public void InstanceWithTrueInitialization()
{
var orOperator = new OrOperator(true);
Assert.IsNotNull(orOperator);
Assert.IsTrue(orOperator.Result);
}
public void FalseTrueTest()
{
MockExpression leftExpression = new MockExpression(false);
MockExpression rightExpression = new MockExpression(true);
OrOperator expression = new OrOperator(leftExpression, rightExpression);
Assert.IsTrue(expression.Evaluate(principal));
}
public void AndOrNotTestWithQuotedStrings()
{
Parser parser = new Parser();
BooleanExpression expression = parser.Parse(
"(R:\"Human Resources\" OR R:\"General Managers\") AND NOT R:\"HR Specialist\"");
Assert.AreEqual(typeof(AndOperator), expression.GetType());
AndOperator andOperator = (AndOperator)expression;
Assert.AreEqual(typeof(OrOperator), andOperator.Left.GetType());
OrOperator orOperator = (OrOperator)andOperator.Left;
Assert.AreEqual(typeof(RoleExpression), orOperator.Left.GetType());
RoleExpression hrRoleExpression = (RoleExpression)orOperator.Left;
Assert.AreEqual("Human Resources", hrRoleExpression.Word.Value);
Assert.AreEqual(typeof(RoleExpression), orOperator.Right.GetType());
RoleExpression gmRoleExpression = (RoleExpression)orOperator.Right;
Assert.AreEqual("General Managers", gmRoleExpression.Word.Value);
Assert.AreEqual(typeof(NotOperator), andOperator.Right.GetType());
NotOperator notOperator = (NotOperator)andOperator.Right;
Assert.AreEqual(typeof(RoleExpression), notOperator.Expression.GetType());
RoleExpression specialistRoleExpression = (RoleExpression)notOperator.Expression;
Assert.AreEqual("HR Specialist", specialistRoleExpression.Word.Value);
}
public void InstanceWithFalseInitialization()
{
var orOperator = new OrOperator(false);
Assert.IsNotNull(orOperator);
Assert.IsFalse(orOperator.Result);
}
public void Visit(OrOperator node)
{
builder.AppendLine($"Or");
builder.Indent();
node.Left.Accept(this);
node.Right.Accept(this);
builder.Outdent();
}
public override VariableValue Evaluate(IVariableStore variables)
{
var left = Left.Evaluate(variables);
var right = Right.Evaluate(variables);
var result = OrOperator.Or(ref left, ref right);
return(Assign(variables, ref result));
}
public void FalseTrueTest()
{
MockExpression leftExpression = new MockExpression(false);
MockExpression rightExpression = new MockExpression(true);
OrOperator expression = new OrOperator(leftExpression, rightExpression);
Assert.IsTrue(expression.Evaluate(principal));
}
public void FilterOrWithAndConditionTest()
{
string expected = @"<?xml version=""1.0"" encoding=""utf-8""?>
<function controlid=""unittest"">
<query>
<select>
<field>BATCHNO</field>
<field>RECORDNO</field>
<field>STATE</field>
</select>
<object>GLBATCH</object>
<filter>
<or>
<equalto>
<field>JOURNAL</field>
<value>APJ</value>
</equalto>
<and>
<greaterthanorequalto>
<field>BATCHNO</field>
<value>1</value>
</greaterthanorequalto>
<equalto>
<field>STATE</field>
<value>Posted</value>
</equalto>
</and>
</or>
</filter>
<options />
</query>
</function>";
SelectBuilder builder = new SelectBuilder();
ISelect[] fields = builder.Fields(new[] { "BATCHNO", "RECORDNO", "STATE" }).GetFields();
AndOperator batchnoAndState = new AndOperator(new List <IFilter>());
batchnoAndState.AddFilter((new Filter("BATCHNO")).SetGreaterThanOrEqualTo("1"));
batchnoAndState.AddFilter((new Filter("STATE")).SetEqualTo("Posted"));
IFilter journal = new Filter("JOURNAL").SetEqualTo("APJ");
IFilter filter = new OrOperator(new List <IFilter>()
{
journal, batchnoAndState
});
IQueryFunction query = new QueryFunction("unittest")
{
FromObject = "GLBATCH",
SelectFields = fields,
Filter = filter
};
this.CompareXml(expected, query);
}
public void OrApplyConstants()
{
Constant c1 = Constant.Word32(1);
Constant c2 = Constant.Word32(2);
BinaryOperator op = new OrOperator();
Constant c3 = op.ApplyConstants(c1, c2);
Assert.AreEqual(3, c3.ToInt32());
}
public void Visit(OrOperator node)
{
VisitBinary(node);
ITerminalWrapper leftWrapper = ReferenceTables.GetValue(node.Left);
ITerminalWrapper rightWrapper = ReferenceTables.GetValue(node.Right);
ReferenceTables.SetValue(node, ((dynamic)leftWrapper) | ((dynamic)rightWrapper));
}
public void PerformLogicWithTrueInitializationAndTrue()
{
var orOperator = new OrOperator(true);
Assert.IsNotNull(orOperator);
var result = orOperator.PerformLogic(true);
Assert.IsTrue(orOperator.Result);
Assert.AreEqual(orOperator.Result, result);
}
public void PerformLogicWithFalseInitializationAndFalse()
{
var orOperator = new OrOperator(false);
Assert.IsNotNull(orOperator);
var result = orOperator.PerformLogic(false);
Assert.IsFalse(orOperator.Result);
Assert.AreEqual(orOperator.Result, result);
}
public void OrExpressionTest()
{
Parser parser = new Parser();
BooleanExpression expression = parser.Parse("(R:Role1 or R:Role2)");
OrOperator andOperator = (OrOperator)expression;
Assert.IsNotNull(andOperator.Left);
Assert.IsNotNull(andOperator.Right);
Assert.AreEqual("Role1", ((RoleExpression)andOperator.Left).Word.Value);
Assert.AreEqual("Role2", ((RoleExpression)andOperator.Right).Word.Value);
}
public void FilterOrConditionTest()
{
string expected = @"<?xml version=""1.0"" encoding=""utf-8""?>
<function controlid=""unittest"">
<query>
<select>
<field>CUSTOMERID</field>
<field>RECORDNO</field>
</select>
<object>ARINVOICE</object>
<filter>
<or>
<lessthanorequalto>
<field>RECORDNO</field>
<value>10</value>
</lessthanorequalto>
<equalto>
<field>RECORDNO</field>
<value>100</value>
</equalto>
<equalto>
<field>RECORDNO</field>
<value>1000</value>
</equalto>
<equalto>
<field>RECORDNO</field>
<value>10000</value>
</equalto>
</or>
</filter>
<options />
</query>
</function>";
SelectBuilder builder = new SelectBuilder();
ISelect[] fields = builder.Fields(new[] { "CUSTOMERID", "RECORDNO" }).GetFields();
OrOperator filter = new OrOperator(new List <IFilter>());
filter.AddFilter((new Filter("RECORDNO")).SetLessThanOrEqualTo("10"));
filter.AddFilter((new Filter("RECORDNO")).SetEqualTo("100"));
filter.AddFilter((new Filter("RECORDNO")).SetEqualTo("1000"));
filter.AddFilter((new Filter("RECORDNO")).SetEqualTo("10000"));
IQueryFunction query = new QueryFunction("unittest")
{
FromObject = "ARINVOICE",
SelectFields = fields,
Filter = filter
};
this.CompareXml(expected, query);
}
public void OrOperator_ShouldPrint()
{
var ast = new OrOperator
(
position: 0,
left: new Identifier(0, "x"),
right: new Identifier(0, "y")
);
Assert.That(PrettyPrinter.ToString(ast), Is.EqualTo(
@"Or
Identifier(x)
Identifier(y)
"));
}
public void CanPerformMultiOperationalExpression(int a, int b, int c, int d)
{
Dictionary <string, bool> expectedAnswersMap = new Dictionary <string, bool>
{
{ "0000", false },
{ "1000", false },
{ "0100", false },
{ "0010", false },
{ "0001", true },
{ "1100", false },
{ "1010", true },
{ "1001", true },
{ "0110", true },
{ "0101", true },
{ "0011", true },
{ "1110", true },
{ "0111", true },
{ "1101", true },
{ "1011", true },
{ "1111", true },
};
LeafNode <int> A = new LeafNode <int>(a, SimpleValueExpressionFunction);
LeafNode <int> B = new LeafNode <int>(b, SimpleValueExpressionFunction);
LeafNode <int> C = new LeafNode <int>(c, SimpleValueExpressionFunction);
LeafNode <int> D = new LeafNode <int>(d, SimpleValueExpressionFunction);
List <Node> firstOrChildren = new List <Node>
{
A,
B
};
List <Node> middleAndChildren = new List <Node>();
List <Node> lastOrChildren = new List <Node>();
Operator andOp = new AndOperator();
Operator orOp = new OrOperator();
OperatorNode firstOr = new OperatorNode(firstOrChildren, orOp);
middleAndChildren.Add(firstOr);
middleAndChildren.Add(C);
OperatorNode middleAnd = new OperatorNode(middleAndChildren, andOp);
lastOrChildren.Add(middleAnd);
lastOrChildren.Add(D);
OperatorNode lastOr = new OperatorNode(lastOrChildren, orOp);
Assert.Equal(lastOr.Evaluate(), expectedAnswersMap[$"{a}{b}{c}{d}"]);
}
public void DefaultParamsTest()
{
string expected = @"<?xml version=""1.0"" encoding=""utf-8""?>" +
"<or>" +
"<lessthanorequalto>" +
"<field>RECORDNO</field>" +
"<value>1</value>" +
"</lessthanorequalto>" +
"<equalto>" +
"<field>RECORDNO</field>" +
"<value>100</value>" +
"</equalto>" +
"<equalto>" +
"<field>RECORDNO</field>" +
"<value>1000</value>" +
"</equalto>" +
"<equalto>" +
"<field>RECORDNO</field>" +
"<value>10000</value>" +
"</equalto>" +
"</or>";
Stream stream = new MemoryStream();
XmlWriterSettings xmlSettings = new XmlWriterSettings
{
Encoding = Encoding.GetEncoding("UTF-8")
};
IaXmlWriter xml = new IaXmlWriter(stream, xmlSettings);
List <IFilter> filters = new List <IFilter>();
filters.Add((new Filter("RECORDNO")).SetLessThanOrEqualTo("1"));
filters.Add((new Filter("RECORDNO")).SetEqualTo("100"));
filters.Add((new Filter("RECORDNO")).SetEqualTo("1000"));
filters.Add((new Filter("RECORDNO")).SetEqualTo("10000"));
IFilter orFilter = new OrOperator(filters);
orFilter.WriteXml(ref xml);
xml.Flush();
stream.Position = 0;
StreamReader reader = new StreamReader(stream);
Assert.Equal(expected, reader.ReadToEnd());
}
public void NullFilterTest()
{
Stream stream = new MemoryStream();
XmlWriterSettings xmlSettings = new XmlWriterSettings
{
Encoding = Encoding.GetEncoding("UTF-8")
};
IaXmlWriter xml = new IaXmlWriter(stream, xmlSettings);
IFilter orFilter = new OrOperator(null);
var ex = Record.Exception(() => orFilter.WriteXml(ref xml));
Assert.IsType <IntacctException>(ex);
Assert.Equal("Two or more IFilter objects required for or", ex.Message);
}
/* Methods */
private void Tokenize()
{
tokens = new List<Token>();
Token prev = null;
Token t = null;
while (_inputReader.Peek() != -1)
{
char c = (char)_inputReader.Read();
switch (c)
{
case Token.AND:
t = new AndOperator();
tokens.Add(t);
break;
case Token.OR:
t = new OrOperator();
tokens.Add(t);
break;
case Token.LEFT_PAREN:
// Insert implicit AND operators before (
if ((prev is RightParenthesis) || (prev is Literal) || (prev is NotOperator))
tokens.Add(new AndOperator());
t = new LeftParenthesis();
tokens.Add(t);
break;
case Token.RIGHT_PAREN:
t = new RightParenthesis();
tokens.Add(t);
break;
case Token.NOT:
t = new NotOperator();
tokens.Add(t);
break;
default:
t = new Literal(c);
// Insert implicit AND operators before Literals
if ((prev is RightParenthesis) || (prev is Literal) || (prev is NotOperator))
tokens.Add(new AndOperator());
tokens.Add(t);
break;
}
prev = t;
}
}
public void CreateExpressionTest1()
{
// Arrange
var parameterExpression = Expression.Parameter(typeof(Employee), "sample");
var expressionProperty = Expression.Property(parameterExpression, nameof(Employee.FirstName));
var containsOperator = new ContainsOperator();
Expression leftExpression = containsOperator.CreateExpression(expressionProperty, Expression.Constant("xxx"));
Expression rightExpression = containsOperator.CreateExpression(expressionProperty, Expression.Constant("yyy"));
Expression expectedExpression = Expression.Or(leftExpression, rightExpression);
var _operator = new OrOperator();
// Act
Expression resultExpression = _operator.CreateExpression(leftExpression, rightExpression);
// Assert
Assert.AreEqual(expectedExpression.ToString(), resultExpression.ToString(), "Expression not correct");
}
public void SingleFilterTest()
{
Stream stream = new MemoryStream();
XmlWriterSettings xmlSettings = new XmlWriterSettings
{
Encoding = Encoding.GetEncoding("UTF-8")
};
IaXmlWriter xml = new IaXmlWriter(stream, xmlSettings);
List <IFilter> filters = new List <IFilter>();
filters.Add((new Filter("RECORDNO")).SetGreaterThanOrEqualTo("1"));
IFilter orFilter = new OrOperator(filters);
var ex = Record.Exception(() => orFilter.WriteXml(ref xml));
Assert.IsType <IntacctException>(ex);
Assert.Equal("Two or more IFilter objects required for or", ex.Message);
}
public void Visit(OrOperator or)
{
var trueLabel = MakeNewLabel();
var endLabel = MakeNewLabel();
or.Left.Accept(this);
var leftOperand = tacs.Last().Result;
tacs.Add(Tac.IfTrue(leftOperand, trueLabel));
or.Right.Accept(this);
var rightOperand = tacs.Last().Result;
tacs.Add(Tac.IfTrue(rightOperand, trueLabel));
var resultVariable = MakeNewTemp();
tacs.Add(Tac.Assign("0", resultVariable));
tacs.Add(Tac.Goto(endLabel));
tacs.Add(Tac.Label(trueLabel, resultVariable));
tacs.Add(Tac.Assign("1", resultVariable));
tacs.Add(Tac.Label(endLabel, resultVariable));
}
public void BuildSupplyPoint()
{
MarketDB.Instance.InsertByForce();
datalayer = PolicyDL.Instance;
UsernameEqualsLeaf2 = new UsernameEquals(PolicyType.Global, "bla", "bla_bla", 1);
UsernameEqualsLeaf = new UsernameEquals(PolicyType.Global, "bla", "bla_bla", 2);
QuantityLessThanLeaf = new QuantityLessThan(PolicyType.Global, "bla", "bla_bla", 3);
QuantityGreaterThanLeaf = new QuantityGreaterThan(PolicyType.Global, "bla", "bla_bla", 4);
PriceLessThanLeaf = new PriceLessThan(PolicyType.Global, "bla", "bla_bla", 5);
PriceGreaterThanLeaf = new PriceGreaterThan(PolicyType.Global, "bla", "bla_bla", 6);
AddressEqualsLeaf = new AddressEquals(PolicyType.Global, "bla", "bla_bla", 7);
AndHas0opSun = new AndOperator(PolicyType.Global, "bla", PriceGreaterThanLeaf, PriceLessThanLeaf, 8);
AndHas1opSun = new AndOperator(PolicyType.Global, "bla", AndHas0opSun, UsernameEqualsLeaf2, 9);
OrHas0opSun = new OrOperator(PolicyType.Global, "bla", QuantityLessThanLeaf, QuantityGreaterThanLeaf, 10);
OrHas1opSun = new OrOperator(PolicyType.Global, "bla", OrHas0opSun, UsernameEqualsLeaf, 11);
NotHasCondSun = new NotOperator(PolicyType.Global, "bla", AddressEqualsLeaf, null, 12);
NotHasopSun = new NotOperator(PolicyType.Global, "bla", NotHasCondSun, null, 13);
OrHas2opSuns = new OrOperator(PolicyType.Global, "bla", AndHas1opSun, OrHas1opSun, 14);
ROOT_AndHas2opSuns = new AndOperator(PolicyType.Global, "bla", OrHas2opSuns, NotHasopSun, 15);
BadInputLeaf = new UsernameEquals(PolicyType.Global, "bla", "bla'bla", 1);
}
public void CanPerformSimpleOrTree()
{
List <Node> children = new List <Node>
{
new LeafNode <int>(0, SimpleValueExpressionFunction),
new LeafNode <int>(0, SimpleValueExpressionFunction)
};
Operator op = new OrOperator();
OperatorNode opNode00 = new OperatorNode(children, op);
children = new List <Node>
{
new LeafNode <int>(0, SimpleValueExpressionFunction),
new LeafNode <int>(1, SimpleValueExpressionFunction)
};
OperatorNode opNode01 = new OperatorNode(children, op);
children = new List <Node>
{
new LeafNode <int>(1, SimpleValueExpressionFunction),
new LeafNode <int>(0, SimpleValueExpressionFunction)
};
OperatorNode opNode10 = new OperatorNode(children, op);
children = new List <Node>
{
new LeafNode <int>(1, SimpleValueExpressionFunction),
new LeafNode <int>(1, SimpleValueExpressionFunction)
};
OperatorNode opNode11 = new OperatorNode(children, op);
Assert.False(opNode00.Evaluate());
Assert.True(opNode01.Evaluate());
Assert.True(opNode10.Evaluate());
Assert.True(opNode11.Evaluate());
}
public void AndOrNotTest()
{
Parser parser = new Parser();
BooleanExpression expression = parser.Parse(
"(R:HumanSR OR R:GeneralManagers) AND NOT R:HRSpecialist");
AndOperator andOperator = (AndOperator)expression;
OrOperator orOperator = (OrOperator)andOperator.Left;
RoleExpression hrRoleExpression = (RoleExpression)orOperator.Left;
Assert.AreEqual("HumanSR", hrRoleExpression.Word.Value);
RoleExpression gmRoleExpression = (RoleExpression)orOperator.Right;
Assert.AreEqual("GeneralManagers", gmRoleExpression.Word.Value);
NotOperator notOperator = (NotOperator)andOperator.Right;
RoleExpression specialistRoleExpression = (RoleExpression)notOperator.Expression;
Assert.AreEqual("HRSpecialist", specialistRoleExpression.Word.Value);
}
/// <summary>
/// Processes the or operator.
/// </summary>
/// <param name="op">The op.</param>
/// <returns></returns>
private static IConditionOperator <LanguageUnderstandingResult> ProcessOrOperator(OrOperator op)
{
var orOperator = new CognitiveServices.LanguageUnderstanding.Conditions.OrConditionOperator <LanguageUnderstandingResult>();
var operators = ProcessSuboperators(op);
orOperator.Operators = operators.ToArray();
return(orOperator);
}
public void Visit(OrOperator node)
{
}
public void Visit(OrOperator node)
{
VisitBinary(node);
CheckOperandsAreOfSameType(node);
}
public static void Run(ILogger logger)
{
OnlineClient client = Bootstrap.Client(logger);
List <IFilter> filterList = new List <IFilter>();
filterList.Add((new Filter("CUSTOMERID")).SetLike("c%"));
filterList.Add((new Filter("CUSTOMERID")).SetLike("1%"));
OrOperator filter = new OrOperator(filterList);
OrderBuilder orderBuilder = new OrderBuilder();
IOrder[] orders = orderBuilder.Descending("CUSTOMERID").GetOrders();
SelectBuilder selectBuilder = new SelectBuilder();
ISelect[] fields = selectBuilder.
Fields(new[] { "CUSTOMERID", "CUSTOMERNAME" }).
Sum("TOTALDUE").
GetFields();
QueryFunction query = new QueryFunction()
{
SelectFields = fields,
FromObject = "ARINVOICE",
Filter = filter,
CaseInsensitive = true,
PageSize = 100,
OrderBy = orders
};
logger.LogInformation("Executing query to Intacct API");
Task <OnlineResponse> task = client.Execute(query);
task.Wait();
OnlineResponse response = task.Result;
Result result = response.Results[0];
dynamic json = JsonConvert.DeserializeObject(JsonConvert.SerializeObject(result.Data));
if (json != null && json.First != null)
{
Console.WriteLine("Success! Number of ARINVOICE objects found: " + result.TotalCount);
Console.WriteLine("First ARINVOICE result found");
Console.WriteLine("CUSTOMERID: " + json.First["ARINVOICE"]["CUSTOMERID"].Value);
Console.WriteLine("CUSTOMERNAME: " + json.First["ARINVOICE"]["CUSTOMERNAME"].Value);
Console.WriteLine("SUM.TOTALDUE: " + json.First["ARINVOICE"]["SUM.TOTALDUE"].Value);
Console.WriteLine("See the log file (logs/intacct.log) for the complete list of results.");
}
else
{
Console.WriteLine("The query executed, but no ARINVOICE objects met the query criteria.");
Console.WriteLine("Either modify the filter or comment it out from the query.");
Console.WriteLine("See the log file (logs/intacct.log) for the XML request.");
}
try
{
string jsonString = json.ToString();
logger.LogDebug(
"Query successful [ Company ID={0}, User ID={1}, Request control ID={2}, Function control ID={3}, Total count={4}, Data={5} ]",
response.Authentication.CompanyId,
response.Authentication.UserId,
response.Control.ControlId,
result.ControlId,
result.TotalCount,
jsonString
);
}
catch (NullReferenceException e)
{
logger.LogDebug("No response in Data. {0}", e);
}
finally
{
LogManager.Flush();
}
}
public void CanCreateOrOperator()
{
Operator orOperator = new OrOperator();
}
static Expression ToSAT(List <_3COL.Node> nodes)
{
curVariables = new List <Variable>();
AndOperator and = null;
// Jeder Knoten muss mindestens eine Farbe haben
foreach (var node in nodes)
{
OrOperator or = null;
foreach (var color in colors)
{
if (or == null)
{
or = new OrOperator(Vari(node, color), null);
}
else if (or.Right == null)
{
or.Right = Vari(node, color);
}
else
{
or = new OrOperator(or, Vari(node, color));
}
}
if (and == null)
{
and = new AndOperator(or, null);
}
else if (and.Right == null)
{
and.Right = or;
}
else
{
and = new AndOperator(and, or);
}
}
// Jeder Knoten darf maximal eine Farbe haben
foreach (var node in nodes)
{
foreach (var c1 in colors)
{
foreach (var c2 in colors)
{
if (c1 == c2)
{
continue;
}
and = new AndOperator(and,
new NotOperator(
new AndOperator(
Vari(node, c1),
Vari(node, c2))));
}
}
}
// Mein Nachbar darf nicht die selbe farbe haben
foreach (var conn in connections)
{
foreach (var c in colors)
{
and = new AndOperator(and,
new NotOperator(
new AndOperator(
Vari(conn.Item1, c),
Vari(conn.Item2, c))));
}
}
string s = and.ToString();
return(and);
}
// help with creating binary tree
private void InsertTreeHelper(ref Node n, string c)
{
switch (c)
{
case "&":
n = new AndOperator(c);
n.LeftNode = this._myStack.Pop();
n.RightNode = this._myStack.Pop();
this._myStack.Push(n);
break;
case "|":
n = new OrOperator(c);
n.LeftNode = this._myStack.Pop();
n.RightNode = this._myStack.Pop();
this._myStack.Push(n);
break;
case ">":
n = new Implication(c);
n.LeftNode = this._myStack.Pop();
n.RightNode = this._myStack.Pop();
this._myStack.Push(n);
break;
case "~":
n = new Negation(c);
n.RightNode = this._myStack.Pop();
this._myStack.Push(n);
break;
case "=":
n = new BiImplication(c);
n.LeftNode = this._myStack.Pop();
n.RightNode = this._myStack.Pop();
this._myStack.Push(n);
break;
case "%":
n = new NANDOperator(c);
n.LeftNode = this._myStack.Pop();
n.RightNode = this._myStack.Pop();
this._myStack.Push(n);
break;
case "!":
n = new Existential(c, new PredicateVariable(this._myStack.Pop().ToString()));
n.RightNode = this._myStack.Pop();
this._myStack.Push(n);
break;
case "@":
n = new Universal(c, new PredicateVariable(this._myStack.Pop().ToString()));
n.RightNode = this._myStack.Pop();
this._myStack.Push(n);
break;
default:
if (char.IsLower(char.Parse(c)))
{
n = new PredicateVariable(c);
this._myStack.Push(n);
}
else
{
n = new Variable(c);
int total = this._myStack.Count;
for (int i = 0; i < total; i++)
{
if (_myStack.Peek() is PredicateVariable p)
{
n.AddVariable(p);
_myStack.Pop();
}
}
this._myStack.Push(n);
}
break;
}
}
public static void Seed(ApplicationContext context)
{
#region Is entity equals operators
var isShelf = context.IsEntityEquals.Add(new IsEntityEquals()
{
Name = "FurnitureType", Value = "shelf"
});
var isArmchair = context.IsEntityEquals.Add(new IsEntityEquals()
{
Name = "FurnitureType", Value = "armchair"
});
var isNumberTwo = context.IsEntityEquals.Add(new IsEntityEquals()
{
Name = "builtin.number", Value = "Two"
});
var isNumber2 = context.IsEntityEquals.Add(new IsEntityEquals()
{
Name = "builtin.number", Value = "2"
});
#endregion Is entity equals operators
#region Or operators
var isTwoOrOperator = new OrOperator()
{
IsEntityEquals = new List <IsEntityEquals>()
};
isTwoOrOperator.IsEntityEquals.Add(isNumber2);
isTwoOrOperator.IsEntityEquals.Add(isNumberTwo);
#endregion Or operators
#region Conditions
var isShelfCondition = context.Conditions.Add(new Condition()
{
IsEntityEquals = isShelf
});
var isArmchairCondition = context.Conditions.Add(new Condition()
{
IsEntityEquals = isArmchair
});
var isTwoCondition = context.Conditions.Add(new Condition()
{
OrOperator = isTwoOrOperator
});
#endregion Conditions
#region Flow states
List <LuisFlowState> flowStateWithError = new List <LuisFlowState>();
List <LuisFlowState> allFlowStates = new List <LuisFlowState>();
var initialFlowState = context.FlowStates.Add(new LuisFlowState()
{
IsInitialState = true,
Name = "InitialState",
StateBehaviorClass = "CognitiveServices.LanguageUnderstanding.Samples.Bot.ConversationSendBehavior, Bot Application"
});
flowStateWithError.Add(initialFlowState);
allFlowStates.Add(initialFlowState);
var buildingShelfFlowState = context.FlowStates.Add(new LuisFlowState()
{
Name = "BuildingShelf",
StateBehaviorClass = "CognitiveServices.LanguageUnderstanding.Samples.Bot.PostToUserBehavior, Bot Application"
});
flowStateWithError.Add(buildingShelfFlowState);
allFlowStates.Add(buildingShelfFlowState);
var twoMetersFlowState = context.FlowStates.Add(new LuisFlowState()
{
Name = "TwoMeters",
StateBehaviorClass = "CognitiveServices.LanguageUnderstanding.Samples.Bot.PostToUserBehavior, Bot Application"
});
flowStateWithError.Add(twoMetersFlowState);
allFlowStates.Add(twoMetersFlowState);
var buildingArmchairFlowState = context.FlowStates.Add(new LuisFlowState()
{
Name = "BuildingArmchair",
StateBehaviorClass = "CognitiveServices.LanguageUnderstanding.Samples.Bot.PostToUserBehavior, Bot Application"
});
flowStateWithError.Add(buildingArmchairFlowState);
allFlowStates.Add(buildingArmchairFlowState);
var buildingSomethingElseFlowState = context.FlowStates.Add(new LuisFlowState()
{
Name = "BuildingSomethingElse",
StateBehaviorClass = "CognitiveServices.LanguageUnderstanding.Samples.Bot.PostToUserBehavior, Bot Application"
});
flowStateWithError.Add(buildingSomethingElseFlowState);
allFlowStates.Add(buildingSomethingElseFlowState);
var completedFlowState = context.FlowStates.Add(new LuisFlowState()
{
Name = "Completed",
StateBehaviorClass = "CognitiveServices.LanguageUnderstanding.Samples.Bot.PostToUserBehavior, Bot Application"
});
flowStateWithError.Add(completedFlowState);
allFlowStates.Add(completedFlowState);
var errorHandlingFlowState = context.FlowStates.Add(new LuisFlowState()
{
Name = "ErrorHandling",
StateBehaviorClass = "CognitiveServices.LanguageUnderstanding.Samples.Bot.PostToUserBehavior, Bot Application"
});
allFlowStates.Add(errorHandlingFlowState);
#endregion Flow states
#region Flow state transitions
List <LuisFlowStateTransition> allTransitions = new List <LuisFlowStateTransition>();
var flowStateTransition1 = context.FlowStateTransitions.Add(new LuisFlowStateTransition()
{
CurrentState = initialFlowState,
NextState = buildingShelfFlowState,
Intent = "Build.Furniture",
Condition = isShelfCondition
});
allTransitions.Add(flowStateTransition1);
var flowStateTransition2 = context.FlowStateTransitions.Add(new LuisFlowStateTransition()
{
CurrentState = initialFlowState,
NextState = buildingArmchairFlowState,
Intent = "Build.Furniture",
Condition = isArmchairCondition
});
allTransitions.Add(flowStateTransition2);
var flowStateTransition3 = context.FlowStateTransitions.Add(new LuisFlowStateTransition()
{
CurrentState = initialFlowState,
NextState = buildingSomethingElseFlowState,
Intent = "Build.Furniture"
});
allTransitions.Add(flowStateTransition3);
var flowStateTransition4 = context.FlowStateTransitions.Add(new LuisFlowStateTransition()
{
CurrentState = buildingShelfFlowState,
NextState = twoMetersFlowState,
Intent = "Shelf.Size",
Condition = isTwoCondition
});
allTransitions.Add(flowStateTransition4);
var flowStateTransition5 = context.FlowStateTransitions.Add(new LuisFlowStateTransition()
{
CurrentState = twoMetersFlowState,
NextState = completedFlowState,
Intent = "Acknowledgement"
});
allTransitions.Add(flowStateTransition5);
var flowStateTransition6 = context.FlowStateTransitions.Add(new LuisFlowStateTransition()
{
CurrentState = completedFlowState,
NextState = buildingShelfFlowState,
Intent = "Build.Furniture",
Condition = isShelfCondition
});
allTransitions.Add(flowStateTransition5);
foreach (var state in flowStateWithError)
{
var transition = context.FlowStateTransitions.Add(new LuisFlowStateTransition()
{
CurrentState = state,
NextState = errorHandlingFlowState,
Intent = "None",
});
allTransitions.Add(transition);
}
#endregion Flow state transitions
#region Luis configuration
var configuration = context.LuisConfigurations.Add(new LuisConfiguration()
{
Description = "LUIS Configuration",
LuisFlowStates = new List <LuisFlowState>(),
LuisFlowStateTransitions = new List <LuisFlowStateTransition>()
});
allFlowStates.ForEach(x => configuration.LuisFlowStates.Add(x));
allTransitions.ForEach(x => configuration.LuisFlowStateTransitions.Add(x));
#endregion Luis configuration
}
public void ThreeLevelFilterTest()
{
string expected = @"<?xml version=""1.0"" encoding=""utf-8""?>
<function controlid=""unittest"">
<query>
<select>
<field>BATCHNO</field>
<field>RECORDNO</field>
<field>STATE</field>
</select>
<object>GLBATCH</object>
<filter>
<or>
<and>
<equalto>
<field>JOURNAL</field>
<value>APJ</value>
</equalto>
<equalto>
<field>STATE</field>
<value>Posted</value>
</equalto>
</and>
<and>
<equalto>
<field>JOURNAL</field>
<value>RCPT</value>
</equalto>
<equalto>
<field>STATE</field>
<value>Posted</value>
</equalto>
<or>
<equalto>
<field>RECORDNO</field>
<value>168</value>
</equalto>
<equalto>
<field>RECORDNO</field>
<value>132</value>
</equalto>
</or>
</and>
</or>
</filter>
<options />
</query>
</function>";
SelectBuilder builder = new SelectBuilder();
ISelect[] fields = builder.Fields(new[] { "BATCHNO", "RECORDNO", "STATE" }).GetFields();
AndOperator apjAndState = new AndOperator(new List <IFilter>());
apjAndState.AddFilter((new Filter("JOURNAL")).SetEqualTo("APJ"));
apjAndState.AddFilter((new Filter("STATE")).SetEqualTo("Posted"));
OrOperator recordnoOr = new OrOperator(new List <IFilter>());
recordnoOr.AddFilter((new Filter("RECORDNO")).SetEqualTo("168"));
recordnoOr.AddFilter((new Filter("RECORDNO")).SetEqualTo("132"));
AndOperator rcptAndState = new AndOperator(new List <IFilter>());
rcptAndState.AddFilter((new Filter("JOURNAL")).SetEqualTo("RCPT"));
rcptAndState.AddFilter((new Filter("STATE")).SetEqualTo("Posted"));
rcptAndState.AddFilter(recordnoOr);
IFilter filter = new OrOperator(new List <IFilter>()
{
apjAndState, rcptAndState
});
IFunction query = new QueryFunction("unittest")
{
FromObject = "GLBATCH",
SelectFields = fields,
Filter = filter
};
this.CompareXml(expected, query);
}
private static ExpTreeNode GetAsExpressionTree(this ParseTreeNode parsedNode, ExpTreeNode parentExpNode)
{
//The current node is a variable / value token. Create a value node and return it back
if (!parsedNode.ChildNodes.Any())
{
switch (parsedNode.Term.Name)
{
case "variable":
{
var varName = parsedNode.FindTokenAndGetValue <string>();
return(new VariableValue(varName, parentExpNode));
}
case "boolean":
return(new LiteralValue(parsedNode.FindTokenAndGetValue <bool>(), parentExpNode));
case "integer":
case "decimal":
return(new LiteralValue(parsedNode.FindTokenAndGetValue <double>(), parentExpNode));
case "SingleQuoteString":
case "DoubleQuoteString":
return(new LiteralValue(parsedNode.FindTokenAndGetValue <string>(), parentExpNode));
default:
throw parsedNode.GetException($"Invalid token type '{parsedNode.Term.Name}' in expression");
}
}
// Look on the next node down
else if (parsedNode.ChildNodes.Count == 1)
{
return(GetAsExpressionTree(parsedNode.ChildNodes[0], parentExpNode));
}
//Ignore parenthesis, the middle non-terminal is what we want
// Look on the next node down
else if (parsedNode.ChildNodes.Count == 3 && parsedNode.ChildNodes[0]?.Token?.Text == "(")
{
return(GetAsExpressionTree(parsedNode.ChildNodes[1], parentExpNode));
}
//Binary operator
else if (parsedNode.ChildNodes.Count == 3)
{
BinaryOperatorBase binaryOp;
var opStr = parsedNode.ChildNodes[1].FindToken().ValueString;
switch (opStr)
{
// Math
case "+":
binaryOp = new AdditionOperator(parentExpNode);
break;
case "-":
binaryOp = new SubtractionOperator(parentExpNode);
break;
case "*":
binaryOp = new MultiplacationOperator(parentExpNode);
break;
case "/":
binaryOp = new DivisionOperator(parentExpNode);
break;
case "%":
binaryOp = new ModulusOperator(parentExpNode);
break;
case "^":
binaryOp = new PowerOperator(parentExpNode);
break;
// Bool
case "~==":
binaryOp = new LooseEqualsOperator(parentExpNode);
break;
case "~!=":
binaryOp = new LooseNotEqualsOperator(parentExpNode);
break;
case "==":
binaryOp = new EqualsOperator(parentExpNode);
break;
case "!=":
binaryOp = new NotEqualsOperator(parentExpNode);
break;
case "like":
binaryOp = new LikeOperator(parentExpNode);
break;
case "match":
binaryOp = new MatchOperator(parentExpNode);
break;
case ">":
binaryOp = new GreaterThanOperator(parentExpNode);
break;
case ">=":
binaryOp = new GreaterThanOrEqualOperator(parentExpNode);
break;
case "<":
binaryOp = new LessThanOperator(parentExpNode);
break;
case "<=":
binaryOp = new LessThanOrEqualOperator(parentExpNode);
break;
case "&&":
binaryOp = new AndOperator(parentExpNode);
break;
case "||":
binaryOp = new OrOperator(parentExpNode);
break;
default:
throw parsedNode.ChildNodes[1].GetException($"Unrecognized operator '{opStr}'");
}
binaryOp.LeftOperand = GetAsExpressionTree(parsedNode.ChildNodes[0], binaryOp);
binaryOp.RightOperand = GetAsExpressionTree(parsedNode.ChildNodes[2], binaryOp);
//Optimize
if (binaryOp.LeftOperand is LiteralValue && binaryOp.RightOperand is LiteralValue)
{
return(new LiteralValue(binaryOp.Eval(), parentExpNode));
}
return(binaryOp);
}
// Unary operator
else if (parsedNode.ChildNodes.Count == 2)
{
var opVal = parsedNode.ChildNodes[0].FindToken().Value;
UnaryOperatorBase unaryOp;
if (parsedNode.ChildNodes[0].FindToken().Value is TypeCode convertType)
{
unaryOp = new TypeConversionOperator(convertType, parentExpNode);
}
else
{
var opStr = opVal.ToString();
switch (opStr)
{
case "!":
unaryOp = new NotOperator(parentExpNode);
break;
//Property Checking
case "lengthof":
unaryOp = new LengthOperator(parentExpNode);
break;
case "typeof":
unaryOp = new TypeOperator(parentExpNode);
break;
default:
unaryOp = new GenericUnaryMathFunctionOperator(opStr, parentExpNode);
break;
}
}
unaryOp.Operand = GetAsExpressionTree(parsedNode.ChildNodes[1], unaryOp);
//Optimize
if (unaryOp.Operand is LiteralValue)
{
return(new LiteralValue(unaryOp.Eval(), parentExpNode));
}
return(unaryOp);
}
else
{
throw parsedNode.GetException($"Invalid number of tokens ({parsedNode.ChildNodes.Count})");
}
}
static void Main(string[] args)
{
nodes = new List <Node>();
for (int i = 1; i <= 12; i++)
{
nodes.Add(i);
}
nodes.Add(1, 2);
nodes.Add(1, 7);
nodes.Add(1, 11);
nodes.Add(2, 3);
nodes.Add(2, 11);
nodes.Add(3, 4);
nodes.Add(3, 10);
nodes.Add(4, 5);
nodes.Add(4, 9);
nodes.Add(5, 6);
nodes.Add(5, 9);
nodes.Add(6, 7);
nodes.Add(6, 8);
nodes.Add(7, 8);
nodes.Add(8, 12);
nodes.Add(9, 12);
nodes.Add(10, 12);
nodes.Add(10, 11);
#region Random Graph
//Random rand = new Random();
//for (int i = 0; i < 12; i++)
//{
// nodes.Add(new Node((i + 1) + ""));
//}
//for (int i = 0; i < 20; i++)
//{
// List<Node> forcon = nodes.Where(n => n.Neighbours.Count < 11).ToList();
// if (forcon.Count < 2)
// break;
// Node a = forcon[rand.Next(0, forcon.Count)];
// forcon = forcon.Where(n => n != a).ToList();
// Node b = forcon[rand.Next(0, forcon.Count)];
// a.AddNeighbour(b);
//}
#endregion
CurVariables = new List <Variable>();
AndOperator and = null;
foreach (var first in nodes)
{
foreach (var secound in first.NeighboursFromOneSide)
{
OrOperator or = new OrOperator(Vari(first), Vari(secound));
if (and == null)
{
and = new AndOperator(or, null);
}
else if (and.Right == null)
{
and.Right = or;
}
else
{
and = new AndOperator(and, or);
}
}
}
SATSolver.Program.OnFound += Program_OnFound;
string str = and.ToString();
SATSolver.Program.Solve(and);
Console.WriteLine();
foreach (var item in best)
{
Console.Write(item + ", ");
nodes.FirstOrDefault(n => n.NodeName == item).NodeColor = Microsoft.Glee.Drawing.Color.Red;
}
GraphPlotter.GraphPlott.PlottToFile(nodes, "asd.jpg", 1000, true);
Console.ReadLine();
}