def redraw(self):
# clear the window, data might have changed
self.window.erase()
# formatting for the main view
format = '%3s %-15s %-15s %-19s %-13s %-13s'
# fields, as specified by model
fields = self.interface.model.get_fields()[0:5]
headers = [PNAModel.stringify(f) for f in fields]
headers.insert(0, '#')
my_str = format % tuple(headers)
self.window.addstr(0, 0, my_str, curses.A_REVERSE)
# make sure we have the most up-to-date data
self.update_data()
for (i, item) in enumerate(self.data):
data = [i + 1]
for f in fields:
data.append(item[f])
my_str = format % tuple(data)
if self.selection == i:
self.window.addstr(i + 1, 0, my_str, curses.A_REVERSE)
else:
self.window.addstr(i + 1, 0, my_str)
# move all the changes we've made to the actual screen
self.window.refresh()
def redraw(self) :
# clear the window, data might have changed
self.window.erase()
# formatting for the main view
format = '%3s %-15s %-15s %-19s %-13s %-13s'
# fields, as specified by model
fields = self.interface.model.get_fields()[0:5]
headers = [PNAModel.stringify(f) for f in fields]
headers.insert(0, '#')
my_str = format % tuple(headers)
self.window.addstr(0, 0, my_str, curses.A_REVERSE)
# make sure we have the most up-to-date data
self.update_data()
for (i, item) in enumerate(self.data) :
data = [ i+1 ]
for f in fields :
data.append(item[f])
my_str = format % tuple(data)
if self.selection == i :
self.window.addstr(i+1, 0, my_str, curses.A_REVERSE)
else :
self.window.addstr(i+1, 0, my_str)
# move all the changes we've made to the actual screen
self.window.refresh()
def redraw(self) :
settings = self.interface.model.settings
# Stringify the title bar
my_str = ''
program = '(intop)'
for action in self.actions :
my_str += action[0][0]+':'+action[1]+' '
my_str += ' '*(self.width-len(my_str)-len(program))
my_str += program
self.window.addstr(0, 0, my_str, curses.A_REVERSE)
# Stringify the sort key
my_str = ' Sort Key: '
my_str += PNAModel.stringify(settings['sort-key'])
self.window.addstr(1, 0, my_str)
# Stringify the threshold
my_str = ' Threshold: '
my_str += str(settings['threshold'])
self.window.addstr(2, 0, my_str)
# Stringify the filters
self.window.addstr(self.height-1, 0, ' '*(self.width-1))
filter_str = ' Filters: '
if settings['filters'] == None or settings['filters'] == {} :
my_str = filter_str
my_str += 'None'
self.window.addstr(3, 0, my_str)
else:
for (i, filter) in enumerate(settings['filters']) :
if i == 0 :
my_str = filter_str
elif (i+3) >= self.height :
my_str = ' [press "f" for more filters]'
pos_y = self.width-len(my_str)-1
self.window.addstr(i+2, pos_y, my_str)
break
else :
my_str = ' '*len(filter_str)
my_str += PNAModel.stringify(filter) + ' of '
my_str += str(settings['filters'][filter])
my_str += ' '*(self.width-len(my_str)-1)
self.window.addstr(i+3, 0, my_str)
# move all the changes we've made to the actual screen
self.window.refresh()
def redraw(self):
settings = self.interface.model.settings
# Stringify the title bar
my_str = ''
program = '(intop)'
for action in self.actions:
my_str += action[0][0] + ':' + action[1] + ' '
my_str += ' ' * (self.width - len(my_str) - len(program))
my_str += program
self.window.addstr(0, 0, my_str, curses.A_REVERSE)
# Stringify the sort key
my_str = ' Sort Key: '
my_str += PNAModel.stringify(settings['sort-key'])
self.window.addstr(1, 0, my_str)
# Stringify the threshold
my_str = ' Threshold: '
my_str += str(settings['threshold'])
self.window.addstr(2, 0, my_str)
# Stringify the filters
self.window.addstr(self.height - 1, 0, ' ' * (self.width - 1))
filter_str = ' Filters: '
if settings['filters'] == None or settings['filters'] == {}:
my_str = filter_str
my_str += 'None'
self.window.addstr(3, 0, my_str)
else:
for (i, filter) in enumerate(settings['filters']):
if i == 0:
my_str = filter_str
elif (i + 3) >= self.height:
my_str = ' [press "f" for more filters]'
pos_y = self.width - len(my_str) - 1
self.window.addstr(i + 2, pos_y, my_str)
break
else:
my_str = ' ' * len(filter_str)
my_str += PNAModel.stringify(filter) + ' of '
my_str += str(settings['filters'][filter])
my_str += ' ' * (self.width - len(my_str) - 1)
self.window.addstr(i + 3, 0, my_str)
# move all the changes we've made to the actual screen
self.window.refresh()
def view_details(self):
# Make sure there is something available
if 0 > self.selection or self.selection > len(self.data):
curses.beep()
return
# Get and format the filter list
name_len = 15
value_len = 17
format = ' %' + str(name_len) + 's: %-' + str(value_len) + 's'
items = []
max_width = 0
for item in self.interface.model.get_fields(headers=False):
name = PNAModel.stringify(item)
if item[0:3] in ('tcp', 'udp') and item[3:] == '-tuples':
ports = []
for tuple in self.data[self.selection][item]:
local_port = str(tuple['local-port'])
remote_port = str(tuple['remote-port'])
ports.append(local_port + ':' + remote_port)
value = ', '.join(ports)
else:
value = str(self.data[self.selection][item])
my_str = format % (name, value)
if len(my_str) > self.width - 2:
my_str = my_str[0:self.width - 5]
my_str += '...'
if len(my_str) > max_width:
max_width = len(my_str)
items.append(my_str)
# Build selection box
x = (self.width - (max_width + 2)) / 2
detail_box = curses.newwin(len(items) + 2, max_width + 2, 6, x)
detail_box.box()
detail_pane = curses.panel.new_panel(detail_box)
# Establish interface for selection box
while True:
# Display view
for (i, item) in enumerate(items):
detail_box.addstr(i + 1, 1, item)
detail_box.move(0, 0)
detail_box.refresh()
# Interaction
try:
key = self.interface.getkey(detail_box)
except curses.error:
continue
if key in (
'q',
'Q',
ascii.ESC,
'\r',
'\n',
):
break
detail_pane.hide()
detail_box.erase()
def set_sort_key(self) :
settings = self.interface.model.settings
current_key = settings['sort-key']
# Get and format the available keys
format = '%-15s'
sort_keys = []
for key in self.interface.model.sort_keys :
sort_keys.append(format % PNAModel.stringify(key))
# Build selection box
key_box = curses.newwin(len(sort_keys)+2, len(sort_keys[0])+2, 0, 11)
key_box.box()
key_pane = curses.panel.new_panel(key_box)
# Establish interface for selection box
selection = list(self.interface.model.sort_keys).index(current_key)
while True :
# Display view
for (i, key) in enumerate(sort_keys) :
if i == selection :
key_box.addstr(i+1, 1, key, curses.A_REVERSE)
else :
key_box.addstr(i+1, 1, key)
key_box.move(selection+1, 1)
key_box.refresh()
# Interaction
try :
key = self.interface.getkey(key_box)
except curses.error :
continue
if key in ('q','Q',ascii.ESC,) :
break
elif key in ('\r', '\n',) :
settings['sort-key'] = self.interface.model.sort_keys[selection]
break
elif key in ('k', curses.KEY_UP,) :
selection -= 1
if selection < 0 :
selection = 0
curses.beep()
elif key in ('j', curses.KEY_DOWN,) :
selection += 1
if selection > len(sort_keys) - 1 :
selection = len(sort_keys) - 1
curses.beep()
elif key in ('h', curses.KEY_LEFT,) :
if selection == 0 :
curses.beep()
selection = 0
elif key in ('l', curses.KEY_RIGHT,) :
if selection == len(sort_keys) - 1 :
curses.beep()
selection = len(sort_keys) - 1
key_pane.hide()
key_box.erase()
self.interface.windows['information'].clear()
def view_details(self) :
# Make sure there is something available
if 0 > self.selection or self.selection > len(self.data):
curses.beep()
return
# Get and format the filter list
name_len = 15
value_len = 17
format = ' %'+str(name_len)+'s: %-'+str(value_len)+'s'
items = []
max_width = 0
for item in self.interface.model.get_fields(headers=False) :
name = PNAModel.stringify(item)
if item[0:3] in ('tcp', 'udp') and item[3:] == '-tuples' :
ports = []
for tuple in self.data[self.selection][item] :
local_port = str(tuple['local-port'])
remote_port = str(tuple['remote-port'])
ports.append(local_port+':'+remote_port)
value = ', '.join(ports)
else :
value = str(self.data[self.selection][item])
my_str = format % (name, value)
if len(my_str) > self.width - 2:
my_str = my_str[0:self.width-5]
my_str += '...'
if len(my_str) > max_width :
max_width = len(my_str)
items.append(my_str)
# Build selection box
x = (self.width - (max_width + 2)) / 2
detail_box = curses.newwin(len(items)+2, max_width+2, 6, x)
detail_box.box()
detail_pane = curses.panel.new_panel(detail_box)
# Establish interface for selection box
while True :
# Display view
for (i, item) in enumerate(items) :
detail_box.addstr(i+1, 1, item)
detail_box.move(0,0)
detail_box.refresh()
# Interaction
try :
key = self.interface.getkey(detail_box)
except curses.error :
continue
if key in ('q','Q',ascii.ESC,'\r','\n',) :
break
detail_pane.hide()
detail_box.erase()
def view_filters(self) :
# Get and format the filter list
name_len = 17
value_len = 21
format = ' %'+str(name_len)+'s: %-'+str(value_len)+'s'
settings = self.interface.model.settings
filters = []
for filter in self.interface.model.filters :
name_str = PNAModel.stringify(filter)
value_str = settings['filters'].get(filter, '')
my_str = format % (name_str, value_str)
filters.append(my_str)
# Build selection box
filter_box = curses.newwin(len(filters)+2, len(filters[0])+2, 2, 11)
filter_box.box()
filter_pane = curses.panel.new_panel(filter_box)
# Establish interface for selection box
selection = 0
while True :
# Display view
for (i, filter) in enumerate(filters) :
if i == selection :
filter_box.addstr(i+1, 1, filter, curses.A_REVERSE)
else :
filter_box.addstr(i+1, 1, filter)
filter_box.move(selection+1, 1)
filter_box.refresh()
# Interaction
try :
key = self.interface.getkey(filter_box)
except curses.error :
continue
if key in ('q','Q',ascii.ESC,) :
break
elif key in ('\r', '\n',) :
# Get selected filter name
filter = self.interface.model.filters[selection]
regex = self.interface.model.filter_res[selection]
filter_box.addstr(selection+1, 1, filters[selection])
filter_box.refresh()
# Get some settings
value = settings['filters'].get(filter, '')
chars = string.letters+string.digits+'.-:/ '
y = selection+3
x = 12+name_len+3
# Get the new value (break on match)
edit_box = EditField(self.interface, value_len, y, x)
while True :
# find current value and get new value
value = edit_box.get_value(initial=value, chars=chars)
# see if value matches acceptable format
if value == '' or None != regex.match(value) :
break
curses.beep()
if value == '' :
if filter in settings['filters'] :
del settings['filters'][filter]
else :
settings['filters'][filter] = value
name_str = PNAModel.stringify(filter)
filters[selection] = format % (name_str, value)
elif key in (ascii.BS, ascii.DEL,) :
# Clear the selected filter
filter = self.interface.model.filters[selection]
if filter in settings['filters'] :
del settings['filters'][filter]
name_str = PNAModel.stringify(filter)
filters[selection] = format % (name_str, '')
elif key in ('k', curses.KEY_UP,) :
# Move selection up
selection -= 1
if selection < 0 :
selection = 0
curses.beep()
elif key in ('j', curses.KEY_DOWN,) :
# Move selection down
selection += 1
if selection > len(filters) - 1 :
selection = len(filters) - 1
curses.beep()
elif key in ('h', curses.KEY_LEFT,) :
# Move selection left
if selection == 0 :
curses.beep()
selection = 0
elif key in ('l', curses.KEY_RIGHT,) :
# Move selection right
if selection == len(filters) - 1 :
curses.beep()
selection = len(filters) - 1
filter_pane.hide()
filter_box.erase()
self.interface.windows['information'].clear()
def view_filters(self):
# Get and format the filter list
name_len = 17
value_len = 21
format = ' %' + str(name_len) + 's: %-' + str(value_len) + 's'
settings = self.interface.model.settings
filters = []
for filter in self.interface.model.filters:
name_str = PNAModel.stringify(filter)
value_str = settings['filters'].get(filter, '')
my_str = format % (name_str, value_str)
filters.append(my_str)
# Build selection box
filter_box = curses.newwin(
len(filters) + 2,
len(filters[0]) + 2, 2, 11)
filter_box.box()
filter_pane = curses.panel.new_panel(filter_box)
# Establish interface for selection box
selection = 0
while True:
# Display view
for (i, filter) in enumerate(filters):
if i == selection:
filter_box.addstr(i + 1, 1, filter, curses.A_REVERSE)
else:
filter_box.addstr(i + 1, 1, filter)
filter_box.move(selection + 1, 1)
filter_box.refresh()
# Interaction
try:
key = self.interface.getkey(filter_box)
except curses.error:
continue
if key in (
'q',
'Q',
ascii.ESC,
):
break
elif key in (
'\r',
'\n',
):
# Get selected filter name
filter = self.interface.model.filters[selection]
regex = self.interface.model.filter_res[selection]
filter_box.addstr(selection + 1, 1, filters[selection])
filter_box.refresh()
# Get some settings
value = settings['filters'].get(filter, '')
chars = string.letters + string.digits + '.-:/ '
y = selection + 3
x = 12 + name_len + 3
# Get the new value (break on match)
edit_box = EditField(self.interface, value_len, y, x)
while True:
# find current value and get new value
value = edit_box.get_value(initial=value, chars=chars)
# see if value matches acceptable format
if value == '' or None != regex.match(value):
break
curses.beep()
if value == '':
if filter in settings['filters']:
del settings['filters'][filter]
else:
settings['filters'][filter] = value
name_str = PNAModel.stringify(filter)
filters[selection] = format % (name_str, value)
elif key in (
ascii.BS,
ascii.DEL,
):
# Clear the selected filter
filter = self.interface.model.filters[selection]
if filter in settings['filters']:
del settings['filters'][filter]
name_str = PNAModel.stringify(filter)
filters[selection] = format % (name_str, '')
elif key in (
'k',
curses.KEY_UP,
):
# Move selection up
selection -= 1
if selection < 0:
selection = 0
curses.beep()
elif key in (
'j',
curses.KEY_DOWN,
):
# Move selection down
selection += 1
if selection > len(filters) - 1:
selection = len(filters) - 1
curses.beep()
elif key in (
'h',
curses.KEY_LEFT,
):
# Move selection left
if selection == 0:
curses.beep()
selection = 0
elif key in (
'l',
curses.KEY_RIGHT,
):
# Move selection right
if selection == len(filters) - 1:
curses.beep()
selection = len(filters) - 1
filter_pane.hide()
filter_box.erase()
self.interface.windows['information'].clear()
def set_sort_key(self):
settings = self.interface.model.settings
current_key = settings['sort-key']
# Get and format the available keys
format = '%-15s'
sort_keys = []
for key in self.interface.model.sort_keys:
sort_keys.append(format % PNAModel.stringify(key))
# Build selection box
key_box = curses.newwin(
len(sort_keys) + 2,
len(sort_keys[0]) + 2, 0, 11)
key_box.box()
key_pane = curses.panel.new_panel(key_box)
# Establish interface for selection box
selection = list(self.interface.model.sort_keys).index(current_key)
while True:
# Display view
for (i, key) in enumerate(sort_keys):
if i == selection:
key_box.addstr(i + 1, 1, key, curses.A_REVERSE)
else:
key_box.addstr(i + 1, 1, key)
key_box.move(selection + 1, 1)
key_box.refresh()
# Interaction
try:
key = self.interface.getkey(key_box)
except curses.error:
continue
if key in (
'q',
'Q',
ascii.ESC,
):
break
elif key in (
'\r',
'\n',
):
settings['sort-key'] = self.interface.model.sort_keys[
selection]
break
elif key in (
'k',
curses.KEY_UP,
):
selection -= 1
if selection < 0:
selection = 0
curses.beep()
elif key in (
'j',
curses.KEY_DOWN,
):
selection += 1
if selection > len(sort_keys) - 1:
selection = len(sort_keys) - 1
curses.beep()
elif key in (
'h',
curses.KEY_LEFT,
):
if selection == 0:
curses.beep()
selection = 0
elif key in (
'l',
curses.KEY_RIGHT,
):
if selection == len(sort_keys) - 1:
curses.beep()
selection = len(sort_keys) - 1
key_pane.hide()
key_box.erase()
self.interface.windows['information'].clear()