All:
Inlining decisions that reduces the formulation of callee's stacks frame and
including the callee in the caller context increases
The performance.
The priority function of Inlining decisions can be calculated as follows
considering the following.
1. Level nest of the callee.
2. code size of the callee.
3. code size of the largest function in the program.
Prority(c) = (level(c) + 1) * largetsize
-----------------------------
Size(c).
The the Higher the priority for inlining decision for the callee with small
code size and deepest in the call site of the call graph.
The deeper the level of callee the greater is the priority and smaller the code
size the higher is the priority.
The priority function also considers the largest size of the functions in the
program. If the size of the function is largest in the
Program the higher is the prority.
Priority(c) = Priority of the callee.
Level(c) = Deepness of the callee.
Size(c) = code size of the callee.
Largetsize = largest size among all the functions in the program.
The above heuristics for inlining should be considered for inlining. If we use
similar heuristics in the inlining decisions Let me know.
Thanks & Regards
Ajit
