1. A method for decreasing the number of trap-handling exceptions in a computer system executing computer code instructions, said method comprising: when a first trap-handling exception occurs in response to a first instruction, looking ahead a determinable number of nearby instructions and ascertaining whether any of said nearby instructions will also cause an exception; and resolving at least one additional instruction that will cause an exception in conjunction with handling the first instruction that caused the first trap-handling exception to occur, and prevents said at least one additional instruction from being directly executed and causing its own trap-handling exception.