Abstract: Techniques for static code analysis are provided. The techniques include routing a code analysis request to a set of one or more static code analysis tools based on a context of the request, merging one or more tool-specific outputs of the code analysis, wherein merging the one or more tool-specific outputs comprises using one or more tool-specific mappings to one or more static code analysis abstractions and one or more source linkages of one or more static code analysis defects, performing a deep analysis on a set of one or more defect categories, and combining results of the merging with the deep analysis to filter out one or more false-positives and to add one or more new true positives to create an optimal set of defects.

Abstract: Techniques for generating concurrent static single assignment (CSSA) are provided. The techniques include generating a clocked control flow graph of a program, for each thread of the program created through async instruction, determining each part of the program that can execute concurrently with each thread to create a pair comprising a thread and a parallel program part, for each pair that can execute concurrently, using one or more flow equations to perform node-by-node matching, and using the node-by-node matching to generate CSSA form for the program.

Abstract: Techniques for generating concurrent static single assignment (CSSA) are provided. The techniques include generating a clocked control flow graph of a program, for each thread of the program created through async instruction, determining each part of the program that can execute concurrently with each thread to create a pair comprising a thread and a parallel program part, for each pair that can execute concurrently, using one or more flow equations to perform node-by-node matching, and using the node-by-node matching to generate CSSA form for the program.