def back(self, instance):
self.main_layout2.clear_widgets()
time.sleep(.5)
pyautogui.click(50, 50)
f = MainFile.MainApp()
f.run()
def testAll(self):
cgens = cgenD.implementingModules.keys()
specs = specD.implementingModules.keys()
quads = quadD.implementingModules.keys()
psels = pselD.implementingModules.keys()
forms = formD.implementingModules.keys()
params = baseParams
results = Results(cgens, specs, quads, psels, forms, [str(x) for x in range(1,4)])
for c in cgens:
params['coordinateGenerator'] = c
for sp in specs:
params['forcedSelector'] = sp
for q in quads:
params['quadratureMapper'] = q
for p in psels:
params['pointSelector'] = p
if p == "adjustedExponential":
continue
for f in forms:
params['formatter'] = f
for dims in [[baseDim], [baseDim, baseDim], [baseDim, baseDim, baseDim]]:
if len(dims) != 1 and c == 'poissongap' or q == 'firstRandomSecondBoth' or q == 'FRSBD1Same':
continue
if len(dims) != 2 and c == 'poissondisk' or c == 'radial' or c == 'spiral' or c == 'blurredRadial':
continue
params['dimensions'] = dims
params['seed'] = 718
if len(dims) == 1:
params['numSelectedPoints'] = 35
params['numGeneratedPoints'] = 50
elif len(dims) == 2:
params['numSelectedPoints'] = 750
params['numGeneratedPoints'] = 2000
elif len(dims) == 3:
params['numSelectedPoints'] = 2500
params['numGeneratedPoints'] = 5000
name = '_'.join([c, sp, q, p, f, str(len(dims))])
myKeys = [c, sp, q, p, f, str(len(dims))]
try:
(_, sched) = mf.getScheduleFromJsonObject(params)
points = sched.getPoints()
[(pt.getCoordinates(), pt.getQuadratures()) for pt in points]
print "passed:", name
# want to check whether points right, etc.
for x in myKeys:
results.addResult(x, 'passed')
except Exception, e:
sys.stderr.write("problem: " + str(e) + " (test " + name + ")\n")
for x in myKeys:
results.addResult(x, 'failed')
def __checkResult(self):
self.selected_method = self.variable.get()
self.data_text.set("")
self.rmse_text.set("")
if self.file_name == "":
self.data_text.set("No File Selected. Please select a file !!!")
else:
try:
data, rmse, figure = MainFile.Main().start(
self.file_name, self.selected_method)
self.rmse_text.set(rmse)
self.data_text.set(data)
figure.show()
except:
self.data_text.set(
"File is not appropriate. Please select another file !!!")
'''
Created on Feb 16, 2011
@author: mattf
'''
import json as j
import MainFile as mf
myFile = open('test.txt', 'r')
params = j.load(myFile)
mf.getScheduleFromJsonObject(params, "myTestSchedule.txt", True)
#params['coordinateGenerator'] = 'hypertable'
#mf.getScheduleFromJsonObject(params, "exp_random_128_128.txt", True)
def back(self, instance):
self.main_layout2.clear_widgets()
f = MainFile.MainApp()
f.run()
def testAll(self):
cgens = cgenD.implementingModules.keys()
specs = specD.implementingModules.keys()
quads = quadD.implementingModules.keys()
psels = pselD.implementingModules.keys()
forms = formD.implementingModules.keys()
params = baseParams
results = Results(cgens, specs, quads, psels, forms,
[str(x) for x in range(1, 4)])
for c in cgens:
params['coordinateGenerator'] = c
for sp in specs:
params['forcedSelector'] = sp
for q in quads:
params['quadratureMapper'] = q
for p in psels:
params['pointSelector'] = p
if p == "adjustedExponential":
continue
for f in forms:
params['formatter'] = f
for dims in [[baseDim], [baseDim, baseDim],
[baseDim, baseDim, baseDim]]:
if len(
dims
) != 1 and c == 'poissongap' or q == 'firstRandomSecondBoth' or q == 'FRSBD1Same':
continue
if len(
dims
) != 2 and c == 'poissondisk' or c == 'radial' or c == 'spiral' or c == 'blurredRadial':
continue
params['dimensions'] = dims
params['seed'] = 718
if len(dims) == 1:
params['numSelectedPoints'] = 35
params['numGeneratedPoints'] = 50
elif len(dims) == 2:
params['numSelectedPoints'] = 750
params['numGeneratedPoints'] = 2000
elif len(dims) == 3:
params['numSelectedPoints'] = 2500
params['numGeneratedPoints'] = 5000
name = '_'.join(
[c, sp, q, p, f,
str(len(dims))])
myKeys = [c, sp, q, p, f, str(len(dims))]
try:
(_, sched
) = mf.getScheduleFromJsonObject(params)
points = sched.getPoints()
[(pt.getCoordinates(), pt.getQuadratures())
for pt in points]
print "passed:", name
# want to check whether points right, etc.
for x in myKeys:
results.addResult(x, 'passed')
except Exception, e:
sys.stderr.write("problem: " + str(e) +
" (test " + name + ")\n")
for x in myKeys:
results.addResult(x, 'failed')
"""
Created on Feb 16, 2011
@author: mattf
"""
import json as j
import MainFile as mf
myFile = open("test.txt", "r")
params = j.load(myFile)
mf.getScheduleFromJsonObject(params, "myTestSchedule.txt", True)
# params['coordinateGenerator'] = 'hypertable'
# mf.getScheduleFromJsonObject(params, "exp_random_128_128.txt", True)
def test_refineHtmlTags(): #test if the function removes the tags html markup
assert "refined tag" == MainFile.refineHtmlTags(
"<p><p>refined <a>tag<p></p>")
def test_getJobLocationFromUser(getJobLocationFromUser):
assert MainFile.getKeywordFromUser() == "java"
def test_getTownMeridians2():
Long_lat = MainFile.getTownMeridians("Boston Ma")
assert (Long_lat.longitude, Long_lat.latitude) != (-71.0183787, 42.0834335)
