def initUI( self ):
"""
in: nothing
returns nothing
"""
# superclass openwindow
ListWindow.initUI( self )
# add stepperlist
self.theClassList = ClassList( self, self['ClassListFrame'] )
# add stepperpropertylist
self.theClassPropertyList = ClassEditor( self, self['ClassPropertyFrame'] )
# add signal handlers
# self.addHandlers({ })
self.theClassList.update()
classList = self.theModelEditor.getModel().getStepperList()
if len(classList) == 0:
aClassList = []
else:
aClassList = [ classList[0] ]
self.selectStepper( aClassList )
import re
import copy
from Class import Class
from ClassList import ClassList
from Session import Session
from EquivalenceClassList import EquivalenceClassList
import csv
pattern1_str = "\s*(?P<crn>\d{5})\s+(?P<dept>[A-Z]{4})\s+(?P<course_number>\d{4}[A-Z]*)\s+(?P<section>\d+[A-Z]*)"
pattern1 = re.compile(pattern1_str)
pattern2_str = "\s+(?P<start_date>\d{2}\-[A-Z]{3})-\d{4}\s+(?P<end_date>\d{2}-[A-Z]{3}-\d{4})\s+(?P<days>[MTWRF]+)\s+(?P<start_time>\d{2}:\d{2}[ap]m)-(?P<end_time>\d{2}:\d{2}[ap]m)\D+\d{4}[A-z]*"
pattern2 = re.compile(pattern2_str)
class_list = ClassList()
current_class = None
#with open('banner_course_schedule.py') as f:
with open('html_classes_content2.txt') as f:
for line in f:
results1 = pattern1.match(line)
results2 = pattern2.match(line)
if results1 != None:
if current_class != None:
class_list.add_class(current_class)
current_crn = results1.group('crn')
current_dept = results1.group('dept')
class ClassEditorWindow(ListWindow):
def __init__( self, aModelEditor, aRoot = 'top_frame' ):
"""
in: ModelEditor theModelEditor
returns nothing
"""
ListWindow.__init__( self, aModelEditor )
self.initUI()
def initUI( self ):
"""
in: nothing
returns nothing
"""
# superclass openwindow
ListWindow.initUI( self )
# add stepperlist
self.theClassList = ClassList( self, self['ClassListFrame'] )
# add stepperpropertylist
self.theClassPropertyList = ClassEditor( self, self['ClassPropertyFrame'] )
# add signal handlers
# self.addHandlers({ })
self.theClassList.update()
classList = self.theModelEditor.getModel().getStepperList()
if len(classList) == 0:
aClassList = []
else:
aClassList = [ classList[0] ]
self.selectStepper( aClassList )
def updateEntityList ( self ):
if not self.exists():
return
self.theClassList.update( )
self.updatePropertyList( )
def updatePropertyList ( self, anID = None ):
"""
in: anID ( system or stepper ) where changes happened
"""
if not self.exists():
return
oldDisplayedID = self.theClassPropertyList.getDisplayedStepper()
selectedIDs = self.theClassList.getSelectedIDs()
if len( selectedIDs) != 1:
newDisplayedID = None
else:
newDisplayedID = selectedIDs[0]
if oldDisplayedID != newDisplayedID or newDisplayedID == anID or anID == None:
self.theClassPropertyList.setDisplayedStepper( newDisplayedID )
def setLastActiveComponent( self, aComponent ):
pass
def update( self, aType = None, anID = None ):
# anID None means all for steppers
if aType == DM_STEPPER_TYPE:
if anID == None:
# update all
self.updateEntityList()
else:
self.updatePropertyList( anID )
elif aType in [ DM_SYSTEM_TYPE, DM_PROCESS_TYPE, None]:
self.updatePropertyList()
elif aType == DM_PROPERTY_TYPE:
self.updatePropertyList( anID )
def selectStepper( self, aStepperList ):
self.theClassList.changeSelection( aStepperList )
self.theClassList.selectByUser()
#############################
# SIGNAL HANDLERS #
#############################
def deleted( self, *args ):
ListWindow.deleted( self, *args )
self.theClassList.close()
self.theClassPropertyList.close()
self.theModelEditor.theClassEditor = None
self.theModelEditor.theMainWindow.update()
return True
from Class import Class
from ClassList import ClassList
from Session import Session
from EquivalenceClassList import EquivalenceClassList
#Patterns to match using regex. These patterns are likely to be school specific. Dalton
# State College uses banner.
pattern1_str = "(?P<crn>\d{5})\s+(?P<dept>[A-Z]{4})\s+(?P<course_number>\d{4}[A-Z]*)\s+(?P<section>\d+[A-Z]*)"
pattern1 = re.compile(pattern1_str)
#More patterns to match using regex. These look for the start and end dates/times
# that appear for the classes.
pattern2_str = "\s+(?P<start_date>\d{2}\-[A-Z]{3})-\d{4}\s+(?P<end_date>\d{2}-[A-Z]{3}-\d{4})\s+(?P<days>[MTWRF]+)\s+(?P<start_time>\d{2}:\d{2}[ap]m)-(?P<end_time>\d{2}:\d{2}[ap]m)\D+\d{4}[A-z]*"
pattern2 = re.compile(pattern2_str)
class_list = ClassList()
current_class = None
#banner_course_schedule is where you would copy past all of the code for the
# courses so that this program can peek inside and grab the patterns that
# represent the classes. Be sure to copy paste all classes you want to
# build a final exam schedule into one file.
with open('banner_course_schedule.py') as f:
for line in f:
#Grab the lines that match the pattern. They patterns come in pairs.
results1 = pattern1.match(line)
results2 = pattern2.match(line)
#If results1 has something, continue.
