Method for verifying contiquity of a binary translated block of

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395706, 395385, 395379, 395581, 395676, G06F 932

Patent

active

057219273

ABSTRACT:
A method for enabling a first block of instructions to verify whether the first block of instructions follows a second block of instructions in an order of execution. The method includes appending a compare instruction to the first block of instructions. The compare instruction compares a first value from the first block of instructions with a second value from the second block of instructions, which precedes the first block of instructions in the order of execution. The method further includes appending a branching instruction to the first block of instructions. The branching instruction is executed in response to the first value being unequal to the second value. The branching instruction, when executed, branches to an alternative look-up routine to obtain a block of instructions that follows the second block of instructions in the order of execution.

REFERENCES:
patent: 5167023 (1992-11-01), De Nicolas et al.
patent: 5287490 (1994-02-01), Sites
patent: 5560013 (1996-09-01), Scalzi et al.
patent: 5619665 (1997-04-01), Emma

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