public void ParseRuleWithDecmalAndActionToAllRelatedCommand()
{
string input = @"for Activity with Subject = 24 do set Document.Category = 'Debel' ToAllRelated Activities";
var mockCommand = new ActionExpression()
{
Command = Command.Set,
Action = new BinaryExpression()
{
@operator = Operators.ToAllRelated,
Left = new BinaryExpression()
{
@operator = Operators.@is,
Left = new Target()
{
EntityName = "Document",
PropertyName = "Category"
},
Right = new ConststantExpression()
{
Value = "Debel"
}
},
Right = new ConststantExpression()
{
Value = "Activities"
}
}
};
var mockCommandList = new List <Expression>();
mockCommandList.Add(mockCommand);
var mockTarget = new BinaryExpression()
{
@operator = Operators.@is,
Left = new Target()
{
EntityName = "Activity",
PropertyName = "Subject"
},
Right = new ConststantExpression()
{
Value = 24.ToString()
}
};
var mockrule = new Rule()
{
Actions = mockCommandList,
Target = mockTarget
};
var output = Grammar.Rule.Parse(input);
Assert.AreEqual(mockrule.ToString().Trim(), output.ToString().Trim());
}
public void Is_Should_Invoke_Action_When_Called()
{
const string original = "bla";
string expected = null;
var actionExpression = new ActionExpression<string>(x => expected = x);
actionExpression.Is(original);
Assert.AreEqual(original, expected);
}
private static void IndividualFactTest()
{
DateTime end;
DateTime start;
TimeSpan diff;
Xml x;
int total;
ROM rom = new ROM();
//set up out facts
Fact F1 = new Fact("F1", 1, new Naked("1", typeof(double)), typeof(double));
Fact F2 = new Fact("F2", 1, new Naked("1", typeof(double)), typeof(double));
Fact F3 = new Fact("F3", 1, new Naked(null, typeof(double)), typeof(double));
rom.AddEvidence(F1);
rom.AddEvidence(F2);
rom.AddEvidence(F3);
//set up our assignments
ActionExpression A1 = new ActionExpression("1", "F1", "2", 2);
ActionExpression A2 = new ActionExpression("2", "F2", "2", 2);
rom.AddEvidence(A1);
rom.AddEvidence(A2);
List <EvidenceSpecifier> list = new List <EvidenceSpecifier>();
list.Add(new EvidenceSpecifier(true, "1"));
list.Add(new EvidenceSpecifier(true, "2"));
//create a rule
Rule R1 = new Rule("R1", "1==1", list, 500, true);
rom.AddEvidence(R1);
rom.Evaluate();
Console.WriteLine("Starting Test:" + DateTime.Now);
total = 50000;
start = DateTime.Now;
for (int counter = 0; counter < total; counter++)
{
//cause rules to evaluate
rom.Evaluate();
}
end = DateTime.Now;
diff = end - start;
Console.WriteLine("Total ms: " + diff.TotalMilliseconds);
Console.WriteLine("milliseconds per rule: " + (diff.TotalMilliseconds / (total * 8d))); //eight rules per run
}
public void ParseSimpleRuleSuccessfull()
{
string input = @"for Activity with Subject = 'Lorena' do set Subject = 'Lararea'";
var mockCommand = new ActionExpression()
{
Command = Command.Set,
Action = new BinaryExpression()
{
@operator = Operators.@is,
Left = new Target()
{
PropertyName = "Subject"
},
Right = new ConststantExpression()
{
Value = "Lararea"
}
}
};
var mockCommandList = new List <Expression>();
mockCommandList.Add(mockCommand);
var mockTarget = new BinaryExpression()
{
@operator = Operators.@is,
Left = new Target()
{
EntityName = "Activity",
PropertyName = "Subject"
},
Right = new ConststantExpression()
{
Value = "Lorena"
}
};
var rule = new Rule()
{
Actions = mockCommandList,
Target = mockTarget
};
var output = Grammar.Rule.Parse(input);
Assert.AreEqual(rule.ToString(), output.ToString());
}
public void ParseRuleWithNoCondition()
{
string input = @"for Activity do set Activity.Body = 'Debel'";
var mockCommand = new ActionExpression()
{
Command = Command.Set,
Action = new BinaryExpression()
{
@operator = Operators.@is,
Left = new Target()
{
EntityName = "Activity",
PropertyName = "Body"
},
Right = new ConststantExpression()
{
Value = "Debel"
}
}
};
var mockCommandList = new List <Expression>();
mockCommandList.Add(mockCommand);
var mockTarget = new Target()
{
EntityName = "Activity",
};
var rule = new Rule()
{
Actions = mockCommandList,
Target = mockTarget
};
var output = Grammar.Rule.Parse(input);
Assert.AreEqual(rule.ToString(), output.ToString());
}
protected internal virtual void PostWalk(ActionExpression node) { }
// *** BEGIN GENERATED CODE ***
#if FULL
// ActionExpression
protected internal virtual bool Walk(ActionExpression node) { return true; }
/////////////////////////////////////////////////////////////////////////////
public override object EvalActionExpression( object obj, ActionExpression exp )
{
throw new NotImplementedException();
}
public void ParseComplicatedRule()
{
string input = @"for ssad = 7777 or
(((Activity with Subject = 'LUrena' or Body is 'HUR') or ((Name = 'smqh' or Body = 'smqh') or Karami contains 'parafin')) or sss = 'ss')
do set Activity.Body = 'Debel', set Subject = 'Lararea'";
#region DEFINE
var mockCommand = new ActionExpression()
{
Command = Command.Set,
Action = new BinaryExpression()
{
@operator = Operators.@is,
Left = new Target()
{
EntityName = "Activity",
PropertyName = "Body"
},
Right = new ConststantExpression()
{
Value = "Debel"
}
}
};
var mockCommandList = new List <Expression>();
mockCommandList.Add(mockCommand);
mockCommand = new ActionExpression()
{
Command = Command.Set,
Action = new BinaryExpression()
{
@operator = Operators.@is,
Left = new Target()
{
PropertyName = "Subject"
},
Right = new ConststantExpression()
{
Value = "Lararea"
}
}
};
mockCommandList.Add(mockCommand);
var mock = new BinaryExpression()
{
@operator = Operators.or,
Left = new BinaryExpression()
{
Left = new Target()
{
PropertyName = "ssad"
},
@operator = Operators.@is,
Right = new ConststantExpression()
{
Value = 7777.ToString()
}
},
Right = new BinaryExpression()
{
@operator = Operators.or,
Right = new BinaryExpression()
{
Left = new Target()
{
PropertyName = "sss"
},
@operator = Operators.@is,
Right = new ConststantExpression()
{
Value = "ss"
}
},
Left = new BinaryExpression()
{
Left = new BinaryExpression()
{
Left = new BinaryExpression()
{
Left = new Target()
{
EntityName = "Activity",
PropertyName = "Subject"
},
@operator = Operators.@is,
Right = new ConststantExpression()
{
Value = "LUrena"
}
},
@operator = Operators.or,
Right = new BinaryExpression()
{
Left = new Target()
{
PropertyName = "Body"
},
@operator = Operators.@is,
Right = new ConststantExpression()
{
Value = "HUR"
}
}
},
@operator = Operators.or,
Right = new BinaryExpression()
{
Left = new BinaryExpression()
{
Left = new BinaryExpression()
{
Left = new Target()
{
PropertyName = "Name"
},
@operator = Operators.@is,
Right = new ConststantExpression()
{
Value = "smqh"
}
},
@operator = Operators.or,
Right = new BinaryExpression()
{
Left = new Target()
{
PropertyName = "Body"
},
@operator = Operators.@is,
Right = new ConststantExpression()
{
Value = "smqh"
}
}
},
@operator = Operators.or,
Right = new BinaryExpression()
{
Left = new Target()
{
PropertyName = "Karami"
},
@operator = Operators.contains,
Right = new ConststantExpression()
{
Value = "parafin"
}
}
}
}
}
};
var mockRule = new Rule()
{
Actions = mockCommandList,
Target = mock
};
#endregion
var output = Grammar.Rule.Parse(input);
Assert.AreEqual(mockRule.ToString().Trim(), output.ToString().Trim());
}
public abstract object EvalActionExpression( object obj, ActionExpression exp );
protected internal virtual void PostWalk(ActionExpression node)
{
}
// *** BEGIN GENERATED CODE ***
#if FULL
// ActionExpression
protected internal virtual bool Walk(ActionExpression node)
{
return(true);
}
public abstract string DumpActionExpression( ActionExpression exp );
/////////////////////////////////////////////////////////////////////////////
public override string DumpActionExpression( ActionExpression exp )
{
return string.Format( "ActionExpression\n" );
}
