wordsize: 4 pointersize: 4 %%RA general registers: 19 address registers: 0 floating point registers: 0 use general as pointer: yes register score parameters: local variable: (2 cases) pointer,general (1 size) default -> (3,4) general,general (1 size) default -> (3,4) address of local variable: (2 cases) pointer,general (1 size) default -> (0,0) general,general (1 size) default -> (0,0) constant: (2 sizes) fitbyte -> (-1,-1) default -> (-1,-1) double constant: (1 size) default -> (-1,-1) address of global variable: (1 size) default -> (2,8) address of procedure: (1 size) default -> (-1,-1) opening cost parameters: local variable: (2 cases) pointer (1 size) default -> (3,4) general (1 size) default -> (3,4) address of local variable: (2 cases) pointer (1 size) default -> (1,4) general (1 size) general -> (1,4) constant: (2 sizes) fitbyte -> (1000,1000) default -> (1000,1000) double constant: (1 size) default -> (1000,1000) address of global variable: (1 size) default -> (2,8) address of procedure: (1 size) default -> (1000,1000) register save costs: (21 cases) 0 -> (0,0) 1 -> (6,8) 2 -> (12,16) 3 -> (18,24) 4 -> (24,32) 5 -> (30,40) 6 -> (36,48) 7 -> (42,56) 8 -> (48,64) 9 -> (54,72) 10 -> (60,80) 11 -> (66,88) 12 -> (72,96) 13 -> (78,104) 14 -> (84,112) 15 -> (90,120) 16 -> (96,128) 17 -> (102,136) 18 -> (108,144) 19 -> (114,152) 0 -> (0,0) %%UD access costs of global variables: (1 size) default -> (5,12) access costs of local variables: (1 size) default -> (3,4) %%SR overflow harmful?: no array bound harmful?: yes reduce sli if shift count larger than: 0 %%CS #include "em_mnem.h" first time then space: addressing modes: op_ads op_adp op_lof op_ldf op_loi op_dch op_lpb -1 op_ads op_adp op_lof op_ldf op_loi op_dch op_lpb -1 cheap operations: op_cii op_ciu op_cui op_cuu op_cmi op_cmu op_cmp -1 op_cii op_ciu op_cui op_cuu op_cmi op_cmu op_cmp -1 lexical tresholds: 1 1 indirection limit: 8 do not eliminate sli if index on shiftcounts: -1 -1 forbidden operators: -1 -1 %%SP global stack pollution allowed?: yes