15. A computer-implemented method, comprising: receiving event data from an event stream; receiving, by a computing system, a continuous query language query statement for processing the event data of the event stream; generating a first logical plan comprising one or more logical operators of the continuous language query; generating, based at least in part on the one or more logical operators of the continuous query language query statement in the first logical plan, a query graph for enabling evaluation of less than all of the one or more logical operators of the continuous query language query statement; generating, based at least in part on the query graph, a second logical plan for implementing the continuous query language query statement to process the event data of the event stream, the second logical plan comprising at least one conditional instruction for skipping evaluation of at least one or more expressions associated with the one or more logical operators after a first expression comprising the one or more expressions has been evaluated; compiling, by the computing system, the second logical plan into machine-readable instructions for implementing the one or more logical operators of the continuous query language query statement in the first logical plan; and executing the machine-readable instructions, the machine-readable instructions comprising the conditional instruction for skipping evaluation, at a runtime, of the one or more expressions associated with the subset of the logical operators of the continuous query language query, the conditional instruction identifying, at the runtime, a function comprising a list of input arguments, and the list of input arguments comprising at least one of an input operand indicating a result of execution of a previous instruction in the second logical plan, a storage parameter indicating a storage location to jump to if an expression represented by the input operand satisfies a condition, or a result parameter indicating a result location of execution of the conditional instruction.
15. A computer-implemented method, comprising: receiving event data from an event stream; receiving, by a computing system, a continuous query language query statement for processing the event data of the event stream; generating a first logical plan comprising one or more logical operators of the continuous language query; generating, based at least in part on the one or more logical operators of the continuous query language query statement in the first logical plan, a query graph for enabling evaluation of less than all of the one or more logical operators of the continuous query language query statement; generating, based at least in part on the query graph, a second logical plan for implementing the continuous query language query statement to process the event data of the event stream, the second logical plan comprising at least one conditional instruction for skipping evaluation of at least one or more expressions associated with the one or more logical operators after a first expression comprising the one or more expressions has been evaluated; compiling, by the computing system, the second logical plan into machine-readable instructions for implementing the one or more logical operators of the continuous query language query statement in the first logical plan; and executing the machine-readable instructions, the machine-readable instructions comprising the conditional instruction for skipping evaluation, at a runtime, of the one or more expressions associated with the subset of the logical operators of the continuous query language query, the conditional instruction identifying, at the runtime, a function comprising a list of input arguments, and the list of input arguments comprising at least one of an input operand indicating a result of execution of a previous instruction in the second logical plan, a storage parameter indicating a storage location to jump to if an expression represented by the input operand satisfies a condition, or a result parameter indicating a result location of execution of the conditional instruction. 21. The computer-implemented method of claim 15 , wherein the second logical plan includes a jump_if_true statement associated with an “or” operator following at least the first expression comprising the one or more expressions or a jump_if_false statement associated with an “and” operator following at least the first expression comprising the one or more expressions.