private async void PeriodicLinkData()
{
while (!_disposed)
{
Console.Clear();
using (var db = new ODatabase("localhost", 2424, "txgraph", ODatabaseType.Graph, "admin", "admin"))
{
var nodes = db.Query <OVertex>($"SELECT * FROM Transaction WHERE Unlinked = true LIMIT 100000");
foreach (var node in nodes)
{
var transaction = db.Transaction;
if (IsCoinbaseTx(node))
{
node.SetField("Unlinked", false);
transaction.AddOrUpdate(node);
transaction.Commit();
continue;
}
try
{
transaction.AddOrUpdate(node);
for (var i = 0; i < GetInputCount(node); i++)
{
var inputString = node.GetField <string>($"INPUT{i}");
var prevHash = inputString.Split(':')[0];
var prevN = Int64.Parse(inputString.Split(':')[1]);
var prevTx = db.Query <OVertex>($"SELECT * FROM Transaction WHERE Hash = \"{prevHash}\"").FirstOrDefault();
if (prevTx != null)
{
transaction.AddOrUpdate(prevTx);
var prevOutString = prevTx.GetField <string>($"OUTPUT{prevN}");
var prevOutN = prevOutString?.Split(':')[0];
var outAddr = prevOutString?.Split(':')[1];
var outAmount = prevOutString != null?Int64.Parse(prevOutString?.Split(':')[2]) : 0;
var edge = new OEdge()
{
OClassName = "Link"
};
edge.SetField("sTx", prevHash);
edge.SetField("sN", prevN);
edge.SetField("amount", outAmount);
edge.SetField("tTx", node.GetField <string>("Hash"));
edge.SetField("tAddr", outAddr ?? "");
transaction.AddEdge(edge, prevTx, node);
}
}
node.SetField("Unlinked", false);
transaction.Update(node);
transaction.Commit();
}
catch (Exception e)
{
transaction.Reset();
}
}
}
await Task.Delay(60000);
}
}
public void ShouldCreateProperty()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
{
using (ODatabase database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
// prerequisites
database
.Create.Class("TestClass")
.Extends <OVertex>()
.Run();
}
using (ODatabase database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
// Basic Test
foreach (var item in Enum.GetNames(typeof(OType)))
{
database.Create
.Property("_" + item.ToLower(), (OType)Enum.Parse(typeof(OType), item))
.Class("TestClass")
.Run();
}
var document = database.Query(_metadataQuery);
foreach (var item in Enum.GetNames(typeof(OType)))
{
var metadata = document.Find(d => d.GetField <string>("name") == "_" + item.ToLower());
validateMetadata(metadata, (OType)Enum.Parse(typeof(OType), item));
}
// Complex Test
database
.Create
.Property("_embededlist_with_type", OType.EmbeddedList)
.LinkedType(OType.Integer)
.Class("TestClass")
.Run();
database
.Create
.Property("_embededlist_with_class", OType.EmbeddedList)
.LinkedClass("OUser")
.Class("TestClass")
.Run();
document = database.Query(_metadataQuery);
var elwtMetadata = document.Find(d => d.GetField <string>("name") == "_embededlist_with_type");
validateMetadata(elwtMetadata, OType.EmbeddedList);
Assert.AreEqual(OType.Integer, (OType)elwtMetadata.GetField <int>("linkedType"));
var elwcMetadata = document.Find(d => d.GetField <string>("name") == "_embededlist_with_class");
validateMetadata(elwtMetadata, OType.EmbeddedList);
Assert.AreEqual("OUser", elwcMetadata.GetField <string>("linkedClass"));
}
}
}
public IReadOnlyList <TBO> Execute <TBO>(string query) where TBO : IBusinessObject
{
var items = database.Query(query);
var result = ConvertItems <TBO>(items, BoActivator.GetImplementationType(typeof(TBO)));
return(new ReadOnlyCollection <TBO>(result));
}
public void ShouldCreateProperty()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
{
using (ODatabase database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
// prerequisites
database
.Create.Class("TestClass")
.Extends<OVertex>()
.Run();
// Basic Test
foreach (var item in Enum.GetNames(typeof(OType)))
{
database.Create
.Property("_" + item.ToLower(), (OType)Enum.Parse(typeof(OType), item))
.Class("TestClass")
.Run();
}
var document = database.Query(_metadataQuery);
foreach (var item in Enum.GetNames(typeof(OType)))
{
var metadata = document.Find(d => d.GetField<string>("name") == "_" + item.ToLower());
validateMetadata(metadata, (OType)Enum.Parse(typeof(OType), item));
}
// Complex Test
database
.Create
.Property("_embededlist_with_type", OType.EmbeddedList)
.LinkedType(OType.Integer)
.Class("TestClass")
.Run();
database
.Create
.Property("_embededlist_with_class", OType.EmbeddedList)
.LinkedClass("OUser")
.Class("TestClass")
.Run();
document = database.Query(_metadataQuery);
var elwtMetadata = document.Find(d => d.GetField<string>("name") == "_embededlist_with_type");
validateMetadata(elwtMetadata, OType.EmbeddedList);
Assert.AreEqual(OType.Integer, (OType)elwtMetadata.GetField<int>("linkedType"));
var elwcMetadata = document.Find(d => d.GetField<string>("name") == "_embededlist_with_class");
validateMetadata(elwtMetadata, OType.EmbeddedList);
Assert.AreEqual("OUser", elwcMetadata.GetField<string>("linkedClass"));
}
}
}
public List <string> GetAddresses(ConnectionOptions dbOptions)
{
List <string> result = null;
using (var db = new ODatabase(dbOptions))
{
switch (_options.Type)
{
case LimitType.DEPTH:
result = db.Command($"SELECT list(inE().tAddr) as addresses FROM (TRAVERSE out() FROM (SELECT * FROM Transaction WHERE Hash = '{_options.StartTx}') WHILE $depth <= {_options.Limit} STRATEGY BREADTH_FIRST)").ToList().FirstOrDefault().GetField <List <string> >("addresses").Where(x => !string.IsNullOrEmpty(x)).Distinct().ToList();
break;
case LimitType.DATE:
var start = db.Query <ODocument>($"SELECT BlockTime AS value FROM Transaction WHERE Hash = '{_options.StartTx}'").Select(x => x.GetField <DateTime>("value")).FirstOrDefault().ToLocalTime();
var end = start.AddMinutes(_options.Limit);
result = db.Command($"SELECT list(inE().tAddr) as addresses FROM Transaction WHERE BlockTime >= '{start.ToString("yyyy-MM-dd HH:mm:ss")}' AND BlockTime <= '{end.ToString("yyyy-MM-dd HH:mm:ss")}'").ToList().FirstOrDefault().GetField <List <string> >("addresses").Where(x => !string.IsNullOrEmpty(x)).Distinct().ToList();
break;
case LimitType.COUNT:
result = db.Command($"SELECT list(inE().tAddr) as addresses FROM (TRAVERSE out() FROM (SELECT * FROM Transaction WHERE Hash = '{_options.StartTx}') LIMIT {_options.Limit} STRATEGY BREADTH_FIRST)").ToList().FirstOrDefault().GetField <List <string> >("addresses").Where(x => !string.IsNullOrEmpty(x)).Distinct().ToList();
break;
default:
result = new List <string>();
break;
}
return(result);
}
}
public static Router RouterByName(String name, String SerialNumber)
{
ODatabase database = InitDB();
string query = String.Format("SELECT * FROM Router WHERE name=\"" + name + "\" AND SerialNumber=\""
+ SerialNumber + "\"");
List <ODocument> resultset = database.Query(query).ToList();
JavaScriptSerializer converter = new JavaScriptSerializer();
List <Router> AllRouters = new List <Router>();
foreach (ODocument doc in resultset)
{
var json = converter.Serialize(doc);
String a = json.ToString();
Router d = converter.Deserialize <Router>(a);
AllRouters.Add(d);
}
Router router = null;
if (AllRouters != null)
{
router = AllRouters[0];
}
database.Close();
return(router);
}
public static Server ServerByName(String name, String LanMacAddress)
{
ODatabase database = InitDB();
string query = String.Format("SELECT * FROM Server WHERE name=\"" + name + "\" AND LanMacAddress=\""
+ LanMacAddress + "\"");
List <ODocument> resultset = database.Query(query).ToList();
JavaScriptSerializer converter = new JavaScriptSerializer();
List <Server> AllServerss = new List <Server>();
foreach (ODocument doc in resultset)
{
var json = converter.Serialize(doc);
String a = json.ToString();
Server d = converter.Deserialize <Server>(a);
AllServerss.Add(d);
}
Server server = null;
if (AllServerss != null)
{
server = AllServerss[0];
}
database.Close();
return(server);
}
static void CreateDatabasePoolTest()
{
var serverConnInfo = Configuration.GetSection("ConnectionStrings:DefaultConnection").GetChildren().ToDictionary(x => x.Key);
OClient.CreateDatabasePool(
serverConnInfo["Server"].Value,
int.Parse(serverConnInfo["Port"].Value),
serverConnInfo["DefaultDB"].Value,
ODatabaseType.Graph,
serverConnInfo["Username"].Value,
serverConnInfo["Password"].Value,
10,
"AppConnection"
);
using (var database = new ODatabase("AppConnection"))
{
var documents = database.Query("select from v");
foreach (var item in documents)
{
System.Console.WriteLine("Name: {0} Type: {1}",
item.GetField <string>("name"), item.GetField <string>("type"));
}
}
OClient.DropDatabasePool("AppConnection");
}
public override void Run(ConnectionOptions mainOptions, IEnumerable <string> addresses)
{
var inGroups = new List <List <string> >();
using (var mainDB = new ODatabase(mainOptions))
{
foreach (var address in addresses)
{
var groups = mainDB.Query($"SELECT inE().tAddr AS address FROM (SELECT expand(inV) FROM (SELECT inV() FROM Link WHERE tAddr = '{address}' LIMIT 10000))").SelectMany(x => x.GetField <List <string> >("address")).Where(y => !string.IsNullOrEmpty(y)).Where(x => x.Count() > 1).Distinct().ToList();
try
{
inGroups.Add(groups);
}
catch (Exception e)
{
Console.WriteLine(address + " not in DB?");
}
Console.WriteLine(address + " done.");
}
}
var cc = new ClusteringCollapser();
cc.Collapse(inGroups);
_result = cc.Clustering;
}
static void CreateDatabasePoolTest()
{
OClient.CreateDatabasePool(
"localhost",
2424,
"GratefulDeadConcerts",
ODatabaseType.Graph,
"root",
"root",
10,
"AppConnection"
);
using (var database = new ODatabase("AppConnection"))
{
var documents = database.Query("select from v");
foreach (var item in documents)
{
System.Console.WriteLine("Name: {0} Type: {1}",
item.GetField <string>("name"), item.GetField <string>("type"));
}
}
OClient.DropDatabasePool("AppConnection");
}
public void ShouldFetchLinkedDocumentsFromSimpleQuery()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
using (ODatabase database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
database.Create.Class("Owner").Extends("V").Run();
database.Create.Class("Computer").Extends("V").Run();
var owner = new ODocument {
OClassName = "Owner"
};
owner.SetField <String>("name", "Shawn");
owner = database.Create.Vertex(owner).Run();
var computer = new ODocument {
OClassName = "Computer"
};
computer.SetField <ORID>("owner", owner.ORID);
database.Create.Vertex(computer).Run();
computer = database.Query("SELECT FROM Computer", "*:-1").FirstOrDefault();
Assert.True(database.ClientCache.ContainsKey(computer.GetField <ORID>("owner")));
var document = database.ClientCache[computer.GetField <ORID>("owner")];
Assert.Equal(document.GetField <string>("name"), "Shawn");
}
}
public static Switch SwitchByNameOnly(String name)
{
ODatabase database = InitDB();
string query = String.Format("SELECT * FROM Switch WHERE name=\"" + name + "\"");
List <ODocument> resultset = database.Query(query).ToList();
JavaScriptSerializer converter = new JavaScriptSerializer();
List <Switch> AllSwitches = new List <Switch>();
foreach (ODocument doc in resultset)
{
var json = converter.Serialize(doc);
String a = json.ToString();
Switch d = converter.Deserialize <Switch>(a);
AllSwitches.Add(d);
}
Switch router = null;
if (AllSwitches != null)
{
router = AllSwitches[0];
}
database.Close();
return(router);
}
public void ShouldFetchLinkedDocumentsFromSimpleQuery()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
using (ODatabase database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
database.Create.Class("Owner").Extends("V").Run();
database.Create.Class("Computer").Extends("V").Run();
var owner = new ODocument { OClassName = "Owner" };
owner.SetField<String>("name", "Shawn");
owner = database.Create.Vertex(owner).Run();
var computer = new ODocument { OClassName = "Computer" };
computer.SetField<ORID>("owner", owner.ORID);
database.Create.Vertex(computer).Run();
computer = database.Query("SELECT FROM Computer", "*:-1").FirstOrDefault();
Assert.That(database.ClientCache.ContainsKey(computer.GetField<ORID>("owner")));
var document = database.ClientCache[computer.GetField<ORID>("owner")];
Assert.That(document.GetField<string>("name"), Is.EqualTo("Shawn"));
}
}
/// <summary>
/// Fills out a collection of models of type <typeparamref name="T"/> using <c>traverse</c>. <paramref name="db"/> must be open.
/// </summary>
/// <remarks>
/// <para>Note that <c>traverse</c> can be slow, and <c>select</c> may be more appropriate. See
/// http://www.orientechnologies.com/docs/last/orientdb.wiki/SQL-Traverse.html#should-i-use-traverse-or-select
/// </para>
/// <para>Lightweight edges are not followed when populating model properties. Make sure to use "heavyweight" edges with either
/// <c>alter property MyEdgeClass.out MANDATORY=true</c> and <c>alter property MyEdgeClass.in MANDATORY=true</c>, or else
/// use <c>alter database custom useLightweightEdges=false</c>.</para>
/// </remarks>
/// <typeparam name="T">The model type. Must extend <see cref="ABaseModel"/>, have a parameterless constructor, and most importantly it must be in the same
/// namespace as <see cref="ABaseModel"/>.</typeparam>
/// <param name="db">The database to query</param>
/// <param name="from">A class, cluster, RID list, or RID to traverse. RIDs are in the form <c>#clusterId:clusterPosition</c>. Lists are in the form
/// <c>[RID,RID,...]</c> with one or more elements (whitespace is ignored). Clusters are in the form <c>cluster:clusterName</c> or <c>cluster:clusterId</c>.</param>
/// <exception cref="System.ArgumentException">If <paramref name="from"/> is an invalid format</exception>
/// <returns>An enumerable collection of models of type <typeparamref name="T"/>. Public instance properties of the models will have their values populated
/// based on all non-lightweight edges in the traversal.</returns>
public static IEnumerable <T> Traverse <T>(this ODatabase db, string from) where T : ABaseModel, new()
{
// Sanity check on target
bool matches = false;
foreach (string pattern in legalTargets)
{
if (Regex.IsMatch(from, pattern))
{
matches = true;
break;
}
}
if (!matches)
{
throw new ArgumentException("Traverse target must be a class, cluster, RID list, or single RID.", "from");
}
bool fromSingleRecord = Regex.IsMatch(from, legalTargets[SINGLE_RID_TARGET_PATTERN_INDEX]);
// Traverse DB
string sql = string.Format("traverse * from {0}", from);
List <ODocument> result = db.Query(sql);
DatabaseTraversal traversal = new DatabaseTraversal(db, result);
// Process result
IEnumerable <T> models = traversal.ToModel <T>();
if (fromSingleRecord)
{
// Either Traverse(ORID) was called, or client code called Traverse with an RID string -- return a single element
models = models.Where(m => m.ORID.ToString().Equals(from));
}
return(models);
}
public static Desktop DesktopByNameOnly(String name)
{
ODatabase database = InitDB();
string query = String.Format("SELECT * FROM Desktop WHERE name=\"" + name + "\"");
List <ODocument> resultset = database.Query(query).ToList();
JavaScriptSerializer converter = new JavaScriptSerializer();
List <Desktop> AllDesktops = new List <Desktop>();
foreach (ODocument doc in resultset)
{
var json = converter.Serialize(doc);
String a = json.ToString();
Desktop d = converter.Deserialize <Desktop>(a);
AllDesktops.Add(d);
}
Desktop desktop = null;
if (AllDesktops != null)
{
desktop = AllDesktops[0];
}
database.Close();
return(desktop);
}
public static Laptop LaptopByName(String name, String LanMacAddress, String WiFiMacAddress)
{
ODatabase database = InitDB();
string query = String.Format("SELECT * FROM Laptop WHERE name=\"" + name + "\" AND LanMacAddress=\""
+ LanMacAddress + "\" AND WiFiMacAddress=\"" + WiFiMacAddress + "\"");
List <ODocument> resultset = database.Query(query).ToList();
JavaScriptSerializer converter = new JavaScriptSerializer();
List <Laptop> AllLaptops = new List <Laptop>();
foreach (ODocument doc in resultset)
{
var json = converter.Serialize(doc);
String a = json.ToString();
Laptop d = converter.Deserialize <Laptop>(a);
AllLaptops.Add(d);
}
Laptop laptop = null;
if (AllLaptops != null)
{
laptop = AllLaptops[0];
}
database.Close();
return(laptop);
}
public static List <ODocument> FindServerConnections(String name, String LanMacAddress)
{
ODatabase database = InitDB();
string query = String.Format("SELECT * FROM Server WHERE name=\"" + name + "\" AND LanMacAddress=\""
+ LanMacAddress + "\"");
List <ODocument> result = database.Query(query).ToList();
ODocument o = result[0];
ORID z = o.GetField <ORID>("@ORID");
String querry = "TRAVERSE * FROM " + z + " WHILE $depth<=2";
List <ODocument> resultset = database.Query(querry).ToList <ODocument>();
database.Close();
return(resultset);
}
public void QueryMetadataNotSupported()
{
using (var context = new TestDatabaseContext())
using (var database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
var document = database
.Query("select expand(indexes) from metadata:blaaa");
}
}
static void CreateDatabaseTestManualy()
{
using (var server = new OServer("127.0.0.1", 2424, "root", "root"))
{
var created = false;
try
{
created = server.CreateDatabase("TestManualy", ODatabaseType.Document, OStorageType.PLocal);
if (!created)
throw new Exception("Database not created");
var exists = server.DatabaseExist("TestManualy", OStorageType.PLocal);
if (!exists)
throw new Exception("Database not exists");
System.Console.WriteLine("Database created - get server configuration");
var config = server.ConfigList();
foreach (var item in config)
{
System.Console.WriteLine("{0} : {1}",
item.Key, item.Value);
}
System.Console.WriteLine("try connect to the database and query");
OClient.CreateDatabasePool(
"localhost",
2424,
"TestManualy",
ODatabaseType.Graph,
"root",
"root",
10,
"AppConnection"
);
using (var database = new ODatabase("AppConnection"))
{
var documents = database.Query("select from OUser");
foreach (var item in documents)
{
System.Console.WriteLine("Name: {0} Status: {1}",
item.GetField<string>("name"), item.GetField<string>("status"));
}
}
OClient.DropDatabasePool("AppConnection");
}
finally
{
if (created)
server.DropDatabase("TestManualy", OStorageType.PLocal);
}
}
}
public override void Run(ConnectionOptions mainOptions, IEnumerable <string> addresses)
{
var groups = new List <List <string> >();
using (var mainDB = new ODatabase(mainOptions))
{
foreach (var address in addresses)
{
var record = mainDB.Query($"SELECT $i as inputs, $o as outputs FROM (SELECT expand(inV) FROM (SELECT inV() FROM Link WHERE tAddr = '{address}' LIMIT 10000)) LET $i = set(inE().tAddr), $o = set(outE().tAddr) WHERE Coinbase = false").Select(x => new KeyValuePair <string, List <List <string> > >(x.GetField <ORID>("tx").ToString(), new List <List <string> >()
{
x.GetField <List <string> >("source"), x.GetField <List <string> >("target")
})).First();
// clean the record
record.Value[0] = record.Value[0].Distinct().ToList();
record.Value[1] = record.Value[0].Distinct().ToList();
record.Value[0].RemoveAll(x => x == null);
record.Value[1].RemoveAll(x => x == null);
// can we identify a return address?
var occurrences = new Dictionary <string, int>();
foreach (var outAddr in record.Value[1])
{
var count = mainDB.Query($"SELECT COUNT(*) FROM Link WHERE tAddr = '{outAddr}'").SingleOrDefault()?.GetField <long>("count");
if (count != null)
{
occurrences.Add(outAddr, (int)count);
}
}
var addr = GetChangeAddress(record, occurrences, mainOptions);
if (addr != null)
{
// add a new group
var group = record.Value.First();
group.Add(addr);
group.RemoveAll(x => string.IsNullOrEmpty(x));
groups.Add(group);
}
}
}
var cc = new ClusteringCollapser();
cc.Collapse(groups);
_result = cc.Clustering;
}
public void ShouldExeccutePreparedQueryByPossition()
{
var query = new PreparedQuery("select from Profile where name = ? and surname = ?");
var docMichael = _database
.Query(query)
.Run("Michael", "Blach").SingleOrDefault();
Assert.That(docMichael, Is.Not.Null);
Assert.That(docMichael.GetField <string>("name"), Is.EqualTo("Michael"));
Assert.That(docMichael.GetField <string>("surname"), Is.EqualTo("Blach"));
var docLuca = _database
.Query(query)
.Run("Luca", "Garulli").SingleOrDefault();
Assert.That(docLuca, Is.Not.Null);
Assert.That(docLuca.GetField <string>("name"), Is.EqualTo("Luca"));
Assert.That(docLuca.GetField <string>("surname"), Is.EqualTo("Garulli"));
}
public void QueryIndexes()
{
using (var context = new TestDatabaseContext())
using (var database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
var document = database
.Query("select expand(indexes) from metadata:indexmanager");
Assert.IsTrue(document.Count > 0);
}
}
public void QuerySchemaProperties()
{
using (var context = new TestDatabaseContext())
using (var database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
var document = database
.Query("select expand(properties) from (select expand(classes) from metadata:schema) where name = 'OUser'");
Assert.IsTrue(document.Count > 0);
}
}
static void CreateDatabaseTestUsingContext()
{
using (var context = new TestDatabaseContext())
using (var database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
var documents = database.Query("select from OUser");
foreach (var item in documents)
{
System.Console.WriteLine("Name: {0} Status: {1}",
item.GetField <string>("name"), item.GetField <string>("status"));
}
}
}
static void CreateDatabaseTestUsingContext()
{
using (var context = new TestDatabaseContext())
using (var database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
var documents = database.Query("select from OUser");
foreach (var item in documents)
{
System.Console.WriteLine("Name: {0} Status: {1}",
item.GetField<string>("name"), item.GetField<string>("status"));
}
}
}
public static void UpdateDesktop(String name, String OS, String LanMacAddress, String nameOld, String LanMacAddressOld)
{
ODatabase database = InitDB();
string query = String.Format("SELECT * FROM Desktop WHERE name=\"" + nameOld + "\" AND LanMacAddress=\""
+ LanMacAddressOld + "\"");
List <ODocument> result = database.Query(query).ToList();
ODocument o = result[0];
ORID z = o.GetField <ORID>("@ORID");
database.Update(z).Set("name", name).Set("OS", OS).Set("LanMacAddress", LanMacAddress).Run();
}
public void ShouldConvertSQLQueryResultsToClass()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
using (ODatabase database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
database.Create.Class <TestVertex>().Run();
database.Create.Vertex(new TestVertex
{
Name = "Shawn",
Age = 37
}).Run();
List <TestVertex> result = database.Query <TestVertex>("SELECT FROM TestVertex");
Assert.Equal(result[0].Name, "Shawn");
Assert.Equal(result[0].Age, 37);
}
}
public void ShouldConvertSQLQueryResultsToClass()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
using (ODatabase database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
database.Create.Class<TestVertex>().Run();
database.Create.Vertex(new TestVertex
{
Name = "Shawn",
Age = 37
}).Run();
List<TestVertex> result = database.Query<TestVertex>("SELECT FROM TestVertex");
Assert.That(result[0].Name, Is.EqualTo("Shawn"));
Assert.That(result[0].Age, Is.EqualTo(37));
}
}
/// <summary>
/// Записать в базу друзей пользователя
/// </summary>
/// <param name="rootUser">Главнвый пользователь</param>
/// <param name="Users">Его друзья</param>
/// <returns></returns>
public bool WriteVKUserFriends(VK.VKMan rootUser, List <VK.VKMan> Users)
{
using (ODatabase database = new ODatabase(opts))
{
foreach (VK.VKMan User in Users)
{
/*
* byte[] bytes = Encoding.C.GetBytes();
* Encoding win1251 = Encoding.GetEncoding(1251);
* string text = win1251.GetString(bytes);
*/
/*
* string queryString = String.Format("INSERT INTO user (first_name,last_name,sex,bday,country," +
* "city,interests,music,movies,games,about)" +
* " values ('{0}','{1}','{2}','{3}','{4}','{5}','{6}','{7}','{8}','{9}','{10}')",
* User.first_name, User.last_name, User.sex, DateTimeAdapter(User.bday), User.country, User.city, User.interests,
* User.music, User.movies, User.games, "");
*/
string queryString = String.Format("UPDATE user set first_name='{0}', last_name='{1}', sex='{2}',bday='{3}',country='{4}'," +
"city='{5}',interests='{6}',music='{7}',movies='{8}',games='{9}',about='{10}', vkid='{11}'" +
" UPSERT WHERE vkid='{11}'",
User.first_name, User.last_name, User.sex, DateTimeAdapter(User.bday), User.country, User.city, User.interests,
User.music, User.movies, User.games, "", User.id);
string queryStringSelectORID = string.Format("SELECT FROM user WHERE vkid={0}", User.id);
try {
/* OCommandResult commandResult = database.Command(queryString);
* OCommandResult commandSelectORIDResult = database.Command(queryStringSelectORID);
* User.ORID = commandSelectORIDResult.ToDocument().GetField<ODocument>("Content").GetField<ORID>("@ORID").ToString();
* database.Command(string.Format("CREATE EDGE FROM {0} TO {1} SET weight={2}", rootUser.ORID, User.ORID, calculateWeigth()));
*/
List <ODocument> result = database.Query(queryStringSelectORID);
foreach (ODocument document in result)
{
User.ORID = document.ORID.ToString();
}
} catch (OException ex)
{
Console.WriteLine(String.Format("There are problems with {0} {1}", User.first_name, User.last_name));
}
}
return(true);
}
}
public void writeRecursiveUsers(VK.VKMan rootUser, VK.VKObjects vkInstance, int currDepth, int depth, List <MainWindow.conditionArr> listConditions)
{
using (ODatabase database = new ODatabase(opts))
{
var Users = vkInstance.getFriendsListFromXML(rootUser.id, listConditions);
Statistic.Statistic.LogVertex(depth, Users.Count);
foreach (VK.VKMan User in Users)
{
string queryString = String.Format("UPDATE user set first_name='{0}', last_name='{1}', sex='{2}',bday='{3}',country='{4}'," +
"city='{5}',interests='{6}',music='{7}',movies='{8}',games='{9}',about='{10}', vkid='{11}'" +
" UPSERT WHERE vkid='{11}'",
User.first_name, User.last_name, User.sex, DateTimeAdapter(User.bday), User.country, User.city, User.interests,
User.music, User.movies, User.games, "", User.id);
string queryStringSelectORID = string.Format("SELECT FROM user WHERE vkid={0}", User.id);
try
{
OCommandResult commandResult = database.Command(queryString);
OCommandResult commandSelectORIDResult = database.Command(queryStringSelectORID);
User.ORID = commandSelectORIDResult.ToDocument().GetField <ODocument>("Content").GetField <ORID>("@ORID").ToString();
List <ODocument> result = database.Query(queryStringSelectORID);
foreach (ODocument document in result)
{
User.ORID = document.ORID.ToString();
}
//Логируем
var comupsert = string.Format("CREATE EDGE Friend FROM {0} TO {1} SET weight={2}", rootUser.ORID, User.ORID, User.rootEdgeWeigth);
database.Command(string.Format("CREATE EDGE Friend FROM {0} TO {1} SET weight={2}", rootUser.ORID, User.ORID, User.rootEdgeWeigth));
//Statistic.Statistic.LogEdge(depth,);//Логгируем
if (currDepth < depth)
{
currDepth++;
writeRecursiveUsers(User, vkInstance, currDepth, depth, listConditions);
currDepth--;
}
}
catch (OException ex)
{
Statistic.Statistic.logError(ex.ToString());
Console.WriteLine(String.Format("There are problems with {0} {1}", User.first_name, User.last_name));
}
}
}
}
public static void UpdateRouter(String name, String OS, String SerialNumber, String Manufacturer,
int NumberOfPorts, int NumberOfTakenPorts, String WiFiNetworkName,
List <String> MacAddressList, String RouterNameOld, String SerialNumberOld)
{
ODatabase database = InitDB();
string query = String.Format("SELECT * FROM Router WHERE name=\"" + RouterNameOld + "\" AND SerialNumber=\""
+ SerialNumberOld + "\"");
List <ODocument> result = database.Query(query).ToList();
ODocument o = result[0];
ORID z = o.GetField <ORID>("@ORID");
database.Update(z).Set("name", name).Set("OS", OS).Set("SerialNumber", SerialNumber)
.Set("Manufacturer", Manufacturer).Set("NumberOfPorts", NumberOfPorts)
.Set("NumberOfTakenPorts", NumberOfTakenPorts).Set("WiFiNetworkName", WiFiNetworkName)
.Set("MacAddressList", MacAddressList).Run();
}
public override void Run(ConnectionOptions mainOptions, IEnumerable <string> addresses)
{
using (var mainDB = new ODatabase(mainOptions))
{
foreach (var address in addresses)
{
var kvp = new KeyValuePair <string, double>(address, mainDB.Query($"SELECT avg(inE().amount).asLong() as total FROM (SELECT expand(inV) FROM (SELECT inV() FROM Link WHERE tAddr = '{address}' LIMIT 500))").First().GetField <long>("total"));
try
{
_result.Add(kvp.Key, kvp.Value);
}
catch (Exception e)
{
Console.WriteLine(address + " not in DB?");
}
Console.WriteLine(address + " done.");
}
}
}
public override void Run(ConnectionOptions mainOptions, IEnumerable <string> addresses)
{
using (var mainDB = new ODatabase(mainOptions))
{
foreach (var address in addresses)
{
var kvp = mainDB.Query($"SELECT list($hour) as hour FROM (SELECT * FROM Link WHERE tAddr = '{address}' LIMIT 500) LET $hour = outV().BlockTime.format('k').asLong()").Select(x => new KeyValuePair <string, BitArray>(address, ToBitArray(x.GetField <List <long> >("hour")))).First();
try
{
_result.Add(kvp.Key, kvp.Value);
}
catch (Exception e)
{
Console.WriteLine(address + " not in DB?");
}
Console.WriteLine(address + " done.");
}
}
}
public override void Run(ConnectionOptions mainOptions, IEnumerable <string> addresses)
{
using (var mainDB = new ODatabase(mainOptions))
{
foreach (var address in addresses)
{
var kvp = new KeyValuePair <string, List <string> >(address, mainDB.Query($"SELECT set(network) as network FROM (SELECT unionAll($a, $b, $c) as network FROM Link LET $a = inV().inE().tAddr, $b = inV().outE().tAddr, $c = outV().inE().tAddr WHERE tAddr = '{address}' LIMIT 10)").First().GetField <List <string> >("network"));
try
{
_result.Add(kvp.Key, kvp.Value);
}
catch (Exception e)
{
Console.WriteLine(address + " not in DB?");
}
Console.WriteLine(address + " done.");
}
}
}
public void ShouldCreateNonPrimitiveProperties()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
using (var db = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
if (!db.Schema.IsClassExist<TestClass>())
{
db.Create.Class<TestClass>().CreateProperties<TestClass>().Run();
var document = db.Query(_metadataQuery);
var SomeListMetadata = document.Find(d => d.GetField<string>("name") == "SomeList");
validateMetadata(SomeListMetadata, OType.EmbeddedList);
var DictionaryMetadata = document.Find(d => d.GetField<string>("name") == "Dictionary");
validateMetadata(DictionaryMetadata, OType.EmbeddedMap);
}
}
}
public void ShouldCreateNonPrimitiveProperties()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
using (var db = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
if (!db.Schema.IsClassExist <TestClass>())
{
db.Create.Class <TestClass>().CreateProperties <TestClass>().Run();
var document = db.Query(_metadataQuery);
var SomeListMetadata = document.Find(d => d.GetField <string>("name") == "SomeList");
validateMetadata(SomeListMetadata, OType.EmbeddedList);
var DictionaryMetadata = document.Find(d => d.GetField <string>("name") == "Dictionary");
validateMetadata(DictionaryMetadata, OType.EmbeddedMap);
}
}
}
static void TestQuery()
{
ODatabase database = new ODatabase(_alias);
//List<ORecord> records = database.Query("select from OGraphVertex where title = \"server 1\"", "*:2");
//List<ORecord> records = database.Query("select in.in.@rid as inVs, in.out.@rid as outVs, title from OGraphVertex where @rid = #8:0");
List<ORecord> records = database.Query(
"select " +
" out.in as neighborRIDs," +
//" out.in.type as neighborTypes," +
//" out.in.state as neighborStates," +
" title," +
" @rid" +
" from #8:0"
);
foreach (ORecord record in records)
{
//Ve v = record.To<Ve>();
List<ORID> orids = record.GetField<List<ORID>>("neighborRIDs");
List<string> types = record.GetField<List<string>>("neighborTypes");
List<int> states = record.GetField<List<int>>("neighborStates");
System.Console.WriteLine("{0} - {1} {2} {3}", record.GetField<string>("title"), orids.Count, types.Count, states.Count);
//System.Console.WriteLine(v.Title);
}
/*foreach (ORecord record in database.Query("select from OGraphEdge limit 20", "*:2"))
{
Ed e = record.To<Ed>();
System.Console.WriteLine(e.Label);
}*/
//ORecord rec = database.Command("create vertex OGraphVertex set title = \"whoa\"").ToSingle();
//object foo = database.Command("delete vertex " + rec.ORID.ToString());
}
public void GIVEN___EmployeeArrayType_class_with_common_data_type___WHEN___write_to_orientdb___THEN___should_be_able_to_read()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
using (var db = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
var employeeClassName = "EmployeeArrayType";
var clusterid = db.Create.Class(employeeClassName).Run();
var employee = new EmployeeArrayType();
employee.Id = Guid.NewGuid();
employee.Name = new string[2];
employee.Name[0] = "Andrew";
employee.Name[1] = ("Jack");
employee.Age = new int[2];
employee.Age[0] = (1);
employee.Age[1] = (2);
employee.BirthDate = new DateTime[2];
employee.BirthDate[0] = (DateTime.Now);
employee.BirthDate[1] = (DateTime.Now.AddDays(-3));
employee.Childs = new EmployeeCommonType[2];
employee.Childs[0] = (new EmployeeCommonType() { Id = Guid.NewGuid() });
employee.Childs[1] = (new EmployeeCommonType() { Id = Guid.NewGuid() });
employee.FavoriteColor = new Color[2];
employee.FavoriteColor[0] = (Color.Red);
employee.FavoriteColor[1] = (Color.Blue);
employee.Height = new short[2];
employee.Height[0] = (323);
employee.Height[1] = (333);
employee.Ids = new Guid[2];
employee.Ids[0] = (Guid.NewGuid());
employee.Ids[1] = (Guid.NewGuid());
employee.IsMarried = new bool[2];
employee.IsMarried[0] = (true);
employee.IsMarried[1] = (false);
employee.Salary = new decimal[2];
employee.Salary[0] = ((decimal)1234567890.123456789);
employee.Salary[1] = ((decimal)1234567890.123456799);
employee.Tall = new long[2];
employee.Tall[0] = (3233);
employee.Tall[1] = (3234);
employee.YearlyIncome = new double[2];
employee.YearlyIncome[0] = (3233);
employee.YearlyIncome[1] = (1234);
var document = db.Insert<EmployeeArrayType>(employee).Run();
var result = db.Query<EmployeeArrayType>("SELECT * FROM " + employeeClassName + " WHERE Id = '" + employee.Id + "'").SingleOrDefault();
Assert.AreEqual(employee.Id, result.Id);
Assert.AreEqual(employee.Ids[0], result.Ids[0]);
Assert.AreEqual(employee.Ids[1], result.Ids[1]);
Assert.AreEqual(employee.Name[0], result.Name[0]);
Assert.AreEqual(employee.Name[1], result.Name[1]);
Assert.AreEqual(employee.Age[0], result.Age[0]);
Assert.AreEqual(employee.Age[1], result.Age[1]);
Assert.AreEqual(employee.Age[0], result.Age[0]);
Assert.AreEqual(employee.Salary[0], result.Salary[0]);
Assert.AreEqual(employee.Salary[1], result.Salary[1]);
Assert.AreEqual(employee.IsMarried[0], result.IsMarried[0]);
Assert.AreEqual(employee.IsMarried[1], result.IsMarried[1]);
Assert.AreEqual(employee.Childs[0].Id, result.Childs[0].Id);
Assert.AreEqual(employee.Childs[1].Id, result.Childs[1].Id);
Assert.AreEqual(employee.BirthDate[0].ToLongDateString(), result.BirthDate[0].ToLongDateString());
Assert.AreEqual(employee.BirthDate[1].ToLongDateString(), result.BirthDate[1].ToLongDateString());
Assert.AreEqual(employee.YearlyIncome[0], result.YearlyIncome[0]);
Assert.AreEqual(employee.YearlyIncome[1], result.YearlyIncome[1]);
Assert.AreEqual(employee.FavoriteColor[0], result.FavoriteColor[0]);
Assert.AreEqual(employee.FavoriteColor[1], result.FavoriteColor[1]);
Assert.AreEqual(employee.Height[0], result.Height[0]);
Assert.AreEqual(employee.Height[1], result.Height[1]);
Assert.AreEqual(employee.Tall[0], result.Tall[0]);
Assert.AreEqual(employee.Tall[1], result.Tall[1]);
}
}
static void CreateDatabasePoolTest()
{
OClient.CreateDatabasePool(
"localhost",
2424,
"GratefulDeadConcerts",
ODatabaseType.Graph,
"root",
"root",
10,
"AppConnection"
);
using (var database = new ODatabase("AppConnection"))
{
var documents = database.Query("select from v");
foreach (var item in documents)
{
System.Console.WriteLine("Name: {0} Type: {1}",
item.GetField<string>("name"), item.GetField<string>("type"));
}
}
OClient.DropDatabasePool("AppConnection");
}
public void GIVEN___EmployeeDictionaryType_class_with_common_data_type___WHEN___write_to_orientdb___THEN___should_be_able_to_read()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
using (var db = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
var employeeClassName = "EmployeeDictionaryType";
var clusterid = db.Create.Class(employeeClassName).Run();
var employee = new EmployeeDictionaryType();
employee.Id = Guid.NewGuid();
employee.Name = new Dictionary<string, string>();
employee.Name.Add("Andrew", "Andrew");
employee.Name.Add("Jack", "Jack");
employee.Ids = new Dictionary<Guid, Guid>();
employee.Ids.Add(Guid.NewGuid(), Guid.NewGuid());
employee.Ids.Add(Guid.NewGuid(), Guid.NewGuid());
employee.Age = new Dictionary<int, int>();
employee.Age.Add(1, 2);
employee.Age.Add(2, 4);
employee.Height = new Dictionary<short, short>();
employee.Height.Add(1, 2);
employee.Height.Add(2, 4);
employee.Tall = new Dictionary<long, long>();
employee.Tall.Add(1234567890123456789, 987654321098765432);
employee.Tall.Add(987654321098765432, 1234567890123456789);
employee.Childs = new Dictionary<int, EmployeeCommonType>();
employee.Childs.Add(1, new EmployeeCommonType() { Id = Guid.NewGuid() });
employee.Childs.Add(2, new EmployeeCommonType() { Id = Guid.NewGuid() });
employee.FavoriteColor = new Dictionary<Color, Color>();
employee.FavoriteColor.Add(Color.Red, Color.Red);
employee.FavoriteColor.Add(Color.Blue, Color.Blue);
var document = db.Insert(employee).Into(employeeClassName).Run();
var result = db.Query<EmployeeDictionaryType>("SELECT * FROM " + employeeClassName + " WHERE Id = '" + employee.Id + "'").SingleOrDefault();
Assert.Equal(employee.Id, result.Id);
Assert.True(result.Name.ContainsKey("Jack"));
Assert.True(result.Name.ContainsKey("Andrew"));
Assert.Equal(employee.Name["Jack"], result.Name["Jack"]);
Assert.Equal(employee.Name["Andrew"], result.Name["Andrew"]);
Assert.True(result.Ids.ContainsKey(employee.Ids.Keys.ToArray()[0]));
Assert.True(result.Ids.ContainsKey(employee.Ids.Keys.ToArray()[1]));
Assert.Equal(employee.Ids[employee.Ids.Keys.ToArray()[0]], result.Ids[employee.Ids.Keys.ToArray()[0]]);
Assert.Equal(employee.Ids[employee.Ids.Keys.ToArray()[1]], result.Ids[employee.Ids.Keys.ToArray()[1]]);
Assert.True(result.Age.ContainsKey(1));
Assert.True(result.Age.ContainsKey(2));
Assert.Equal(employee.Age[1], result.Age[1]);
Assert.Equal(employee.Age[2], result.Age[2]);
Assert.True(result.Height.ContainsKey(employee.Height.Keys.ToArray()[0]));
Assert.True(result.Height.ContainsKey(employee.Height.Keys.ToArray()[1]));
Assert.Equal(employee.Height[employee.Height.Keys.ToArray()[0]], result.Height[employee.Height.Keys.ToArray()[0]]);
Assert.Equal(employee.Height[employee.Height.Keys.ToArray()[1]], result.Height[employee.Height.Keys.ToArray()[1]]);
Assert.True(result.Tall.ContainsKey(employee.Tall.Keys.ToArray()[0]));
Assert.True(result.Tall.ContainsKey(employee.Tall.Keys.ToArray()[1]));
Assert.Equal(employee.Tall[employee.Tall.Keys.ToArray()[0]], result.Tall[employee.Tall.Keys.ToArray()[0]]);
Assert.Equal(employee.Tall[employee.Tall.Keys.ToArray()[1]], result.Tall[employee.Tall.Keys.ToArray()[1]]);
Assert.Equal(employee.Childs[1].Id, result.Childs[1].Id);
Assert.Equal(employee.Childs[2].Id, result.Childs[2].Id);
Assert.True(result.FavoriteColor.ContainsKey(Color.Red));
Assert.True(result.FavoriteColor.ContainsKey(Color.Blue));
Assert.Equal(employee.FavoriteColor[Color.Red], result.FavoriteColor[Color.Red]);
Assert.Equal(employee.FavoriteColor[Color.Blue], result.FavoriteColor[Color.Blue]);
}
}
static long Do()
{
DateTime start = DateTime.Now;
bool running = true;
long tps = 0;
do
{
ODatabase database = new ODatabase(_alias);
//List<ORecord> result = database.Query("select name from OGraphVertex where in[0].label = 'followed_by' and in[0].out.name = 'JAM'");
//List<ORecord> result = database.Query("select from OGraphVertex limit 20");
List<ORecord> result = database.Query("select from OGraphEdge limit 20");
database.Close();
tps++;
TimeSpan dif = DateTime.Now - start;
if (dif.TotalMilliseconds > 1000)
{
running = false;
}
}
while (running);
return tps;
}
public void ShouldInsertClassWithEmbededList()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
using (var db = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
var employeeListTypeClassName = "EmployeeListType";
var clusterid = db.Create.Class(employeeListTypeClassName).Run();
var employee = new EmployeeListType();
employee.Id = Guid.NewGuid();
employee.Name = new List<string>();
employee.Name.Add("Andrew");
employee.Name.Add("Jack");
employee.Age = new List<int>();
employee.Age.Add(1);
employee.Age.Add(2);
employee.BirthDate = new List<DateTime>();
employee.BirthDate.Add(DateTime.Now);
employee.BirthDate.Add(DateTime.Now.AddDays(-3));
employee.Childs = new List<EmployeeCommonType>();
employee.Childs.Add(new EmployeeCommonType() { Id = Guid.NewGuid() });
employee.Childs.Add(new EmployeeCommonType() { Id = Guid.NewGuid() });
employee.FavoriteColor = new List<Color>();
employee.FavoriteColor.Add(Color.Red);
employee.FavoriteColor.Add(Color.Blue);
employee.Height = new List<short>();
employee.Height.Add(323);
employee.Height.Add(333);
employee.Ids = new List<Guid>();
employee.Ids.Add(Guid.NewGuid());
employee.Ids.Add(Guid.NewGuid());
employee.IsMarried = new List<bool>();
employee.IsMarried.Add(true);
employee.IsMarried.Add(false);
employee.Salary = new List<decimal>();
employee.Salary.Add((decimal)1234567890.123456789);
employee.Salary.Add((decimal)1234567890.123456799);
employee.Tall = new List<long>();
employee.Tall.Add(3233);
employee.Tall.Add(3234);
employee.YearlyIncome = new List<double>();
employee.YearlyIncome.Add(3233);
employee.YearlyIncome.Add(1234);
var document = db.Insert<EmployeeListType>(employee).Run();
var result = db.Query<EmployeeListType>("SELECT * FROM " + employeeListTypeClassName + " WHERE Id = '" + employee.Id + "'").SingleOrDefault();
Assert.Equal(employee.Id, result.Id);
Assert.Equal(employee.Ids[0], result.Ids[0]);
Assert.Equal(employee.Ids[1], result.Ids[1]);
Assert.Equal(employee.Name[0], result.Name[0]);
Assert.Equal(employee.Name[1], result.Name[1]);
Assert.Equal(employee.Age[0], result.Age[0]);
Assert.Equal(employee.Age[1], result.Age[1]);
Assert.Equal(employee.Age[0], result.Age[0]);
Assert.Equal(employee.Salary[0], result.Salary[0]);
Assert.Equal(employee.Salary[1], result.Salary[1]);
Assert.Equal(employee.IsMarried[0], result.IsMarried[0]);
Assert.Equal(employee.IsMarried[1], result.IsMarried[1]);
// Error happen here.
Assert.Equal(employee.Childs[0].Id, result.Childs[0].Id);
Assert.Equal(employee.Childs[1].Id, result.Childs[1].Id);
Assert.Equal(employee.BirthDate[0].ToLongDateString(), result.BirthDate[0].ToLongDateString());
Assert.Equal(employee.BirthDate[1].ToLongDateString(), result.BirthDate[1].ToLongDateString());
Assert.Equal(employee.YearlyIncome[0], result.YearlyIncome[0]);
Assert.Equal(employee.YearlyIncome[1], result.YearlyIncome[1]);
Assert.Equal(employee.FavoriteColor[0], result.FavoriteColor[0]);
Assert.Equal(employee.FavoriteColor[1], result.FavoriteColor[1]);
Assert.Equal(employee.Height[0], result.Height[0]);
Assert.Equal(employee.Height[1], result.Height[1]);
Assert.Equal(employee.Tall[0], result.Tall[0]);
Assert.Equal(employee.Tall[1], result.Tall[1]);
}
}
static void ConnectionPoolTest()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
{
using (ODatabase database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
database
.Create.Class("Person")
.Extends<OVertex>()
.Run();
database
.Create.Class("Spouse")
.Extends<OVertex>()
.Run();
ODocument person1 = database
.Create.Vertex("Person")
.Set("Name", "Johny")
.Run();
ODocument spouse1 = database
.Create.Vertex("Spouse")
.Set("Name", "Mary")
.Run();
ODocument spouse2 = database
.Create.Vertex("Spouse")
.Set("Name", "Julia")
.Run();
// TODO: check what happens in command execution
ODocument edge1 = database
.Create.Edge<OEdge>()
.From(person1)
.To(spouse1)
.Run();
ODocument edge2 = database
.Create.Edge<OEdge>()
.From(person1)
.To(spouse2)
.Run();
List<ODocument> docs = database.Query("select from Person");
}
bool exit = false;
using (ODatabase database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
database
.Create.Class("TestClass")
.Extends<OVertex>()
.Run();
database
.Create.Vertex("TestClass")
.Set("foo", "foo string value 1")
.Set("bar", 123)
.Run();
database
.Create.Vertex("TestClass")
.Set("foo", "foo string value 2")
.Set("bar", 1233)
.Run();
}
while (!exit)
{
System.Console.WriteLine(
"Current pool size: {0} @ {1} : {2}",
OClient.DatabasePoolCurrentSize(TestConnection.GlobalTestDatabaseAlias),
DateTime.Now.ToString(),
Query().Count
);
string line = System.Console.ReadLine();
if (line.Equals("exit"))
{
exit = true;
}
}
}
}
static void TestQuery()
{
using (ODatabase database = new ODatabase(_hostname, _port, _databaseName, ODatabaseType.Document, _username, _password))
{
TestClass obj = database.LoadRecord<TestClass>(new ORID(6, 0));
foreach (string s in database.Query("select from cluster:ouser"))
{
Console.WriteLine(s);
}
}
}
public void ShouldFetchDocumentsConnectedByEdges()
{
using (TestDatabaseContext testContext = new TestDatabaseContext())
{
using (ODatabase database = new ODatabase(TestConnection.GlobalTestDatabaseAlias))
{
// Need to set this
database.Command("alter database custom useLightweightEdges=true");
database.Create.Class("House").Extends("V").Run();
database.Create.Class("Person").Extends("V").Run();
database.Create.Class("Owns").Extends("E").Run();
var house = new ODocument { OClassName = "House" };
database.Create.Vertex(house).Run();
var person = new ODocument { OClassName = "Person" };
person.SetField("name", "Shawn");
database.Create.Vertex(person).Run();
var person1 = new ODocument { OClassName = "Person" };
person1.SetField("name", "Roman");
database.Create.Vertex(person1).Run();
database.Create.Edge("Owns").From(person).To(house).Run();
database.Create.Edge("Owns").From(person1).To(house).Run();
house = database.Query("select from House", "*:-1").FirstOrDefault();
Assert.That(house != null);
Assert.That(database.ClientCache.Count(), Is.EqualTo(2), "client cache should contain two records");
}
}
}
