def start_cli(args):
"""Start the command-line version of the program."""
# Create a cabinet Run object which does all the calculating.
cab_run = Run(args.fullwidth,
args.height,
args.depth,
fillers=args.fillers,
prim_material=args.prim_matl,
prim_thickness=args.prim_thick,
door_material=args.door_matl,
door_thickness=args.door_thick,
btmpanel_thicknesses=args.btm_thicks,
has_legs=args.legs)
# Create a job object that holds the name, a single cabinet run object,
# and an optional description for the job.
if args.desc is not None:
j = job.Job(args.name, cab_run, args.desc)
else:
j = job.Job(args.name, cab_run)
# Output the job specification to the terminal, ensuring lines are no
# longer than 65 chars.
for line in j.specification:
print(textwrap.fill(line, width=65))
# If requested, produce and save a cutlist pdf file.
if args.cutlist is not None:
# Generate a cutlist pdf and save in file given by args.cutlist
cutlist.save_cutlist(args.cutlist, j)
def calculate_job(self):
"""Calculate a job, given all input parameters."""
if self.legs.get() == 'no':
bp_list = [float(self.prim_thickness.get())]
else:
if self.stacked_btm.get() == 'yes':
bp1 = float(self.btmpanel1_thickness.get())
bp2 = float(self.btmpanel2_thickness.get())
bp_list = [bp1, bp2]
else:
bt = float(self.bottom_thickness.get())
bp_list = [bt]
cab_run = Run(float(self.fullwidth.get()),
float(self.height.get()),
float(self.depth.get()),
fillers=Ends.from_string(self.fillers.get()),
prim_material=self.prim_material.get(),
prim_thickness=float(self.prim_thickness.get()),
door_material=self.door_material.get(),
door_thickness=float(self.door_thickness.get()),
btmpanel_thicknesses=bp_list,
has_legs=yn_to_bool(self.legs.get()))
if self.description.get() != '':
self.job = job.Job(self.jobname.get(), cab_run,
self.description.get())
else:
self.job = job.Job(self.jobname.get(), cab_run)
# Display the computed job specification, ensuring output lines are no
# longer than 65 chars.
self.output = ''
for line in self.job.specification:
self.output += textwrap.fill(line, width=65) + '\n'
lines = self.output.count('\n') + 1
self.output_txt.configure(state='normal')
self.output_txt.delete('1.0', 'end')
self.output_txt.insert('end', self.output)
self.output_txt.configure(state='disabled', height=lines + 1)
# self.output_txt.grid_configure(pady=0)
self.cutlist_button.state(['!disabled'])
def job_filler_l():
return J.Job('Left Filler Job',
C.Run(183, 28, 24, fillers=C.Ends.LEFT),
desc='Integer dimensions, filler on left, no legs.')
def job_single_cabinet():
return J.Job('Single Cabinet Job',
C.Run(34.25, 27.75, 28),
desc='Test run with a single cabinet.')
def job():
# No fillers, no legs
return J.Job('Job 1',
C.Run(157.125, 27.875, 24),
desc='Test various parts of the job module.')