfc.lfc_filestatg()
# if(lfc.lfc_statg(lfn, "", fstat)<0):
# if(verbose):
# print "--Warning. Skipping deletion of non-accessible file:",lfn,":",\
# lfc.sstrerror(lfc.cvar.serrno)
# else:
if (extLinks):
# Remove the replicas and all the links that point to this LFN
err = lfc_del_lfn.deleteOneEntry(
lfn, fulldir, False, True, verbose)
else:
# Remove only this LFN and replicas (but no external sym links)
err = lfc_del_lfn.deleteOneEntry(
lfn, fulldir, False, False, verbose)
if (err): rc = err
dir_entry = lfc.lfc_readdirg(dir_p)
else:
if (dir_entry):
sys.stderr.write("Error: Directory " + dir +
" not empty! Consider using -r.\n")
return -1
# Close the directory
if (lfc.lfc_closedir(dir_p) < 0):
sys.stderr.write("Error closing dir: " + dir + " : " +
lfc.sstrerror(lfc.cvar.serrno) + "\n")
# Remove all subdirectories in the list
for subdir in subdirlist:
err = deleteOneDir(fulldir + '/' + subdir, force, extLinks, extLfns,
verbose)
if (err): rc = err
# Finally, remove also the top directory itself
err = lfc.lfc_chdir("..")
if (err < 0):
sys.stderr.write("Error changing dir to \"..\" : " +
lfc.sstrerror(lfc.cvar.serrno) + "\n")
return err
if (verbose):
print "--lfc.lfc_unlink(\"" + dir + "\")"
err = lfc.lfc_rmdir(dir)
if (err < 0):
sys.stderr.write("Error removing dir: " + dir + ": " +
lfc.sstrerror(lfc.cvar.serrno) + "\n")
return err
# Return the error code
# return rc
return err
def readdirg_lr(*args):
if len(args) < 1:
folder = ''
else:
folder = args[0]
if (folder == '') or (folder[0] != '/'):
if 'LFC_HOME' in os.environ:
folder = os.environ['LFC_HOME'] + '/' + folder
else:
sys.exit('Relative folder path requires LFC_HOME to be set and exported')
#---------------------------------------------------------------------------
# Open the folder
#---------------------------------------------------------------------------
dir = lfc.lfc_opendirg(folder, '')
if dir == None:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
sys.exit('Error ' + str(err_num) + ' on folder ' + folder + ': ' + err_string)
listp = lfc.lfc_list()
#---------------------------------------------------------------------------
# Loop on the entries of the folder
#---------------------------------------------------------------------------
while 1:
entry = lfc.lfc_readdirg(dir)
if entry == None:
break
if entry.filemode & 040000:
marker = '/'
elif entry.filemode & 020000: # not entry.guid:
marker = '@'
else:
marker = ''
print ('%06o' % entry.filemode) + ' ' + entry.d_name + marker
#-------------------------------------------------------------------------
# If the entry is a regular file, list its replicas using its GUID
#-------------------------------------------------------------------------
if not (entry.filemode & 060000): # Exclude folders and symbolic links
flag = lfc.CNS_LIST_BEGIN
num_replicas = 0
while 1:
res = lfc.lfc_listreplica('', entry.guid, flag, listp)
if res == None:
break
else:
flag = lfc.CNS_LIST_CONTINUE
print ' ==>', res.sfn
num_replicas += 1
lfc.lfc_listreplica('', entry.guid, lfc.CNS_LIST_END, listp)
print 'Found ' + str(num_replicas) + ' replica(s)'
print
lfc.lfc_closedir(dir)
def readdirg_lr_recurse_timestamp(*args):
if len(args) < 1:
folder = ''
prefix = ''
else:
folder = args[0]
prefix = folder + '/'
if (folder == '') or (folder[0] != '/'):
if 'LFC_HOME' in os.environ:
folder = os.environ['LFC_HOME'] + '/' + prefix
else:
sys.exit('Relative folder path requires LFC_HOME to be set and exported')
time_format = '%Y/%m/%d %H:%M:%S %Z'
#---------------------------------------------------------------------------
# Open the folder
#---------------------------------------------------------------------------
dir = lfc.lfc_opendirg(folder, '')
if dir == None:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
sys.exit('Error ' + str(err_num) + ' on folder ' + folder + ': ' + err_string)
listp = lfc.lfc_list()
#---------------------------------------------------------------------------
# Loop on the entries of the folder
#---------------------------------------------------------------------------
while 1:
entry = lfc.lfc_readdirg(dir)
if entry == None:
break
name = prefix + entry.d_name
sys.stdout.write(time.strftime(time_format) + ' ' + name + "\n")
sys.stdout.flush()
#-------------------------------------------------------------------------
# If the entry is a regular file, list its replicas using its GUID
#-------------------------------------------------------------------------
if not (entry.filemode & 060000): # Exclude folders and symbolic links
flag = lfc.CNS_LIST_BEGIN
while 1:
res = lfc.lfc_listreplica('', entry.guid, flag, listp)
if res == None:
break
else:
flag = lfc.CNS_LIST_CONTINUE
sys.stdout.write(time.strftime(time_format) + ' ==> ' + res.sfn + "\n")
sys.stdout.flush()
lfc.lfc_listreplica('', entry.guid, lfc.CNS_LIST_END, listp)
#-------------------------------------------------------------------------
# If the entry is a folder, recurse
#-------------------------------------------------------------------------
if entry.filemode & 040000:
readdirg_lr_recurse_timestamp(name)
lfc.lfc_closedir(dir)
def readdirg_gr(*args):
if len(args) < 1:
folder = ''
else:
folder = args[0]
if (folder == '') or (folder[0] != '/'):
if 'LFC_HOME' in os.environ:
folder = os.environ['LFC_HOME'] + '/' + folder
else:
sys.exit('Relative folder path requires LFC_HOME to be set and exported')
#---------------------------------------------------------------------------
# Open the folder
#---------------------------------------------------------------------------
dir = lfc.lfc_opendirg(folder, '')
if dir == None:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
sys.exit('Error ' + str(err_num) + ' on folder ' + folder + ': ' + err_string)
files = []
listp = lfc.lfc_list()
#---------------------------------------------------------------------------
# Loop on the entries of the folder to build the list of files
#---------------------------------------------------------------------------
while 1:
entry = lfc.lfc_readdirg(dir)
if entry == None:
break
if entry.filemode & 040000:
marker = '/'
elif entry.filemode & 020000: # not entry.guid:
marker = '@'
else:
marker = ''
files.append({'name': entry.d_name + marker,
'mode': entry.filemode,
'guid': entry.guid})
lfc.lfc_closedir(dir)
#---------------------------------------------------------------------------
# Loop on the list of files
#---------------------------------------------------------------------------
lfc.lfc_startsess('', '')
for myfile in files:
print ('%06o' % myfile['mode']) + ' ' + myfile['name']
#-------------------------------------------------------------------------
# If the entry is a regular file, list its replicas using its GUID
#-------------------------------------------------------------------------
if not (myfile['mode'] & 060000): # Exclude folders and symbolic links
(res, replicas) = lfc.lfc_getreplica('', myfile['guid'], '')
if res == 0:
for replica in replicas:
print ' ==>', replica.sfn
print 'Found ' + str(len(replicas)) + ' replica(s)'
print
lfc.lfc_endsess()
def readdirg_lr_recurse(*args):
if len(args) < 1:
folder = ''
prefix = ''
else:
folder = args[0]
prefix = folder + '/'
if (folder == '') or (folder[0] != '/'):
if 'LFC_HOME' in os.environ:
folder = os.environ['LFC_HOME'] + '/' + prefix
else:
sys.exit('Relative folder path requires LFC_HOME to be set and exported')
#---------------------------------------------------------------------------
# Open the folder
#---------------------------------------------------------------------------
dir = lfc.lfc_opendirg(folder, '')
if dir == None:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
sys.exit('Error ' + str(err_num) + ' on folder ' + folder + ': ' + err_string)
listp = lfc.lfc_list()
#---------------------------------------------------------------------------
# Append the entries of the folder to the current list
#---------------------------------------------------------------------------
files = []
while 1:
entry = lfc.lfc_readdirg(dir)
if entry == None:
break
files.append({'name': prefix + entry.d_name,
'mode': entry.filemode,
'guid': entry.guid})
lfc.lfc_closedir(dir)
#---------------------------------------------------------------------------
# Loop on the entries of the current file list
#---------------------------------------------------------------------------
for myfile in files:
print myfile['name']
#-------------------------------------------------------------------------
# If the entry is a regular file, list its replicas using its GUID
#-------------------------------------------------------------------------
if not (myfile['mode'] & 060000): # Exclude folders and symbolic links
flag = lfc.CNS_LIST_BEGIN
while 1:
res = lfc.lfc_listreplica('', myfile['guid'], flag, listp)
if res == None:
break
else:
flag = lfc.CNS_LIST_CONTINUE
print ' ==>', res.sfn
lfc.lfc_listreplica('', myfile['guid'], lfc.CNS_LIST_END, listp)
#-------------------------------------------------------------------------
# If the entry is a folder, recurse
#-------------------------------------------------------------------------
if myfile['mode'] & 040000:
readdirg_lr_recurse(myfile['name'])
def deleteOneDir(pDir, pForce, pExtLinks, pExtLfns, pVerbose):
"""
Tries to delete the specified directory. If "pForce" is true, then the
directory will be removed even if it is not empty and all the entries in
the directory (including subdirectories) will be removed as well, in a
recursive way. Otherwise, the deletion will be performed only if the
directory is empty.
If pExtLinks == pExtLfns == False, the function will remove only the
specified directory contents and will not to touch external sym links
pointing to LFNs in the directory, nor entries pointed to by links located
in the directory.
If pExtLinks == True, then links located in other directories that point
to LFNs in the specified directory are also removed.
If pExtLfns == True, then LFNs (and their replicas and all their sym links)
located in other directories and pointed to by links in the specified
directory are also removed.
"""
dir = pDir
force = pForce
extLinks = pExtLinks
extLfns = pExtLfns
verbose = pVerbose
rc = 0
err = 0
subdirlist = [] # Subdirectories to remove when we are done with current one
[dir, parentdir] = lfc_del_lfn.checkHomeDir(dir)
fulldir = parentdir+dir
if(verbose):
print "--Deleting Dir: "+dir
err = lfc.lfc_chdir(fulldir)
if(err < 0):
sys.stderr.write("Error changing dir to: "+fulldir+" : "+lfc.sstrerror(lfc.cvar.serrno)+"\n")
return err
dir_p=lfc.lfc_DIR()
dir_entry=lfc.lfc_direnstatg()
dir_p=lfc.lfc_opendirg(".", "")
if(dir_p < 0):
sys.stderr.write("Error opening specified dir: "+dir+": "+lfc.sstrerror(lfc.cvar.serrno)+"\n")
return -1
# Read first entry
lfc.lfc_rewinddir(dir_p)
dir_entry=lfc.lfc_readdirg(dir_p)
if(force):
# Remove all LFNs in a loop
S_IFDIR = 0x4000
S_IFLNK = 0xA000
while(dir_entry):
lfn = dir_entry.d_name
if(dir_entry.filemode & S_IFDIR):
# This entry is a directory
subdirlist.append(lfn)
else:
if((dir_entry.filemode & S_IFLNK) == S_IFLNK):
# This entry is a sym link
if(extLfns):
# Remove the replicas and all the links (including main LFN)
err = lfc_del_lfn.deleteOneEntry(lfn, fulldir, False, True, verbose)
else:
# Remove only the sym link (no replicas)
err = lfc_del_lfn.deleteOneLFN(lfn, verbose)
else:
# This entry is a main LFN
# # First check if the file has been alredy deleted (links, etc...)
# fstat = lfc.lfc_filestatg()
# if(lfc.lfc_statg(lfn, "", fstat)<0):
# if(verbose):
# print "--Warning. Skipping deletion of non-accessible file:",lfn,":",\
# lfc.sstrerror(lfc.cvar.serrno)
# else:
if(extLinks):
# Remove the replicas and all the links that point to this LFN
err = lfc_del_lfn.deleteOneEntry(lfn, fulldir, False, True, verbose)
else:
# Remove only this LFN and replicas (but no external sym links)
err = lfc_del_lfn.deleteOneEntry(lfn, fulldir, False, False, verbose)
if(err): rc = err
dir_entry=lfc.lfc_readdirg(dir_p)
else:
if(dir_entry):
sys.stderr.write("Error: Directory "+dir+" not empty! Consider using -r.\n")
return -1
# Close the directory
if(lfc.lfc_closedir(dir_p) < 0):
sys.stderr.write("Error closing dir: "+dir+" : "+lfc.sstrerror(lfc.cvar.serrno)+"\n")
# Remove all subdirectories in the list
for subdir in subdirlist:
err = deleteOneDir(fulldir+'/'+subdir, force, extLinks, extLfns, verbose)
if(err): rc=err
# Finally, remove also the top directory itself
err = lfc.lfc_chdir("..")
if(err < 0):
sys.stderr.write("Error changing dir to \"..\" : "+lfc.sstrerror(lfc.cvar.serrno)+"\n")
return err
if(verbose):
print "--lfc.lfc_unlink(\""+dir+"\")"
err = lfc.lfc_rmdir(dir)
if(err<0):
sys.stderr.write("Error removing dir: "+dir+": "+lfc.sstrerror(lfc.cvar.serrno)+"\n")
return err
# Return the error code
# return rc
return err
def readdirg_grs(*args):
if len(args) < 1:
folder = ''
else:
folder = args[0]
if (folder == '') or (folder[0] != '/'):
if 'LFC_HOME' in os.environ:
folder = os.environ['LFC_HOME'] + '/' + folder
else:
sys.exit('Relative folder path requires LFC_HOME to be set and exported')
#---------------------------------------------------------------------------
# Open the folder
#---------------------------------------------------------------------------
dir = lfc.lfc_opendirg(folder, '')
if dir == None:
err_num = lfc.cvar.serrno
err_string = lfc.sstrerror(err_num)
sys.exit('Error ' + str(err_num) + ' on folder ' + folder + ': ' + err_string)
files = []
guids = []
listp = lfc.lfc_list()
#---------------------------------------------------------------------------
# Loop on the entries of the folder to build :
# - the list of all files with Name, Filemode and GUID,
# - the list of GUID for all regular files.
#---------------------------------------------------------------------------
while 1:
entry = lfc.lfc_readdirg(dir)
if entry == None:
break
if entry.filemode & 040000:
marker = '/'
elif entry.filemode & 020000: # not entry.guid:
marker = '@'
else:
marker = ''
files.append({'name': entry.d_name + marker,
'mode': entry.filemode,
'guid': entry.guid})
if not (entry.filemode & 060000): # Exclude folders and symbolic links
guids.append(entry.guid)
lfc.lfc_closedir(dir)
#---------------------------------------------------------------------------
# Get all replicas at once and build dictionaries per GUID
#---------------------------------------------------------------------------
guidSizes = {}
guidReplicas = {}
(res, rep_entries) = lfc.lfc_getreplicas(guids, '')
if res != 0:
print 'lfc_getreplicas : Error ' + str(res) + "\n"
else:
for entry in rep_entries:
if entry.errcode == 0:
if entry.guid in guidReplicas:
guidReplicas[entry.guid].append(entry.sfn)
else:
guidSizes[entry.guid] = entry.filesize
guidReplicas[entry.guid] = [entry.sfn]
#---------------------------------------------------------------------------
# Loop on the list of files to print their Filemode, Name and Replicas
#---------------------------------------------------------------------------
for myfile in files:
print ('%06o' % myfile['mode']) + ' ' + myfile['name']
guid = myfile['guid']
if guid in guidReplicas:
nb_replicas = 0
for replica in guidReplicas[guid]:
if replica != '':
nb_replicas += 1
print ' ==>', replica
print 'Found ' + str(nb_replicas) + ' replica(s) Size=' + \
str(guidSizes[guid])
print