An apparatus includes a state machine engine. The state machine engine may also include an automaton, whereby the automaton is configured to analyze data from a beginning of an input data stream until a point when an end of data signal is seen. The automaton may further be configured to report an event representative of a satisfaction of a Boolean clause of a conjunctive normal form (CNF) Boolean expression representative of a Boolean Satisfiability problem (SAT) by a portion of the input data stream.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A state machine engine, comprising: an automaton, wherein the automaton is configured to: analyze data from a beginning of an input data stream until a point when an end of data signal is seen; and report an event representative of a satisfaction of a Boolean clause of a conjunctive normal form (CNF) Boolean expression representative of a Boolean Satisfiability problem (SAT) by a portion of the input data stream. 2. The state machine engine of claim 1, wherein the automaton comprises a state transition element comprising at least one memory element. 3. The state machine engine of claim 2, wherein the automaton is configured to report the event representative of a satisfaction of the Boolean clause of the CNF Boolean expression based on a match of the at least a portion of the input data stream with a setting of the state machine element. 4. The state machine engine of claim 1, wherein the automaton is configured to report a second event representative of a satisfaction of the Boolean clause of the CNF Boolean expression by a second portion of the input data stream. 5. The state machine engine of claim 1, wherein the automaton is configured to report only one instance of the event representative of a satisfaction of the Boolean clause of the CNF Boolean expression when multiple instances of events representative of a satisfaction of the Boolean clause of the CNF Boolean expression occur. 6. The state machine engine of claim 1, comprising a second automaton, wherein the second automaton is configured to: analyze data from a beginning of an input data stream until a point when the end of data signal is seen; and report an event representative of a satisfaction of a second Boolean clause of the CNF Boolean expression representative of the SAT by a portion of the input data stream. 7. The state machine engine of claim 6, wherein the second automaton is configured to report a second event representative of a satisfaction of the second Boolean clause of the CNF Boolean expression by a second portion of the input data stream. 8. The state machine engine of claim 6, wherein the second automaton is configured to report only one instance of the event representative of a satisfaction of the second Boolean clause of the CNF Boolean expression when multiple instances of events representative of a satisfaction of the second Boolean clause of the CNF Boolean expression occur. 9. The state machine engine of claim 1, wherein the automaton is configured to report the event representative of a satisfaction of the Boolean clause of the CNF Boolean expression to a host device coupled to the state machine engine. 10. An automaton implemented in a state machine engine, wherein the automaton is configured to: observe data from an input data stream; and report whether at least a portion of the input data stream satisfies a Boolean clause of a conjunctive normal form (CNF) Boolean expression representative of a Boolean Satisfiability problem (SAT). 11. The automaton of claim 10, wherein the automaton is configured to: observe a first occurrence of a designated start symbol in the input data steam; initiate observation of an occurrence of one or more target symbols in the input data stream based on the observation of the first occurrence of the designated start symbol; observe a second occurrence of the designated start symbol in the input data stream after the occurrence of the one or more target symbols is observed; and report whether one or more target symbols in the input data stream satisfies the Boolean clause of the CNF Boolean expression subsequent to the second occurrence of the designated start symbol being observed as the report of whether at least a portion of the input data stream satisfies the Boolean clause. 12. The automaton of claim 11, wherein the designated start symbol is a “\x80” symbol. 13. The automaton of claim 10, wherein the automaton comprises a plurality of state transition elements (STEs). 14. An automaton implemented in a state machine engine, wherein the automaton is configured to: observe a current input symbol as a portion of an input data stream, wherein the current input symbol is a single character having a predetermined length; and report an event when the current input symbol satisfies a Boolean clause of a conjunctive normal form (CNF) Boolean expression representative of a Boolean Satisfiability problem (SAT). 15. The automaton of claim 14, wherein the current input symbol comprises a single 8-bit character as the single character. 16. The automaton of claim 15, wherein the single 8-bit character comprises seven predetermined locations in which variable set values may be located for analysis of satisfaction of the Boolean clause of the CNF Boolean expression. 17. The automaton of claim 16, wherein the single 8-bit character comprises a single predetermined location in which a separation value may be located. 18. The automaton of claim 17, wherein the automaton is configured to differentiate the current input symbol from a subsequent input as a portion of the input data stream based upon the separation value. 19. The automaton of claim 14, wherein the current input symbol comprises two consecutive 8-bit characters as the single character. 20. The automaton of claim 19, wherein the two consecutive 8-bit characters comprises fifteen predetermined locations in which variable set values may be located for analysis of satisfaction of the Boolean clause of the CNF Boolean expression. 21. The automaton of claim 20, wherein the two consecutive 8-bit characters comprise a single predetermined location in which a separation value may be located, wherein the automaton is configured to differentiate the current input symbol from a subsequent input symbol as a portion of the input data stream based upon the separation value. 22. The automaton of claim 14, wherein the single character is configured to be specified in decimal or hexadecimal notation. 23. A state machine engine, comprising: an automaton, wherein the automaton comprises a plurality of state transition elements (STEs), wherein the automaton is configured to: analyze portions of an input data stream via the plurality of STEs; and report an event representative of a satisfaction of a Boolean clause of a conjunctive normal form (CNF) Boolean expression representative of a Boolean Satisfiability problem (SAT) with respect to at least one portion of the input data stream. 24. The state machine engine of claim 23, wherein the automaton comprises a pruning element configured to prevent additional events of a satisfaction of the Boolean clause of the CNF Boolean expression from being reported. 25. The state machine engine of claim 24, wherein the pruning element comprises a NOR element. 26. The state machine engine of claim 23, wherein the automaton is configured to report all additional events representative of a satisfaction of the Boolean clause of the CNF Boolean expression. 27. The state machine engine of claim 26, wherein the automaton is configured to report the event and the all additional events to a host coupled to the state machine engine as an indication of all solutions of the Boolean clause of the CNF Boolean expression. 28. A tangible, non-transitory computer-readable medium configured to store instructions executable by a processor of an electronic device, wherein the instructions comprise instructions to represent an automaton configured to generate an event representative of a satisfaction of a Boolean clause of a conjunctive normal form (CNF) Boolean expression representative of a Boolean Satisfiability problem (SAT) as a graph. 29. The computer-readable medium of claim 28, comprising instructions to receive an input and simulate operation of the automaton based on the input. 30. The computer-readable medium of claim 29, comprising instructions to generate an indication of a result of the simulation of the operation of the automaton.