Updated unit tests
This commit is contained in:
Emily H
Родитель
c5359f1215
Коммит
ee9f16e30b
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@ -130,61 +130,61 @@ namespace DocumentServer.Core.Tests.Formulas
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TestRoundtrip(script, expected);
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}
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//[Theory]
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//[InlineData("A || B")]
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//[InlineData("A || B || C")]
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//[InlineData("A && B")]
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//[InlineData("A && B && C")]
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//[InlineData("A && B || C && D")]
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//[InlineData("A || B && C || D")]
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//[InlineData("(A || B) && (C || D)")]
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//[InlineData("!A")]
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//[InlineData("! A", "!A")]
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//[InlineData("!!!!!!!!!A")]
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//[InlineData("! ! ! ! ! ! ! ! ! A", "!!!!!!!!!A")]
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//[InlineData("! ! !!!! !!! A", "!!!!!!!!!A")]
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//[InlineData("!A || !B || D")]
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//[InlineData("!(A || B) && !(C && D)")]
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//[InlineData("!!!!!!!!!(A || B || C && D)")]
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[Theory]
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[InlineData("A || B")]
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[InlineData("A || B || C")]
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[InlineData("A && B")]
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[InlineData("A && B && C")]
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[InlineData("A && B || C && D")]
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[InlineData("A || B && C || D")]
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[InlineData("(A || B) && (C || D)")]
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[InlineData("!A")]
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[InlineData("! A", "!A")]
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[InlineData("!!!!!!!!!A")]
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[InlineData("! ! ! ! ! ! ! ! ! A", "!!!!!!!!!A")]
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[InlineData("! ! !!!! !!! A", "!!!!!!!!!A")]
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[InlineData("!A || !B || D")]
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[InlineData("!(A || B) && !(C && D)")]
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[InlineData("!!!!!!!!!(A || B || C && D)")]
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//[InlineData("!false")]
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//[InlineData("!true")]
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//[InlineData("true || true")]
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//[InlineData("true || false")]
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//[InlineData("false || false")]
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//[InlineData("false || true")]
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//[InlineData("true && true")]
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//[InlineData("true && false")]
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//[InlineData("false && true")]
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//[InlineData("false && false")]
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//[InlineData("true && true && true && true && true")]
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//[InlineData("false && false && false && false && false")]
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[InlineData("!false")]
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[InlineData("!true")]
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[InlineData("true || true")]
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[InlineData("true || false")]
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[InlineData("false || false")]
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[InlineData("false || true")]
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[InlineData("true && true")]
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[InlineData("true && false")]
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[InlineData("false && true")]
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[InlineData("false && false")]
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[InlineData("true && true && true && true && true")]
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[InlineData("false && false && false && false && false")]
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//[InlineData("Price = 1200")]
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//[InlineData("Gender = \"Female\"")]
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[InlineData("Price = 1200")]
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[InlineData("Gender = \"Female\"")]
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//[InlineData("A = B")]
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//[InlineData("A < B")]
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//[InlineData("A <= B")]
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//[InlineData("A >= B")]
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//[InlineData("A > B")]
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//[InlineData("A <> B")]
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[InlineData("A = B")]
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[InlineData("A < B")]
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[InlineData("A <= B")]
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[InlineData("A >= B")]
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[InlineData("A > B")]
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[InlineData("A <> B")]
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//// Note that we are parsing these, but internally they will be binary trees: "((1 < 2) < 3) < 4", etc.
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//[InlineData("1 < 2 < 3 < 4", null, NodeKind.BinaryOp)]
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//[InlineData("1 < 2 >= 3 < 4", null, NodeKind.BinaryOp)]
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//[InlineData("1 <= 2 < 3 <= 4", null, NodeKind.BinaryOp)]
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//[InlineData("4 > 3 > 2 > 1", null, NodeKind.BinaryOp)]
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//[InlineData("4 > 3 >= 2 > 1", null, NodeKind.BinaryOp)]
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//[InlineData("1 < 2 = 3 <> 4", null, NodeKind.BinaryOp)]
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// Note that we are parsing these, but internally they will be binary trees: "((1 < 2) < 3) < 4", etc.
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[InlineData("1 < 2 < 3 < 4", null, NodeKind.BinaryOp)]
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[InlineData("1 < 2 >= 3 < 4", null, NodeKind.BinaryOp)]
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[InlineData("1 <= 2 < 3 <= 4", null, NodeKind.BinaryOp)]
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[InlineData("4 > 3 > 2 > 1", null, NodeKind.BinaryOp)]
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[InlineData("4 > 3 >= 2 > 1", null, NodeKind.BinaryOp)]
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[InlineData("1 < 2 = 3 <> 4", null, NodeKind.BinaryOp)]
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//[InlineData("true = false")]
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//[InlineData("true <> false")]
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//[InlineData("Gender <> \"Male\"")]
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//public void TexlParseLogicalOperators(string script, string expected = null, NodeKind expectedNodeKind = NodeKind.Error)
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//{
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// TestRoundtrip(script, expected, expectedNodeKind);
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//}
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[InlineData("true = false")]
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[InlineData("true <> false")]
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[InlineData("Gender <> \"Male\"")]
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internal void TexlParseLogicalOperators(string script, string expected = null, NodeKind expectedNodeKind = NodeKind.Error)
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{
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TestRoundtrip(script, expected, expectedNodeKind);
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}
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[Theory]
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[InlineData("A Or B")]
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@ -241,38 +241,38 @@ namespace DocumentServer.Core.Tests.Formulas
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TestParseErrors(script);
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}
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//[Theory]
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//public void TexlParseDoubleAmpVsSingleAmp()
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//{
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// // Test the correct parsing of double- vs. single-ampersand.
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[Fact]
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public void TexlParseDoubleAmpVsSingleAmp()
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{
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// Test the correct parsing of double- vs. single-ampersand.
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// // Double-ampersand should resolve to the logical conjunction operator.
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// TestRoundtrip("A && B",
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// expectedNodeKind: NodeKind.BinaryOp,
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// customTest: node =>
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// {
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// Assert.Equal(BinaryOp.And, node.AsBinaryOp().Op);
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// });
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// Double-ampersand should resolve to the logical conjunction operator.
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TestRoundtrip("A && B",
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expectedNodeKind: NodeKind.BinaryOp,
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customTest: node =>
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{
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Assert.Equal(BinaryOp.And, node.AsBinaryOp().Op);
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});
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// // Single-ampersand should resolve to the concatenation operator.
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// TestRoundtrip("A & B",
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// expectedNodeKind: NodeKind.BinaryOp,
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// customTest: node =>
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// {
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// Assert.Equal(BinaryOp.Concat, node.AsBinaryOp().Op);
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// });
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// Single-ampersand should resolve to the concatenation operator.
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TestRoundtrip("A & B",
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expectedNodeKind: NodeKind.BinaryOp,
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customTest: node =>
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{
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Assert.Equal(BinaryOp.Concat, node.AsBinaryOp().Op);
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});
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// // A triple-amp on the other hand should trigger a parse error.
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// TestParseErrors("A &&& B", count: 1);
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//}
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// A triple-amp on the other hand should trigger a parse error.
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TestParseErrors("A &&& B", count: 1);
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}
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//[Theory]
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//[InlineData("", "", NodeKind.Blank)]
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//public void TexlParseBlank(string script, string expected, NodeKind expectedNodeKind)
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//{
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// // Test the correct parsing of Blank node.
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// TestRoundtrip(script, expected, expectedNodeKind);
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//}
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[Theory]
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[InlineData("", "", NodeKind.Blank)]
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internal void TexlParseBlank(string script, string expected, NodeKind expectedNodeKind)
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{
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// Test the correct parsing of Blank node.
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TestRoundtrip(script, expected, expectedNodeKind);
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}
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[Theory]
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// Unqualified identifiers
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@ -361,25 +361,25 @@ namespace DocumentServer.Core.Tests.Formulas
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TestParseErrors(script);
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}
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//[Theory]
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//// The language does not / no longer supports a null constant.
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//// Out-of-context nulls are parsed as unbound identifiers.
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//[InlineData("null", NodeKind.FirstName)]
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//[InlineData("null && null")]
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//[InlineData("null || null")]
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//[InlineData("!null")]
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//[InlineData("A = null")]
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//[InlineData("A < null")]
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//[InlineData("B > null")]
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//[InlineData("NULL", NodeKind.FirstName)]
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//[InlineData("Null", NodeKind.FirstName)]
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//[InlineData("nuLL", NodeKind.FirstName)]
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//public void TexlParseNull(string script, NodeKind expectedNodeKind = NodeKind.Blank)
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//{
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// // The language does not / no longer supports a null constant.
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// // Out-of-context nulls are parsed as unbound identifiers.
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// TestRoundtrip(script, expectedNodeKind: expectedNodeKind);
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//}
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[Theory]
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// The language does not / no longer supports a null constant.
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// Out-of-context nulls are parsed as unbound identifiers.
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[InlineData("null", NodeKind.FirstName)]
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[InlineData("null && null")]
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[InlineData("null || null")]
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[InlineData("!null")]
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[InlineData("A = null")]
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[InlineData("A < null")]
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[InlineData("B > null")]
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[InlineData("NULL", NodeKind.FirstName)]
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[InlineData("Null", NodeKind.FirstName)]
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[InlineData("nuLL", NodeKind.FirstName)]
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internal void TexlParseNull(string script, NodeKind expectedNodeKind = NodeKind.Error)
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{
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// The language does not / no longer supports a null constant.
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// Out-of-context nulls are parsed as unbound identifiers.
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TestRoundtrip(script, expectedNodeKind: expectedNodeKind);
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}
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[Theory]
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[InlineData("ThisItem")]
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@ -390,25 +390,25 @@ namespace DocumentServer.Core.Tests.Formulas
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TestRoundtrip(script);
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}
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//[Theory]
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//[InlineData("Parent", NodeKind.Parent)]
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//[InlineData("Parent!Width")]
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//[InlineData("Parent.Width")]
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//public void TexlParseParent(string script, NodeKind expectedNodeKind = NodeKind.Blank)
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//{
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// TestRoundtrip(script, expectedNodeKind: expectedNodeKind);
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[Theory]
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[InlineData("Parent", NodeKind.Parent)]
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[InlineData("Parent!Width")]
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[InlineData("Parent.Width")]
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internal void TexlParseParent(string script, NodeKind expectedNodeKind = NodeKind.Error)
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{
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TestRoundtrip(script, expectedNodeKind: expectedNodeKind);
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//}
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}
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//[Theory]
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//[InlineData("Self", NodeKind.Self)]
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//[InlineData("Self!Width")]
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//[InlineData("Self.Width")]
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//[InlineData("If(Self.Width < 2, Self.Height, Self.X)")]
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//public void TexlParseSelf(string script, NodeKind expectedNodeKind = NodeKind.Blank)
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//{
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// TestRoundtrip(script, null, expectedNodeKind);
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//}
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[Theory]
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[InlineData("Self", NodeKind.Self)]
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[InlineData("Self!Width")]
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[InlineData("Self.Width")]
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[InlineData("If(Self.Width < 2, Self.Height, Self.X)")]
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internal void TexlParseSelf(string script, NodeKind expectedNodeKind = NodeKind.Error)
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{
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TestRoundtrip(script, null, expectedNodeKind);
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}
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[Theory]
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[InlineData("Concatenate(A, B)")]
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@ -443,34 +443,34 @@ namespace DocumentServer.Core.Tests.Formulas
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TestRoundtrip(script, expected);
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}
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//[Theory]
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//public void TexlCallHeadNodes()
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//{
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// TestRoundtrip("GetSomething()",
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// customTest: node =>
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// {
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// Assert.True(node is CallNode);
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// Assert.Null(node.AsCall().HeadNode);
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// Assert.NotNull(node.AsCall().Head);
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// Assert.True(node.AsCall().Head is Identifier);
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// Assert.True((node.AsCall().Head as Identifier).Namespace.IsRoot);
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// });
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[Fact]
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public void TexlCallHeadNodes()
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{
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TestRoundtrip("GetSomething()",
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customTest: node =>
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{
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Assert.True(node is CallNode);
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Assert.Null(node.AsCall().HeadNode);
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Assert.NotNull(node.AsCall().Head);
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Assert.True(node.AsCall().Head is Identifier);
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Assert.True((node.AsCall().Head as Identifier).Namespace.IsRoot);
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});
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// TestRoundtrip("Netflix!Services!GetMovieCatalog()", expected: "Netflix.Services.GetMovieCatalog()",
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// customTest: node =>
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// {
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// Assert.True(node is CallNode);
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TestRoundtrip("Netflix!Services!GetMovieCatalog()", expected: "Netflix.Services.GetMovieCatalog()",
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customTest: node =>
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{
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Assert.True(node is CallNode);
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// Assert.NotNull(node.AsCall().Head);
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// Assert.True(node.AsCall().Head is Identifier);
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// Assert.False((node.AsCall().Head as Identifier).Namespace.IsRoot);
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// Assert.Equal("Netflix.Services", (node.AsCall().Head as Identifier).Namespace.ToDottedSyntax("."));
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Assert.NotNull(node.AsCall().Head);
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Assert.True(node.AsCall().Head is Identifier);
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Assert.False((node.AsCall().Head as Identifier).Namespace.IsRoot);
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Assert.Equal("Netflix.Services", (node.AsCall().Head as Identifier).Namespace.ToDottedSyntax("."));
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// Assert.NotNull(node.AsCall().HeadNode);
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// Assert.True(node.AsCall().HeadNode is DottedNameNode);
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// Assert.Equal("Netflix.Services.GetMovieCatalog", node.AsCall().HeadNode.AsDottedName().ToDPath().ToDottedSyntax("."));
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// });
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//}
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Assert.NotNull(node.AsCall().HeadNode);
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Assert.True(node.AsCall().HeadNode is DottedNameNode);
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Assert.Equal("Netflix.Services.GetMovieCatalog", node.AsCall().HeadNode.AsDottedName().ToDPath().ToDottedSyntax("."));
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});
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}
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[Theory]
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// "As" Ident cannot be a reserved keyword
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