func (pdu *V2CPDU) encodePDU(bs []byte, is_dump bool) ([]byte, SnmpError) {
internal := newNativePdu()
C.snmp_pdu_init(internal)
defer func() {
C.snmp_pdu_free(internal)
releaseNativePdu(internal)
}()
internal.error_status = C.int32_t(pdu.error_status)
if SNMP_PDU_GETBULK == pdu.op {
if pdu.variableBindings.Len() < pdu.non_repeaters {
internal.error_status = C.int32_t(pdu.variableBindings.Len())
} else {
internal.error_status = C.int32_t(pdu.non_repeaters)
}
if pdu.max_repetitions > 0 {
internal.error_index = C.int32_t(pdu.max_repetitions)
} else {
internal.error_index = C.int32_t(1)
}
}
err := strcpy(&internal.community[0], MAX_COMMUNITY_LEN, pdu.community)
if nil != err {
return nil, newError(SNMP_CODE_FAILED, err, "copy community")
}
internal.engine.max_msg_size = C.int32_t(pdu.maxMsgSize)
internal.request_id = C.int32_t(pdu.requestId)
internal.pdu_type = C.u_int(pdu.op)
internal.version = uint32(pdu.version)
err = encodeBindings(internal, pdu.GetVariableBindings())
if nil != err {
return nil, newError(SNMP_CODE_FAILED, err, "encode bindings")
}
if is_test {
debug_init_secparams(internal)
} else {
C.snmp_pdu_init_secparams(internal)
}
if is_dump {
C.snmp_pdu_dump(internal)
}
return encodeNativePdu(bs, internal)
}
func (pdu *V3PDU) encodePDU(bs []byte, is_dump bool) ([]byte, SnmpError) {
internal := newNativePdu()
C.snmp_pdu_init(internal)
defer func() {
C.snmp_pdu_free(internal)
releaseNativePdu(internal)
}()
internal.request_id = C.int32_t(pdu.requestId)
internal.pdu_type = C.u_int(pdu.op)
internal.version = uint32(SNMP_V3)
internal.error_status = C.int32_t(pdu.error_status)
if SNMP_PDU_GETBULK == pdu.op {
if pdu.variableBindings.Len() < pdu.non_repeaters {
internal.error_status = C.int32_t(pdu.variableBindings.Len())
} else {
internal.error_status = C.int32_t(pdu.non_repeaters)
}
if pdu.max_repetitions > 0 {
internal.error_index = C.int32_t(pdu.max_repetitions)
} else {
internal.error_index = C.int32_t(1)
}
}
if pdu.identifier < 0 {
internal.identifier = C.int32_t(pdu.requestId)
} else {
internal.identifier = C.int32_t(pdu.identifier)
}
internal.flags = 0
if nil == pdu.contextEngine {
internal.context_engine_len = C.uint32_t(0)
} else {
err := memcpy(&internal.context_engine[0], SNMP_ENGINE_ID_LEN, pdu.contextEngine)
if nil != err {
return nil, context_engine_failed //newError(SNMP_CODE_FAILED, err, "copy context_engine failed")
}
internal.context_engine_len = C.uint32_t(len(pdu.contextEngine))
}
err := strcpy(&internal.context_name[0], SNMP_CONTEXT_NAME_LEN, pdu.contextName)
if nil != err {
return nil, context_name_failed //newError(SNMP_CODE_FAILED, err, "copy context_name failed")
}
if nil != pdu.engine {
err = memcpy(&internal.engine.engine_id[0], SNMP_ENGINE_ID_LEN, pdu.engine.engine_id)
if nil != err {
return nil, engine_id_failed //newError(SNMP_CODE_FAILED, err, "copy engine_id failed")
}
internal.engine.engine_len = C.uint32_t(len(pdu.engine.engine_id))
internal.engine.engine_boots = C.int32_t(pdu.engine.engine_boots)
internal.engine.engine_time = C.int32_t(pdu.engine.engine_time)
}
if 0 == pdu.maxMsgSize {
pdu.maxMsgSize = *maxPDUSize
}
internal.engine.max_msg_size = C.int32_t(pdu.maxMsgSize)
internal.security_model = SNMP_SECMODEL_USM
if nil == pdu.securityModel {
return nil, security_model_is_nil //newError(SNMP_CODE_FAILED, nil, "security model is nil")
}
err = pdu.securityModel.Write(&internal.user)
if nil != err {
return nil, newError(SNMP_CODE_FAILED, err, "fill security model failed")
}
err = encodeBindings(internal, pdu.GetVariableBindings())
if nil != err {
return nil, newError(SNMP_CODE_FAILED, err, "fill encode bindings failed")
}
if is_test {
debug_init_secparams(internal)
} else {
C.snmp_pdu_init_secparams(internal)
}
if is_dump {
C.snmp_pdu_dump(internal)
}
return encodeNativePdu(bs, internal)
}