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5 6 7 8 9 10 load addl 11 load %ecx.i +1 cmpl cc.4 12 load jl t.4a 13 addl t.4b %ecx.4a 14 Cycle addl t.4c %ecx.4b 15 addl %ecx.4c %edx.2 load addl %edx.3 load %ecx.i +1 cmpl cc.3 load jl %ecx.2c t.3a addl %edx.4 t.3b %ecx.3a addl t.3c %ecx.3b i=6 addl %ecx.3c Iteration 3 i=9 Iteration 4