public void TestManyRuleFileFirstAndSuccessSecond()
{
//arrange
var symbol1 = 'd';
var symbol2 = 'g';
var argumentRule1 = new SymbolRule(symbol: symbol1);
var argumentRule2 = new SymbolRule(symbol: symbol2);
var rule1 = new OneOrZeroRule(argument: argumentRule1);
var rule2 = new OneOrZeroRule(argument: argumentRule2);
var stream = new MemoryStream().FromString($"{symbol1}{symbol1}ahsdkjha");
//act
var result = new List <bool> {
rule1.Check(stream),
rule2.Check(stream)
};
//assert
Assert.IsFalse(result[0]);
Assert.IsTrue(result[1]);
}
public void TestRighSringSavedInSuccessCase()
{
// Arrange
var symbol1 = 'g';
var symbol2 = 'b';
var rule11 = new SymbolRule(symbol: symbol1);
var rule1 = new OneOrManyRule(rule11);
var rule22 = new SymbolRule(symbol: symbol2);
var rule2 = new ZeroOrManyRule(rule22);
var rule = new GroupRule(new List <IRule> {
rule1, rule2
});
var str = $"{symbol1}{symbol1}{symbol1}{symbol1}{symbol1}{symbol2}{symbol2}";
var stream = new MemoryStream().FromString(str);
// Act
var result = rule.Check(stream);
// Assert
Assert.AreEqual(str, rule.ChekedString);
}
public void TestManyRuleSuccessAll()
{
//arrange
var symbol1 = 'd';
var symbol2 = 'g';
var argumentRule1 = new SymbolRule(symbol: symbol1);
var argumentRule2 = new SymbolRule(symbol: symbol2);
var rule1 = new OneOrZeroRule(argument: argumentRule1);
var rule2 = new OneOrZeroRule(argument: argumentRule2);
var stream = new MemoryStream().FromString($"{symbol1}{symbol2}jahsdkjha");
//act
var result = new List <bool> {
rule1.Check(stream),
rule2.Check(stream)
};
//assert
result.ForEach(Assert.IsTrue);
}
public override SymbolRule CreateSymbolRule()
{
SymbolRule symbolRule = base.CreateSymbolRule();
symbolRule.AffectedAttributes = AffectedSymbolAttributes.SizeOnly;
return(symbolRule);
}
public void TestManySuccessivelyChekingWithLastFailed()
{
// Arrange
var symbol1 = 'g';
var symbol2 = 'b';
var symbol3 = 'i';
var rule1 = new SymbolRule(symbol: symbol1);
var rule2 = new SymbolRule(symbol: symbol2);
var rule3 = new SymbolRule(symbol: symbol3);
var rule = new GroupRule(new List <IRule> {
rule1, rule2, rule3
});
var stream = new MemoryStream().FromString($"{symbol1}{symbol2}/{symbol3}");
// Act
var result = rule.Check(stream);
// Assert
Assert.IsFalse(result, message: "result is false");
}
public void TestManyRuleSuccessPositioning()
{
//arrange
var symbol1 = 'd';
var symbol2 = 'g';
var argumentRule1 = new SymbolRule(symbol: symbol1);
var argumentRule2 = new SymbolRule(symbol: symbol2);
var rule1 = new ZeroOrManyRule(argument: argumentRule1);
var rule2 = new ZeroOrManyRule(argument: argumentRule2);
var stream = new MemoryStream().FromString($"{symbol1}{symbol1}{symbol2}{symbol2}ahsdkjha");
//act
var streamStartPosition = stream.Position;
var result = new List <bool> {
rule1.Check(stream),
rule2.Check(stream)
};
//assert
Assert.AreEqual(streamStartPosition + 2 * result.Count, stream.Position);
}
public void TestThatStreamCursorHasRightPositionAfterSuccessParse()
{
// Arrange
var symbol1 = 'a';
var symbol2 = 'c';
var addition = 'e';
var firstSymbolRule = new SymbolRule(symbol1);
var secondSymbolRule = new SymbolRule(symbol2);
var stream = new MemoryStream().FromString($"b{addition}");
// Act
var streamStartPosition = stream.Position;
new RangeRule(leftArgumentRule: firstSymbolRule, rightArgumentRule: secondSymbolRule).Check(stream);
// Assert
Assert.AreEqual(addition, stream.CurrentSymbol());
Assert.AreEqual(streamStartPosition + 1, stream.Position);
}
public void TestThatRuleArgumentIsCorrect()
{
// Arrange
var stream = new MemoryStream().FromString($"{this._terminateSequence}fgadcbv");
var context = new DefaultParserContext(stream: stream);
var parser = this._parserFactory.GetNewParser();
var leftArgument1 = new SymbolRule('a');
var leftArgument2 = new SymbolRule('b');
var leftArgument3 = new SymbolRule('c');
context.ParsedRules.Push(leftArgument1);
context.ParsedRules.Push(leftArgument2);
context.ParsedRules.Push(leftArgument3);
// Act
var result = parser.Parse(context) as ISingleArgumentRule;
// Assert
Assert.AreSame(result.ArgumentRule, leftArgument3);
}
internal override SymbolRule CreateSymbolRule()
{
SymbolRule symbolRule = base.CreateSymbolRule();
symbolRule.AffectedAttributes = AffectedSymbolAttributes.ColorOnly;
return(symbolRule);
}
public void TestParseRuleSuccessWithFilledStack()
{
// Arrange
var stream = new MemoryStream().FromString($"{this._terminateSequence}fgadcbv");
var context = new DefaultParserContext(stream: stream);
var parser = this._parserFactory.GetNewParser();
var leftArgument1 = new SymbolRule('a');
var leftArgument2 = new SymbolRule('b');
var leftArgument3 = new SymbolRule('c');
context.ParsedRules.Push(leftArgument1);
context.ParsedRules.Push(leftArgument2);
context.ParsedRules.Push(leftArgument3);
// Act
var streamStart = stream.Position;
var checkResult = parser.IsCurrentRule(context);
var result = parser.Parse(context) as ISingleArgumentRule;
// Assert
Assert.IsNotNull(result);
Assert.IsTrue(checkResult);
Assert.AreSame(result.ArgumentRule, leftArgument3);
Assert.AreEqual(stream.Position, streamStart + 1);
}
public void TestThatAfterSuccessParsingStreamCursorHasRightPosition()
{
// Arrange
var symbol1 = 'a';
var symbol2 = 'c';
var additionRule = $"\'{symbol2}\'";
var str = $"{DisjunctionRuleParser.Symbol}\'{symbol2}\'{additionRule}";
var stream = new MemoryStream().FromString(str);
var parser = new DisjunctionRuleParser();
var context = new DefaultParserContext(stream: stream);
var leftArgument = new SymbolRule(symbol1);
context.ParsedRules.Push(leftArgument);
context.LexerBuilder = new LexerBuilder(new SimpleParserInjector());
// Act
parser.Parse(context);
// Assert
Assert.AreEqual(str.Length - additionRule.Length, context.CurrentStream.Position);
}
public void TestThatSuccessParsingGroup()
{
// Arrange
var symbol1 = 'a';
var symbol2 = 'b';
var stream = new MemoryStream().FromString($"{DisjunctionRuleParser.Symbol}(\'{symbol2}\'\'{symbol2}\')");
var parser = new DisjunctionRuleParser();
var context = new DefaultParserContext(stream: stream);
var leftArgument = new SymbolRule(symbol1);
context.ParsedRules.Push(leftArgument);
context.LexerBuilder = new LexerBuilder(new SimpleParserInjector());
// Act
var canParsed = parser.IsCurrentRule(context);
// Assert
Assert.IsTrue(canParsed);
}
public void TestHardRuleFailedWithoutFirstComponentString()
{
// Arrange
var symbol1 = 'g';
var symbol2 = 'b';
var rule11 = new SymbolRule(symbol: symbol1);
var rule1 = new OneOrManyRule(rule11);
var rule22 = new SymbolRule(symbol: symbol2);
var rule2 = new ZeroOrManyRule(rule22);
var rule = new GroupRule(new List <IRule> {
rule1, rule2
});
var stream = new MemoryStream().FromString($"${symbol2}");
// Act
var result = rule.Check(stream);
// Assert
Assert.IsFalse(result, message: "result is false");
}
public void TestManySuccessivelyChekingl()
{
// Arrange
var symbol1 = 'g';
var symbol2 = 'b';
var symbol3 = 'i';
var rule1 = new SymbolRule(symbol: symbol1);
var rule2 = new SymbolRule(symbol: symbol2);
var rule3 = new SymbolRule(symbol: symbol3);
var stream = new MemoryStream().FromString($"{symbol1}{symbol2}/{symbol3}");
// Act
var rule1Result = rule1.Check(stream);
var rule2Result = rule2.Check(stream);
var rule3Result = rule3.Check(stream);
// Assert
Assert.IsTrue(rule1Result, message: "rule1Result is false");
Assert.IsTrue(rule2Result, message: "rule2Result is false");
Assert.IsFalse(rule3Result, message: "rule4Result is false");
}
internal void RenderPointRule(PointTemplateMapper pointTemplateMapper, Color?color, int?size)
{
SymbolRule symbolRule = (SymbolRule)m_coreRule;
SetRuleLegendProperties(symbolRule);
SetRuleDistribution(symbolRule);
SetSymbolRuleMarkers(symbolRule.PredefinedSymbols);
InitializePredefinedSymbols(symbolRule.PredefinedSymbols, pointTemplateMapper, color, size);
}
public void RenderSymbolRule(PointTemplateMapper symbolTemplateMapper, Color?color, MarkerStyle?markerStyle)
{
SymbolRule symbolRule = (SymbolRule)base.m_coreRule;
base.SetRuleLegendProperties(symbolRule);
base.SetRuleDistribution(symbolRule);
this.SetSymbolRuleSizes(symbolRule.PredefinedSymbols);
this.InitializePredefinedSymbols(symbolRule.PredefinedSymbols, symbolTemplateMapper, color, markerStyle);
}
public void RenderPointRule(PointTemplateMapper pointTemplateMapper, Color?color, int?size)
{
SymbolRule symbolRule = (SymbolRule)base.m_coreRule;
base.SetRuleLegendProperties(symbolRule);
base.SetRuleDistribution(symbolRule);
this.SetSymbolRuleMarkers(symbolRule.PredefinedSymbols);
this.InitializePredefinedSymbols(symbolRule.PredefinedSymbols, pointTemplateMapper, color, size);
}
internal virtual SymbolRule CreateSymbolRule()
{
SymbolRule symbolRule = (SymbolRule)(m_coreRule = new SymbolRule());
symbolRule.Category = m_mapVectorLayer.Name;
symbolRule.Field = "";
m_coreMap.SymbolRules.Add(symbolRule);
SetRuleFieldName();
return(symbolRule);
}
public virtual SymbolRule CreateSymbolRule()
{
SymbolRule symbolRule = (SymbolRule)(this.m_coreRule = new SymbolRule());
symbolRule.Category = this.m_mapVectorLayer.Name;
symbolRule.Field = "";
this.m_coreMap.SymbolRules.Add(symbolRule);
this.SetRuleFieldName();
return(symbolRule);
}
public void TestRulePriority()
{
var argumentRule = new SymbolRule(symbol: 'b');
//act
var rule = new OneOrZeroRule(argument: argumentRule);
//assert
Assert.AreEqual(rule.Priority, RulePriority.RuleZeroOrOne);
}
public void TestRulePriority()
{
// arrage
var symbol = 'a';
// act
var rule = new SymbolRule(symbol: symbol);
// assert
Assert.AreEqual(rule.Priority, RulePriority.RuleSymbol);
}
public void TestRighSringSavedInFaledCase()
{
// Arrange
var symbol = 'a';
var rule = new SymbolRule(symbol: symbol);
var stream = new MemoryStream().FromString($"{symbol + 1}");
// Act
rule.Check(stream);
// Assert
Assert.AreEqual(string.Empty, rule.ChekedString);
}
public void TestFailChekingOneSymbol()
{
//arrange
var symbol = 'd';
var rule = new SymbolRule(symbol: symbol);
var stream = new MemoryStream().FromString((symbol + 1).ToString());
//act
var isCheckedSuccess = rule.Check(stream);
//assert
Assert.IsFalse(isCheckedSuccess);
}
public void TestSuccessChekingManySymbolWithFailArgumentRule()
{
//arrange
var symbol = 'd';
var argumentRule = new SymbolRule(symbol: symbol);
var rule = new OneOrZeroRule(argument: argumentRule);
var stream = new MemoryStream().FromString($"ghsdghfsjfdjhsgdfh");
//act
var isCheckedSuccess = rule.Check(stream);
//assert
Assert.IsTrue(isCheckedSuccess);
}
public void TestStreamPositionOffsetCorrectlyWithIncorrectSymbol()
{
// Arrange
var symbol = 'g';
var rule = new SymbolRule(symbol: symbol);
var stream = new MemoryStream().FromString("example test string that so biger then needed");
var startPosition = stream.Position;
// Act
rule.Check(stream);
// Assert
Assert.AreEqual(stream.Position, startPosition);
}
public void TestSuccessChekingSpecialSymbol()
{
// Arrange
var symbol = '\r';
var rule = new SymbolRule(symbol: symbol);
var stream = new MemoryStream().FromString("\rtnmp");
// Act
var startPos = stream.Position;
rule.Check(stream);
// Assert
Assert.AreEqual(startPos + 1, stream.Position);
}
public void TestThatChekingSuccessWithTwoSameSymbols()
{
//arrange
var symbol = 'd';
var argumentRule = new SymbolRule(symbol: symbol);
var rule = new ZeroOrManyRule(argument: argumentRule);
var stream = new MemoryStream().FromString($"{symbol}{symbol}");
//act
var isCheckedSuccess = rule.Check(stream);
//assert
Assert.IsTrue(isCheckedSuccess);
}
public void TestFailChekingOneSymbol()
{
//arrange
var symbol = 'd';
var argumentRule = new SymbolRule(symbol: symbol);
var rule = new OneOrZeroRule(argument: argumentRule);
var stream = new MemoryStream().FromString($"{symbol}{symbol}");
//act
var isCheckedSuccess = rule.Check(stream);
//assert
Assert.IsFalse(isCheckedSuccess);
}
public void TestSuccessChekingOneSymbolWithSuccessArgumentRule()
{
//arrange
var symbol = 'd';
var argumentRule = new SymbolRule(symbol: symbol);
var rule = new OneOrZeroRule(argument: argumentRule);
var stream = new MemoryStream().FromString(symbol.ToString());
//act
var isCheckedSuccess = rule.Check(stream);
//assert
Assert.IsTrue(isCheckedSuccess);
}
public void TestSuccessPositionWithSuccessArgumentRule()
{
//arrange
var symbol = 'd';
var argumentRule = new SymbolRule(symbol: symbol);
var rule = new OneOrZeroRule(argument: argumentRule);
var stream = new MemoryStream().FromString($"{symbol}ghsdghfsjfdjhsgdfh");
//act
var startPos = stream.Position;
rule.Check(stream);
var endPos = stream.Position;
//assert
Assert.AreEqual(startPos + 1, endPos);
}