def makeGrpTreeNone(self):
"""Make tree with no grouping."""
tree = TMNode((_("Dataset"), _("Size"), _("Type"), _("File")), None)
for name, ds in self.doc.data.iteritems():
child = DatasetNode(self.doc, name,
("name", "size", "type", "linkfile"), None)
# add if not filtered for filtering
if not self.datasetFilterOut(ds, child):
tree.insertChildSorted(child)
return tree
def makeGrpTreeNone(self):
"""Make tree with no grouping."""
tree = TMNode( ("Dataset", "Size", "Type", "File"), None )
for name, ds in self.doc.data.iteritems():
child = DatasetNode( self.doc, name,
("name", "size", "type", "linkfile"),
None )
# add if not filtered for filtering
if not self.datasetFilterOut(ds, child):
tree.insertChildSorted(child)
return tree
def __init__(self, doc, dsname, cols, parent):
ds = doc.data[dsname]
data = []
assert cols[0] == "name"
for c in cols:
if c == "name":
data.append( dsname )
elif c == "size":
data.append( ds.userSize() )
elif c == "type":
data.append( ds.dstype )
elif c == "linkfile":
data.append( os.path.basename(datasetLinkFile(ds)) )
TMNode.__init__(self, tuple(data), parent)
self.doc = doc
self.cols = cols
def __init__(self, doc, dsname, cols, parent):
ds = doc.data[dsname]
data = []
assert cols[0] == "name"
for c in cols:
if c == "name":
data.append(dsname)
elif c == "size":
data.append(ds.userSize())
elif c == "type":
data.append(ds.dstype)
elif c == "linkfile":
data.append(os.path.basename(datasetLinkFile(ds)))
TMNode.__init__(self, tuple(data), parent)
self.doc = doc
self.cols = cols
def treeFromList(nodelist, rootdata):
"""Construct a tree from a list of nodes."""
tree = TMNode( rootdata, None )
for node in nodelist:
tree.insertChildSorted(node)
return tree
def treeFromList(nodelist, rootdata):
"""Construct a tree from a list of nodes."""
tree = TMNode(rootdata, None)
for node in nodelist:
tree.insertChildSorted(node)
return tree
