Build with PGO

[helpau]

Building with PGO speeds up loda benchmark by 0%-35%. However, this is quite difficult due to at least 3 profiles (cl, gcc, clang, maybe more because of x86_64/arm64?) and the dependency on the toolchain version. Example of changes here #547 Results from Apple M3, clang 17 Without PGO

Sequence	Terms	Reg Eval	Inc Eval	Vir Eval
A000040	1000	3.48s	-	0.43s
A000394	1000	1.72s	-	0.22s
A000401	1000	2.98s	-	0.22s
A000796	300	0.70s	-	-
A001041	300	0.73s	-	-
A001113	300	0.63s	-	-
A002110	300	0.77s	-	-
A002760	200	24.71s	-	1.18s
A057552	300	2.81s	0.03s	-
A079309	300	2.80s	0.03s	-
A002193	400	0.56s	0.23s	-
A035856	500	1.62s	-	-
A001609	1000	0.52s	0.00s	-
A003411	1000	0.59s	0.00s	-
A012866	1000	1.00s	0.00s	-
A000045	2000	1.82s	0.00s	-
A001304	3000	0.98s	0.00s	-
A000005	5000	1.04s	-	-
A130487	5000	1.70s	0.00s	-
A000030	500000	0.38s	-	-

With PGO(instrumented profile, profile generated from loda mine -H 1)

Sequence	Terms	Reg Eval	Inc Eval	Vir Eval
A000040	1000	2.22s	-	0.32s
A000394	1000	1.41s	-	0.17s
A000401	1000	2.34s	-	0.17s
A000796	300	0.67s	-	-
A001041	300	0.72s	-	-
A001113	300	0.60s	-	-
A002110	300	0.73s	-	-
A002760	200	19.51s	-	0.98s
A057552	300	2.79s	0.03s	-
A079309	300	2.77s	0.03s	-
A002193	400	0.56s	0.21s	-
A035856	500	1.55s	-	-
A001609	1000	0.50s	0.00s	-
A003411	1000	0.58s	0.00s	-
A012866	1000	0.99s	0.00s	-
A000045	2000	1.82s	0.00s	-
A001304	3000	0.84s	0.00s	-
A000005	5000	0.74s	-	-
A130487	5000	1.12s	0.00s	-
A000030	500000	0.28s	-	-