def system_has_calculator_parameters_test():
import models
system = models.System()
if not hasattr(system, 'calculator_parameters'):
raise TypeError('system has no attribute calculator_parameters')
def system_has_free_energy_test():
import models
system = models.System()
if not hasattr(system, 'free_energy'):
raise TypeError('system has no attribute free_energy')
def system_has_dipole_test():
import models
system = models.System()
if not hasattr(system, 'dipole'):
raise TypeError('system has no attribute dipole')
def system_has_forces_test():
import models
system = models.System()
if not hasattr(system, 'forces'):
raise TypeError('system has no attribute forces')
def system_has_constraints_test():
import models
system = models.System()
if not hasattr(system, 'constraints'):
raise TypeError('system has no attribute constraints')
def system_has_ctime_test():
import models
system = models.System()
if not hasattr(system, 'ctime'):
raise TypeError('system has no attribute ctime')
def system_has_query_test():
import models
system = models.System()
if not hasattr(system, 'query'):
raise TypeError('system has no attribute query')
def __init__(self, *args, **kwargs):
# Initialize the window
super().__init__(*args, **kwargs)
# Set window settings
self.title("Charges and Fields")
self.resizable(0, 0)
# Set window display settings
# Radius of particle
self.particle_rad = 10
# Config sizing
self.config_width = 800
self.config_height = 600
# Config arrow display type
self.direction_only = IntVar()
self.field_displayed = IntVar()
self.scale_displayed = IntVar()
self.grid_displayed = IntVar()
# Load default particles
p1 = models.Particle(100, 300, 1e-9)
p2 = models.Particle(700, 300, -1e-9)
self.system = models.System([p1, p2], 200)
# PhotoImage for canvas screen
self.volt_image = PhotoImage(width=self.config_width,
height=self.config_height)
# Instantiate widgets
self.canvas = Canvas(self,
width=self.config_width,
height=self.config_height,
bg="black",
bd=0,
highlightthickness=0)
self.info_frame = InfoFrame(
self.system, (self.direction_only, self.field_displayed,
self.scale_displayed, self.grid_displayed),
(self.add_pos_particle, self.add_neg_particle, self.delete_mode,
self.add_sensor, self.display_volt),
self,
bd=0,
highlightthickness=0)
# Display PhotoImage for screen
self.canvas.create_image(
(self.config_width / 2, self.config_height / 2),
image=self.volt_image,
state=NORMAL)
# Default check settings
self.direction_only.set(0)
self.field_displayed.set(1)
self.scale_displayed.set(0)
self.grid_displayed.set(0)
# Display system fields
self.display_field(self.system)
# Initial display of particles
self.display_particles(self.system)
# Selected particle
self.selected_particle = None
# Cursor modes
self.click_mode = None
self.length_mode_bool = False
# Select length coords
self.length_start = (0, 0)
# Set widget bindings
# Binded canvas mouse motion to information update
self.canvas.bind("<Motion>", self.info_frame.update)
# Binded particles to click and movement update
self.particle_bind()
# Unselect movement select particle
self.canvas.bind("<ButtonRelease-1>", self.unselect_particle)
# Binded canvas click to measuretape
self.canvas.bind("<Button-1>", self.length_mode)
# Pack widgets into window grid
self.canvas.grid(row=0, column=0)
self.info_frame.grid(row=0, column=1)
# Update window
self.update()
# Run loop
self.after(0, self.loop)
# Run window mainloop
self.mainloop()
def system_has_numbers_test():
import models
system = models.System()
if not hasattr(system, 'numbers'):
raise TypeError('system has no attribute numbers')
def system_has_positions_test():
import models
system = models.System()
if not hasattr(system, 'positions'):
raise TypeError('system has no attribute positions')
def system_has_momenta_test():
import models
system = models.System()
if not hasattr(system, 'momenta'):
raise TypeError('system has no attribute momenta')
def system_has_key_value_pairs_test():
import models
system = models.System()
if not hasattr(system, 'key_value_pairs'):
raise TypeError('system has no attribute key_value_pairs')
def csv_import(request):
from forms import CSVImportForm
def generic_getter(field):
return field
def uppercase_getter(field):
return field.upper()
def allocation_getter(field):
try:
return models.Allocation.objects.get(name=field)
except models.Allocation.DoesNotExist:
return None
def system_status_getter(field):
try:
return models.SystemStatus.objects.get(status=field)
except models.SystemStatus.DoesNotExist:
return
def server_model_getter(field):
try:
return models.ServerModel.objects.get(id=field)
except models.ServerModel.DoesNotExist:
return
def rack_getter(field):
try:
return models.SystemRack.objects.get(name=field)
except models.SystemRack.DoesNotExist:
return None
ALLOWED_COLUMNS = {
'hostname': generic_getter,
'asset_tag': generic_getter,
'serial': uppercase_getter,
'notes': generic_getter,
'oob_ip': generic_getter,
'system_status': system_status_getter,
'allocation': allocation_getter,
'system_rack': rack_getter,
'rack_order': generic_getter,
'server_model': server_model_getter,
'purchase_price': generic_getter,
}
new_systems = 0
if request.method == 'POST':
form = CSVImportForm(request.POST, request.FILES)
if form.is_valid():
csv_reader = csv.reader(form.cleaned_data['csv'])
headers = csv_reader.next()
for line in csv_reader:
cur_data = dict(zip(headers, line))
system_data = dict(
(a, getter(cur_data.get(a, None)))
for a, getter in ALLOWED_COLUMNS.iteritems())
s = models.System(**system_data)
try:
s.full_clean()
except ValidationError, e:
print e
else:
s.save()
new_systems += 1
form = None
def system_has_id_test():
import models
system = models.System()
if not hasattr(system, 'id'):
raise TypeError('system has no attribute id')
def system_has_text_keys_test():
import models
system = models.System()
if not hasattr(system, 'text_keys'):
raise TypeError('system has no attribute text_keys')
def system_has_initial_charges_test():
import models
system = models.System()
if not hasattr(system, 'initial_charges'):
raise TypeError('system has no attribute initial_charges')
hector.player_id = parker.id
beatty = models.Character(name='Elsinore Beatty', tactician=0, level_headed=2)
beatty.player_id = parker.id
eclipse = models.Character(name='The Eclipse', tactician=2, level_headed=0, quick=True, hesitant=False)
eclipse.player_id = parker.id
sukorb = models.Character(name='Sukorb Tsif')
sukorb.player_id = adam.id
db.session.add(hector)
db.session.add(beatty)
db.session.add(eclipse)
db.session.add(sukorb)
db.session.commit()
# Create System
swade = models.System("Savage Worlds Adventurer's Edition")
fifthed = models.System("Dungeons & Dragons: 5th Edition")
fourthed = models.System("Dungeons & Dragons: 4th Edition")
numenera = models.System("Numenera")
cypher = models.System("Cypher System")
strange = models.System("The Strange")
db.session.add(swade)
db.session.add(fifthed)
db.session.add(fourthed)
db.session.add(numenera)
db.session.add(cypher)
db.session.add(strange)
db.session.commit()
# Create Table
