def result():
# peer_id = 0
result = request.json
task_id = result['id']
task = TaskController.get(task_id)
task.completed += len(result['results'])
job = task.job
job.completed += len(result['results'])
job.running -= len(result['results'])
resultMatrix = Matrix.matrices[job.id]['result']
taskMatrix = Matrix.matrices[job.id]['task']
for res in result['results']:
row = res['row']
col = res['col']
value = res['value']
resultMatrix[row][col] = value
taskMatrix[row][col] = Constants.STATE_DONE
print ("Job " + str(job.id) + ": " + str(job.completed) + "/" + str(job.toComplete) + " completed")
if job.isFinished():
filename = "result_matrices/result_job_" + str(job.id)
print ("Job " + str(job.id) + " completed. Writing result to file " + filename)
MatrixController.writeToFile(Matrix.matrices[job.id]['result'],
filename, True)
job.end = datetime.now()
# REMOVE JOB + MATRICES
db.session.commit()
return jsonify()
def result():
# peer_id = 0
result = request.json
task_id = result['id']
task = TaskController.get(task_id)
task.completed += len(result['results'])
job = task.job
job.completed += len(result['results'])
job.running -= len(result['results'])
resultMatrix = Matrix.matrices[job.id]['result']
taskMatrix = Matrix.matrices[job.id]['task']
for res in result['results']:
row = res['row']
col = res['col']
value = res['value']
resultMatrix[row][col] = value
taskMatrix[row][col] = Constants.STATE_DONE
print("Job " + str(job.id) + ": " + str(job.completed) + "/" +
str(job.toComplete) + " completed")
if job.isFinished():
filename = "result_matrices/result_job_" + str(job.id)
print("Job " + str(job.id) + " completed. Writing result to file " +
filename)
MatrixController.writeToFile(Matrix.matrices[job.id]['result'],
filename, True)
job.end = datetime.now()
# REMOVE JOB + MATRICES
db.session.commit()
return jsonify()
def delete(matrix_id):
""" Delete matrix """
matrix = MatrixController.get(matrix_id)
if not matrix:
return jsonify(error='Matrix not found'), 500
MatrixController.delete(matrix)
return jsonify()
def create():
""" Create new matrix """
matrix_dict = request.json
matrix = MatrixController.createFromFile(matrix_dict['filename'])
return jsonify(id=matrix.id)
def get_all():
""" Get all data matrices """
matrices = MatrixController.get_all_data()
if not matrices:
return jsonify(error='No matrices were found'), 500
return jsonify(matrices=serialize_sqla(matrices))
def get(matrix_id):
""" Get matrix """
matrix = MatrixController.get(matrix_id)
if not matrix:
return jsonify(error='Matrix not found'), 500
return jsonify(matrix=serialize_sqla(matrix))
def __init__(self, matrixA, matrixB):
from app.controllers import MatrixController
self.resultCols = matrixA.nRows
self.resultRows = matrixB.nCols
self.toComplete = self.resultCols * self.resultRows
self.free = self.toComplete
self.running = 0
self.completed = 0
self.matrixA = matrixA
self.matrixB = matrixB
self.matrixA_id = matrixA.id
self.matrixB_id = matrixB.id
resMatrix = MatrixController.createEmptyMatrix(
self.resultRows, self.resultCols, "#", 'result')
self.resultMatrix = resMatrix.id
def __init__(self, matrixA, matrixB):
from app.controllers import MatrixController
self.resultCols = matrixA.nRows
self.resultRows = matrixB.nCols
self.toComplete = self.resultCols * self.resultRows
self.free = self.toComplete
self.running = 0
self.completed = 0
self.matrixA = matrixA
self.matrixB = matrixB
self.matrixA_id = matrixA.id
self.matrixB_id = matrixB.id
resMatrix = MatrixController.createEmptyMatrix(self.resultRows,
self.resultCols, "#",
'result')
self.resultMatrix = resMatrix.id
def loadMatrices(self, matrixA, matrixB):
from app.controllers import MatrixController
print(self.id)
Matrix.matrices[self.id] = {}
MatrixController.loadInMemory(
MatrixController.loadFromFile(matrixA.filename), self.id, 'dataA')
bTransp = MatrixController.transpose(
MatrixController.loadFromFile(matrixB.filename))
MatrixController.loadInMemory(bTransp, self.id, 'dataB')
task = [[Constants.STATE_NONE for i in range(self.resultCols)]
for j in range(self.resultRows)]
MatrixController.loadInMemory(task, self.id, 'task')
result = [['#' for i in range(self.resultCols)]
for j in range(self.resultRows)]
MatrixController.loadInMemory(result, self.id, 'result')
print(Matrix.matrices[self.id].keys())
def multiply():
return render_template('multiply.htm',
data={
'matrices': MatrixController.get_all_data(),
})
def matrix():
return render_template('matrix.htm',
data={'matrixes': MatrixController.get_all()})
def loadMatrices(self, matrixA, matrixB):
from app.controllers import MatrixController
print(self.id)
Matrix.matrices[self.id] = {}
MatrixController.loadInMemory(
MatrixController.loadFromFile(matrixA.filename), self.id, 'dataA')
bTransp = MatrixController.transpose(MatrixController.loadFromFile(
matrixB.filename))
MatrixController.loadInMemory(bTransp, self.id, 'dataB')
task = [[Constants.STATE_NONE for i in range(self.resultCols)] for j in range(self.resultRows)]
MatrixController.loadInMemory(task, self.id, 'task')
result = [['#' for i in range(self.resultCols)] for j in range(self.resultRows)]
MatrixController.loadInMemory(result, self.id, 'result')
print(Matrix.matrices[self.id].keys())
