def inputData():
fdp = [[0,0,0],[0,0,0],[0,0,0],[0,0,0],[0,0,0],[0,0,0],[0,0,0]]
if request.method == 'POST':
scenario = request.form['selectSI']
print(scenario)
inputList = [request.form['wti'], request.form['wtf'], request.form['cpui'], request.form['cpuf'], request.form['memi'], request.form['memf'], request.form['neti'], request.form['netf'], request.form['revi'], request.form['revf'], request.form['slai'], request.form['slaf'], request.form['vmsi'], request.form['vmsf'], request.form['srvi'], request.form['srvf'], request.form['dci'], request.form['dcf']]
print(inputList)
fdpVcpu = request.form['fdpVcpu']
fdpVmem = request.form['fdpVmem']
fdpUcpu = request.form['fdpUcpu']
fdpUmem = request.form['fdpUmem']
fdpUnet = request.form['fdpUnet']
fdpVM = request.form['fdpVM']
if fdpVcpu == '0':
fdp[0]=[int(fdpVcpu), int(request.form['fUniformVcpu']), int(request.form['tUniformVcpu'])]
elif fdpVcpu == '1':
fdp[0]=[int(fdpVcpu), int(request.form['lambdaVcpu']), 0]
elif fdpVcpu == '2':
fdp[0]=[int(fdpVcpu), float(request.form['muVcpu']), float(request.form['sigmaVcpu'])]
if fdpVmem == '0':
fdp[1]=[int(fdpVmem), int(request.form['fUniformVmem']), int(request.form['tUniformVmem'])]
elif fdpVmem == '1':
fdp[1]=[int(fdpVmem), int(request.form['lambdaVmem']), 0]
elif fdpVmem == '2':
fdp[1]=[int(fdpVmem), float(request.form['muVmem']), float(request.form['sigmaVmem'])]
if fdpUcpu == '0':
fdp[3]=[int(fdpUcpu), int(request.form['fUniformUcpu']), int(request.form['tUniformUcpu'])]
elif fdpUcpu == '1':
fdp[3]=[int(fdpUcpu), int(request.form['lambdaUcpu']), 0]
elif fdpUcpu == '2':
fdp[3]=[int(fdpUcpu), float(request.form['muUcpu']), float(request.form['sigmaUcpu'])]
if fdpUmem == '0':
fdp[4]=[int(fdpUmem), int(request.form['fUniformUmem']), int(request.form['tUniformUmem'])]
elif fdpUmem == '1':
fdp[4]=[int(fdpUmem), int(request.form['lambdaUmem']), 0]
elif fdpUmem == '2':
fdp[4]=[int(fdpUmem), float(request.form['muUmem']), float(request.form['sigmaUmem'])]
if fdpUnet == '0':
fdp[5]=[int(fdpUnet), int(request.form['fUniformUnet']), int(request.form['tUniformUnet'])]
elif fdpUnet == '1':
fdp[5]=[int(fdpUnet), int(request.form['lambdaUnet']), 0]
elif fdpUnet == '2':
fdp[5]=[int(fdpUnet), float(request.form['muUnet']), float(request.form['sigmaUnet'])]
if fdpVM == '0':
fdp[6]=[int(fdpVM), int(request.form['fUniformVM']), int(request.form['tUniformVM'])]
elif fdpVM == '1':
fdp[6]=[int(fdpVM), int(request.form['lambdaVM']), 0]
elif fdpVM == '2':
fdp[6]=[int(fdpVM), float(request.form['muVM']), float(request.form['sigmaVM'])]
print(fdp)
#formatInput(scenario, inputList, fdp)
if request.form['submit'] == 'generate':
generador.generate_env(scenario, inputList, fdp, None)
return redirect(url_for('download',
filename="out.txt"))
elif request.form['submit'] == 'download':
formatingData.formatData(scenario, inputList, fdp)
return redirect(url_for('download_input',
filename="input"))
return render_template('input.html')
def uploadFile():
if request.method == 'POST':
scenario = -1
file = request.files['file']
if file and allowed_file(file.filename) and scenario:
filename = secure_filename(file.filename)
file.save(os.path.join(app.config['UPLOAD_FOLDER'], filename))
return redirect(
url_for('uploaded_file', filename=filename, scenario=scenario))
return render_template('upload.html')
def uploadFile():
if request.method == 'POST':
scenario = -1
file = request.files['file']
if file and allowed_file(file.filename) and scenario:
filename = secure_filename(file.filename)
file.save(os.path.join(app.config['UPLOAD_FOLDER'], filename))
return redirect(url_for('uploaded_file',
filename=filename, scenario=scenario))
return render_template('upload.html')
def benchmark():
scenario_files = []
scenario_files_number = []
for x in range(0, 16):
file_path = os.path.join(app.config['BENCHMARK'] + 'scenario' + str(x))
aux = [f for f in listdir(file_path) if isfile(join(file_path, f))]
scenario_files.insert(x, aux)
scenario_files_number.append(len(aux))
return render_template('benchmark.html', title = 'Benchmark',
scenario_files_number = scenario_files_number,
scenario_files = scenario_files)
def benchmark():
scenario_files = []
scenario_files_number = []
for x in range(0, 16):
file_path = os.path.join(app.config['BENCHMARK'] + 'scenario' + str(x))
aux = [f for f in listdir(file_path) if isfile(join(file_path, f))]
scenario_files.insert(x, aux)
scenario_files_number.append(len(aux))
return render_template('benchmark.html',
title='Benchmark',
scenario_files_number=scenario_files_number,
scenario_files=scenario_files)
def inputData():
fdp = [[0, 0, 0], [0, 0, 0], [0, 0, 0], [0, 0, 0], [0, 0, 0], [0, 0, 0],
[0, 0, 0]]
if request.method == 'POST':
scenario = request.form['selectSI']
print(scenario)
inputList = [
request.form['wti'], request.form['wtf'], request.form['cpui'],
request.form['cpuf'], request.form['memi'], request.form['memf'],
request.form['neti'], request.form['netf'], request.form['revi'],
request.form['revf'], request.form['slai'], request.form['slaf'],
request.form['vmsi'], request.form['vmsf'], request.form['srvi'],
request.form['srvf'], request.form['dci'], request.form['dcf']
]
print(inputList)
fdpVcpu = request.form['fdpVcpu']
fdpVmem = request.form['fdpVmem']
fdpUcpu = request.form['fdpUcpu']
fdpUmem = request.form['fdpUmem']
fdpUnet = request.form['fdpUnet']
fdpVM = request.form['fdpVM']
if fdpVcpu == '0':
fdp[0] = [
int(fdpVcpu),
int(request.form['fUniformVcpu']),
int(request.form['tUniformVcpu'])
]
elif fdpVcpu == '1':
fdp[0] = [int(fdpVcpu), int(request.form['lambdaVcpu']), 0]
elif fdpVcpu == '2':
fdp[0] = [
int(fdpVcpu),
float(request.form['muVcpu']),
float(request.form['sigmaVcpu'])
]
if fdpVmem == '0':
fdp[1] = [
int(fdpVmem),
int(request.form['fUniformVmem']),
int(request.form['tUniformVmem'])
]
elif fdpVmem == '1':
fdp[1] = [int(fdpVmem), int(request.form['lambdaVmem']), 0]
elif fdpVmem == '2':
fdp[1] = [
int(fdpVmem),
float(request.form['muVmem']),
float(request.form['sigmaVmem'])
]
if fdpUcpu == '0':
fdp[3] = [
int(fdpUcpu),
int(request.form['fUniformUcpu']),
int(request.form['tUniformUcpu'])
]
elif fdpUcpu == '1':
fdp[3] = [int(fdpUcpu), int(request.form['lambdaUcpu']), 0]
elif fdpUcpu == '2':
fdp[3] = [
int(fdpUcpu),
float(request.form['muUcpu']),
float(request.form['sigmaUcpu'])
]
if fdpUmem == '0':
fdp[4] = [
int(fdpUmem),
int(request.form['fUniformUmem']),
int(request.form['tUniformUmem'])
]
elif fdpUmem == '1':
fdp[4] = [int(fdpUmem), int(request.form['lambdaUmem']), 0]
elif fdpUmem == '2':
fdp[4] = [
int(fdpUmem),
float(request.form['muUmem']),
float(request.form['sigmaUmem'])
]
if fdpUnet == '0':
fdp[5] = [
int(fdpUnet),
int(request.form['fUniformUnet']),
int(request.form['tUniformUnet'])
]
elif fdpUnet == '1':
fdp[5] = [int(fdpUnet), int(request.form['lambdaUnet']), 0]
elif fdpUnet == '2':
fdp[5] = [
int(fdpUnet),
float(request.form['muUnet']),
float(request.form['sigmaUnet'])
]
if fdpVM == '0':
fdp[6] = [
int(fdpVM),
int(request.form['fUniformVM']),
int(request.form['tUniformVM'])
]
elif fdpVM == '1':
fdp[6] = [int(fdpVM), int(request.form['lambdaVM']), 0]
elif fdpVM == '2':
fdp[6] = [
int(fdpVM),
float(request.form['muVM']),
float(request.form['sigmaVM'])
]
print(fdp)
#formatInput(scenario, inputList, fdp)
if request.form['submit'] == 'generate':
generador.generate_env(scenario, inputList, fdp, None)
return redirect(url_for('download', filename="out.txt"))
elif request.form['submit'] == 'download':
formatingData.formatData(scenario, inputList, fdp)
return redirect(url_for('download_input', filename="input"))
return render_template('input.html')
def showOptions():
return render_template('options.html')
def init():
return render_template('home.html')
def showOptions():
return render_template('options.html')
def init():
return render_template('home.html')