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#ifndef _BIGINT
#define _BIGINT
#include "MemoryManager.h"
typedef void* BigInt;
/* Create */
BigInt B_new(MemoryManager *mm, int value);
BigInt B_newstr(MemoryManager *mm, const char* str);
BigInt B_newbytes(MemoryManager *mm, usize bytes);
BigInt B_dup(MemoryManager *mm, const BigInt bigint);
BigInt B_newsum(MemoryManager *mm, BigInt a, BigInt b);
BigInt B_newsub(MemoryManager *mm, BigInt a, BigInt b);
/* Free */
Result B_free(BigInt *bigint);
/* Modify */
Result B_sum(BigInt *a, const BigInt b);
Result B_sub(BigInt *a, const BigInt b);
Result B_compl(BigInt *x);
Result B_bitand(BigInt *x, const BigInt y);
Result B_bitor(BigInt *x, const BigInt y);
Result B_bitxor(BigInt *x, const BigInt y);
Result B_rshift(BigInt *x, usize shift);
Result B_lshift(BigInt *x, usize shift);
/* Get */
usize B_bytes(const BigInt x);
usize B_bitwidth(const BigInt x);
char* B_tostr(MemoryManager *mm, const BigInt x);
int B_eq(const BigInt x, const BigInt y);
int B_not_eq(const BigInt x, const BigInt y);
int B_lt(const BigInt x, const BigInt y);
int B_le(const BigInt x, const BigInt y);
int B_gt(const BigInt x, const BigInt y);
int B_ge(const BigInt x, const BigInt y);
#endif /* _BIGINT */
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