public void SQLServerRoutingRegressionTests1()
{
// the connectionstring.
string connectionString =
@"Server=windows8-test\sqlexpress;User Id=OsmSharp;Password=OsmSharp;Database=OsmData;";
// drop whatever data is there.
SqlConnection sqlConnection = new SqlConnection(connectionString);
sqlConnection.Open();
SQLServer.SimpleSchema.SchemaTools.SQLServerSimpleSchemaTools.Remove(sqlConnection);
sqlConnection.Close();
// create the source from the osm file.
var xmlSource = new XmlDataProcessorSource(
Assembly.GetExecutingAssembly().GetManifestResourceStream(
"OsmSharp.Osm.Data.SQLServer.Unittests.Data.ukraine1.osm"));
// create the SQLServer processor target.
var testTarget = new SQLServerSimpleSchemaDataProcessorTarget(connectionString, true);
testTarget.RegisterSource(xmlSource); // register the source.
testTarget.Pull(); // pull the data from source to target.
var source = new SQLServerSimpleSchemaSource(
connectionString);
var tagsIndex = new OsmTagsIndex();
var interpreter = new OsmRoutingInterpreter();
var routingData = new OsmSourceRouterDataSource(
interpreter, tagsIndex, source, VehicleEnum.Car);
IRouter<RouterPoint> router = new Router<PreProcessedEdge>(routingData, interpreter,
new DykstraRoutingPreProcessed(routingData.TagsIndex));
OsmSharpRoute route;
RouterPoint point1 = router.Resolve(VehicleEnum.Car,
new GeoCoordinate(50.3150034243338, 34.8784106812928));
RouterPoint point2 = router.Resolve(VehicleEnum.Car,
new GeoCoordinate(50.3092549484347, 34.8894929841615));
route = router.Calculate(VehicleEnum.Car, point1, point2);
Assert.IsNotNull(route);
}
/// <summary>
/// Initializes a new instance of the <see cref="Engine"/> class.
/// </summary>
protected Engine()
{
// keeps a memory-efficient version of the osm-tags.
var tagsIndex = new OsmTagsIndex();
// creates a routing interpreter. (used to translate osm-tags into a routable network)
interpreter = new OsmRoutingInterpreter();
// create a routing datasource, keeps all processed osm routing data.
var osmData = new MemoryRouterDataSource <SimpleWeighedEdge>(tagsIndex);
// load data into this routing datasource.
var fileSource = HostingEnvironment.MapPath("~/App_Data/Manchester.osm.pbf");
Stream osmXmlData = new FileInfo(fileSource).OpenRead(); // for example moscow!
using (osmXmlData)
{
var targetData = new SimpleWeighedDataGraphProcessingTarget(
osmData,
interpreter,
osmData.TagsIndex,
VehicleEnum.Car);
// replace this with PBFdataProcessSource when having downloaded a PBF file.
var dataProcessorSource = new
OsmSharp.Osm.Data.PBF.Raw.Processor.PBFDataProcessorSource(osmXmlData);
// pre-process the data.
var sorter = new DataProcessorFilterSort();
sorter.RegisterSource(dataProcessorSource);
targetData.RegisterSource(sorter);
targetData.Pull();
}
// create the router object: there all routing functions are available.
router = new Router <SimpleWeighedEdge>(
osmData,
interpreter,
new DykstraRoutingLive(osmData.TagsIndex));
}
/// <summary>
/// Initializes a new instance of the <see cref="Engine"/> class.
/// </summary>
protected Engine()
{
// keeps a memory-efficient version of the osm-tags.
var tagsIndex = new OsmTagsIndex();
// creates a routing interpreter. (used to translate osm-tags into a routable network)
interpreter = new OsmRoutingInterpreter();
// create a routing datasource, keeps all processed osm routing data.
var osmData = new MemoryRouterDataSource<SimpleWeighedEdge>(tagsIndex);
// load data into this routing datasource.
var fileSource = HostingEnvironment.MapPath("~/App_Data/Manchester.osm.pbf");
Stream osmXmlData = new FileInfo(fileSource).OpenRead(); // for example moscow!
using (osmXmlData)
{
var targetData = new SimpleWeighedDataGraphProcessingTarget(
osmData,
interpreter,
osmData.TagsIndex,
VehicleEnum.Car);
// replace this with PBFdataProcessSource when having downloaded a PBF file.
var dataProcessorSource = new
OsmSharp.Osm.Data.PBF.Raw.Processor.PBFDataProcessorSource(osmXmlData);
// pre-process the data.
var sorter = new DataProcessorFilterSort();
sorter.RegisterSource(dataProcessorSource);
targetData.RegisterSource(sorter);
targetData.Pull();
}
// create the router object: there all routing functions are available.
router = new Router<SimpleWeighedEdge>(
osmData,
interpreter,
new DykstraRoutingLive(osmData.TagsIndex));
}
static void MainTemp(string[] args)
{
NpgsqlConnection schemaConnection = new NpgsqlConnection(connPostGreSql);
schemaConnection.Open();
var databaseName = "GIS";
DataTable dataTables = schemaConnection.GetSchema("Tables", new string[] { databaseName, "public", null, null });
foreach (DataRow rowTable in dataTables.Rows)
{
string tableName = rowTable["table_name"].ToString();
if (tableName != "geometry_collection")
{
continue;
}
DataTable dataColumns = schemaConnection.GetSchema("Columns", new string[] { databaseName, "public", tableName });
StringBuilder sb = new StringBuilder();
sb.AppendLine("public class " + tableName);
sb.AppendLine("{");
sb.AppendLine("\tpublic " + tableName + "(){}");
foreach (DataRow rowColumn in dataColumns.Rows)
{
string columnName = rowColumn["column_name"].ToString();
string type = rowColumn["data_type"].ToString();
sb.AppendLine("\tpublic " + type + " " + columnName + " {get;set;}");
}
sb.AppendLine("}");
sb.Replace("int8", "long");
sb.Replace("int4", "int");
sb.Replace("text", "string");
sb.Replace("oid", "long");
sb.Replace("numeric", "float");
sb.Replace("timestamp", "DateTime");
var def = sb.ToString();
}
schemaConnection.Close();
return;
var geometryRetrieval = geometryCollection.GetSingleObjectWithId("8", true, connPostGreSql);
// testing GeometryCollection
Aram.OSMParser.geometryCollection col = new Aram.OSMParser.geometryCollection();
// col.gisId =
col.gisType = "dummy";
col.format = "txt";
col.largeObject = null;
col.lastUpdate = DateTime.Now;
col.latitude = 563213212;
col.longitude = 171231231;
col.name = "Test2";
col.pivot = new Aram.OSMParser.Vector3GaPS()
{
x = 1f, y = 2f, z = 3f
};
col.version = new Aram.OSMParser.GaPSlabsVersion()
{
versionTitle = "development", major = 0, minor = 1
};
col.AddGeometryCollectionToDatabase(connPostGreSql, false);
var bytes = File.ReadAllBytes(@"C:\Users\admgaming\Documents\Visual Studio 2012\Projects\GaPSLabs\AramOSMParser\OsmParserTestApplication\bin\Debug\Npgsql.xml");
col.largeObject = bytes;
col.UpdateThisGeometryOnDatabase(connPostGreSql, true);
var resultBytes = geometryCollection.GetLargeObject(col.largeObjectReference, connPostGreSql);
File.WriteAllBytes("c:\\dummy", resultBytes);
return;
// ERROR: 42704: invalid large-object descriptor: 0 ??
// largeobject only works within a transaction. Use bytea as an alternative to large objects.
// http://www.postgresql.org/message-id/002701c49d7e$0f059240$d604460a@zaphod
NpgsqlConnection testConnection = new NpgsqlConnection(connPostGreSql);
testConnection.Open();
NpgsqlTypes.LargeObjectManager lm = new NpgsqlTypes.LargeObjectManager(testConnection);
var generatedLO = lm.Create(NpgsqlTypes.LargeObjectManager.READWRITE);
// It must be within a transaction
var TransWrite = testConnection.BeginTransaction();
LargeObject lo = lm.Open(generatedLO, LargeObjectManager.READWRITE);
lo.Write(new byte[] { 0, 10, 50, 24 });
lo.Close();
TransWrite.Commit();
var TransRead = testConnection.BeginTransaction();
var loOid = lo.GetOID();
var readlo = lm.Open(loOid, LargeObjectManager.READWRITE);
var resultLo = readlo.Read(readlo.Size());
lm.Delete(generatedLO);
TransRead.Commit();
testConnection.Close();
return;
OSMPostgresqlSource sourceVisTest = new OSMPostgresqlSource(connPostGreSql);
var bounds = sourceVisTest.Bounds;
return;
GaPSlabsSimulationLibrary.SUMOSimulationFCD df = new GaPSlabsSimulationLibrary.SUMOSimulationFCD();
//df.LoadFromXML(@"C:\Users\admgaming\Desktop\Dropbox\GaPSLabs\SUMO Packet Tester\Pedestrians.xml");
//df.LoadFromXML(@"C:\Users\admgaming\Desktop\Dropbox\GaPSLabs\SUMO Packet Tester\bufferoutput - 500.xml");
ServiceGapslabsClient client2 = ServicePropertiesClass.GetGapslabsService(ServicePropertiesClass.ServiceUri);
int id = client2.LoadSUMOFCDSimulationList(@"C:\Users\admgaming\Desktop\Dropbox\GaPSLabs\SUMO Packet Tester\bufferoutput - 500.xml", "__POSTFIX");
//client.LoadSUMOFCDSimulation(@"C:\Users\admgaming\Desktop\Dropbox\GaPSLabs\SUMO Packet Tester\bufferoutput - 500.xml");
while (!client2.IsSimulationLoadedList(id))
{
}
var vvvv = client2.GetTimestepAtList(6, id);
var vvvv2 = client2.GetTimestepAtList(7, id);
return;
int size = 16777216;
int[] aa = new int[size];
int[] bbb = new int[size];
int[] cccc = new int[size];
for (int i = 0; i < size; i++)
{
aa[i] = i;
bbb[i] = i;
}
var apointer = aa.ToIntPtr <int[]>();
var bpointer = bbb.ToIntPtr <int[]>();
var cpointer = cccc.ToIntPtr <int[]>();
long MinGPU = 1000000;
long MinCPU = 1000000;
long MinCPUParallel = 100000;
Stopwatch watch = new Stopwatch();
bool SkipCpu = false;
GPU_WarmUp();
int TestCounter = 0;
int blockSize = 16;
while (TestCounter++ < 7)
{
watch.Restart();
GPU_Add(apointer, bpointer, cpointer, size, blockSize);
watch.Stop();
Console.WriteLine("Total GPU" + "(" + blockSize + ")" + ": " + watch.ElapsedMilliseconds);
if (watch.ElapsedMilliseconds < MinGPU)
{
MinGPU = watch.ElapsedMilliseconds;
}
blockSize *= 2;
}
Console.WriteLine("Minimum GPU was " + MinGPU);
if (!SkipCpu)
{
TestCounter = 0;
while (TestCounter++ < 10)
{
watch.Restart();
CPU_AddParallel(apointer, bpointer, cpointer, size);
watch.Stop();
Console.WriteLine("Total CPU Parallel: " + watch.ElapsedMilliseconds);
if (watch.ElapsedMilliseconds < MinCPUParallel)
{
MinCPUParallel = watch.ElapsedMilliseconds;
}
}
Console.WriteLine("Minimum CPU was " + MinCPU);
TestCounter = 0;
while (TestCounter++ < 10)
{
watch.Restart();
CPU_Add(apointer, bpointer, cpointer, size);
watch.Stop();
Console.WriteLine("Total CPU: " + watch.ElapsedMilliseconds);
if (watch.ElapsedMilliseconds < MinCPU)
{
MinCPU = watch.ElapsedMilliseconds;
}
}
Console.WriteLine("Minimum CPU was " + MinCPU);
}
//apointer.Free();
//bpointer.Free();
//cpointer.Free();
Console.ReadLine();
return;
//GaPSlabsSimulationLibrary.SUMOSimulationFCD simulation = new GaPSlabsSimulationLibrary.SUMOSimulationFCD();
//simulation.LoadFromXML(@"C:\Users\admgaming\Desktop\Dropbox\GaPSLabs\SUMOData\fcdoutput.xml");
//simulation.LoadFromCSV(@"C:\Users\admgaming\Desktop\Notable Software\iMobility\stkhlm-taxi.csv");
ServiceGapslabsClient client = ServicePropertiesClass.GetGapslabsService(ServicePropertiesClass.ServiceUri);
//client.LoadSUMOFCDSimulation(@"C:\Users\admgaming\Desktop\Dropbox\GaPSLabs\SUMO Packet Tester\bufferoutput - 500.xml");
//while (!client.IsSimulationLoaded())
// Console.WriteLine("Loading...");
//Console.WriteLine("Load finished");
//Console.ReadLine();
//return;
OSMPostgresqlSource sour = new OSMPostgresqlSource(connPostGreSql);
// var TrafficNodes = sour.GetNodeIdsInBoundWithInfo(sour.Bounds, "traffic_signals");
var result = client.GetWayTags("134972364", connPostGreSql);
BoundsWCF b = new BoundsWCF();
b.minlat = 59.32973;
b.maxlat = 59.34481;
b.minlon = 18.07556;
b.maxlon = 18.1062;
client.GetWayExtIdsInBound(connPostGreSql, b);
client.InitializeRouter(connPostGreSql);
OsmNodeWCF n1 = new OsmNodeWCF();
n1.id = "none";
n1.order = -1;
n1.lat = 59.330957;
n1.lon = 18.059285;
//n1.lat = 59.374563;
//n1.lon = 18.0135727;
OsmNodeWCF n2 = new OsmNodeWCF();
n2.id = "none";
n2.order = -1;
n2.lat = 59.33784;
n2.lon = 18.088558;
//n2.lat = 59.37225;
//n2.lon = 18.00733;
var RouterResult = client.RouteUsingDykstra(VehicleEnum.Car, n1, n2);
OsmGeo.ShapeInterperter = new SimpleShapeInterpreter();
PostgreSQLSimpleSchemaSource source = new PostgreSQLSimpleSchemaSource(connPostGreSql);
// keeps a memory-efficient version of the osm-tags.
OsmTagsIndex tags_index = new OsmTagsIndex();
// creates a routing interpreter. (used to translate osm-tags into a routable network)
OsmRoutingInterpreter interpreter = new OsmRoutingInterpreter();
// create routing inter
OsmSourceRouterDataSource routing_data = new OsmSourceRouterDataSource(
interpreter, tags_index, source);
// create the router object.
//IRouter<RouterPoint> router = new Router<PreProcessedEdge>(routing_data, interpreter,
// new DykstraRoutingPreProcessed(routing_data.TagsIndex));
IRouter <RouterPoint> router = new Router <PreProcessedEdge>(routing_data, interpreter
, new DykstraRoutingPreProcessed(routing_data.TagsIndex));
// resolve both points; find the closest routable road.
//RouterPoint point1 = router.Resolve(VehicleEnum.Car, new GeoCoordinate(60.1674654,18.454302));
// RouterPoint point2 = router.Resolve(VehicleEnum.Car, new GeoCoordinate(60.1673373,18.4541732));
// Working
//RouterPoint point1 = router.Resolve(VehicleEnum.Car, new GeoCoordinate(59.3863281, 18.0176665));
//RouterPoint point2 = router.Resolve(VehicleEnum.Car, new GeoCoordinate(59.3675634, 18.0140447));
// Working
RouterPoint point1 = router.Resolve(VehicleEnum.Car, new GeoCoordinate(59.374563, 18.0135727));
RouterPoint point2 = router.Resolve(VehicleEnum.Car, new GeoCoordinate(59.37225, 18.00733));
//ArrayList al=new ArrayList();
//foreach (var en in Enum.GetValues(typeof(VehicleEnum)))
//{
// al.Add(Enum.GetName(typeof(VehicleEnum), (VehicleEnum)en) + "=" + router.SupportsVehicle((VehicleEnum)en));
//}
// calculate route.
OsmSharpRoute route = router.Calculate(VehicleEnum.Car, point1, point2);
route.SaveAsGpx(new FileInfo("route.gpx"));
Console.ReadLine();
}
