it( 'yields fetch action for getting checkin record', () => {
fetchDoActual();
reset();
const { value } = fulfillment.next();
expect( value ).toEqual(
fetch(
{
path: getEndpoint( 'checkin' ) +
'/?where[REG_ID]=10&where[DTT_ID]=20' +
'&order_by[CHK_timestamp]=DESC&limit=1',
method: 'GET',
}
)
);
} );
const getRelationRequestUrl = (
modelName,
entityIds,
relationName,
relationSchema,
relationType,
hasJoinTable,
calculatedFields,
) => {
let path;
switch ( true ) {
case hasJoinTable:
path = getEndpoint(
singularModelName( relationSchema.joining_model_name )
.toLowerCase()
);
path += '/?where' + getPrimaryKeyQueryString(
singularModelName( modelName ),
entityIds
);
path += `&include=${ modelNameForQueryString( relationName ) }.*`;
path = appendCalculatedFieldsToPath(
path,
calculatedFields,
singularModelName( relationName )
);
break;
case isBelongsToRelation( relationType ):
path = getEndpoint( modelName );
path += `/?where${ getPrimaryKeyQueryString( modelName, entityIds ) }`;
path += `&include=${ modelNameForQueryString( relationName ) }.*`;
path = appendCalculatedFieldsToPath(
path,
calculatedFields,
singularModelName( relationName )
);
break;
default:
// we do the reverse endpoint so that we are getting the belongs to
// relation responses back and including the relation entities we
// want in the response (belongs to). So for instance if the
// incoming arguments are:
// `getRelatedEntitiesForEntityIds(
// 'attendee',
// [ 10, 20],
// 'registration'
// )
// then the query would be:
// /registrations/?where[ATT_ID][IN]=10,20&include=Attendee.*
// basically the goal here is to get one to one relations returned
// in the query for easier parsing/dispatching.
// @todo, currently this will NOT account for paging.
path = getEndpoint( singularModelName( relationName ) );
path += `/?where${ getPrimaryKeyQueryString( modelName, entityIds ) }`;
path += `&include=${ modelNameForQueryString( modelName ) }.*`;
path = appendCalculatedFieldsToPath(
path,
calculatedFields,
);
break;
}
return path;
};