Require this trait on the value type stored in an EntityMap to 'unlock' the
methods intended for primary entity maps that are allowed to create references
with the 'push method.
This prevents accidentally depending on these methods in secondary maps.
Require this trait on the value type stored in an EntityMap to 'unlock' the
methods intended for primary entity maps that are allowed to create references
with the 'push method.
This prevents accidentally depending on these methods in secondary maps.
This iterator enumerates all EBB references whether they are in the layout or
not. That is usually not what is needed when working with the CFG.
It is better to iterate over EBB referrences in layout order, or in reverse
post-order and then call the get_predecessors() method for each Ebb reference.
See the new implementation of print_cfg::cfg_connections().
This iterator enumerates all EBB references whether they are in the layout or
not. That is usually not what is needed when working with the CFG.
It is better to iterate over EBB referrences in layout order, or in reverse
post-order and then call the get_predecessors() method for each Ebb reference.
See the new implementation of print_cfg::cfg_connections().
Create a secondary entity map with space reserved for a known range of entity
references.
Add dfg.num_ebbs() and dfg.num_insts() methods to provide capacities.
Create a secondary entity map with space reserved for a known range of entity
references.
Add dfg.num_ebbs() and dfg.num_insts() methods to provide capacities.
Rather than switching on instruction formats to discover the destination of a
branch, use the analyze_branch method which returns a BranchInfo enum with just
the relevant information.
This makes CFG algorithms independent of future instruction formats for
branches. Only analyze_branch needs to be updated when adding a new format.
Rather than switching on instruction formats to discover the destination of a
branch, use the analyze_branch method which returns a BranchInfo enum with just
the relevant information.
This makes CFG algorithms independent of future instruction formats for
branches. Only analyze_branch needs to be updated when adding a new format.
