Uses of Package
jmt.common.exception

Packages that use jmt.common.exception
Package
Description
Strategy interfaces and base classes used by the JSIM simulation engine to implement the behaviour of the network elements.
Strategies used by fork stations to split a job into the output tasks that are then routed to the downstream stations.
Queue insertion strategies that select the position in the queue where an arriving job is placed, implementing queueing disciplines such as FCFS and priority-based placement.
Routing strategies used by router nodes to select the destination station of each departing job.
Service time strategies determining the service time of jobs at a station, including load independent and load dependent service distributions.
Vacation strategies modelling servers that suspend their service for a vacation period, as supported by the extended JSIM simulation engine.
Node sections, the building blocks from which the JSIM simulation engine stations are composed.
Queueing network model of the JSIM simulation engine: nodes, stations, jobs, job classes, measures and the global structures that connect them.
Analytical JMVA model layer: constants, parameters and the model data structure of the alphanumeric MVA solver, as described in the JMVA chapter of the user manual.
Link component of the JABA graphical interface.
Command line interface of the JMT suite.
Exceptions shared by the JMT engine, such as the load exception raised when a closed workload exceeds the capacity of the network.
Distribution support of the JMCH wizard.
Expression evaluator of the JMVA wizard, used to enter service times and demands as expressions of model parameters.
Link between the JMVA GUI and the model data structures of the JSIM graph editor.
Random number generation for the JSIM simulation engine.
Discrete probability distributions for the JSIM simulation engine (Bernoulli, binomial, geometric, Poisson, uniform, ...).
Core of the JSIM discrete event simulation engine: the simulation system, entities, events, predicates and event queues on which all JMT simulation tools rely.
Solver dispatchers of JMVA, which select and drive the appropriate exact or approximate solution algorithm for the model under study.
Wrapper solvers used by the JMVA dispatchers.
Priority support of the JMVA solvers: Priority MVA (P-MVA) and Related Workload Approximation (RWA) calculators for models with priority classes.