Microsoft SQL Server

MySQL – From CoreLab

ODBC Providers

OLE DB Providers

Oracle Provider – From Microsoft

Oracle Provider
- From Oracle

Oracle Provider
- From CoreLab

Postgre SQL Direct
- From CoreLab

Sybase ASE

VistaDB Provider

Microsoft SQL Server .NET Data Provider (System.Data.SqlClient)

The Microsoft SQL Server .NET Data Provide allows you to connect to a Microsoft
SQL Server 7.0, 2000, and 2005 databases.

For Microsoft SQL Server 6.5 or earlier, use the OLE DB .NET Data Provider with
the SQL Server OLE DB
Provider (SQLOLEDB).

Using C#:

using System.Data.SqlClient;
…
SqlConnection oSQLConn = new SqlConnection();
oSQLConn.ConnectionString = “Data Source=(local); Initial Catalog=myDatabaseName; Integrated Security=SSPI”;
//Or
// “Server=(local); Database=myDatabaseName; Trusted_Connection=Yes”;
oSQLConn.Open();
…
oSQLConn.Close();

// If you open the connection, then close the connection!
// Otherwise the connection does not go back into the connection pool.
// Note the SqlDataAdapter will open and close the connection for you
// when calling it’s Fill or Update methods. However if the connection
// is already open, the SqlDataAdapter will leave it open.

Using VB.NET:

Imports System.Data.SqlClient
…
Dim oSQLConn As SqlConnection = New SqlConnection()
oSQLConn.ConnectionString = _
“Data Source=(local); Initial Catalog=myDatabaseName; Integrated Security=SSPI”
oSQLConn.Open()

If connection to a remote server (via IP address):

oSQLConn.ConnectionString = _
“Network Library=DBMSSOCN; Data Source=xxx.xxx.xxx.xxx,1433; Initial Catalog=myDatabaseName; User ID=myUsername Password=myPassword”
oSQLConn.Open()

Where:

- “Network Library=DBMSSOCN” tells SqlClient to use TCP/IP
Q238949

- xxx.xxx.xxx.xxx is an IP address of the remote SQL Server.

- 1433 is the port number for the remote SQL Server.
Q269882 and
Q287932

- You can also add “Encrypt=yes” for
encryption

For more information, see:
SqlConnection Class,
Q308656, and
.NET Data Providers

To view Microsoft KB articles related to SQLClient,
click here

Note: Microsoft
SQLXML Managed Classes exposes the functionality of SQLXML inside the Microsoft
.NET Framework.

MySQLDirect .NET Data Provider – From CoreLab (CoreLab.MySql)

MySQLDirect .NET is data provider to direct access to MySQL database server for
the Microsoft .NET Framework and .NET Compact Framework. It is completely based
on ActiveX Data Objects for the .NET Framework (ADO.NET) technology. ADO.NET provides
a rich set of components for creating distributed, data-sharing applications. It
is an integral part of the .NET Framework, providing access to relational data,
XML, and application data.

MySQLDirect .NET data provider can be used in the same way as the SQL Server .NET
or the OLE DB .NET Data Provider. Data provider can access MySQL server either using
native MySQL network protocol directly or through MySQL client library. It allows
to create lightweight and fast applications working with MySQL.

Using C#

using CoreLab.MySql;
…
MySqlConnection oMySqlConn = new MySqlConnection();
oMySqlConn.ConnectionString = “User ID=myUsername;” +
“Password=myPassword; Host=localhost; Port=3306; Database=myDatabaseName; Direct=true; Protocol=TCP; Compress=false; Pooling=true; Min Pool Size=0; Max Pool Size=100; Connection Lifetime=0″;
oMySqlConn.Open();

Using VB.NET

Imports CoreLab.MySql
…
Dim oMySqlConn As MySqlConnection = New MySqlConnection()
oMySqlConn.ConnectionString = _
“User ID=myUsername; Password=myPassword; Host=localhost; Port=3306; Database=myDatabaseName; Direct=true; Protocol=TCP; Compress=false; Pooling=true; Min Pool Size=0; Max Pool Size=100;Connection Lifetime=0″
oMySqlConn.Open()

For more information, see: CoreLab’s MySqlDirect
.NET Data Provider. Download
here. Support forms
here.

ODBC .NET Data Provider (System.Data.ODBC)

The Open Database Connectivity (ODBC) .NET Data Provider provides access to native
ODBC drivers the same way the OLE DB .NET Data Provider provides access to native
OLE DB providers.

Note: This namespace, class, or member is supported only in version
1.1 of the .NET Framework.

For SQL Server ODBC Driver

‘ VB.NET Imports System.Data.Odbc
…
Dim oODBCConnection As OdbcConnection
Dim sConnString As String = _
“Driver={SQL Server}; Server=MySQLServerName; Database=MyDatabaseName; Uid=MyUsername; Pwd=MyPassword”
oODBCConnection = New Odbc.OdbcConnection(sConnString)
oODBCConnection.Open()

For Oracle ODBC Driver

‘ VB.NET Imports System.Data.Odbc
…
Dim oODBCConnection As OdbcConnection
Dim sConnString As String = _
“Driver={Microsoft ODBC for Oracle}; Server=OracleServer.world; Uid=myUsername; Pwd=myPassword”
oODBCConnection = New Odbc.OdbcConnection(sConnString)
oODBCConnection.Open()

For Access (JET) ODBC Driver

‘ VB.NET Imports System.Data.Odbc
…
Dim oODBCConnection As OdbcConnection
Dim sConnString As String = _
“Driver={Microsoft Access Driver (*.mdb)}; Dbq=c:\somepath\mydb.mdb;”
oODBCConnection = New Odbc.OdbcConnection(sConnString)
oODBCConnection.Open()

For Sybase System 11 ODBC Driver

‘ VB.NET Imports System.Data.Odbc
…
Dim oODBCConnection As OdbcConnection
Dim sConnString As String = _
“Driver={Sybase System 11}; SRVR=mySybaseServerName; DB=myDatabaseName; UID=myUsername; PWD=myPassword”
oODBCConnection = New OdbcConnection(sConnString)
oODBCConnection.Open()

For all other ODBC Drivers

‘ VB.NET Imports System.Data.Odbc
…
Dim oODBCConnection As OdbcConnection
Dim sConnString As String = _
“Dsn=myDsn; Uid=myUsername; Pwd=myPassword”
oODBCConnection = New Odbc.OdbcConnection(sConnString)
oODBCConnection.Open()

For more information, see:
OdbcConnection Class and
.NET Data Providers.

To view Microsoft KB articles related to OdbcConnection,
click here.

OLE DB .NET Data Provider (System.Data.OleDb)

The Microsoft .NET Framework Data Provider for OLE DB allow you to use native OLE
DB providers (e.g. Microsoft.JET.OLEDB.4.0) through COM interop to enable data access.

For IBM AS/400 OLE DB Provider

‘ VB.NET Imports System.Data.OleDb
…
Dim oOleDbConnection As OleDbConnection
Dim sConnString As String = _
“Provider=IBMDA400.DataSource.1; Data source=myAS400DbName; User Id=myUsername; Password=myPassword”
oOleDbConnection = New OleDb.OleDbConnection(sConnString)
oOleDbConnection.Open()

For JET OLE DB Provider

‘ VB.NET Imports System.Data.OleDb
…
Dim oOleDbConnection As OleDbConnection
Dim sConnString As String = _
“Provider=Microsoft.Jet.OLEDB.4.0; Data Source=C:\myPath\myJet.mdb; User ID=Admin; Password=”
oOleDbConnection = New OleDb.OleDbConnection(sConnString)
oOleDbConnection.Open()

For Oracle OLE DB Provider

‘ VB.NET Imports System.Data.OleDb
…
Dim oOleDbConnection As OleDbConnection
Dim sConnString As String = _
“Provider=OraOLEDB.Oracle; Data Source=MyOracleDB; User ID=myUsername; Password=myPassword”
oOleDbConnection = New OleDb.OleDbConnection(sConnString)
oOleDbConnection.Open()

For SQL Server OLE DB Provider

‘ VB.NET Imports System.Data.OleDb
…
Dim oOleDbConnection As OleDbConnection
Dim sConnString As String = _
“Provider=sqloledb; Data Source=myServerName; Initial Catalog=myDatabaseName; User Id=myUsername; Password=myPassword”
oOleDbConnection = New OleDb.OleDbConnection(sConnString)
oOleDbConnection.Open()

For Sybase ASE OLE DB Provider

‘ VB.NET Imports System.Data.OleDb
…
Dim oOleDbConnection As OleDbConnection
Dim sConnString As String = _
“Provider=Sybase ASE OLE DB Provider; Data Source=MyDataSourceName; Server Name=MyServerName; Database=MyDatabaseName; User ID=myUsername; Password=myPassword”
oOleDbConnection = New OleDb.OleDbConnection(sConnString)
oOleDbConnection.Open()

For more information, see:
OleDbConnection Class and
.NET Data Providers.

To view Microsoft KB articles related to OleDbConnection,
click here.

Oracle .NET Data Provider – From Microsoft (System.Data.OracleClient)

The Microsoft .NET Framework Data Provider for Oracle is an add-on component to
the .NET Framework 1.0 that provides access to an Oracle database using the Oracle
Call Interface (OCI) as provided by Oracle Client software. Oracle 8i Release 3
(8.1.7) Client or later must be installed for this provider to function correctly.

Note: This namespace, class, or member is supported only in version
1.1 of the .NET Framework.

Using C#:

using System.Data.OracleClient;
…
OracleConnection oOracleConn = new OracleConnection();
oOracleConn.ConnectionString = “Data Source=Oracle8i; Integrated Security=SSPI”;
oOracleConn.Open();

Using VB.NET:

Imports System.Data.OracleClient
…
Dim oOracleConn As OracleConnection = New OracleConnection()
oOracleConn.ConnectionString = “Data Source=Oracle8i; Integrated Security=SSPI”;
oOracleConn.Open()

For more information, see:
OracleConnection Class and
.NET Data Providers.

To view Microsoft KB articles related to OracleConnection,
click here.

Oracle .NET Data Provider – From Oracle (Oracle.DataAccess.Client)

The Oracle Data Provider for .NET (ODP.NET) features optimized data access to the
Oracle database from a .NET environment. ODP.NET allows developers to take advantage
of advanced Oracle database functionality, including Real Application Clusters,
XML DB, and advanced security. The data provider can be used from any .NET language,
including C# and Visual Basic .NET.

ODP.NET makes using Oracle from .NET more flexible, faster, and more stable. ODP.NET
includes many features not available from other .NET drivers, including Multiple
Active Result Sets (MARS), a native XML data type, the ability to bind array parameters,
and flexible LOB tuning. ODP.NET is designed for scalable enterprise Windows solutions
by providing full support for Unicode and local and distributed transactions. Distributed
transactions are supported using the Oracle Services for MTS.

Using C#

using Oracle.DataAccess.Client;
…
OracleConnection oOracleConn = new OracleConnection();
oOracleConn.ConnectionString = “Data Source=MyOracleServerName; Integrated Security=SSPI”;
oOracleConn.Open();

Using VB.NET

Imports Oracle.DataAccess.Client
…
Dim oOracleConn As OracleConnection = New OracleConnection()
oOracleConn.ConnectionString = _
“Data Source=MyOracleServerName; Integrated Security=SSPI”;
oOracleConn.Open();

For more information, see:
Oracle Data Provider for .NET.

OraDirect .NET Data Provider – From CoreLab (CoreLab.Oracle)

OraDirect .NET is a data provider to direct access to Oracle database server for
the Microsoft .NET Framework and .NET Compact Framework. It is completely based
on ActiveX Data Objects for the .NET Framework (ADO.NET) technology. ADO.NET provides
a rich set of components for creating distributed, data-sharing applications. It
is an integral part of the .NET Framework, providing access to relational data,
XML, and application data.

OraDirect .NET data provider can be used in the same way as the SQL Server .NET
or the OLE DB .NET Data Provider. OraDirect .NET can access Oracle server using
Oracle Call Interface (OCI) or through TCP/IP directly.

Using C#

using CoreLab.Oracle;
…
OracleConnection oOracleConn = new OracleConnection();
oOracleConn.ConnectionString = “User ID=myUsername;” +
“Password=myPassword; Host=(local); Pooling=true; Min Pool Size=0; Max Pool Size=100; Connection Lifetime=0″;
oOracleConn.Open();

Using VB.NET

Imports CoreLab.Oracle
…
Dim oOracleConn As OracleConnection = New OracleConnection()
oOracleConn.ConnectionString = “User ID=myUsername; Password=myPassword; Host=(local); Pooling=true Min Pool Size=0; Max Pool Size=100; Connection Lifetime=0″
oOracleConn.Open()

For more information, see: OraDirect .NET Data Provider.
Download here. id=”dnn_ctr413_HtmlModule_HtmlHolder0″> Support forms
here.

PostgreSQLDirect .NET Data Provider – From CoreLab (CoreLab.PostgreSql)

PostgreSQLDirect .NET is data provider to direct access to PostgreSQL database for
the Microsoft .NET Framework and .NET Compact Framework. It completely based on
ActiveX Data Objects for the .NET Framework (ADO.NET) technology. ADO.NET provides
a rich set of components for creating distributed, data-sharing applications. It
is an integral part of the .NET Framework, providing access to relational data,
XML, and application data.

PostgreSQLDirect .NET data provider can be used in the same way as the SQL Server
.NET or the OLE DB .NET Data Provider.

Using C#

using CoreLab.PostgreSql;
…
PgSqlConnection oPgSqlConn = new PgSqlConnection();
oPgSqlConn.ConnectionString = “User ID=myUsername;” +
“Password=myPassword;” +
“Host=localhost;” +
“Port=5432;” +
“Database=myDatabaseName;” +
“Pooling=true;” +
“Min Pool Size=0;” +
“Max Pool Size=100;” +
“Connection Lifetime=0″;
oPgSqlConn.Open();

Using VB.NET

Imports CoreLab.PostgreSql
…
Dim oPgSqlConn As PgSqlConnection = New PgSqlConnection()
oPgSqlConn.ConnectionString = “User ID=myUsername; Password=myPassword; Host=localhost; Port=5432; Database=myDatabaseName; Pooling=true; Min Pool Size=0; Max Pool Size=100; Connection Lifetime=0″
oPgSqlConn.Open()

For more information, see: PostgreSQLDirect
.NET Data Provider. Download
here. Support forms
here.

Sybase Adaptive Server (ASE) Enterprise .NET Data Provider ( name=”AseClientManagedProvider”>Sybase.Data.AseClient)

The ASE Enterprise .NET Data Provider is an
add-on component to the .NET Framework that allows you to access a Sybase
Adaptive Server Enterprise (ASE) database.

Using C#

using Sybase.Data.AseClient;
…
AseConnection oAseConn = new AseConnection();
oAseConn.ConnectionString = “Data Source=(local); Initial Catalog=myDatabaseName; User ID=myUsername; Password=myPassword”
oAseConn.Open();

Using VB.NET

Imports System.Data.AseClient
…
Dim oAseConn As AseConnection = New AseConnection()
oAseConn.ConnectionString = “Data Source=(local); Initial Catalog=myDatabaseName; User ID=myUsername; Password=myPassword”
oAseConn.Open()

For more information, see:
ASE User’s Guide.

VistaDB (VistaDB.Provider)

The VistaDB
Provider allows you to access a VistaDB
database.

Using C#

using VistaDB.Provider;
…
string connectionString = @”Data Source = C:\VistaDB.vdb3;
Open Mode = ExclusiveReadWrite”;
VistaDBConnection connection = new VistaDBConnection(connectionString);
connection.Open();

Using VB.NET

Imports VistaDB.Provider
…
Dim vistaDBConnection As VistaDBConnection = New VistaDBConnection()
vistaDBConnection.ConnectionString = @”Data Source = C:\VistaDB.vdb3;
Open Mode = ExclusiveReadWrite”;
vistaDBConnection.Open()

One of the error more often happened is the “The Installer was interrupted [AppName] could be installed. You need to restart the installer to try again.” as depicted below

To resolve this issue, there’s a service that need to be enabled “IIS Metabase and IIS 6 configuration compatibility”

Under windows 7:

1. Go to Control Panel
2. Programs
3. Turns windows features on or off.

else you can use the general XPath syntax

//*[local-name() = 'ProjectGuid']

Source

In earlier versions of Remote Desktop Connection, people could not connect to remote computers across firewalls and network address translators because port 3389—the port used for Remote Desktop connections—is typically blocked to enhance network security. However, a TS Gateway server uses port 443, which transmits data through a Secure Sockets Layer (SSL) tunnel.

A TS Gateway server provides these benefits:

1. Enables Remote Desktop connections to a corporate network from the Internet without having to set up virtual private network (VPN) connections.
2. Enables connections to remote computers across firewalls.
3. Allows you to share a network connection with other programs running on your computer. This enables you to use your ISP connection instead of your corporate network to send and receive data over the remote connection.

Here’s a code for fixing this known issue on the Safari and Chrome browsers

Authentication and Authorization with Windows Accounts in ASP.NET

Using a simple xml below as an example;

1. Using LINQ to XML
   1. static XElement stripNS(XElement root) {
   2.  return new XElement( root.Name.LocalName, root.HasElements ? root.Elements().Select(el => stripNS(el)) : (object)root.Value );
   3. }
   4.  
   5. static void Main() {
   6.  var xml = XElement.Parse(@"<Root xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema">
   7.  <Item>
   8.    <Code xmlns="http://schema.peters.com/doc_353/1/Types">0174587</Code>
   9.    <AltCode xmlns="http://schema.peters.com/doc_353/1/Types">014717</AltCode>
   10.    <supplier xmlns="http://schema.peters.com/doc_353/1/Types">019172</supplier>
   11.    <ID xmlns="http://schema.peters.com/doc_353/1/Types" />
   12.    <type3 xmlns="http://schema.peters.com/doc_353/1/Types">
   13.      <AltCode />
   14.      <main>false</main>
   15.    </type3>
   16.    <status xmlns="http://schema.peters.com/doc_353/1/Types">Some state</status>
   17.  </Item>
   18. </Root>");
   19.  Console.WriteLine(stripNS(xml));
   20. }
   1.   static XElement stripNS(XElement root)
   2.     {
   3.         XElement res = new XElement(
   4.             root.Name.LocalName,
   5.             root.HasElements ?
   6.                 root.Elements().Select(el => stripNS(el)) :
   7.                 (object)root.Value
   8.         );
   9.  
   10.         res.ReplaceAttributes(
   11.             root.Attributes().Where(attr => (!attr.IsNamespaceDeclaration)));
   12.  
   13.         return res;
   14.     }
   1. Public Function RemoveAllNamespaces(ByVal element As XElement) As XElement
   2.         If element.HasElements Then
   3.             Dim cleanElement = RemoveAllNamespaces(New XElement(element.Name.LocalName, element.Attributes))
   4.             cleanElement.Add(element.Elements.Select(Function(el) RemoveAllNamespaces(el)))
   5.             Return cleanElement
   6.         Else
   7.             Dim allAttributesExceptNamespaces = element.Attributes.Where(Function(attr) Not attr.IsNamespaceDeclaration)
   8.             element.ReplaceAttributes(allAttributesExceptNamespaces)
   9.             Return element
   10.         End If
   11.  
   12.     End Function
2. Using XLT
   1. <xsl:stylesheet version="1.0" xmlns:xsl="http://www.w3.org/1999/XSL/Transform">  
   2.  <xsl:output method="xml" indent="no" encoding="UTF-8"/>  
   3.  <xsl:template match="/|comment()|processing-instruction()">    
   4.   <xsl:copy>      
   5.    <xsl:apply-templates/>    
   6.   </xsl:copy>  
   7.  </xsl:template>  
   8.  <xsl:template match="*">    
   9.   <xsl:element name="{local-name()}">      
   10.    <xsl:apply-templates select="@*|node()"/>    
   11.   </xsl:element>  
   12.  </xsl:template>  
   13.  <xsl:template match="@*">    
   14.   <xsl:attribute name="{local-name()}">      
   15.    <xsl:value-of select="."/>    
   16.   </xsl:attribute>  
   17.  </xsl:template>
   18. </xsl:stylesheet>
3. Using Regular expression
   1. string XMLPattern = "xmlns=\\\".+\\\"";
   2. Regex regXML = new Regex(pattern);
   3. string XMLInput = FancyMethodThatPutsXMLIntoString();
   4. string Results = regXML.Replace(XMLInput, "");
   Note: The triple slashes serve to escape the escaping of the quotes for your regex formula. Technically the formula is xmlns=\”.+\”

To follow the discussions regarding this issue, please visit the source at http://stackoverflow.com

Reference