public async Task EqualToWithCloudSearchOverCloudObject()
{
var custom = new CB.CloudTable("CustomRelation");
var newColumn1 = new CB.Column("newColumn7");
newColumn1.DataType = CB.DataType.Relation.ToString();
custom.AddColumn(newColumn1);
await custom.SaveAsync();
var loc = new CB.CloudGeoPoint(17.7, 80.0);
var obj = new CB.CloudObject("CustomRelation");
var obj1 = new CB.CloudObject("student1");
obj1.Set("name", "Ranjeet");
obj.Set("newColumn7", obj1);
await obj.SaveAsync();
var search = new CB.CloudSearch("CustomRelation");
search.SearchFilter = new CB.SearchFilter();
search.SearchFilter.EqualTo("newColumn7", obj.Get("newColumn7"));
var list = (List <CB.CloudObject>) await search.Search();
if (list.Count > 0)
{
Assert.IsTrue(true);
}
else
{
Assert.Fail("should have retrieved data");
}
}
public async Task getDataFromServerNearFunction()
{
var custom = new CB.CloudTable("CustomGeoPoint");
var newColumn7 = new CB.Column("location");
newColumn7.DataType = CB.DataType.GeoPoint.ToString();
custom.AddColumn(newColumn7);
var response = await custom.SaveAsync();
var loc = new CB.CloudGeoPoint(17.7, 80.0);
var obj = new CB.CloudObject("CustomGeoPoint");
obj.Set("location", loc);
await obj.SaveAsync();
var search = new CB.CloudSearch("CustomGeoPoint");
search.SearchFilter = new CB.SearchFilter();
search.SearchFilter.Near("location", loc, 1);
var list = (List <CB.CloudObject>) await search.Search();
if (list.Count > 0)
{
Assert.IsTrue(true);
}
else
{
Assert.Fail("should have retrieved data");
}
}
public async Task SaveGeoPoint()
{
var obj = new CB.CloudObject("Custom5");
var loc = new CB.CloudGeoPoint((decimal)17.7, (decimal)78.9);
obj.Set("geopoint", loc);
await obj.SaveAsync();
Assert.IsTrue(true);
}
public async Task saveGeoPoint()
{
var obj = new CB.CloudObject("Custom5");
var loc = new CB.CloudGeoPoint(17.7, 78.9);
obj.Set("location", loc);
await obj.SaveAsync();
Assert.IsTrue(true);
}
public async Task shouldIncludeRelationOnSearch()
{
var obj = new CB.CloudObject("Custom5");
var loc = new CB.CloudGeoPoint(18.19, 79.3);
loc.Latitude = 78;
loc.Longitude = 17;
obj.Set("location", loc);
await obj.SaveAsync();
}
public async Task shouldSaveLatitudeAndLongitude()
{
var obj = new CB.CloudObject("Custom5");
var loc = new CB.CloudGeoPoint(17.7, 80.0);
obj.Set("location", loc);
await obj.SaveAsync();
Assert.IsTrue(true);
}
private double greatCircleFormula(CB.CloudGeoPoint point)
{
coordinates = (double[])dictionary["coordinates"];
point.coordinates = (double[])point.dictionary["coordinates"];
double dLat = toRad(coordinates[1] - point.coordinates[1]);
double dLon = toRad(coordinates[0] - point.coordinates[0]);
double lat1 = toRad(point.coordinates[1]);
double lat2 = toRad(coordinates[1]);
double a = Math.Sin(dLat / 2) * Math.Sin(dLat / 2) + Math.Sin(dLon / 2) * Math.Sin(dLon / 2) * Math.Cos(lat1) * Math.Cos(lat2);
double c = 2 * Math.Atan2(Math.Sqrt(a), Math.Sqrt(1 - a));
return(c);
}
private decimal greatCircleFormula(CB.CloudGeoPoint point)
{
coordinates = (decimal[])dictionary["coordinates"];
point.coordinates = (decimal[])point.dictionary["coordinates"];
decimal dLat = (decimal)toRad((double)(coordinates[1] - point.coordinates[1]));
decimal dLon = (decimal)toRad((double)(coordinates[0] - point.coordinates[0]));
decimal lat1 = (decimal)toRad((double)point.coordinates[1]);
decimal lat2 = (decimal)toRad((double)coordinates[1]);
decimal a = (decimal)(Math.Sin((double)dLat / 2) * Math.Sin((double)dLat / 2) + Math.Sin((double)dLon / 2) * Math.Sin((double)dLon / 2) * Math.Cos((double)lat1) * Math.Cos((double)lat2));
decimal c = (decimal)(2 * Math.Atan2(Math.Sqrt((double)a), Math.Sqrt(1 - (double)a)));
return(c);
}
public async Task NearTest()
{
var query = new CB.CloudQuery("Custom5");
var loc = new CB.CloudGeoPoint((decimal)17.7, (decimal)78.9);
query.Near("geopoint", loc, 400000);
var response = await query.FindAsync();
if (response.Count > 0)
{
Assert.IsTrue(true);
}
else
{
Assert.Fail("should retrieve saved data with particular value");
}
}
public CloudQuery Near(string columnName, CB.CloudGeoPoint geoPoint, double maxDistance)
{
if (((Dictionary <string, Object>)(this.dictionary["query"]))[columnName] == null)
{
((Dictionary <string, Object>)(this.dictionary["query"]))[columnName] = new Dictionary <string, Object>();
Dictionary <string, object> near = new Dictionary <string, object>();
Dictionary <string, object> geometry = new Dictionary <string, object>();
double[] coordinates = (double[])geoPoint.dictionary["coordinates"];
geometry.Add("coordinates", coordinates);
geometry.Add("type", "Point");
near.Add("$geometry", geometry);
near.Add("$maxDistance", maxDistance);
near.Add("$minDistance", null);
((Dictionary <string, Object>)(((Dictionary <string, Object>)(this.dictionary["query"]))[columnName]))["$near"] = near;
}
return(this);
}
public async Task nearTest()
{
var query = new CB.CloudQuery("Custom5");
var loc = new CB.CloudGeoPoint(17.7, 78.9);
query.Near("location", loc, 400000);
var response = (List <CB.CloudObject>) await query.FindAsync();
if (response.Count > 0)
{
Assert.IsTrue(true);
}
else
{
Assert.Fail("should retrieve saved data with particular value");
}
}
public async Task geoWithinTestCircle()
{
var query = new CB.CloudQuery("Custom5");
var loc = new CB.CloudGeoPoint(17.3, 78.3);
query.Limit = 4;
query.GeoWithin("location", loc, 1000);
var response = (List <CB.CloudObject>) await query.FindAsync();
if (response.Count > 0)
{
Assert.IsTrue(true);
}
else
{
Assert.Fail("should retrieve saved data with particular value");
}
}
public async Task geoWithinTestLimit()
{
var query = new CB.CloudQuery("Custom5");
var loc1 = new CB.CloudGeoPoint(18.4, 78.9);
var loc2 = new CB.CloudGeoPoint(17.4, 78.4);
var loc3 = new CB.CloudGeoPoint(17.7, 80.4);
CB.CloudGeoPoint[] loc = { loc1, loc2, loc3 };
query.Limit = 4;
query.GeoWithin("location", loc);
var response = (List <CB.CloudObject>) await query.FindAsync();
if (response.Count > 0)
{
Assert.IsTrue(true);
}
else
{
Assert.Fail("should retrieve saved data with particular value");
}
}
public async Task GeoWithinTest()
{
var query = new CB.CloudQuery("Custom5");
var loc1 = new CB.CloudGeoPoint((decimal)18.4, (decimal)78.9);
var loc2 = new CB.CloudGeoPoint((decimal)17.4, (decimal)78.4);
var loc3 = new CB.CloudGeoPoint((decimal)17.7, (decimal)80.4);
CB.CloudGeoPoint[] loc = { loc1, loc2, loc3 };
query.GeoWithin("location", loc);
var response = await query.FindAsync();
if (response.Count > 0)
{
Assert.IsTrue(true);
}
else
{
Assert.Fail("should retrieve saved data with particular value");
}
}
public double DistanceInKMs(CB.CloudGeoPoint point)
{
int earthRedius = 6371; //in Kilometer
return(earthRedius * greatCircleFormula(point));
}
public void createGeoPointWithZero()
{
var loc = new CB.CloudGeoPoint(0, 0);
}
internal static object Deserialize(object data)
{
if (data.GetType() == typeof(ArrayList))
{
ArrayList newList = new ArrayList();
for (int i = 0; i < ((ArrayList)data).Count; i++)
{
newList.Add(Deserialize((((ArrayList)data)[i])));
}
return(newList);
}
else if (data.GetType().IsArray || data.GetType() == typeof(JArray))
{
ArrayList newList = new ArrayList(((IEnumerable)data).Cast <object>()
.Select(x => Deserialize(x))
.ToList());
return(newList);
}
else if (data.GetType() == typeof(Dictionary <string, Object>) || data.GetType() == typeof(JObject))
{
CB.CloudObject obj = null;
Dictionary <string, Object> tempData = null;
if (data.GetType() == typeof(JObject))
{
tempData = ((JObject)data).ToObject <Dictionary <string, object> >();
}
else
{
tempData = (Dictionary <string, Object>)data;
}
if (((Dictionary <string, Object>)(tempData)).ContainsKey("_type"))
{
if (obj == null && ((Dictionary <string, Object>)(tempData))["_type"] != null && ((Dictionary <string, Object>)(tempData))["_type"].ToString() == "custom")
{
obj = new CloudObject(((Dictionary <string, Object>)(tempData))["_tableName"].ToString());
}
if (obj == null && ((Dictionary <string, Object>)(tempData))["_type"] != null && ((Dictionary <string, Object>)(tempData))["_type"].ToString() == "user")
{
obj = new CloudUser();
}
if (obj == null && ((Dictionary <string, Object>)(tempData))["_type"] != null && ((Dictionary <string, Object>)(tempData))["_type"].ToString() == "role")
{
obj = new CloudRole(((Dictionary <string, Object>)(tempData))["name"].ToString());
}
if (obj == null && ((Dictionary <string, Object>)(tempData))["_type"] != null && ((Dictionary <string, Object>)(tempData))["_type"].ToString() == "point")
{
//return geopoint dictionary.
CloudGeoPoint point = new CloudGeoPoint(Decimal.Parse(((Dictionary <string, Object>)(tempData))["longitude"].ToString()), Decimal.Parse(((Dictionary <string, Object>)(tempData))["latitude"].ToString()));
return(point);
}
foreach (var param in ((Dictionary <string, Object>)(tempData)))
{
if (param.Value == null)
{
obj.dictionary[param.Key] = null;
}
else if (param.Key == "ACL")
{
var acl = new CB.ACL();
obj.dictionary[param.Key] = acl;
}
else if (param.Key == "expires")
{
obj.dictionary["expires"] = ((Dictionary <string, Object>)(tempData))["expires"];
}
else if (param.Value != null && typeof(JObject) == param.Value.GetType() && ((JObject)(param.Value)).ToObject <Dictionary <string, object> >().ContainsKey("_type") && ((JObject)(param.Value)).ToObject <Dictionary <string, object> >()["_type"].ToString() == "custom")
{
CB.CloudObject cbObj = new CB.CloudObject(((JObject)(param.Value)).ToObject <Dictionary <string, object> >()["_tableName"].ToString());
cbObj = (CloudObject)Deserialize(((JObject)(param.Value)).ToObject <Dictionary <string, object> >());
obj.dictionary[param.Key] = cbObj;
}
else if (param.Value != null && typeof(JObject) == param.Value.GetType() && ((JObject)(param.Value)).ToObject <Dictionary <string, object> >().ContainsKey("_type") && ((JObject)(param.Value)).ToObject <Dictionary <string, object> >()["_type"].ToString() == "user")
{
CB.CloudUser cbObj = new CB.CloudUser();
cbObj = (CloudUser)Deserialize(((JObject)(param.Value)).ToObject <Dictionary <string, object> >());
obj.dictionary[param.Key] = cbObj;
}
else if (param.Value != null && typeof(JObject) == param.Value.GetType() && ((JObject)(param.Value)).ToObject <Dictionary <string, object> >().ContainsKey("_type") && ((JObject)(param.Value)).ToObject <Dictionary <string, object> >()["_type"].ToString() == "custom")
{
CB.CloudRole cbObj = new CB.CloudRole(((JObject)(param.Value)).ToObject <Dictionary <string, object> >()["name"].ToString());
cbObj = (CloudRole)Deserialize(((JObject)(param.Value)).ToObject <Dictionary <string, object> >());
obj.dictionary[param.Key] = cbObj;
}
else if (param.Value != null && typeof(JObject) == param.Value.GetType() && ((JObject)(param.Value)).ToObject <Dictionary <string, object> >().ContainsKey("_type") && ((JObject)(param.Value)).ToObject <Dictionary <string, object> >()["_type"].ToString() == "point")
{
CB.CloudGeoPoint cbObj = new CB.CloudGeoPoint(Decimal.Parse(((JObject)(param.Value)).ToObject <Dictionary <string, object> >()["longitude"].ToString()), Decimal.Parse(((JObject)(param.Value)).ToObject <Dictionary <string, object> >()["latitude"].ToString()));
cbObj = (CloudGeoPoint)(Deserialize(((JObject)(param.Value)).ToObject <Dictionary <string, object> >()));
obj.dictionary[param.Key] = cbObj;
}
else if (param.Value.GetType() == typeof(ArrayList))
{
obj.dictionary[param.Key] = Deserialize(param.Value);
}
else if (param.Value.GetType().IsArray)
{
obj.dictionary[param.Key] = Deserialize(param.Value);
}
else if (param.Value.GetType() == typeof(JArray))
{
obj.dictionary[param.Key] = Deserialize(param.Value);
}
else
{
obj.dictionary[param.Key] = param.Value;
}
}
return(obj);
}
else
{
return(tempData);
}
}
return(data);
}
public double DistanceInRadians(CB.CloudGeoPoint point)
{
return(this.greatCircleFormula(point));
}
public double DistanceInMiles(CB.CloudGeoPoint point)
{
int earthRedius = 3959; // in Miles
return(earthRedius * greatCircleFormula(point));
}