def make_outputpopup(self):
'''Creates a popup window in which output can be printed'''
self.outputframe = wx.Frame(
None, title="Output Panel") # creation of a Frame with a title
self.output = output.create(
self.outputframe, style=wx.VSCROLL
| wx.HSCROLL) # creation of a richtextctrl in the frame
def view_output(self, evt): '''Make an output window in which things can be printed''' self.outputframe = wx.Frame(self, title="Output Panel") # creation of a Frame with a title self.outputwindow = output.create(self.outputframe, style=wx.VSCROLL|wx.HSCROLL) # creation of a richtextctrl in the frame sizer = wx.BoxSizer(wx.VERTICAL) #make sizer sizer.Add(item=self.outputwindow, proportion=-1, flag=wx.EXPAND) #put panel in sizer self.outputframe.SetSizer(sizer) #assign sizer to window self.outputframe.Show()
def view_output(self, evt):
'''Make an output window in which things can be printed'''
self.outputframe = wx.Frame(
self, title="Output Panel") # creation of a Frame with a title
self.outputwindow = output.create(
self.outputframe, style=wx.VSCROLL
| wx.HSCROLL) # creation of a richtextctrl in the frame
sizer = wx.BoxSizer(wx.VERTICAL) #make sizer
sizer.Add(item=self.outputwindow, proportion=-1,
flag=wx.EXPAND) #put panel in sizer
self.outputframe.SetSizer(sizer) #assign sizer to window
self.outputframe.Show()
def main(build=None):
LOGGER.info("Starting compare for cid=%s, pids=%s...",
settings.DEFAULT.campaigns, settings.DEFAULT.publishers)
output.aggregate()
if not build:
build = output.generate_build_string()
jobname = "compare_" + build
pb = output.create(build=jobname)
cids = placelocal.get_cids_from_settings()
compare(pb, cids=cids)
return pb
def main(build=None):
LOGGER.info("Starting compare for cid=%s, pids=%s...",
settings.DEFAULT.campaigns, settings.DEFAULT.publishers)
output.aggregate()
if not build:
build = output.generate_build_string()
jobname = "compare_" + build
pb = output.create(build=jobname)
cids = placelocal.get_cids_from_settings()
compare(pb, cids=cids)
return pb
def main():
"""
Runs capture, returns the job name for the capture job
:param cids:
:param pids:
:return:
"""
original_build = output.generate_build_string()
build = "capture_" + original_build
pathbuilder = output.create(build=build)
cids = placelocal.get_cids_from_settings()
LOGGER.info("Starting capture against %s for %s campaigns: %s...",
settings.DEFAULT.domain,
len(cids), cids)
output.aggregate()
configs = settings.DEFAULT.configs_in_comparisons()
__capture_tags_for_configs(cids=cids, pathbuilder=pathbuilder, configs=configs)
return original_build
def main():
"""
Runs capture, returns the job name for the capture job
:param cids:
:param pids:
:return:
"""
original_build = output.generate_build_string()
build = "capture_" + original_build
pathbuilder = output.create(build=build)
cids = placelocal.get_cids_from_settings()
LOGGER.info("Starting capture against %s for %s campaigns: %s...",
settings.DEFAULT.domain, len(cids), cids)
output.aggregate()
configs = settings.DEFAULT.configs_in_comparisons()
__capture_tags_for_configs(cids=cids,
pathbuilder=pathbuilder,
configs=configs)
return original_build
def make_outputpopup(self): '''Creates a popup window in which output can be printed''' self.outputframe = wx.Frame(None, title="Output Panel") # creation of a Frame with a title self.output = output.create(self.outputframe, style=wx.VSCROLL|wx.HSCROLL) # creation of a richtextctrl in the frame
# G.add_edge(4, 13)
# G.add_edge(5, 6)
# G.add_edge(5, 9)
# G.add_edge(6, 7)
# G.add_edge(7, 8)
# G.add_edge(7, 9)
# G.add_edge(9, 15)
# G.add_edge(8, 14)
print(G.number_of_nodes(), 'nodes and', G.number_of_edges(), 'edges')
# Draw graph. If you don't like the layout that was selected,
# you may have to try different seed values until you get
# one that you do like. note this will only work for
# relatively small graphs.
from output import create, path
create('output', G)
color_map = {}
color_map[0] = 'm'
color_map[(5, 4)] = 'r'
create('output2', G, color_map=color_map)
color_map[1] = 'y'
color_map[2] = 'm'
create('output3', G, color_map=color_map)
color_map[0] = 'red'
create('output4', G, color_map=color_map)
import output
def eval_bool( b ):
return b( true )( false )
def eval_num( n ):
return n( lambda v : v + 1 )( 0 )
funcs = output.create()
# The factorial of 5 is 120
suc = funcs['suc']
zero = funcs['zero']
factorial = funcs['factorial']
assert( eval_num( factorial( suc( suc( suc( suc( suc( zero ) ) ) ) ) ) ) == 120 )
print( eval_num( factorial( suc( suc( suc( suc( suc( zero ) ) ) ) ) ) ) )