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#include <stdio.h>
#include <stdlib.h>
#include <netbytes.h>
void pr_u8( nb_u8 *u8 )
{
if ( !u8 )
{
printf("u8 : NULL\n");
return;
} else
{
printf("u8 : t=0x%x v=0x%x\n", u8->type, u8->val );
}
}
void pr_u8arr( nb_u8arr *u8arr )
{
if (!u8arr)
{
printf("u8arr: NULL\n");
return ;
} else
{
printf("u8arr: t=0x%x l=0x%x v=0x%x\n",
u8arr->type, u8arr->len, u8arr->val );
}
}
void pr_u16( nb_u16 *u16 )
{
if ( !u16 )
{
printf("u16: NULL\n");
return;
} else
{
printf("u16: t=0x%x v=0x%x\n", u16->type, u16->val );
}
}
void pr_u32( nb_u32 *u32 )
{
if ( !u32 )
{
printf("u32: NULL\n");
return;
} else
{
printf("u32: t=0x%x v=0x%x\n", u32->type, u32->val );
}
}
void pr_u64( nb_u64 *u64 )
{
if ( !u64 )
{
printf("u64: NULL\n");
return;
} else
{
printf("u64: t=0x%x v=0x%016llx\n", u64->type, u64->val );
}
}
void pr_store( netbyte_store *nb )
{
int i;
if (!nb)
{
printf("nb: NULL\n");
return;
}
printf("nb: s=0x%x c=0x%x\n", nb->size, nb->count );
for (i=0;i<nb->count;i++)
{
printf("\t[%x] -> ",i );
if ( nb->types[i].type == NBT_U8 )
{
pr_u8( (nb_u8 *)nb->types[i].nb_val );
} else if ( nb->types[i].type == NBT_U8ARRAY )
{
pr_u8arr( (nb_u8arr *)nb->types[i].nb_val );
} else if ( nb->types[i].type == NBT_U16 )
{
pr_u16( (nb_u16 *)nb->types[i].nb_val );
} else if ( nb->types[i].type == NBT_U32 )
{
pr_u32( (nb_u32 *)nb->types[i].nb_val );
} else if ( nb->types[i].type == NBT_U64 )
{
pr_u64( (nb_u64 *)nb->types[i].nb_val );
} else
{
printf("Unknown\n");
}
}
}
int main()
{
FILE *f=NULL;
int er;
netbyte_store nb;
netbyte_store nb2;
nb_u8 u8;
nb_u8arr u8arr;
nb_u16 u16;
nb_u16arr u16arr;
nb_u32 u32;
nb_u32arr u32arr;
nb_u64 u64;
nb_u64arr u64arr;
const int len = 11;
char *str = "0123456789";
uint8_t *res=NULL;
printf("Start test\n");
nb_init( &nb );
er = nb_u8_create( &u8, 0x10 );
if (er)
printf("er create u8: %d\n",er);
er = nb_u8arr_create( &u8arr, len, &str[0] );
if (er)
printf("er create u8arr: %d\n",er);
er = nb_u16_create( &u16, 0x2111 );
if (er)
printf("er create u16: %d\n",er);
er = nb_u32_create( &u32, 0x42322212 );
if (er)
printf("er create u32: %d\n",er);
er = nb_u64_create( &u64, 0x8373635343332313 );
if (er)
printf("er create u64: %d\n",er);
pr_u8( &u8 );
pr_u8arr( &u8arr );
#if 1
pr_store( &nb );
er = nb_add_u8( &nb, &u8 );
if (er)
printf("er add u8: %d\n",er);
#endif
#if 0
pr_store( &nb );
er = nb_add_u8arr( &nb, &u8arr );
if (er)
printf("er add u8arr: %d\n",er);
#endif
#if 1
pr_store( &nb );
er = nb_add_u16( &nb, &u16 );
if (er)
printf("er add u16: %d\n",er);
#endif
#if 1
pr_store( &nb );
er = nb_add_u32( &nb, &u32 );
if (er)
printf("er add u32: %d\n",er);
#endif
#if 1
pr_store( &nb );
er = nb_add_u64( &nb, &u64 );
if (er)
printf("er add u64: %d\n",er);
#endif
pr_store( &nb );
res = nb_create( &nb );
pr_store( &nb );
printf("res 0x%x\n", res);
f = fopen("test_alltypes.nb","w+");
fwrite( res, 1, nb.size , f );
fclose( f );
/*
printf("LOAD:-----\n");
nb_init( &nb2 );
pr_store( &nb2 );
nb_load( &nb2, res );
pr_store( &nb2 );
printf( "->1 [%s]\n", ((nb_u8arr *)nb2.types[1].nb_val)->val );
__NBT_TYPED *t=0xf8;
nb_u8arr *v;
nb_type( &nb2, 1, &t );
printf("get type: %02x\n", t );
nb_val( &nb2, 1, (uint8_t **)&v );
printf("get value: %02x\n", v->val );
*/
free( res );
printf("End test\n");
return 0;
}
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