def perform_run(problem_Size):
print_problem_header(problem_Size)
all_correct = True
for i in range(1, problem_Size + 1):
if (problem_Size % i == 0):
common.run_main(i)
if (common.is_result_correct()):
out = "Correct"
else:
out = "Wrong!!!"
all_correct = False
print("Threads", i, ":", out)
if (all_correct):
print("TEST WAS SUCCESSFUL!")
else:
print("TEST FAILED!!")
return all_correct
def perform_run(problem_Size):
print_problem_header(problem_Size)
all_correct = True
for i in range(1,problem_Size+1):
if (problem_Size % i == 0):
common.run_main(i)
if (common.is_result_correct()):
out = "Correct"
else:
out = "Wrong!!!"
all_correct = False
print("Threads", i, ":", out)
if (all_correct):
print("TEST WAS SUCCESSFUL!")
else:
print("TEST FAILED!!")
return all_correct;
def run(ws, starting_row, problem_size):
write_header(ws, starting_row)
common.run_datagen(problem_size)
counter = 0
for i in range(1, min(problem_size + 1, 201)):
if (problem_size % i == 0):
counter += 1
average = 0
ws['A' + str(starting_row + counter)] = i
for j in range(5):
common.run_main(i)
runtime = common.get_runtime()
ws[columns[j + 1] + str(starting_row + counter)] = runtime
average += runtime
average = average / 5
ws[columns[6] + str(starting_row + counter)] = average
common.cleanup()
return counter + 2
def run(ws, starting_row, problem_size): write_header(ws, starting_row) common.run_datagen(problem_size) counter = 0; for i in range(1, min(problem_size+1, 201)): if(problem_size % i == 0): counter += 1 average = 0 ws['A'+str(starting_row + counter)] = i for j in range(5): common.run_main(i) runtime = common.get_runtime() ws[columns[j+1]+str(starting_row + counter)] = runtime average += runtime average = average / 5 ws[columns[6]+str(starting_row + counter)] = average common.cleanup() return counter + 2;
return img, cctx
def main(argv):
layoutcls, ctype, theme, args = parse_args(argv)
layout = layoutcls(ctype)
surface, cctx = create_surface(layout, args.scale)
with open(args.events, 'r') as source:
context = Context(theme, ctype, js.HandlerJsEvents(source))
context.init_time(args.start - args.delay, absstart=args.absstart)
anim = ControlsAnimation(context, layout.controls, fps=args.fps)
writer = FFMpegWriter(surface,
cctx,
args.templateargs,
position=args.position,
fps=args.fps,
unpremultiply=args.unpremultiply)
try:
anim.save(writer)
except BrokenPipeError:
pass
return writer.exit_status
if __name__ == '__main__':
from common import run_main
run_main(main)
int(layout.width * scale),
int(layout.height * scale))
cctx = cairo.Context(img)
cctx.scale(scale)
return img, cctx
def main(argv):
layoutcls, ctype, theme, args = parse_args(argv)
layout = layoutcls(ctype)
surface, cctx = create_surface(layout, args.scale)
with open(args.events, 'r') as source:
context = Context(theme, ctype, js.HandlerJsEvents(source))
context.init_time(args.start - args.delay, absstart=args.absstart)
anim = ControlsAnimation(context, layout.controls, fps=args.fps)
writer = FFMpegWriter(surface, cctx, args.templateargs,
position=args.position, fps=args.fps,
unpremultiply=args.unpremultiply)
try:
anim.save(writer)
except BrokenPipeError:
pass
return writer.exit_status
if __name__ == '__main__':
from common import run_main
run_main(main)
from openpyxl import Workbook
import common
wb = Workbook()
ws = wb.active
columns = ['A', 'B', 'C', 'D', 'E', 'F', 'G']
headers = ['Threads', 'Run 1', 'Run 2', 'Run 3', 'Run 4', 'Run 5', 'Average']
# Setup Headers
for i in range(7):
ws[columns[i]+'1'] = headers[i]
common.run_datagen(5)
common.run_main(5)
print("runtime: ",common.get_runtime())
if (common.is_result_correct()):
print("Result was correct!")
common.cleanup()
wb.save("stats.xlsx")
