Asn1cEncDec.hh
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#ifndef ASN1CENCDEC_HH
#define ASN1CENCDEC_HH
// include titan headers
#include "TTCN3.hh"
// include ASN1C sceleton
#include "asn1c/INTEGER.h"
#include "asn1c/BOOLEAN.h"
#include "asn1c/OCTET_STRING.h"
#include "asn1c/BIT_STRING.h"
extern "C" {
int asn1c_collect_encoded_data(const void *buffer, size_t size, void *application_specific_key);
}
// OPTIONAL is defined somewhere in WIN32
#ifdef OPTIONAL
#undef OPTIONAL
#endif
template<typename TT, typename TA>
TT asn1c2titan(const TA& a) {
// default implementation:
return TT(a);
}
// basic types
void titan2asn1c(const INTEGER& t, long& a);
void titan2asn1c(const INTEGER& t, unsigned long& a);
void titan2asn1c(const INTEGER& t, INTEGER_t& a);
void titan2asn1c(const BOOLEAN& t, BOOLEAN_t& a);
void titan2asn1c(const OCTETSTRING& t, OCTET_STRING_t& a);
void titan2asn1c(const BITSTRING& t, BIT_STRING_t& a);
INTEGER asn1c2titan(const INTEGER_t&);
INTEGER asn1c2titan(long);
OCTETSTRING asn1c2titan(const OCTET_STRING_t&);
BITSTRING asn1c2titan(const BIT_STRING_t&);
// template for optional value
template <typename TT, typename TA>
OPTIONAL<TT> asn1c2titan_opt(const TA * pa) {
if(pa) {
return OPTIONAL<TT>(asn1c2titan(*pa));
}
return OPTIONAL<TT>(OMIT_VALUE);
}
template <typename TT, typename TA>
void titan2asn1c_opt(const OPTIONAL<TT> & ot, TA *& a){
if(ot.is_present()){
a = new TA;
titan2asn1c((const TT&)ot, *a);
}else{
a = NULL;
}
}
template<typename T, typename TS, typename TA>
void titan2asn1c_seq(const TS& t, TA& a){
a.list.array = (T**)calloc(t.n_elem(), sizeof(void*));
a.list.count = t.n_elem();
a.list.size = sizeof(void*)*a.list.count;
for (int i = 0; i < t.n_elem(); i++){
a.list.array[i] = (T*)malloc(sizeof(T));
titan2asn1c(t[i], *a.list.array[i]);
}
}
template<typename TS, typename TA>
TS asn1c2titan_seq(const TA& a)
{
TS t;
t.set_size(a.list.count);
for (int i = 0; i < a.list.count; i++){
t[i] = asn1c2titan(*a.list.array[i]);
}
return t;
}
int asn1c_per2ber(asn_TYPE_descriptor_t &td, const TTCN_Buffer & per, TTCN_Buffer & ber, void** ctx );
int asn1c_ber2per(asn_TYPE_descriptor_t &td, const TTCN_Buffer & ber, TTCN_Buffer & per, void** ctx );
// int asn1c_oer2xer(asn_TYPE_descriptor_t &td, const TTCN_Buffer & oer, TTCN_Buffer & xer, void** ctx );
// int asn1c_xer2oer(asn_TYPE_descriptor_t &td, const TTCN_Buffer & xer, TTCN_Buffer & oer, void** ctx );
#endif
OPTIONAL
Definition: BTPCodec.cc:9
titan2asn1c
void titan2asn1c(const INTEGER &t, long &a)
Definition: Asn1cEncDec.cc:5
asn1c2titan_seq
TS asn1c2titan_seq(const TA &a)
Definition: Asn1cEncDec.hh:72
asn1c2titan_opt
OPTIONAL< TT > asn1c2titan_opt(const TA *pa)
Definition: Asn1cEncDec.hh:43
asn1c_collect_encoded_data
int asn1c_collect_encoded_data(const void *buffer, size_t size, void *application_specific_key)
Definition: Asn1cEncDec.cc:108
asn1c2titan
TT asn1c2titan(const TA &a)
Definition: Asn1cEncDec.hh:23
asn1c_per2ber
int asn1c_per2ber(asn_TYPE_descriptor_t &td, const TTCN_Buffer &per, TTCN_Buffer &ber, void **ctx)
Definition: Asn1cEncDec.cc:122
titan2asn1c_seq
void titan2asn1c_seq(const TS &t, TA &a)
Definition: Asn1cEncDec.hh:61
asn1c_ber2per
int asn1c_ber2per(asn_TYPE_descriptor_t &td, const TTCN_Buffer &ber, TTCN_Buffer &per, void **ctx)
Definition: Asn1cEncDec.cc:147
titan2asn1c_opt
void titan2asn1c_opt(const OPTIONAL< TT > &ot, TA *&a)
Definition: Asn1cEncDec.hh:51