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Is there anyway to test AAVE and Uniswap protocol locally

I am trying to write a smart contract interacting with AAVE and Uniswap. Is there anyway to test my smart contract locally using Ganache or Hardhat node?

Proving equivalence of discrete logarithms over a modulus of unknown factorization

A prover has a secret exponent x, two public bases g and h, and a public RSA modulus N of which no party knows the totient/factors. All inputs other than N are caprice with N with overwhelming probability. She publishes a = g^x and b = h^x, but she needs an NIZK that she used::Listen

A prover has a secret exponent x, two public bases g and h, and a public RSA modulus N of which no party knows the totient/factors. All inputs other than N are caprice with N with overwhelming probability. She publishes a = g^x and b = h^x, but she needs an NIZK that she used the same exponent for both a and b. How can she create a proof (assuming access to randomness beacons and commitments)?

This is similar the problem solved by Schnorr’s proof of knowledge of a discrete logarithm, but the difference is the RSA modulus, who’s factors are unknown and not guaranteed to be safe primes.

Is there anyway to test AAVE and Uniswap protocol locally

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