It is also possible to combine expression simplification with Miasm's symbolic execution engine: $ python scripts/symbolic_simplification.py samples/mba_challenge 0x1290 oracle.pickle [snip] before: {({RDI[0:32] & RSI[0:32] 0 32, 0x0 32 64} * 0x2 + {RDI[0:32] ^ RSI[0:32] 0 32...
input: a randomly generated arithmetic expression. It can be used to replace 'instruction' for training when we want to focus on arithmetic and avoid the influence of natural language. output: the target output for the model to learn. It contains CoTs for multi-digit multiplication and division...
However, in general, where function is a composition of many constituent parts, it may not be possible to rearrange the expression in such as way, thus the over-enclosure remains. However, in some cases there is little over-enclosure, and the bound given by an interval extension is tight ...
classSolution:defsolve(self,nums):dp={}n=len(nums)res=0foriinrange(n):forjinrange(i):diff=nums[i]-nums[j]prev=dp.get((i,diff),0)prevprev=dp.get((j,diff),0)dp[(i,diff)]=prev+prevprev+1res+=prevprevreturnres ob=Solution()nums=[6,12,13,8,10,...