public void TestAddressCsvPackaging()
{
var dbReader = new GeoNervesDbReader();
DataTable Addresses = dbReader.GetAddressesFromDb(1, 999);
var filePackager = new GeoNervesFilePackager();
filePackager.ExportRowsToFile(Addresses);
Assert.IsTrue(File.Exists(filePackager.FilePath));
}
public void TestAddressCsvSendToApi()
{
var dbReader = new GeoNervesDbReader();
DataTable Addresses = dbReader.GetAddressesFromDb(1, 999);
var filePackager = new GeoNervesFilePackager();
filePackager.ExportRowsToFile(Addresses);
var apiAgent = new GeoNervesApiAgent();
string result = apiAgent.SendAddressesToApi(filePackager.FilePath);
Assert.IsTrue(result[0].Equals('\"'));
}
public void TestGeocodeToDB()
{
var dbReader = new GeoNervesDbReader();
DataTable Addresses = dbReader.GetAddressesFromDb(1, 2);
var filePackager = new GeoNervesFilePackager();
filePackager.ExportRowsToFile(Addresses);
var apiAgent = new GeoNervesApiAgent();
string result = apiAgent.SendAddressesToApi(filePackager.FilePath);
var dbWriter = new GeoNervesDbWriter();
dbWriter.WriteGeolocationToDB(result);
//Assert.IsTrue(result[0].Equals('\"'));
}
public void BulkGeoCodeAddressDb()
{
var dbReader = new GeoNervesDbReader();
var filePackager = new GeoNervesFilePackager();
var apiAgent = new GeoNervesApiAgent();
var dbWriter = new GeoNervesDbWriter();
// Get the number of entries in the DB
var dbTableSize = dbReader.GetCountFromDb();
// Get the remainder. Census API accepts 1000 addresses at a time, exact remainder number prevents overflow.
var remainder = dbTableSize % 1000;
/*var blockset = Enumerable.Range(1, dbTableSize / 1000);
Task.Factory.StartNew(() =>
Parallel.ForEach(blockset, i =>
{
int k = i * 1000;
Console.WriteLine(String.Format("Processing rows {0} to {1}", k.ToString(), (k + 999).ToString()));
// Get 1000 size range of addresses
DataTable Addresses = dbReader.GetAddressesFromDb(k, k + 999);
// Export addresses to external CSV
filePackager.ExportRowsToFile(Addresses);
// Send addresses to census API and store result
String result = apiAgent.SendAddressesToApi(filePackager.FilePath);
// Save lat / lngs to DB
dbWriter.WriteGeolocationToDB(result);
// Dispose of local address file
filePackager.DeleteExistingCsv();
Console.WriteLine(String.Format("Finished rows {0} to {1}", k.ToString(), (k + 999).ToString()));
});
)
);*/
for (int i = 0; i < dbTableSize - remainder; i += 1000)
{
Console.WriteLine(String.Format("Processing rows {0} to {1}", i.ToString(), (i + 999).ToString()) + " : " + DateTime.UtcNow);
// Get 1000 size range of addresses
DataTable Addresses = dbReader.GetAddressesFromDb(i, i + 999);
// Export addresses to external CSV
filePackager.ExportRowsToFile(Addresses);
// Send addresses to census API and store result in memory
String result = apiAgent.SendAddressesToApi(filePackager.FilePath);
// Save results lat / lngs to DB
dbWriter.WriteGeolocationToDB(result);
// Dispose of local address file
filePackager.DeleteExistingFile();
Console.WriteLine(String.Format("Finished rows {0} to {1}", i.ToString(), (i + 999).ToString()));
}
// Perform above operation for remainder
if (remainder > 0)
{
int rangeStart = dbTableSize - remainder;
int rangeEnd = dbTableSize;
DataTable Addresses = dbReader.GetAddressesFromDb(rangeStart, rangeEnd);
filePackager.ExportRowsToFile(Addresses);
String result = apiAgent.SendAddressesToApi(filePackager.FilePath);
dbWriter.WriteGeolocationToDB(result);
filePackager.DeleteExistingFile();
}
}
public void TestAddressBatchDbCall()
{
var dbReader = new GeoNervesDbReader();
DataTable Addresses = dbReader.GetAddressesFromDb(1, 999);
Assert.IsTrue(Addresses.Rows.Count > 0);
}