def GetSVNFiles(SVNPaths=None):
'''
Function for filtering files to put in the SVN repository.
'''
if SVNPaths == None:
SVNPaths = []
LinkList = LM.LinksFromOperations(LM.LoadLiveModules())
Things = numpy.array(
uniqify(LinkList['TargetFile'].tolist() +
LinkList['SourceFile'].tolist() +
LinkList['UpdateScriptFile'].tolist()))
Things.sort()
CreatedThings = LinkList[LinkList['LinkType'] == 'CreatedBy']['LinkTarget']
CreatedThings.sort()
[A, B] = getpathalong(CreatedThings, Things)
C = uniqify(ListUnion([range(a, b) for (a, b) in zip(A, B) if b > a]))
D = numpy.ones((len(Things), ), bool)
D[C] = False
[A, B] = getpathalong(Things, CreatedThings)
GoodThings = Things[D & (B == A)]
SVNPaths = uniqify(SVNPaths + GoodThings.tolist())
Files = uniqify([
x for x in ListUnion([RecursiveFileList(x) for x in SVNPaths])
if '.svn/' not in x and '.DS_Store' not in x
])
return [Files, SVNPaths]
def GetSVNFiles(SVNPaths=None): ''' Function for filtering files to put in the SVN repository. ''' if SVNPaths == None: SVNPaths = [] LinkList = LM.LinksFromOperations(LM.LoadLiveModules()) Things = numpy.array(uniqify(LinkList['TargetFile'].tolist() + LinkList['SourceFile'].tolist() + LinkList['UpdateScriptFile'].tolist())) Things.sort() CreatedThings = LinkList[LinkList['LinkType'] == 'CreatedBy']['LinkTarget'] CreatedThings.sort() [A,B] = getpathalong(CreatedThings,Things) C = uniqify(ListUnion([range(a,b) for (a,b) in zip(A,B) if b > a])) D = numpy.ones((len(Things),), bool) ; D[C] = False [A,B] = getpathalong(Things,CreatedThings) GoodThings = Things[D & (B == A)] SVNPaths = uniqify(SVNPaths + GoodThings.tolist()) Files = uniqify([x for x in ListUnion([RecursiveFileList(x) for x in SVNPaths]) if '.svn/' not in x and '.DS_Store' not in x]) return [Files,SVNPaths]
def SafeSimpleStack(seq): ''' Vertically stack sequences numpy record arrays. Avoids some of the problems of numpy.v_stack ''' names = uniqify(ListUnion([list(s.dtype.names) for s in seq if s.dtype.names != None])) formats = [max([s.dtype[att] for s in seq if s.dtype.names != None and att in s.dtype.names]).str for att in names] D = numpy.rec.fromarrays([ListUnion([s[att].tolist() if (s.dtype.names != None and att in s.dtype.names) else [nullvalue(format)] * len(s) for s in seq]) for (att,format) in zip(names,formats)], names = names) D = D.dumps() return numpy.loads(D)
def SafeSimpleStack(seq): ''' Vertically stack sequences numpy record arrays. Avoids some of the problems of numpy.v_stack ''' names = uniqify(ListUnion([list(s.dtype.names) for s in seq if s.dtype.names != None])) formats = [max([s.dtype[att] for s in seq if s.dtype.names != None and att in s.dtype.names]).str for att in names] D = numpy.rec.fromarrays([ListUnion([s[att].tolist() if (s.dtype.names != None and att in s.dtype.names) else [nullvalue(format)] * len(s) for s in seq]) for (att,format) in zip(names,formats)], names = names) D = D.dumps() return numpy.loads(D)
def ConsolidateSources(metapath,objname=None,extensions=None):
consolidated = {}
if extensions is None:
extensions = ['Attached','Associated','Automatic','Inherited']
combined = CombineSources(metapath,extensions=extensions)
if 'Resources' in combined.keys():
consolidated['Resources'] = uniqify(ListUnion(combined['Resources'].values()))
if 'image' in combined.keys():
consolidated['image'] = ListUnion([x.split(',') if is_string_like(x) else x for x in combined['image'].values()])
if 'author' in combined.keys():
consolidated['author'] = '; '.join(combined['author'].values())
if 'title' in combined.keys():
consolidated['title'] = '; '.join(combined['title'].values())
if 'description' in combined.keys():
descrs = combined['description'].items()
if len(descrs) == 1:
consolidated['description'] = descrs[0][1]
else:
consolidated['description'] = '\n\n'.join([e + ': ' + d for (e,d) in descrs])
elif 'Verbose' in combined.keys():
descrs = combined['Verbose'].items()
if len(descrs) == 1:
consolidated['description'] = descrs[0][1]
else:
consolidated['description'] = '\n\n'.join([e + ': ' + d for (e,d) in descrs])
if 'keywords' in combined.keys():
for k in combined['keywords'].keys():
if not is_string_like(combined['keywords'][k]):
combined['keywords'][k] = ','.join(combined['keywords'][k])
consolidated['keywords'] = ','.join([x.strip() for x in uniqify((','.join(combined['keywords'].values())).split(','))])
if 'signature' in combined.keys():
s = uniqify(combined['signature'].values())
if len(s) == 1:
consolidated['signature'] = s[0]
else:
consolidated['signature'] = ''
L = ['nrows','ncols','coloring','wordassoc','colformats','coltypes','colnames','wordassoc','frequentwords','nfiles','npaths']
LL = L + [x for x in combined.keys() if x.startswith('DIR_')]
for x in LL:
if x in combined.keys() and 'Automatic' in combined[x].keys():
consolidated[x] = combined[x]['Automatic']
elif x in combined.keys() and 'Attached' in combined[x].keys():
consolidated[x] = combined[x]['Automatic']
elif x in combined.keys() and 'Associated' in combined[x].keys():
consolidated[x] = combined[x]['Associated']
elif x in combined.keys() and 'Inherited' in combined[x].keys():
consolidated[x] = combined[x]['Inherited']
if 'coldescrs' in combined.keys():
coldescrs = {}
for c in combined['coldescrs'].values():
if isinstance(c,dict):
for k in c.keys():
if k in coldescrs.keys():
coldescrs[k] += (c[k],)
else:
coldescrs[k] = (c[k],)
for k in coldescrs.keys():
coldescrs[k] = '\n'.join(coldescrs[k])
consolidated['coldescrs'] = coldescrs
OtherKeys = set(combined.keys()).difference(consolidated.keys())
for k in OtherKeys:
consolidated[k] = ' '.join([x if is_string_like(x) else repr(x) for x in combined[k].values()])
return consolidated