search for: b6a

...a21* b1a* b1b* b1c* b1d* b1e* b1f* b1g* b1h* b1i* b3a* b3b* b3c* b3d* b3e* b3f* b3g* b4a* b4b* b4c* b4d* b4e* b4f* b4g* b4h* b4i* b4j* b4k* b4l* b4m* b4n* b4o* b4p* b5a* b5b* b5c* b5d* b5e* b5f* b5g* b5h* b5i* b5j* b5k* b5l* b5m* b5n* b5o* b6a* b6b* b6c* b6d* b6e* b6f* b6g* b6h* b6i* b6j* b6k* b6l* b7a* b7b* b7c* b7d* b7e* b7f* b7g* b7h* b7i* b7j* b7k* b9b* b10a* b10b* b13a* b13b* b13c* b14* c3* c4* c5* c12a* c12b* c12c* c12d* c12e* c12f* c19* d1* d2* d3* d6* d7a* d7b* d7c* d7d* d7e...

...://www.informatics.sussex.ac.uk/users/js231/img/sa-example-reduction.pdf For example, in the first step, the red cloud indicates that the blocks "B6" and "exit" are matched to the "continuous blocks" schema. These are then reduced into an abstract node which is called B6a and is coloured red (the same colour as the cloud) in the next step. Then, block "B5" is matched to the "self loop" schema, and replaced by the pink abstract node "B5a" in the next diagram. This continues until there is only one node left, and structural analysis has f...

...sussex.ac.uk/users/js231/img/sa-example-reduction.pdf > > For example, in the first step, the red cloud indicates that the blocks "B6" > and "exit" are matched to the "continuous blocks" schema. These are then > reduced into an abstract node which is called B6a and is coloured red (the > same colour as the cloud) in the next step. Then, block "B5" is matched to > the "self loop" schema, and replaced by the pink abstract node "B5a" in the > next diagram. This continues until there is only one node left, and > struc...

On Mar 13, 2010, at 11:54 AM, James Stanier wrote: > It > analyses the CFG and recognises specific region schema, such as if- > then, > if-then-else, while-loop, etc., and builds a "control tree" which > represents > the hierarchical structure of the input program. I am not sure if my definition of a control flow tree is the same as yours, but if it is, I am very

Hi folks, A few months back I finished writing and testing a pass which implements "structural analysis" as described originally by Sharir in 1980 ("Structural analysis: A new approach to flow analysis in optimizing compilers") and more recently by Muchnick in Advanced Compiler Design and Implementation. It analyses the CFG and recognises specific region schema, such as