implementation.server.isinterface Namespace Reference

Functions
def	compute
def	simulateInstance
	Simulate an instance. More...
def	computationThread
	Computation thread of the instance generator. More...
def	terminateProcesses
def	interact
	Interact with the user and with the instance simulator module. More...
def	isComputing
	Send a message with the computing status. More...

Variables
int	MAX_ITERATIONS = 10
	Maximum number of iterations of a simulation. More...
float	CONVERGENCE_TOLERANCE = 0.005
	Numerical tolerance on the convergence. More...
int	MAX_THREADS = 8
	Maximum threads. More...
tuple	jobs = queue.Queue()
	Jobs to perform. More...
tuple	computingLock = threading.Lock()
	Computing status. More...
tuple	availableThreads = queue.Queue()
	List of available threads where each element is a number. More...
list	errors = []
	Errors list where each error is a dictionary. More...
tuple	printLock = threading.Lock()
	Lock to print. More...
tuple	errorsLock = threading.Lock()
	Lock to add an error to the errors list. More...
dictionary	processList = {}
	Running processes. More...
string	simulatorPath = './simulator'
	Simulator path. More...
int	progression = 0

Function Documentation

def implementation.server.isinterface.computationThread

(

job

)

Computation thread of the instance generator.

Parameters

job	Job to be done.

def implementation.server.isinterface.compute

(

)

def implementation.server.isinterface.interact	(		client,
			message
	)

Interact with the user and with the instance simulator module.

Parameters

client	Client we are interacting with.
message	Client's message.

def implementation.server.isinterface.isComputing	(		client,
			message
	)

Send a message with the computing status.

def implementation.server.isinterface.simulateInstance	(		threadId,
			instanceDirectory,
			hash,
			d
	)

Simulate an instance.

Parameters

threadId	Id of the thread using this function.
instanceDirectory	Directory containing the instances to simulate (hash included).
hash	Hash of the instance.
d	Day to simulate.

def implementation.server.isinterface.terminateProcesses

(

)

Variable Documentation

tuple availableThreads = queue.Queue()

List of available threads where each element is a number.

tuple computingLock = threading.Lock()

Computing status.

float CONVERGENCE_TOLERANCE = 0.005

Numerical tolerance on the convergence.

list errors = []

Errors list where each error is a dictionary.

tuple errorsLock = threading.Lock()

Lock to add an error to the errors list.

tuple jobs = queue.Queue()

Jobs to perform.

int MAX_ITERATIONS = 10

Maximum number of iterations of a simulation.

int MAX_THREADS = 8

Maximum threads.

tuple printLock = threading.Lock()

Lock to print.

dictionary processList = {}

Running processes.

The key is the thread id and the value is the process.

int progression = 0

string simulatorPath = './simulator'

Simulator path.