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#ifdef __cplusplus
extern "C" {
#endif
#include "ulib/unparse.h"
#ifdef __cplusplus
}
#endif
static const char *fmt_lower = "0123456789abcdef";
static const char *fmt_upper = "0123456789ABCDEF";
#ifdef UUID_UNPARSE_DEFAULT_UPPER
#define FMT_DEFAULT fmt_upper
#else
#define FMT_DEFAULT fmt_lower
#endif
/* convert U64 to hex chars. */
static void uu_u64_2hex(const U64 in, char *out, const int len, const char *fmt) {
U64 n = in;
int i = len;
do {
out[--i] = fmt[n % 16];
n >>= 4;
} while (n > 0);
while (i > 0)
out[--i] = '0';
}
static void uu_unparse_x0(const struct_uu_t *in, char *out, const char *fmt) {
char *dst = out;
uu_u64_2hex(in->v1.time_low, dst, 8, fmt); dst += 8; *dst++ = '-';
uu_u64_2hex(in->v1.time_mid, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.time_high_and_version, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.clock_seq_and_variant, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.node[0], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[1], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[2], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[3], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[4], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[5], dst, 2, fmt); dst += 2;
*dst = 0;
}
void uu_unparse_lower0(const struct_uu_t *in, char *out) {
uu_unparse_x0(in, out, fmt_lower);
}
void uu_unparse_upper0(const struct_uu_t *in, char *out) {
uu_unparse_x0(in, out, fmt_upper);
}
void uu_unparse0(const struct_uu_t *in, char *out) {
uu_unparse_x0(in, out, FMT_DEFAULT);
}
static void uu_unparse_x1(const struct_uu_t *in, char *out, const char *fmt) {
char *dst = out;
uu_u64_2hex(in->v1.time_low, dst, 8, fmt); dst += 8; *dst++ = '-';
uu_u64_2hex(in->v1.time_mid, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.time_high_and_version, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.clock_seq_and_variant, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.node[0], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[1], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[2], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[3], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[4], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[5], dst, 2, fmt); dst += 2;
*dst = 0;
}
void uu_unparse_lower1(const struct_uu_t *in, char *out) {
uu_unparse_x1(in, out, fmt_lower);
}
void uu_unparse_upper1(const struct_uu_t *in, char *out) {
uu_unparse_x1(in, out, fmt_upper);
}
void uu_unparse1(const struct_uu_t *in, char *out) {
uu_unparse_x1(in, out, FMT_DEFAULT);
}
static void uu_unparse_x3(const struct_uu_t *in, char *out, const char *fmt) {
char *dst = out;
uu_u64_2hex(in->v1.time_low, dst, 8, fmt); dst += 8; *dst++ = '-';
uu_u64_2hex(in->v1.time_mid, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.time_high_and_version, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.clock_seq_and_variant, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.node[0], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[1], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[2], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[3], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[4], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[5], dst, 2, fmt); dst += 2;
*dst = 0;
}
void uu_unparse_lower3(const struct_uu_t *in, char *out) {
uu_unparse_x3(in, out, fmt_lower);
}
void uu_unparse_upper3(const struct_uu_t *in, char *out) {
uu_unparse_x3(in, out, fmt_upper);
}
void uu_unparse3(const struct_uu_t *in, char *out) {
uu_unparse_x3(in, out, FMT_DEFAULT);
}
static void uu_unparse_x4(const struct_uu_t *in, char *out, const char *fmt) {
char *dst = out;
uu_u64_2hex(in->v4.rand_a, dst, 8, fmt); dst += 8; *dst++ = '-';
uu_u64_2hex(in->v4.rand_b_and_version >> 16, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v4.rand_b_and_version & 0xffff, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v4.rand_c_and_variant >> 16, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v4.rand_c_and_variant & 0xffff, dst, 4, fmt); dst += 4;
uu_u64_2hex(in->v4.rand_d, dst, 8, fmt); dst += 8;
*dst = 0;
}
void uu_unparse_lower4(const struct_uu_t *in, char *out) {
uu_unparse_x4(in, out, fmt_lower);
}
void uu_unparse_upper4(const struct_uu_t *in, char *out) {
uu_unparse_x4(in, out, fmt_upper);
}
void uu_unparse4(const struct_uu_t *in, char *out) {
uu_unparse_x4(in, out, FMT_DEFAULT);
}
static void uu_unparse_x5(const struct_uu_t *in, char *out, const char *fmt) {
char *dst = out;
uu_u64_2hex(in->v1.time_low, dst, 8, fmt); dst += 8; *dst++ = '-';
uu_u64_2hex(in->v1.time_mid, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.time_high_and_version, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.clock_seq_and_variant, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v1.node[0], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[1], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[2], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[3], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[4], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v1.node[5], dst, 2, fmt); dst += 2;
*dst = 0;
}
void uu_unparse_lower5(const struct_uu_t *in, char *out) {
uu_unparse_x5(in, out, fmt_lower);
}
void uu_unparse_upper5(const struct_uu_t *in, char *out) {
uu_unparse_x5(in, out, fmt_upper);
}
void uu_unparse5(const struct_uu_t *in, char *out) {
uu_unparse_x5(in, out, FMT_DEFAULT);
}
static void uu_unparse_x6(const struct_uu_t *in, char *out, const char *fmt) {
char *dst = out;
uu_u64_2hex(in->v6.time_high, dst, 8, fmt); dst += 8; *dst++ = '-';
uu_u64_2hex(in->v6.time_mid, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v6.time_low_and_version, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v6.clock_seq_and_variant, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v6.node[0], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v6.node[1], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v6.node[2], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v6.node[3], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v6.node[4], dst, 2, fmt); dst += 2;
uu_u64_2hex(in->v6.node[5], dst, 2, fmt); dst += 2;
*dst = 0;
}
void uu_unparse_lower6(const struct_uu_t *in, char *out) {
uu_unparse_x6(in, out, fmt_lower);
}
void uu_unparse_upper6(const struct_uu_t *in, char *out) {
uu_unparse_x6(in, out, fmt_upper);
}
void uu_unparse6(const struct_uu_t *in, char *out) {
uu_unparse_x6(in, out, FMT_DEFAULT);
}
static void uu_unparse_x7(const struct_uu_t *in, char *out, const char *fmt) {
char *dst = out;
uu_u64_2hex(in->v7.time_high, dst, 8, fmt); dst += 8; *dst++ = '-';
uu_u64_2hex(in->v7.time_low, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v7.rand_a_and_version, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v7.rand_b_and_variant >> 48, dst, 4, fmt); dst += 4; *dst++ = '-';
uu_u64_2hex(in->v7.rand_b_and_variant & 0xffffffffffffULL, dst, 12, fmt); dst += 12;
*dst = 0;
}
void uu_unparse_lower7(const struct_uu_t *in, char *out) {
uu_unparse_x7(in, out, fmt_lower);
}
void uu_unparse_upper7(const struct_uu_t *in, char *out) {
uu_unparse_x7(in, out, fmt_upper);
}
void uu_unparse7(const struct_uu_t *in, char *out) {
uu_unparse_x7(in, out, FMT_DEFAULT);
}
/* ex:set ts=2 sw=2 itab=spaces: */
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