|
public search ( |
||
| q | query term | |
| count | int | the wanted number of results |
| source | string | the source for the search cache|backend|twitter|all |
| fields | IList |
aggregation fields for search facets |
| limit | int | a limitation of number of facets for each aggregation |
| timeZoneOffset | int | offset applied on since:, until: and the date histogram |
| return | Task |
|
public async Task<string> search(LoklakSearchTerm q, int count = 100, string source="cache", IList<string> fields = null, int limit=-1, int timeZoneOffset=-1)
{
Dictionary<string,string> qs = new Dictionary<string,string>();
qs.Add("q", q.getQueryString());
qs.Add("count", count.ToString());
qs.Add("source", source);
if(fields!= null)
{
qs.Add("fields", string.Join(",", fields));
}
if(limit!=-1)
{
qs.Add("limit", limit.ToString());
}
if(timeZoneOffset!=-1)
{
qs.Add("timeZoneOffset", timeZoneOffset.ToString());
}
return (await ProcessUrlAsync("search.json", qs));
}
public async Task search()
{
Loklak loklak = new Loklak();
var st = new LoklakSearchTerm();
st.terms = "loklak";
//st.since = DateTime.Now;
//st.until = DateTime.Now;
//st.since.AddMonths(-2);
var result = await loklak.search(st);
var d = JObject.Parse(result);
Assert.IsNotNull(d.Property("search_metadata"));
Assert.IsTrue(((JArray)d.GetValue("statuses")).Count > 0);
}
