public TwoEstimate(MySqlUtils sqlUtils, IRuleSupplier ruleSupplier, string category)
: base(sqlUtils, ruleSupplier, category)
{
m_ruleExecuter += new RuleExecuterDelegate(TwoEstimateMethod);
m_ruleInitializer += new RuleExecuterDelegate(internalInit);
Id = TwoEstimateStr;
}
public Rule(RuleExecuterDelegate executer, RuleExecuterDelegate initializer, IRuleSupplier ruleSupplier)
: this(ruleSupplier)
{
if (executer == null) throw new ArgumentNullException("executer");
m_ruleExecuter += executer;
if (initializer != null) m_ruleInitializer += initializer;
}
public RepairKeySample(MySqlUtils sqlUtils, IRuleSupplier ruleSupplier, string category)
: base(sqlUtils, ruleSupplier, category)
{
m_ruleExecuter += new RuleExecuterDelegate(SampleWithJoin);
m_ruleInitializer += new RuleExecuterDelegate(internalInit);
Id = "RepairKeySample";
PrerequisiteRules = new List<DCF.Lib.Rule>();
}
public Majority(MySqlUtils sqlUtils, IRuleSupplier ruleSupplier, string category)
: base(sqlUtils, ruleSupplier, category)
{
m_ruleInitializer += new RuleExecuterDelegate(internalInit);
m_ruleExecuter += new RuleExecuterDelegate(MajorityFunc);
Id = "MajorityRule";
PrerequisiteRules = new List<Rule>(0);
}
public Cosine(MySqlUtils sqlUtils, IRuleSupplier ruleSupplier, string category)
: base(sqlUtils, ruleSupplier, category)
{
m_ruleExecuter += new RuleExecuterDelegate(CosineMethod);
m_ruleInitializer += new RuleExecuterDelegate(internalInit);
Id = CosineStr;
InvolvedTables = new List<string>(new string[] { TableConstants.UserScores });
AffectedTables = new List<string>();
}
private void CreateInboundSPScript(IInboundRule[] ruleList)
{
string interfaceName = Program.DeviceMgt.DeviceDirInfor.Header.Name;
string fnameInstall = Application.StartupPath + "\\" + RuleScript.InstallSP.FileName;
string fnameUninstall = Application.StartupPath + "\\" + RuleScript.UninstallSP.FileName;
Program.Log.Write("Creating install storage procedure script...");
//using (StreamWriter sw = File.CreateText(fnameInstall)) // 20110706 OSQL & SQLMgmtStudio only support ASCII and UNICODE
{
StringBuilder sb = new StringBuilder();
sb.AppendLine(GWDataDB.GetUseDataBaseSql());
foreach (IInboundRule rule in ruleList)
{
string strSql = RuleControl.GetInboundSP(interfaceName, rule);
sb.AppendLine(strSql);
IRuleSupplier supplier = rule as IRuleSupplier;
if (supplier != null)
{
string strSqlSupplied = supplier.GetInstallDBScript();
if (strSqlSupplied != null)
{
sb.AppendLine(strSqlSupplied);
}
}
}
//sw.Write(sb.ToString());
File.WriteAllText(fnameInstall, sb.ToString(), Encoding.Unicode);
}
Program.Log.Write("Create install storage procedure script succeeded. " + fnameInstall);
Program.Log.Write("Creating uninstall storage procedure script...");
using (StreamWriter sw = File.CreateText(fnameUninstall))
{
StringBuilder sb = new StringBuilder();
sb.AppendLine(GWDataDB.GetUseDataBaseSql());
foreach (IInboundRule rule in ruleList)
{
string strSql = RuleControl.GetInboundSPUninstall(interfaceName, rule);
sb.AppendLine(strSql);
IRuleSupplier supplier = rule as IRuleSupplier;
if (supplier != null)
{
string strSqlSupplied = supplier.GetUninstallDBScript();
if (strSqlSupplied != null)
{
sb.AppendLine(strSqlSupplied);
}
}
}
sw.Write(sb.ToString());
}
Program.Log.Write("Create uninstall storage procedure script succeeded. " + fnameUninstall);
}
public MultipleAnswersSample(MySqlUtils sqlUtils, IRuleSupplier ruleSupplier, string category)
: base(sqlUtils, ruleSupplier)
{
m_ruleExecuter += new RuleExecuterDelegate(SampleWithJoin);
m_ruleInitializer += new RuleExecuterDelegate(internalInit);
Id = "MultipleAnswersSample";
InvolvedTables = new List<string>();
AffectedTables = new List<string>();
PrerequisiteRules = new List<DCF.Lib.Rule>();
Category = category;
}
public Rule(IRuleSupplier ruleSupplier)
{
RuleType = RuleTypeEnum.System;
Persistent = true;
Id = Guid.NewGuid().ToString();
Probability = 1;
InvolvedTables = null;
AffectedTables = null;
PrerequisiteRules = null;
Precedence = PresedenceEnum.None;
PrecedencePriority = 0;
RuleSupplier = ruleSupplier;
}
public DanielConvergence(MySqlUtils sqlUtils, IRuleSupplier ruleSupplier)
: base(sqlUtils, ruleSupplier)
{
this.AffectedTables = new List<string>();
this.Id = "DanielConvergence";
this.InvolvedTables = new List<string>() { TableConstants.UserScores };
this.PrerequisiteRules = new List<DCF.Lib.Rule>();
this.RuleType = RuleTypeEnum.System;
this.m_ruleExecuter += new RuleExecuterDelegate(CosineConverged_m_ruleExecuter);
this.m_ruleInitializer += new RuleExecuterDelegate(CosineConverged_m_ruleInitializer);
// initialize the threshold
m_ConvergenceThreshold = CleaningConfiguration.Instance.ConversionDelta;
// initialize convergence count - number of good samples in a row that need to be good in order to decide converence
m_ConvergenceSamplesCount = CleaningConfiguration.Instance.ConversionSamplesCount;
}
public DcfRule(MySqlUtils sqlUtils, IRuleSupplier ruleSupplier, string category)
: base(sqlUtils, ruleSupplier)
{
Category = category;
}
public SingleIterationSingleAnswersRule(MySqlUtils sqlUtils, IRuleSupplier ruleSupplier, string category)
: base(sqlUtils, ruleSupplier, category)
{
}
public XmlMySqlRule(MySqlUtils utils, IRuleSupplier ruleSupplier)
: base(utils, ruleSupplier)
{
m_ruleExecuter += new RuleExecuterDelegate(XmlMySqlRuleExecuter);
m_ruleInitializer += new RuleExecuterDelegate(XmlMySqlRuleInitializer);
}
public RuleTestMaxIteration(IRuleSupplier ruleSupplier)
: base(ruleSupplier)
{
m_ruleExecuter += new RuleExecuterDelegate(RuleTestMaxIteration_m_ruleExecuter);
this.Id = "RuleTestMaxIteration";
}
public CleansingManager(IRuleSupplier ruleSupplier)
{
m_ruleSupplier = ruleSupplier;
}
protected MySqlRule(MySqlUtils sqlUtils, IRuleSupplier ruleSupplier)
: base(ruleSupplier)
{
SqlUtils = sqlUtils;
}
