static rc_ReturnCode_t test_dt_MultipleGet()
{
rc_ReturnCode_t res;
swi_dset_Iterator_t *set;
const char * pathPtr[] = {
"config.toto",
"config",
"config.tata",
NULL
};
res = swi_dt_Init();
if (res != RC_OK)
return res;
res = swi_dt_MultipleGet(3, pathPtr, &set);
if (res != RC_OK)
return res;
swi_dset_Next(set);
if (swi_dset_GetType(set) != SWI_DSET_STRING)
return 1;
if (strcmp(swi_dset_ToString(set), "toto") != 0)
return 2;
swi_dset_Next(set);
if (swi_dset_GetType(set) != SWI_DSET_STRING)
return 4;
if (strcmp(swi_dset_ToString(set), "tata") != 0)
return 5;
if (swi_dset_Next(set) != RC_NOT_FOUND)
return 6;
swi_dset_Destroy(set);
res = swi_dt_MultipleGet(0, pathPtr, &set);
if (res != RC_NOT_FOUND)
return 7;
res = swi_dt_MultipleGet(3, NULL, &set);
if (res != RC_NOT_FOUND)
return 8;
res = swi_dt_MultipleGet(0, NULL, &set);
if (res != RC_NOT_FOUND)
return 9;
return 0;
}
static void getLeafCheckTypeValue(const char* getpath, swi_dset_Type_t gettype, union t_value tval)
{
swi_dset_Iterator_t *set = NULL;
bool isLeaf = true;
swi_dset_Type_t t;
SWI_LOG("DT_TEST", DEBUG, "get on %s\n", getpath);
rc_ReturnCode_t res = swi_dt_Get(getpath, &set, &isLeaf);
ASSERT_TESTCASE_IS_OK(res);
if (isLeaf == false)
ABORT("Leaf was expected here");
res = swi_dset_Next(set);
ASSERT_TESTCASE_IS_OK(res);
t = swi_dset_GetType(set);
if(gettype != t)
ABORT("getLeafCheckTypeValue: unexpected type [%d] for path [%s], expected [%d]", t, getpath, gettype);
int64_t ival = 0;
double dval = 0;
bool bval = false;
const char* sval;
switch(t){
case SWI_DSET_STRING:
sval = swi_dset_ToString(set);
if(strcmp(sval, tval.sval) != 0)
ABORT("getLeafCheckTypeValue: unexpected value [%s] for path [%s], expected [%s]", sval, getpath, tval.sval );
break;
case SWI_DSET_INTEGER:
ival = swi_dset_ToInteger(set);
if(ival != tval.ival)
ABORT("getLeafCheckTypeValue: unexpected value [%d] for path [%s], expected [%d]", ival, getpath, tval.ival );
break;
case SWI_DSET_FLOAT:
dval = swi_dset_ToFloat(set);
if(dval != tval.dval )
ABORT("getLeafCheckTypeValue: unexpected value [%f] for path [%s], expected [%f]", dval, getpath, tval.dval );
break;
case SWI_DSET_BOOL:
bval = swi_dset_ToBool(set);
if(bval != tval.bval)
ABORT("getLeafCheckTypeValue: unexpected value [%d] for path [%s], expected [%d]", bval, getpath, tval.bval );
break;
case SWI_DSET_NIL:
if(tval.sval != NULL)//not sure how to have a variable of NIL type as a result of a Get request.
ABORT("getLeafCheckTypeValue: received type SWI_DSET_NIL, with expected value was not NULL");
break;
default:
ABORT("Unexpected swi_dset_Type_t [%d] for path [%s]", t, getpath);
}
swi_dset_Destroy(set);
}
static void dwcb_DataCommand(swi_av_Asset_t *asset, ///< [IN] the asset receiving the data
const char *pathPtr, ///< [IN] the path targeted by the data sent by the server.
swi_dset_Iterator_t* data, ///< [IN] the data iterator containing the received data.
///< The data contained in the iterator will be automatically released when the callback returns.
int ack_id, ///< [IN] the id to be used to acknowledge the received data.
///< If ack_id=0 then there is no need to acknowledge.
void *userDataPtr)
{
SWI_LOG("AV_TEST", DEBUG, "dwcb_DataCommand: pathPtr=%s, ack_id=%d\n", pathPtr, ack_id);
//init result
result = 0;
if (strcmp(pathPtr, "commands.avTestCommand"))
{
result = 122;
waiting_notification = 0;
return;
}
if (data == NULL )
{
result = 124;
waiting_notification = 0;
return;
}
rc_ReturnCode_t res = RC_OK;
int value1 = -1, value2 = -1, pname1 = -1, pname2 = -1; //init at -1 meaning: not received
res = swi_dset_Next(data);
while (res == RC_OK && result == 0)
{
swi_dset_Type_t type = swi_dset_GetType(data);
switch (type)
{
case SWI_DSET_INTEGER:
if (strcmp(swi_dset_GetName(data), "param1"))
result = 125;
else
pname1 = 0;
if (swi_dset_ToInteger(data) != 42)
result = 126;
else
value1 = 0;
break;
case SWI_DSET_STRING:
if (strcmp(swi_dset_GetName(data), "param2"))
result = 127;
else
pname2 = 0;
if (strcmp(swi_dset_ToString(data), "bar"))
result = 128;
else
value2 = 0;
break;
default:
result = 129; //unexpected data!
break;
}
res = swi_dset_Next(data);
}
//check all param were received
if ( result == 0 && (value1 == -1 || value2 == -1 || pname1 == -1 || pname2 == -1)){
result = 130;
SWI_LOG("AV_TEST", ERROR, "at least one value was missing (i.e. -1): value1 = %d, value2 = %d, pname1 = %d, pname2 = %d\n", value1, value2, pname1, pname2);
}
if (ack_id)
swi_av_Acknowledge(ack_id, result, "some error msg", "now", 0);
swi_dset_Destroy(data);
waiting_notification = 0;
return;
}
static void dwcb_DataWrittingList(swi_av_Asset_t *asset, ///< [IN] the asset receiving the data
const char *pathPtr, ///< [IN] the path targeted by the data sent by the server.
swi_dset_Iterator_t* data, ///< [IN] the data iterator containing the received data.
///< The data contained in the iterator will be automatically released when the callback returns.
int ack_id, ///< [IN] the id to be used to acknowledge the received data.
///< If ack_id=0 then there is no need to acknowledge.
void *userDataPtr)
{
SWI_LOG("AV_TEST", DEBUG, "dwcb_DataWrittingList: pathPtr=%s, ack_id=%d\n", pathPtr, ack_id);
if (strcmp(pathPtr, "sub.path"))
{
result = 112;
waiting_notification = 0;
return;
}
if (data == NULL )
{
result = 114;
waiting_notification = 0;
return;
}
rc_ReturnCode_t res = RC_OK;
bool valueOK = true;
res = swi_dset_Next(data);
while (res == RC_OK && valueOK)
{
swi_dset_Type_t type = swi_dset_GetType(data);
switch (type)
{
case SWI_DSET_INTEGER:
if (swi_dset_ToInteger(data) != 42)
valueOK = false;
break;
case SWI_DSET_STRING:
if (strcmp(swi_dset_ToString(data), "bar"))
valueOK = false;
break;
default:
break;
}
res = swi_dset_Next(data);
}
if (!valueOK)
{
result = 125;
waiting_notification = 0;
return;
}
if (ack_id)
swi_av_Acknowledge(ack_id, 42, "some error msg", "now", 0);
swi_dset_Destroy(data);
result = 0;
waiting_notification = 0;
return;
}
static rc_ReturnCode_t test_dt_Get()
{
rc_ReturnCode_t res;
swi_dset_Iterator_t *set = NULL;
bool isLeaf = true;
res = swi_dt_Init();
if (res != RC_OK)
return res;
res = swi_dt_Get("config.toto", &set, NULL);
if (res != RC_OK)
return res;
swi_dset_Next(set);
if (swi_dset_GetType(set) != SWI_DSET_STRING)
return 1;
if (strcmp(swi_dset_ToString(set), "toto") != 0)
return 2;
swi_dset_Destroy(set);
res = swi_dt_Get("config.tata", &set, NULL);
if (res != RC_OK)
return 3;
swi_dset_Next(set);
if (swi_dset_GetType(set) != SWI_DSET_STRING)
return 4;
if (strcmp(swi_dset_ToString(set), "tata") != 0)
return 5;
swi_dset_Destroy(set);
res = swi_dt_Get("config", &set, &isLeaf);
swi_dset_Destroy(set);
if (res != RC_OK || isLeaf == true)
return 6;
res = swi_dt_Get("config.agent.deviceId", &set, &isLeaf);
if(res != RC_OK || isLeaf == false)
return 10;
res = swi_dset_Next(set);
swi_dset_Type_t t = swi_dset_GetType(set);
swi_dset_Destroy(set);
if (res != RC_OK || t != SWI_DSET_STRING)
return 11;
res = swi_dt_Get("unexisting_node", &set, NULL);
if (res != RC_NOT_FOUND)
return 7;
swi_dset_Destroy(set);
res = swi_dt_Get(NULL, &set, NULL);
if (res != RC_NOT_FOUND)
return 8;
res = swi_dt_Get(NULL, NULL, NULL);
if (res != RC_BAD_PARAMETER)
return 9;
return 0;
}