def UpdateValue(self, request, context):
if request.row >= len(self.conn_mat.rows) or request.col >= len(
self.conn_mat.rows[request.row].vals):
return chaosmonkey_pb2.Status(ret=1)
self.conn_mat.rows[request.row].vals[request.col] = request.val
return chaosmonkey_pb2.Status(ret=0)
def UpdateValue(self, request, context):
global conn_mat
if request.row >= len(conn_mat.rows) or request.col >= len(
conn_mat.rows[request.row].vals):
return chaosmonkey_pb2.Status(ret=1)
conn_mat.rows[request.row].vals[request.col] = request.val
print('New edit to ConnMat')
return chaosmonkey_pb2.Status(ret=0)
def KillANode(self, request, context):
global conn_mat
node_index = request.node_index
N = len(conn_mat)
if node_index < 0 or node_index >= N:
return chaosmonkey_pb2.Status(ret=1)
for id in range(N):
conn_mat[id][node_index] = 1.0
conn_mat[node_index][id] = 1.0
return chaosmonkey_pb2.Status(ret=0)
def UpdateValue(self, request, context):
global chaosMatrix
print("update matrix")
print chaosMatrix
print("at " + str(request.row) + "," + str(request.col))
print("with value " + str(request.val))
chaosMatrix[request.row][request.col] = request.val
print chaosMatrix
return chaosmonkey_pb2.Status(ret=chaosmonkey_pb2.OK)
def UploadMatrix(self, request, context):
global chaosMatrix
print("upload matrix")
chaosMatrix = []
for i in request.rows:
l = []
for j in i.vals:
l.append(j)
chaosMatrix.append(list(l))
print chaosMatrix
return chaosmonkey_pb2.Status(ret=chaosmonkey_pb2.OK)
def UploadMatrix(self, request, context):
global conn_mat
mat = list()
for row in request.rows:
to_row = list()
for e in row.vals:
to_row.append(e)
mat.append(to_row)
conn_mat = mat
return chaosmonkey_pb2.Status(ret=0)
def UpdateValue(self, request, context):
try:
print("CM: Updating new matrix value")
r = request.row
c = request.col
v = request.val
self.fail_mat[r][c] = v
print("CM: New failure matrix:")
print(self)
resp = chaosmonkey_pb2.Status(ret=0)
return resp
except Exception as e:
print(e)
def UploadMatrix(self, request, context):
try:
print("CM: Updating new matrix")
new_mat = []
for row in range(len(request.rows)):
r = [float(v) for v in request.rows[row].vals]
new_mat.append(r)
self.fail_mat = new_mat.copy()
print("CM: New failure matrix:")
print(self)
resp = chaosmonkey_pb2.Status(ret=0)
return resp
except Exception as e:
print(e)
def UploadMatrix(self, request, context):
self.conn_mat = request
return chaosmonkey_pb2.Status(ret=0)
def UpdateValue(self, request, context):
global conn_mat
if request.row >= len(conn_mat) or request.col >= len(conn_mat):
return chaosmonkey_pb2.Status(ret=1)
conn_mat[request.row][request.col] = request.val
return chaosmonkey_pb2.Status(ret=0)
def UploadMatrix(self, request, context):
global conn_mat
conn_mat = request
print('New ConnMat uploaded')
return chaosmonkey_pb2.Status(ret=0)