def runsh():
angle_start=request.form['angle_start']
angle_stop=request.form['angle_stop']
n_angles=request.form['n_angles']
n_nodes=request.form['n_nodes']
n_levels=request.form['n_levels']
num_samples=request.form['num_samples']
visc=request.form['visc']
speed=request.form['speed']
T=request.form['T']
######################################################
# Test
######################################################
run_args = {}
run_args['angle_start']=str(request.form['angle_start'])
run_args['angle_stop']=str(request.form['angle_stop'])
run_args['n_angles']=str(request.form['n_angles'])
run_args['n_nodes']=str(request.form['n_nodes'])
run_args['n_levels']=str(request.form['n_levels'])
print run_args
airfoil_args = {}
airfoil_args['num_samples'] = str(request.form['num_samples'])
airfoil_args['visc'] = str(request.form['visc'])
airfoil_args['speed'] = str(request.form['speed'])
airfoil_args['T'] = str(request.form['T'])
print airfoil_args
######################################################
######################################################
# Start worker
######################################################
jobs = []
jobsReturn = []
for i in range(2):
p = Process(target=createWorker, args=(str(i)))
jobs.append(p)
p.start()
jobsReturn.append("MavaServerProj-worker"+str(i))
print 1, "- - - - - - - - Run start - - - - - - - -"
###########################
##### Check if exists #####
###########################
anglediff = (int(angle_stop) - int(angle_start)) / int(n_angles)
angles = []
list_of_pictures = []
missing_pictures = []
dispaly_list = []
(response, container_list) = conn.get_container(bucket_name)
for container in container_list:
list_of_pictures.append( container['name'] )
############# Maste goras om.... #########################
for i in range(0, int(n_angles)):
angle = 0
angle = (int(angle_start) + anglediff * i)
#print 1, angle
for level in range(int(n_levels)+1):
pictureName = "r" + str(level) + "a" + str(angle) + "n" + n_nodes + "Num" + num_samples + "Visc" + visc + "Speed" + speed + "T" + T +".png"
if pictureName not in list_of_pictures:
angles.append((angle,level))
missing_pictures.append(pictureName)
else:
new_picture = open(pictureName, "w")
(head, picture) = conn.get_object(bucket_name, pictureName)
new_picture.write(picture)
dispaly_list.append(pictureName)
new_picture.close()
print dispaly_list
print "Number of tasks: " + str(len(missing_pictures))
if len(angles) != 0:
print "Nu skickas allt ivag :)"
time_to_calculate = time.time()
response = group(convertFile.s(str(angle), n_nodes, str(level), num_samples, visc, speed, T) for (angle, level) in angles)
print "Time for response: " + str(time.time() - time_to_calculate)
time_to_calculate_2 = time.time()
result = response.apply_async()
print "Time for result var: " + str(time.time() - time_to_calculate_2)
while len(missing_pictures) != 0:
try:
for pictureName in missing_pictures:
(head, picture) = conn.get_object(bucket_name, pictureName)
new_picture = open(pictureName, "w")
new_picture.write(picture)
dispaly_list.append(pictureName)
new_picture.close()
missing_pictures.remove(pictureName)
print "Got picture: " + str(pictureName)
except:
pass
print "Starting result.get()"
result.get()
print "Time to calculate all: " + str(time.time() - time_to_calculate)
print dispaly_list
for pictureName in result.get():
new_picture = open(pictureName + ".png", "w")
(head, picture) = conn.get_object(bucket_name, pictureName + ".png")
new_picture.write(picture)
dispaly_list.append(pictureName + ".png")
new_picture.close()
print dispaly_list
for workerName in jobsReturn:
terminateWorker(workerName)
#os.system("sudo rm -rf " + dataBaseName)
return render_template('site/runsh.html',
angle_start=angle_start,
angle_stop=angle_stop,
n_angles=n_angles,
n_nodes=n_nodes,
n_levels=n_levels)
def runsh():
angle_start=request.form['angle_start']
angle_stop=request.form['angle_stop']
n_angles=request.form['n_angles']
n_nodes=request.form['n_nodes']
n_levels=request.form['n_levels']
num_samples=request.form['num_samples']
visc=request.form['visc']
speed=request.form['speed']
T=request.form['T']
print 1, "- - - - - - - - Run start - - - - - - - -"
###########################
##### Check if exists #####
###########################
#anglediff=$((($angle_stop-$angle_start)/$n_angles))
anglediff = (int(angle_stop) - int(angle_start)) / int(n_angles)
angles = []
for i in range(0, int(n_angles)):
print 1, i
angle = 0
angle = (int(angle_start) + anglediff * i)
if in_db("r" + n_levels + "a" + str(angle) + "n" + n_nodes + "N" + num_samples + "v" + visc + "s" + speed + "T" + T + ".msh") == False :
print "Ja en vinkel!"
angles.append(angle)
if len(angles) != 0:
print "Nu skickas allt ivag :)"
response = group(convertFile.s(angle, n_nodes, n_levels, num_samples, visc, speed, T) for angle in angles)
result = response.apply_async()
result.get()
########################
##### Create *.msh #####
########################
#time_1 = time.time()
#subprocess.call(["./run.sh", angle_start, angle_stop, n_angles, n_nodes, n_levels])
#time_2 = time.time()
#print 2, time_2 - time_1
#############################################
##### Convert *.msh to *.xml + lite mer #####
#############################################
#appLocation = app.root_path
#fileLocation = appLocation + "/msh/"
#content = sorted(os.listdir(fileLocation))
#response = group(convertFile.s(fileName, open(fileLocation+fileName, "r").read()) for fileName in content)
#result = response.apply_async()
#result.get()
#time_3 = time.time()
#print 3, time_3 - time_2
for t in result.get():
(fileNamePlot, data) = t
plot_file(fileNamePlot, data)
to_db(fileNamePlot, "")
os.system("rm -rf msh/*")
os.system("rm -rf geo/*")
os.system("mv *.png pictures/")
#subprocess.call(["mv", "*.png", "pictures/"])
return render_template('site/runsh.html',
angle_start=angle_start,
angle_stop=angle_stop,
n_angles=n_angles,
n_nodes=n_nodes,
n_levels=n_levels)
