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The upper limit of Python integers is determined by by the size of addressable memory. On 64-bit platforms this is about $2^{63}$ bytes or about $15\cdot 2^{62} < 2^{66}$ bits. Unfortunately, the number of bits of some integers cannot be represented as a 64-bit integer, this complicates the code.
The following PR lowers the limit to about $2^{64}$ bits or about $2^{65}/15 > 2^{61}$ bytes. It is still much larger than practically achievable (larger that the limit of addressable memory in modern processors).
The upper limit of Python integers is determined by by the size of addressable memory. On 64-bit platforms this is about$2^{63}$ bytes or about $15\cdot 2^{62} < 2^{66}$ bits. Unfortunately, the number of bits of some integers cannot be represented as a 64-bit integer, this complicates the code.
The following PR lowers the limit to about$2^{64}$ bits or about $2^{65}/15 > 2^{61}$ bytes. It is still much larger than practically achievable (larger that the limit of addressable memory in modern processors).
First proposed in #121486, then discussed in https://discuss.python.org/t/imposing-a-hard-limit-on-python-integers/62302.
Linked PRs