/// <summary>
/// For an invalid request, returns a HTML-formatted error page with the details of the request and the error
/// </summary>
public static string GetInvalidRequestDebugPage(string requestPath, DadConfiguration dadConfig)
{
StringBuilder page = new StringBuilder();
page.Append("<style> body { font-family: verdana, sans-serif; } p { font-size: 9pt; } div.errormsg { border: 1px double black; background-color: gold; font-family: lucida console, courier; font-size: 14pt; padding: 10px; width: 85%; } div.code { border: 1px dotted black; font-family: lucida console, courier; font-size: 14pt; padding: 10px; } </style>");
page.AppendFormat("<h1>Thoth Gateway Invalid Request</h1>");
page.AppendFormat("<p>The request is invalid. Please check the URL syntax, and examine the inclusion and exclusion lists.</p>");
page.AppendFormat("<h3>Request</h3><div class='code'>{0}</div>", requestPath);
page.AppendFormat("<h3>Inclusion List</h3><div class='code'>{0}</div>", dadConfig.InclusionList);
page.AppendFormat("<h3>Exclusion List</h3><div class='code'>{0}</div>", DadConfiguration.DEFAULT_EXCLUSION_LIST + " " + dadConfig.ExclusionList);
page.Append(GetSignature());
return(page.ToString());
}
private void ParseRequest(string requestMethod, string thePath, string rawUrl, string soapAction)
{
string requestPath = thePath.Substring(1);
DadSpecifiedInRequest = true;
IsFlexibleParams = false;
IsPathAlias = false;
string[] pathElements = requestPath.Split('/');
if (pathElements.Length >= 2)
{
ModuleName = pathElements[0];
DadName = pathElements[1];
if (DadName.Length == 0 || !DadConfiguration.IsValidDad(DadName))
{
DadSpecifiedInRequest = false;
DadName = DadConfiguration.DefaultDad;
}
// get dad-specific configuration settings
DadConfig = new DadConfiguration(DadName);
if (pathElements.Length >= 3)
{
ProcName = pathElements[2];
if (ProcName.Length > 0)
{
if (ProcName.Substring(0, 1) == "!")
{
IsFlexibleParams = true;
}
else if (ProcName == DadConfig.PathAlias)
{
IsPathAlias = true;
PathAliasValue = GetAliasValue(ProcName, thePath);
}
else if (ProcName == DadConfig.XdbAlias)
{
IsXdbAlias = true;
XdbAliasValue = GetAliasValue(ProcName, thePath);
}
else if (ProcName == DadConfig.DocumentPath)
{
IsDocumentPath = true;
}
}
}
else
{
// missing trailing slash in request
ProcName = "";
}
if (ProcName.Length == 0)
{
ProcName = DadConfig.DefaultPage;
}
if (DadConfig.InvocationProtocol == DadConfiguration.INVOCATION_PROTOCOL_SOAP)
{
IsSoapRequest = true;
IsWsdlRequest = requestMethod.ToUpper() == "GET" && rawUrl.ToLower().EndsWith("?wsdl");
}
if (IsSoapRequest && !IsWsdlRequest)
{
// get the procedure name from the SOAPAction header
string methodName = soapAction.Replace("\"", "");
methodName = methodName.Substring(methodName.LastIndexOf("/") + 1);
ProcName = ProcName + "." + StringUtil.ReversePrettyStr(methodName);
}
ProcName = SanitizeProcName(ProcName, DadConfig.ExclusionList);
}
else
{
ModuleName = "";
DadName = "";
ProcName = "";
}
if (DadName.Length > 0 && ProcName.Length > 0)
{
string[] urlProcElements = ProcName.Split('.');
if (urlProcElements.Length == 3)
{
// schema, package and procedure specified
OraSchema = urlProcElements[0];
OraPackage = urlProcElements[1];
OraProc = urlProcElements[2];
}
else if (urlProcElements.Length == 2)
{
// assume package and procedure specified (although it could also be schema and procedure, but there is no way to be certain)
OraSchema = "";
OraPackage = urlProcElements[0];
OraProc = urlProcElements[1];
}
else
{
// just the procedure is specified
OraSchema = "";
OraPackage = "";
OraProc = ProcName;
}
logger.Debug("Parsed module = " + ModuleName + ", dad = " + DadName + ", proc = " + ProcName);
}
}
public OracleInterface(GatewayRequest req, OracleParameterCache opc)
{
_dadName = req.DadName;
_dadConfig = req.DadConfig;
_opc = opc;
string dbUsername = _dadConfig.DatabaseUserName;
string dbPassword = _dadConfig.DatabasePassword;
// Integrated Windows Authentication (use in combination with Oracle proxy authentication)
if (dbUsername == "LOGON_USER")
{
dbUsername = req.WindowsUsername;
// if username contains backslash (domain\user), add double quotes to username
if (dbUsername.IndexOf("\\") > -1)
{
dbUsername = "******"" + dbUsername + "\"";
}
}
if (dbUsername == "LOGON_USER_NO_DOMAIN")
{
dbUsername = req.WindowsUsernameNoDomain;
}
// for connection string attributes, see http://download.oracle.com/docs/html/E15167_01/featConnecting.htm#i1006259
_connStr = "User Id=" + dbUsername + ";Password="******";Data Source=" + _dadConfig.DatabaseConnectString + ";" + _dadConfig.DatabaseConnectStringAttributes;
// careful with this one, it will expose the passwords in the log
// use it just for additional debugging during development
// logger.Debug("Connection string: " + _connStr);
// Connect to Oracle
if (logger.IsDebugEnabled)
{
logger.Debug("Connecting with user " + dbUsername + " to " + _dadConfig.DatabaseConnectString + "...");
}
_conn = new OracleConnection(_connStr);
try
{
_conn.Open();
_connected = true;
if (logger.IsDebugEnabled)
{
logger.Debug("Connected to Oracle " + _conn.ServerVersion);
}
}
catch (OracleException e)
{
_lastError = e.Message;
logger.Error("Failed to connect to database: " + e.Message);
}
if (_connected)
{
_txn = _conn.BeginTransaction();
// setup National Language Support (NLS)
string sql = "alter session set nls_language='" + _dadConfig.NLSLanguage + "' nls_territory='" + _dadConfig.NLSTerritory + "'";
ExecuteSQL(sql, new ArrayList());
//OracleGlobalization glb = OracleGlobalization.GetThreadInfo();
//logger.Debug ("ODP.NET Client Character Set: " + glb.ClientCharacterSet);
// ensure a stateless environment by resetting package state
sql = "begin dbms_session.modify_package_state(dbms_session.reinitialize); end;";
ExecuteSQL(sql, new ArrayList());
if (_dadConfig.InvocationProtocol == DadConfiguration.INVOCATION_PROTOCOL_SOAP)
{
// use SOAP date encoding
sql = "alter session set nls_date_format = '" + _dadConfig.SoapDateFormat + "'";
ExecuteSQL(sql, new ArrayList());
}
}
}
