This replaces the "unique temporary index per block" approach.
The unique temporary index per block is almost always 0 because
when lifting the instruction from Capstone to Falcon IL, each
lifted instruction results in a new CFG.
When merging the CFGs the temporary scalars are not adjusted,
therefore we end up with a lot of duplicated temp_0.0 scalars
(which may have different bitness!).
This may cause problems when the CFG is manipulated and later
transformed into SSA.
This replaces the "unique temporary index per block" approach.
The unique temporary index per block is almost always 0 because when lifting the instruction from Capstone to Falcon IL, each lifted instruction results in a new CFG.
When merging the CFGs the temporary scalars are not adjusted, therefore we end up with a lot of duplicated
temp_0.0scalars (which may have different bitness!).This may cause problems when the CFG is manipulated and later transformed into SSA.