def build_new_paths(map_dict, num_layers):
"""Given current source paths, builds new source paths to reflect modified
directory structure
:type map_dict: Dict
:type num_layers: str
:rtype: None
"""
# Instantiate new PathBuilder object that will consume getter.source_paths list
builder = PathBuilder()
# Grab stored dict of filepaths
builder.get_mapped_sources()
# For each map
for mxd_path, lyr_sources_list in map_dict.items():
# Grab the map object to be modified
mxd = lyr_sources_list[0][0]
# Split the map filepath into list of directories and filename
split_target = builder.split_path(mxd_path)
# for each (map object, layer object, old layer source filepath) tuple
for lyr in lyr_sources_list:
# Grab the filename
source_fname = builder.split_path(lyr[2])[-1]
# Drop the .shp, .tif extenson
source_fname_wo_ext = str(source_fname.split('.')[0])
# Get old workspace path
try:
old_workspace = lyr[1].workspacePath
# Create dict for building new path
except:
print ("Layer doesn't have workspace path", lyr, type(lyr))
print ("Service layer?", lyr[1].isServiceLayer)
print ("Group layer?", lyr[1].isGroupLayer)
print("Supports DataSource?", lyr[1].supports("DATASOURCE"))
print lyr[1].longName
break
path_dict = builder.get_path_variables(split_target[split_target.index('Y:'): ])
# Move shared data sources from Z: into special Data Library folder
if old_workspace.startswith('Z') or old_workspace.startswith('Y:\_Data_Library'):
source_path = builder.split_path(old_workspace)[2:]
source_path = '\\'.join(source_path)
new_workspace = 'Y:\_DataLibrary' + '\\' + source_path
else:
# All other sources go into their respective project folders
new_workspace = builder.match_new_src(path_dict['Project'], source_fname)
if not new_workspace:
print "Couldn't make source match: " + source_fname
else:
builder.build(lyr[1], old_workspace, new_workspace)
print 'Saving the mxd...'
# If you get an error, make sure all other instances of mxd are closed
print '-------------------------------------------------------'
try:
mxd.save()
del mxd
except (IOError, AttributeError), e:
log_error(mxd.filePath)
print "Unable to save mxd " + mxd.title
def processDiffs(self, proj, path):
#self.got_some = {'java':True, 'cxx':True, 'hxx':True}
self.got_some = {'java': False, 'cxx': True, 'hxx': False}
self.pb = PathBuilder(self.tmpPath, force_clean=True)
if os.path.isdir(path) is True:
self.filterDiffProj(proj)
elif os.path.isfile(path) is True:
self.filterDiffFile(proj)
else:
return ('Invalid path : ' + path, False)
# Second, change each diff into ccFinder input format
converter = CCFXInputConverter()
progress = (self.operations_so_far.incr() /
float(self.num_operations)) * 100
callback = lambda: self.progress('Converting to ccfx input format')
converter.convert(proj, self.pb, callback)
self.num_operations = 3 * 2
self.operations_so_far = IntegerWrapper(0)
return ("Converting diffs to ccFinder compatible format is done", True)
