def execute_connect(self, result):
import cdms2
# self.transfer_toggle is either: "Python" or "RM"
# self.replica_toggle is either: 0 or 1: default is 1 for User Replica Catalog
# self.rqmeny1.get() returns the "Replica DN" string
# self.rqmeny2.get() returns the "User ID" string
if result == 'Connect':
if self.cbn1.anonymous_flag:
gui_control.directory_or_database = 'database'
uri = 'ldap://'+self.eny1.get()+':'+self.eny2.get()+self.cbx2.get()
# self.parent.panelSV.textv_lab3.set(" Dataset: " )
gui_control.db=cdms2.connect( uri )
else: # Must have "User Dn" and "Password"
try:
gui_control.db=cdms2.connect( user=self.parent.eny3.get(),
password=self.parent.eny4.get() )
except:
gui_message.error(
"Invalid 'User DN' and 'Password' combination.\nTry again." )
return
uri = gui_control.db.uri
# Set the transfer method (Python FTP or ESG Request Manager)
if self.transfer_toggle=='Python':
import cdms2.cache
cdms2.cache.usePythonTransfer()
elif self.transfer_toggle=='RM':
gui_control.db.useRequestManager(self.rqmeny1.get(), self.replica_toggle, self.rqmeny2.get())
# Display the URI in the "Database" entry window
self.parent.panelSV.tin2.delete( 0, 'end' )
self.parent.panelSV.tin2.insert( 0, uri )
self.parent.panelSV.tin3.delete( 0, 'end' )
self.parent.panelSV.tin4.delete( 0, 'end' )
# Display the URIs in the "Databases" window
match_found = None
for x in gui_control.db_connections:
match_found = re.match( uri, x )
if match_found: break
if not match_found:
gui_control.db_connections.append( uri )
self.parent.panelSV.tin2.clear( ) # clear "directory" combo box entry and list
self.parent.panelSV.tin2.setentry( gui_control.db_connections )
self.parent.panelSV.tin2.insert( 0, gui_control.db_connections )
self.parent.balloon.bind(self.parent.panelSV.tin2._arrowBtn, 'View and Select Databases')
self.parent.balloon.bind(self.parent.panelSV.tin3._arrowBtn, 'View and Select Datasets in Database')
self.parent.balloon.bind(self.parent.panelSV.tin4._arrowBtn, 'View and Select Variables in Dataset')
# Display the datasets in the "Datasets" window
ds_list = gui_control.db.listDatasets()
ds_list.sort()
self.parent.panelSV.tin3.ds_list = ds_list
#
self.parent.panelSV.tin3.clear( ) # clear "directory" combo box entry and list
self.parent.panelSV.tin4.clear( ) # clear "directory" combo box entry and list
self.parent.panelSV.tin3.component('scrolledlist').setlist( ds_list )
self.parent.panelSV.textv_lab3.set("Datasets:" )
else:
self.parent.panelSV.opt9.invoke(0)
#
self.dialog.destroy()
def evt_enter_directory( parent, event, who_called=0 ):
# change backgound color to white
parent.panelSV.tin2.configure( entry_background = 'white' )
#
Match_found = None
if gui_control.directory_or_database == 'directory':
if type(event) == types.StringType:
if event[0] == '/':
a = event
elif event[0:5] == '=====':
a = os.getcwd()
else:
a = os.getcwd() + '/' + event
else:
a = parent.panelSV.tin2.get()
# Add tilde function to entry window
if a == '~':
a = os.environ['HOME']
elif a[0:2] == '~/':
a = os.environ['HOME'] + '/' + a[2:]
elif a[0] == '~':
a = os.environ['HOME'] + '/' + a[1:]
a = a + '/'
try:
os.chdir( a )
except:
gui_message.error(('Cannot access directory [ %s ].' % a))
a=a[0:-1]
if parent.startusertask == 1: gui_control.track_user( parent, "Directory: %s" % a)
parent.panelSV.tin2.clear( ) # clear "directory" combo box entry and list
if parent.panelSV.tin3.first_time == 1:
parent.panelSV.tin3.delete(0, 'end') # clear only the "file" combo box list
else:
parent.panelSV.tin3.clear( ) # clear "file" combo box entry and list
if parent.panelSV.tin4.first_time == 1:
parent.panelSV.tin4.delete(0, 'end') # clear only the "variable" combo box list
else:
parent.panelSV.tin4.clear( ) # clear "variable" combo box entry and list
#
if who_called != 1:
t = os.getcwd()
else:
t = os.getcwd() + ' '
parent.panelSV.tin2._entryfield.setentry( t )
#
d,f = gui_functions._scn_a_dir( parent ) # re-write the new directory information and save directory list
gui_functions._scn_dir_history( parent, t ) # store access directory information to the history directory list
for j in range(len( parent.dir_history )): parent.panelSV.tin2.insert( j, parent.dir_history[j] )
for i in range(len(d)): parent.panelSV.tin2.insert( j+i+1, d[i] )
#
for i in range(len(f)): parent.panelSV.tin3.insert( i, f[i] )
#
parent.panelDM.fid2 = None
parent.panelDM.var3 = parent.panelDM.remember_var3 = None
#
gui_functions._blank_dim1_to_ndim( parent )
#
if (parent.panelSV.tin3.first_time != 1) and (len(f) > 0):
parent.panelSV.tin3.setentry( f[0] )
evt_enter_file( parent, None )
#
# record the event: select a directory
command = "os.chdir( '%s' )" % os.getcwd()
gui_control.record_command( parent, command )
elif gui_control.directory_or_database == 'database':
if event.keysym == 'Return':
try:
parent.parent.update()
g_wait = gui_message.wait(parent.parent,'Please wait while the connection\n to the database is made.')
gui_control.db=cdms2.connect( parent.parent.tin2.get() )
parent.parent.update()
g_wait.progress()
for x in gui_control.db_connections:
Match_found = re.match( parent.parent.tin2.get(), x )
if Match_found: break
if not Match_found:
gui_control.db_connections.append( parent.parent.tin2.get() )
parent.parent.panelC.scl1.setlist( gui_control.db_connections )
db_list = gui_control.db.listDatasets()
db_list.sort()
parent.parent.panelC.scl2.setlist( db_list )
parent.parent.panelC.scl3.setlist( '' )
gui_functions._blank_dim1_to_ndim( parent )
g_wait.execute()
except:
g_wait.execute()
gui_message.error("Invalid database string.\nCould not connect to specified database.")
def execute_connect(self, result):
import cdms2
# self.transfer_toggle is either: "Python" or "RM"
# self.replica_toggle is either: 0 or 1: default is 1 for User Replica Catalog
# self.rqmeny1.get() returns the "Replica DN" string
# self.rqmeny2.get() returns the "User ID" string
if result == 'Connect':
if self.cbn1.anonymous_flag:
gui_control.directory_or_database = 'database'
uri = 'ldap://' + self.eny1.get() + ':' + self.eny2.get(
) + self.cbx2.get()
# self.parent.panelSV.textv_lab3.set(" Dataset: " )
gui_control.db = cdms2.connect(uri)
else: # Must have "User Dn" and "Password"
try:
gui_control.db = cdms2.connect(
user=self.parent.eny3.get(),
password=self.parent.eny4.get())
except:
gui_message.error(
"Invalid 'User DN' and 'Password' combination.\nTry again."
)
return
uri = gui_control.db.uri
# Set the transfer method (Python FTP or ESG Request Manager)
if self.transfer_toggle == 'Python':
import cdms2.cache
cdms2.cache.usePythonTransfer()
elif self.transfer_toggle == 'RM':
gui_control.db.useRequestManager(self.rqmeny1.get(),
self.replica_toggle,
self.rqmeny2.get())
# Display the URI in the "Database" entry window
self.parent.panelSV.tin2.delete(0, 'end')
self.parent.panelSV.tin2.insert(0, uri)
self.parent.panelSV.tin3.delete(0, 'end')
self.parent.panelSV.tin4.delete(0, 'end')
# Display the URIs in the "Databases" window
match_found = None
for x in gui_control.db_connections:
match_found = re.match(uri, x)
if match_found: break
if not match_found:
gui_control.db_connections.append(uri)
self.parent.panelSV.tin2.clear(
) # clear "directory" combo box entry and list
self.parent.panelSV.tin2.setentry(gui_control.db_connections)
self.parent.panelSV.tin2.insert(0, gui_control.db_connections)
self.parent.balloon.bind(self.parent.panelSV.tin2._arrowBtn,
'View and Select Databases')
self.parent.balloon.bind(self.parent.panelSV.tin3._arrowBtn,
'View and Select Datasets in Database')
self.parent.balloon.bind(self.parent.panelSV.tin4._arrowBtn,
'View and Select Variables in Dataset')
# Display the datasets in the "Datasets" window
ds_list = gui_control.db.listDatasets()
ds_list.sort()
self.parent.panelSV.tin3.ds_list = ds_list
#
self.parent.panelSV.tin3.clear(
) # clear "directory" combo box entry and list
self.parent.panelSV.tin4.clear(
) # clear "directory" combo box entry and list
self.parent.panelSV.tin3.component('scrolledlist').setlist(ds_list)
self.parent.panelSV.textv_lab3.set("Datasets:")
else:
self.parent.panelSV.opt9.invoke(0)
#
self.dialog.destroy()
def evt_enter_directory(parent, event, who_called=0):
# change backgound color to white
parent.panelSV.tin2.configure(entry_background='white')
#
Match_found = None
if gui_control.directory_or_database == 'directory':
if type(event) == types.StringType:
if event[0] == '/':
a = event
elif event[0:5] == '=====':
a = os.getcwd()
else:
a = os.getcwd() + '/' + event
else:
a = parent.panelSV.tin2.get()
# Add tilde function to entry window
if a == '~':
a = os.environ['HOME']
elif a[0:2] == '~/':
a = os.environ['HOME'] + '/' + a[2:]
elif a[0] == '~':
a = os.environ['HOME'] + '/' + a[1:]
a = a + '/'
try:
os.chdir(a)
except:
gui_message.error(('Cannot access directory [ %s ].' % a))
a = a[0:-1]
if parent.startusertask == 1:
gui_control.track_user(parent, "Directory: %s" % a)
parent.panelSV.tin2.clear(
) # clear "directory" combo box entry and list
if parent.panelSV.tin3.first_time == 1:
parent.panelSV.tin3.delete(
0, 'end') # clear only the "file" combo box list
else:
parent.panelSV.tin3.clear(
) # clear "file" combo box entry and list
if parent.panelSV.tin4.first_time == 1:
parent.panelSV.tin4.delete(
0, 'end') # clear only the "variable" combo box list
else:
parent.panelSV.tin4.clear(
) # clear "variable" combo box entry and list
#
if who_called != 1:
t = os.getcwd()
else:
t = os.getcwd() + ' '
parent.panelSV.tin2._entryfield.setentry(t)
#
d, f = gui_functions._scn_a_dir(
parent
) # re-write the new directory information and save directory list
gui_functions._scn_dir_history(
parent, t
) # store access directory information to the history directory list
for j in range(len(parent.dir_history)):
parent.panelSV.tin2.insert(j, parent.dir_history[j])
for i in range(len(d)):
parent.panelSV.tin2.insert(j + i + 1, d[i])
#
for i in range(len(f)):
parent.panelSV.tin3.insert(i, f[i])
#
parent.panelDM.fid2 = None
parent.panelDM.var3 = parent.panelDM.remember_var3 = None
#
gui_functions._blank_dim1_to_ndim(parent)
#
if (parent.panelSV.tin3.first_time != 1) and (len(f) > 0):
parent.panelSV.tin3.setentry(f[0])
evt_enter_file(parent, None)
#
# record the event: select a directory
command = "os.chdir( '%s' )" % os.getcwd()
gui_control.record_command(parent, command)
elif gui_control.directory_or_database == 'database':
if event.keysym == 'Return':
try:
parent.parent.update()
g_wait = gui_message.wait(
parent.parent,
'Please wait while the connection\n to the database is made.'
)
gui_control.db = cdms2.connect(parent.parent.tin2.get())
parent.parent.update()
g_wait.progress()
for x in gui_control.db_connections:
Match_found = re.match(parent.parent.tin2.get(), x)
if Match_found: break
if not Match_found:
gui_control.db_connections.append(parent.parent.tin2.get())
parent.parent.panelC.scl1.setlist(gui_control.db_connections)
db_list = gui_control.db.listDatasets()
db_list.sort()
parent.parent.panelC.scl2.setlist(db_list)
parent.parent.panelC.scl3.setlist('')
gui_functions._blank_dim1_to_ndim(parent)
g_wait.execute()
except:
g_wait.execute()
gui_message.error(
"Invalid database string.\nCould not connect to specified database."
)