class PyFoobar(NSObject):
def init(self):
self = super(PyFoobar, self).init()
self.py = Foobar()
return self
@objc.signature('@@:')
#-> index
def index(self):
return self.py.logfile
@objc.signature('v@:')
#-> dump
def dump(self):
print self.py.logfile
@objc.signature('v@:')
#-> printKeys
def printKeys(self):
print "%d elements" % (len(self.py.logfile))
for i in self.py.logfile:
print i
@objc.signature('@@:i')
#-> getCounters
def getCounters_(self,row):
print "Asking for array at %d position" % (row)
counters = self.py.logfile[row]['value']
print counters
return counters
#------------------------------------------------------------------------------------------------------
# ObjC Protocol
#------------------------------------------------------------------------------------------------------
#@objc.signature('i@:')
@objc.signature('i@:iB')
#def count_SelectedElement_withFlag(self, selectedElement, isIndexTable):
def count_withFlag_(self, selectedElement, isIndexTable):
return self.py.count(selectedElement, isIndexTable)
#
# The number of underscores corresponds to the number of arguments
# Refer to the PyObjC for more information on how to decrypt thist
# f*ckin' convention.
#
# On the signature (NO DOCS)
# void = v
# Object = @
# self = @:
# integer = i
# unsigned int = I
# Boolean = B
#
@objc.signature('@@:@iiB')
def stringAtColumn_andRow_selectedElement_withFlag_(self, column, row, selectedElement, isIndexTable):
return self.py.object_at_columnrow(column, row, selectedElement, isIndexTable)
@objc.signature('@@:i')
def stringAtIndex_(self, index):
return self.py.string_at_index(index)
