)]}'
{
  "commit": "e68ca57f46efdeebbf72893b35aab2b18a34d2e7",
  "tree": "e09f4b51c1c5c55279a9d43c1889f117de776621",
  "parents": [
    "05a459f795a260e6161c8f06d4ba9b00327d81c8"
  ],
  "author": {
    "name": "Michael Brown",
    "email": "mcb30@ipxe.org",
    "time": "Sat Jun 13 15:28:52 2026 +0100"
  },
  "committer": {
    "name": "Michael Brown",
    "email": "mcb30@ipxe.org",
    "time": "Sat Jun 13 15:53:19 2026 +0100"
  },
  "message": "[crypto] Use generic implementations of slow-path big integer functions\n\nIn the original big integer implementation, big integers were entirely\nopaque to the caller and only the architecture-dependent code knew any\ndetails of the internal structure.\n\nThis has long since ceased to be the case: for the sake of arithmetic\nefficiency, many portions of the codebase now presume that big\nintegers are represented as an array of elements, with each element\nbeing a native-endian unsigned value (with the precise type being\nchosen by the architecture-specific header file) and with the least\nsignificant element being first in the array.\n\nThe functions bigint_init(), bigint_done(), bigint_is_zero(),\nbigint_is_geq(), and bigint_max_bit_set() are never used on fast code\npaths, and most architectures use a generic C implementation of these\nfunctions.\n\nProvide generic implementations of these slow-path functions to be\nused on all architectures.\n\nSigned-off-by: Michael Brown \u003cmcb30@ipxe.org\u003e\n",
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