diff options
Diffstat (limited to 'jstests/aggregation/expressions/expression_trigonometric.js')
| -rw-r--r-- | jstests/aggregation/expressions/expression_trigonometric.js | 469 |
1 files changed, 234 insertions, 235 deletions
diff --git a/jstests/aggregation/expressions/expression_trigonometric.js b/jstests/aggregation/expressions/expression_trigonometric.js index 29da3b96315..8992ab4b5cc 100644 --- a/jstests/aggregation/expressions/expression_trigonometric.js +++ b/jstests/aggregation/expressions/expression_trigonometric.js @@ -8,286 +8,285 @@ load('jstests/libs/sbe_assert_error_override.js'); // Override error-code-check const coll = db.expression_trigonometric; coll.drop(); - -// Constructs and inserts a document containing 'val', which are the arguments to trigonometric -// aggregation expression 'op'. If an aggregation expression has constant arguments, it will be -// constant folded and will not be evaluated during query execution. Embedding in a document ensures -// we evaluate expressions during query execution. eg. {$acos: NumberInt(1)} -> {$acos: "$y"} on -// document {"y" : NumberInt(1)} -function convertToOpOnDocument(op, val) { - let nonOptimizedOp = {}; - if (Array.isArray(val) && val.length === 2) { - nonOptimizedOp = {[op]: ["$y", "$x"]}; - assert.commandWorked(coll.insert({"y": val[0], "x": val[1]})); - } else { - nonOptimizedOp = {[op]: "$y"}; - assert.commandWorked(coll.insert({"y": val})); +// We need at least one document in the collection in order to test expressions, add it here. +assert.commandWorked(coll.insert({})); + +// Run a pipeline with `op` and check that the result of operation against the `expResult` value. If +// the actual or expected result is non-numeric (NaN or infinite), this function asserts that they +// match and returns 0 if they do. If they are both numeric, this function returns the difference +// between them as a double. +function testOpReturningDifference(op, expResult) { + const pipeline = [ + {$project: {_id: 0, result: op, expected: {$literal: expResult}}}, + { + $addFields: { + resultType: {$type: "$result"}, + expType: {$type: "$expected"}, + resultAsString: {$convert: {input: "$result", to: "string"}}, + expAsString: {$convert: {input: "$expected", to: "string"}}, + difference: + {$abs: {$convert: {input: {$subtract: ["$result", "$expected"]}, to: "double"}}} + } + } + ]; + const {result, resultType, expType, resultAsString, expAsString, difference} = function() { + const resultArray = coll.aggregate(pipeline).toArray(); + assert.eq(resultArray.length, 1, resultArray); + return resultArray[0]; + }(); + + assert.eq(resultType, expType); + + // We don't want to do direct comparisons with non-real values, because they can have unexpected + // semantics. String comparisons gives us the desired equality semantics for the purposes of + // this test. + const nonRealValues = ["NaN", "Infinity", "-Infinity"]; + if (nonRealValues.includes(expAsString) || nonRealValues.includes(resultAsString)) { + assert.eq(expAsString, resultAsString, tojson(result)); + return 0; } - return nonOptimizedOp; + + return difference; } -function testOp(op, val, expResult) { - const nonOptimizedOp = convertToOpOnDocument(op, val); - const pipeline = [{$project: {_id: 0, result: nonOptimizedOp}}]; - assert.eq(coll.aggregate(pipeline).toArray(), [{result: expResult}]); - assert(coll.drop()); +// Helper for testing that op returns expResult. +function testOp(op, expResult) { + const diff = testOpReturningDifference(op, expResult); + assert.eq(0, diff); } // Helper for testing that the aggregation expression 'op' returns expResult, approximately, // since NumberDecimal has so many representations for a given number (0 versus 0e-40 for // instance). -function testOpApprox(op, val, expResult) { - const nonOptimizedOp = convertToOpOnDocument(op, val); - const pipeline = [{$project: {_id: 0, result: nonOptimizedOp}}]; - const res = coll.aggregate(pipeline).toArray(); - const {result} = res[0]; - const pipeline2 = { - $project: { - difference: {$abs: {$convert: {input: {$subtract: [result, expResult]}, to: "double"}}} - } - }; - const res2 = coll.aggregate(pipeline2).toArray(); - const {difference} = res2[0]; - assert.lt(difference, 0.00000005); - assert(coll.drop()); -} - -function testErrorCode(op, val, expErrorCode) { - const nonOptimizedOp = convertToOpOnDocument(op, val); - const pipeline = [{$project: {_id: 0, result: nonOptimizedOp}}]; - assertErrorCode(coll, pipeline, expErrorCode); - assert(coll.drop()); +function testOpApprox(op, expResult) { + const diff = testOpReturningDifference(op, expResult); + assert.lt(diff, 0.00000005); } // Simple successful int input. -testOp("$acos", NumberInt(1), 0); -testOp("$acosh", NumberInt(1), 0); -testOp("$asin", NumberInt(0), 0); -testOp("$asinh", NumberInt(0), 0); -testOp("$atan", NumberInt(0), 0); -testOp("$atan2", [NumberInt(0), NumberInt(1)], 0); -testOp("$atan2", [NumberInt(0), NumberInt(0)], 0); -testOp("$atanh", NumberInt(0), 0); -testOp("$cos", NumberInt(0), 1); -testOp("$cosh", NumberInt(0), 1); -testOp("$sin", NumberInt(0), 0); -testOp("$sinh", NumberInt(0), 0); -testOp("$tan", NumberInt(0), 0); -testOp("$tanh", NumberInt(0), 0); -testOp("$degreesToRadians", NumberInt(0), 0); -testOp("$radiansToDegrees", NumberInt(0), 0); +testOp({$acos: NumberInt(1)}, 0); +testOp({$acosh: NumberInt(1)}, 0); +testOp({$asin: NumberInt(0)}, 0); +testOp({$asinh: NumberInt(0)}, 0); +testOp({$atan: NumberInt(0)}, 0); +testOp({$atan2: [NumberInt(0), NumberInt(1)]}, 0); +testOp({$atan2: [NumberInt(0), NumberInt(0)]}, 0); +testOp({$atanh: NumberInt(0)}, 0); +testOp({$cos: NumberInt(0)}, 1); +testOp({$cosh: NumberInt(0)}, 1); +testOp({$sin: NumberInt(0)}, 0); +testOp({$sinh: NumberInt(0)}, 0); +testOp({$tan: NumberInt(0)}, 0); +testOp({$tanh: NumberInt(0)}, 0); +testOp({$degreesToRadians: NumberInt(0)}, 0); +testOp({$radiansToDegrees: NumberInt(0)}, 0); // Simple successful long input. -testOp("$acos", NumberLong(1), 0); -testOp("$acosh", NumberLong(1), 0); -testOp("$asin", NumberLong(0), 0); -testOp("$asinh", NumberLong(0), 0); -testOp("$atan", NumberLong(0), 0); -testOp("$atan2", [NumberLong(0), NumberLong(1)], 0); -testOp("$atan2", [NumberLong(0), NumberLong(0)], 0); -testOp("$atanh", NumberLong(0), 0); -testOp("$cos", NumberLong(0), 1); -testOp("$cosh", NumberLong(0), 1); -testOp("$sin", NumberLong(0), 0); -testOp("$sinh", NumberLong(0), 0); -testOp("$tan", NumberLong(0), 0); -testOp("$tanh", NumberLong(0), 0); -testOp("$degreesToRadians", NumberLong(0), 0); -testOp("$radiansToDegrees", NumberLong(0), 0); +testOp({$acos: NumberLong(1)}, 0); +testOp({$acosh: NumberLong(1)}, 0); +testOp({$asin: NumberLong(0)}, 0); +testOp({$asinh: NumberLong(0)}, 0); +testOp({$atan: NumberLong(0)}, 0); +testOp({$atan2: [NumberLong(0), NumberLong(1)]}, 0); +testOp({$atan2: [NumberLong(0), NumberLong(0)]}, 0); +testOp({$atanh: NumberLong(0)}, 0); +testOp({$cos: NumberLong(0)}, 1); +testOp({$cosh: NumberLong(0)}, 1); +testOp({$sin: NumberLong(0)}, 0); +testOp({$sinh: NumberLong(0)}, 0); +testOp({$tan: NumberLong(0)}, 0); +testOp({$tanh: NumberLong(0)}, 0); +testOp({$degreesToRadians: NumberLong(0)}, 0); +testOp({$radiansToDegrees: NumberLong(0)}, 0); // Simple successful double input. -testOp("$acos", 1, 0); -testOp("$acosh", 1, 0); -testOp("$asin", 0, 0); -testOp("$asinh", 0, 0); -testOp("$atan", 0, 0); -testOp("$atan2", [0, 1], 0); -testOp("$atan2", [0, 0], 0); -testOp("$atanh", 0, 0); -testOp("$cos", 0, 1); -testOp("$cosh", 0, 1); -testOp("$sin", 0, 0); -testOp("$sinh", 0, 0); -testOp("$tan", 0, 0); -testOp("$tanh", 0, 0); -testOp("$degreesToRadians", 0, 0); -testOp("$radiansToDegrees", 0, 0); +testOp({$acos: 1}, 0); +testOp({$acosh: 1}, 0); +testOp({$asin: 0}, 0); +testOp({$asinh: 0}, 0); +testOp({$atan: 0}, 0); +testOp({$atan2: [0, 1]}, 0); +testOp({$atan2: [0, 0]}, 0); +testOp({$atanh: 0}, 0); +testOp({$cos: 0}, 1); +testOp({$cosh: 0}, 1); +testOp({$sin: 0}, 0); +testOp({$sinh: 0}, 0); +testOp({$tan: 0}, 0); +testOp({$tanh: 0}, 0); +testOp({$degreesToRadians: 0}, 0); +testOp({$radiansToDegrees: 0}, 0); // Simple successful decimal input. -testOpApprox("$acos", NumberDecimal(1), NumberDecimal(0)); -testOpApprox("$acosh", NumberDecimal(1), NumberDecimal(0)); -testOpApprox("$asin", NumberDecimal(0), NumberDecimal(0)); -testOpApprox("$asinh", NumberDecimal(0), NumberDecimal(0)); -testOpApprox("$atan", NumberDecimal(0), NumberDecimal(0)); -testOpApprox("$atan2", [NumberDecimal(0), 1], NumberDecimal(0)); -testOpApprox("$atan2", [NumberDecimal(0), 0], NumberDecimal(0)); -testOpApprox("$atanh", NumberDecimal(0), NumberDecimal(0)); -testOpApprox("$cos", NumberDecimal(0), NumberDecimal(1)); -testOpApprox("$cosh", NumberDecimal(0), NumberDecimal(1)); -testOpApprox("$sin", NumberDecimal(0), NumberDecimal(0)); -testOpApprox("$sinh", NumberDecimal(0), NumberDecimal(0)); -testOpApprox("$tan", NumberDecimal(0), NumberDecimal(0)); -testOpApprox("$tanh", NumberDecimal(0), NumberDecimal(0)); -testOpApprox("$degreesToRadians", NumberDecimal(0), NumberDecimal(0)); -testOpApprox("$radiansToDegrees", NumberDecimal(0), NumberDecimal(0)); +testOpApprox({$acos: NumberDecimal(1)}, NumberDecimal(0)); +testOpApprox({$acosh: NumberDecimal(1)}, NumberDecimal(0)); +testOpApprox({$asin: NumberDecimal(0)}, NumberDecimal(0)); +testOpApprox({$asinh: NumberDecimal(0)}, NumberDecimal(0)); +testOpApprox({$atan: NumberDecimal(0)}, NumberDecimal(0)); +testOpApprox({$atan2: [NumberDecimal(0), 1]}, NumberDecimal(0)); +testOpApprox({$atan2: [NumberDecimal(0), 0]}, NumberDecimal(0)); +testOpApprox({$atanh: NumberDecimal(0)}, NumberDecimal(0)); +testOpApprox({$cos: NumberDecimal(0)}, NumberDecimal(1)); +testOpApprox({$cosh: NumberDecimal(0)}, NumberDecimal(1)); +testOpApprox({$sin: NumberDecimal(0)}, NumberDecimal(0)); +testOpApprox({$sinh: NumberDecimal(0)}, NumberDecimal(0)); +testOpApprox({$tan: NumberDecimal(0)}, NumberDecimal(0)); +testOpApprox({$tanh: NumberDecimal(0)}, NumberDecimal(0)); +testOpApprox({$degreesToRadians: NumberDecimal(0)}, NumberDecimal(0)); +testOpApprox({$radiansToDegrees: NumberDecimal(0)}, NumberDecimal(0)); // Infinity input produces out of bounds error. -testErrorCode("$acos", -Infinity, 50989); -testErrorCode("$acos", NumberDecimal('-Infinity'), 50989); -testErrorCode("$acos", Infinity, 50989); -testErrorCode("$acos", NumberDecimal('Infinity'), 50989); - -testErrorCode("$acosh", -Infinity, 50989); -testErrorCode("$acosh", NumberDecimal('-Infinity'), 50989); - -testErrorCode("$asin", -Infinity, 50989); -testErrorCode("$asin", NumberDecimal('-Infinity'), 50989); -testErrorCode("$asin", Infinity, 50989); -testErrorCode("$asin", NumberDecimal('Infinity'), 50989); - -testErrorCode("$atanh", -Infinity, 50989); -testErrorCode("$atanh", NumberDecimal('-Infinity'), 50989); -testErrorCode("$atanh", Infinity, 50989); -testErrorCode("$atanh", NumberDecimal('Infinity'), 50989); - -testErrorCode("$cos", -Infinity, 50989); -testErrorCode("$cos", NumberDecimal('-Infinity'), 50989); -testErrorCode("$cos", Infinity, 50989); -testErrorCode("$cos", NumberDecimal('Infinity'), 50989); - -testErrorCode("$sin", -Infinity, 50989); -testErrorCode("$sin", NumberDecimal('-Infinity'), 50989); -testErrorCode("$sin", Infinity, 50989); -testErrorCode("$sin", NumberDecimal('Infinity'), 50989); - -testErrorCode("$tan", -Infinity, 50989); -testErrorCode("$tan", NumberDecimal('-Infinity'), 50989); -testErrorCode("$tan", Infinity, 50989); -testErrorCode("$tan", NumberDecimal('Infinity'), 50989); +assertErrorCode(coll, [{$project: {a: {$acos: -Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acos: NumberDecimal('-Infinity')}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acos: Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acos: NumberDecimal('Infinity')}}}], 50989); + +assertErrorCode(coll, [{$project: {a: {$acosh: -Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acosh: NumberDecimal('-Infinity')}}}], 50989); + +assertErrorCode(coll, [{$project: {a: {$asin: -Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: NumberDecimal('-Infinity')}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: NumberDecimal('Infinity')}}}], 50989); + +assertErrorCode(coll, [{$project: {a: {$atanh: -Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: NumberDecimal('-Infinity')}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: NumberDecimal('Infinity')}}}], 50989); + +assertErrorCode(coll, [{$project: {a: {$cos: -Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$cos: NumberDecimal('-Infinity')}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$cos: Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$cos: NumberDecimal('Infinity')}}}], 50989); + +assertErrorCode(coll, [{$project: {a: {$sin: -Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$sin: NumberDecimal('-Infinity')}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$sin: Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$sin: NumberDecimal('Infinity')}}}], 50989); + +assertErrorCode(coll, [{$project: {a: {$tan: -Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$tan: NumberDecimal('-Infinity')}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$tan: Infinity}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$tan: NumberDecimal('Infinity')}}}], 50989); // Infinity input produces Infinity as output. -testOp("$acosh", NumberDecimal('Infinity'), NumberDecimal('Infinity')); -testOp("$acosh", Infinity, Infinity); - -testOp("$asinh", NumberDecimal('Infinity'), NumberDecimal('Infinity')); -testOp("$asinh", NumberDecimal('-Infinity'), NumberDecimal('-Infinity')); -testOp("$asinh", Infinity, Infinity); -testOp("$asinh", -Infinity, -Infinity); -testOp("$cosh", NumberDecimal('Infinity'), NumberDecimal('Infinity')); -testOp("$cosh", NumberDecimal('-Infinity'), NumberDecimal('Infinity')); -testOp("$cosh", Infinity, Infinity); -testOp("$cosh", -Infinity, Infinity); -testOp("$sinh", NumberDecimal('Infinity'), NumberDecimal('Infinity')); -testOp("$sinh", NumberDecimal('-Infinity'), NumberDecimal('-Infinity')); -testOp("$sinh", Infinity, Infinity); -testOp("$sinh", -Infinity, -Infinity); +testOp({$acosh: NumberDecimal('Infinity')}, NumberDecimal('Infinity')); +testOp({$acosh: Infinity}, Infinity); + +testOp({$asinh: NumberDecimal('Infinity')}, NumberDecimal('Infinity')); +testOp({$asinh: NumberDecimal('-Infinity')}, NumberDecimal('-Infinity')); +testOp({$asinh: Infinity}, Infinity); +testOp({$asinh: -Infinity}, -Infinity); +testOp({$cosh: NumberDecimal('Infinity')}, NumberDecimal('Infinity')); +testOp({$cosh: NumberDecimal('-Infinity')}, NumberDecimal('Infinity')); +testOp({$cosh: Infinity}, Infinity); +testOp({$cosh: -Infinity}, Infinity); +testOp({$sinh: NumberDecimal('Infinity')}, NumberDecimal('Infinity')); +testOp({$sinh: NumberDecimal('-Infinity')}, NumberDecimal('-Infinity')); +testOp({$sinh: Infinity}, Infinity); +testOp({$sinh: -Infinity}, -Infinity); // Infinity produces finite output (due to asymptotic bounds). -testOpApprox("$atan", NumberDecimal('Infinity'), NumberDecimal(Math.PI / 2)); -testOpApprox("$atan", NumberDecimal('-Infinity'), NumberDecimal(-Math.PI / 2)); -testOpApprox("$atan", Infinity, Math.PI / 2); -testOpApprox("$atan", -Infinity, -Math.PI / 2); - -testOpApprox("$atan2", [NumberDecimal('Infinity'), 0], NumberDecimal(Math.PI / 2)); -testOpApprox("$atan2", [NumberDecimal('-Infinity'), 0], NumberDecimal(-Math.PI / 2)); -testOpApprox( - "$atan2", [NumberDecimal('-Infinity'), NumberDecimal("Infinity")], NumberDecimal(-Math.PI / 4)); -testOpApprox("$atan2", - [NumberDecimal('-Infinity'), NumberDecimal("-Infinity")], +testOpApprox({$atan: NumberDecimal('Infinity')}, NumberDecimal(Math.PI / 2)); +testOpApprox({$atan: NumberDecimal('-Infinity')}, NumberDecimal(-Math.PI / 2)); +testOpApprox({$atan: Infinity}, Math.PI / 2); +testOpApprox({$atan: -Infinity}, -Math.PI / 2); + +testOpApprox({$atan2: [NumberDecimal('Infinity'), 0]}, NumberDecimal(Math.PI / 2)); +testOpApprox({$atan2: [NumberDecimal('-Infinity'), 0]}, NumberDecimal(-Math.PI / 2)); +testOpApprox({$atan2: [NumberDecimal('-Infinity'), NumberDecimal("Infinity")]}, + NumberDecimal(-Math.PI / 4)); +testOpApprox({$atan2: [NumberDecimal('-Infinity'), NumberDecimal("-Infinity")]}, NumberDecimal(-3 * Math.PI / 4)); -testOpApprox("$atan2", [NumberDecimal('0'), NumberDecimal("-Infinity")], NumberDecimal(Math.PI)); -testOpApprox("$atan2", [NumberDecimal('0'), NumberDecimal("Infinity")], NumberDecimal(0)); +testOpApprox({$atan2: [NumberDecimal('0'), NumberDecimal("-Infinity")]}, NumberDecimal(Math.PI)); +testOpApprox({$atan2: [NumberDecimal('0'), NumberDecimal("Infinity")]}, NumberDecimal(0)); -testOp("$tanh", NumberDecimal('Infinity'), NumberDecimal('1')); -testOp("$tanh", NumberDecimal('-Infinity'), NumberDecimal('-1')); +testOp({$tanh: NumberDecimal('Infinity')}, NumberDecimal('1')); +testOp({$tanh: NumberDecimal('-Infinity')}, NumberDecimal('-1')); // Finite input produces infinite outputs. -testOp("$atanh", NumberDecimal(1), NumberDecimal('Infinity')); -testOp("$atanh", NumberDecimal(-1), NumberDecimal('-Infinity')); -testOp("$atanh", 1, Infinity); -testOp("$atanh", -1, -Infinity); +testOp({$atanh: NumberDecimal(1)}, NumberDecimal('Infinity')); +testOp({$atanh: NumberDecimal(-1)}, NumberDecimal('-Infinity')); +testOp({$atanh: 1}, Infinity); +testOp({$atanh: -1}, -Infinity); -testOp("$tanh", Infinity, 1); -testOp("$tanh", -Infinity, -1); +testOp({$tanh: Infinity}, 1); +testOp({$tanh: -Infinity}, -1); // Int argument out of bounds. -testErrorCode("$acos", NumberInt(-2), 50989); -testErrorCode("$acos", NumberInt(2), 50989); -testErrorCode("$asin", NumberInt(-2), 50989); -testErrorCode("$asin", NumberInt(2), 50989); -testErrorCode("$acosh", NumberInt(0), 50989); -testErrorCode("$atanh", NumberInt(2), 50989); -testErrorCode("$atanh", NumberInt(-2), 50989); +assertErrorCode(coll, [{$project: {a: {$acos: NumberInt(-2)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acos: NumberInt(2)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: NumberInt(-2)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: NumberInt(2)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acosh: NumberInt(0)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: NumberInt(2)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: NumberInt(-2)}}}], 50989); // Long argument out of bounds. -testErrorCode("$acos", NumberLong(-2), 50989); -testErrorCode("$acos", NumberLong(2), 50989); -testErrorCode("$asin", NumberLong(-2), 50989); -testErrorCode("$asin", NumberLong(2), 50989); -testErrorCode("$acosh", NumberLong(0), 50989); -testErrorCode("$atanh", NumberLong(2), 50989); -testErrorCode("$atanh", NumberLong(-2), 50989); +assertErrorCode(coll, [{$project: {a: {$acos: NumberLong(-2)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acos: NumberLong(2)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: NumberLong(-2)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: NumberLong(2)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acosh: NumberLong(0)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: NumberLong(2)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: NumberLong(-2)}}}], 50989); // Double argument out of bounds. -testErrorCode("$acos", -1.1, 50989); -testErrorCode("$acos", 1.1, 50989); -testErrorCode("$asin", -1.1, 50989); -testErrorCode("$asin", 1.1, 50989); -testErrorCode("$acosh", 0.9, 50989); -testErrorCode("$atanh", -1.00001, 50989); -testErrorCode("$atanh", 1.00001, 50989); +assertErrorCode(coll, [{$project: {a: {$acos: -1.1}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acos: 1.1}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: -1.1}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: 1.1}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acosh: 0.9}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: -1.00001}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: 1.00001}}}], 50989); // Decimal argument out of bounds. -testErrorCode("$acos", NumberDecimal(-1.1), 50989); -testErrorCode("$acos", NumberDecimal(1.1), 50989); -testErrorCode("$asin", NumberDecimal(-1.1), 50989); -testErrorCode("$asin", NumberDecimal(1.1), 50989); -testErrorCode("$acosh", NumberDecimal(0.9), 50989); -testErrorCode("$atanh", NumberDecimal(-1.00001), 50989); -testErrorCode("$atanh", NumberDecimal(1.000001), 50989); +assertErrorCode(coll, [{$project: {a: {$acos: NumberDecimal(-1.1)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acos: NumberDecimal(1.1)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: NumberDecimal(-1.1)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$asin: NumberDecimal(1.1)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$acosh: NumberDecimal(0.9)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: NumberDecimal(-1.00001)}}}], 50989); +assertErrorCode(coll, [{$project: {a: {$atanh: NumberDecimal(1.000001)}}}], 50989); // Check NaN is preserved. ["$acos", "$asin", "$atan", "$cos", "$sin", "$tan"].forEach(op => { - testOp([op], NaN, NaN); - testOp([op], NumberDecimal(NaN), NumberDecimal(NaN)); + testOp({[op]: NaN}, NaN); + testOp({[op]: NumberDecimal(NaN)}, NumberDecimal(NaN)); // Check the hyperbolic version of each function. - testOp([op + 'h'], NaN, NaN); - testOp([op + 'h'], NumberDecimal(NaN), NumberDecimal(NaN)); + testOp({[op + 'h']: NaN}, NaN); + testOp({[op + 'h']: NumberDecimal(NaN)}, NumberDecimal(NaN)); }); ["$radiansToDegrees", "$degreesToRadians"].forEach(op => { - testOp([op], NaN, NaN); - testOp([op], NumberDecimal(NaN), NumberDecimal(NaN)); - testOp([op], -Infinity, -Infinity); - testOp([op], NumberDecimal(-Infinity), NumberDecimal(-Infinity)); - testOp([op], Infinity, Infinity); - testOp([op], NumberDecimal(Infinity), NumberDecimal(Infinity)); + testOp({[op]: NaN}, NaN); + testOp({[op]: NumberDecimal(NaN)}, NumberDecimal(NaN)); + testOp({[op]: -Infinity}, -Infinity); + testOp({[op]: NumberDecimal(-Infinity)}, NumberDecimal(-Infinity)); + testOp({[op]: Infinity}, Infinity); + testOp({[op]: NumberDecimal(Infinity)}, NumberDecimal(Infinity)); }); -testOp("$atan2", [NumberDecimal('NaN'), NumberDecimal('NaN')], NumberDecimal('NaN')); -testOp("$atan2", [NumberDecimal('NaN'), NumberDecimal('0')], NumberDecimal('NaN')); -testOp("$atan2", [NumberDecimal('0'), NumberDecimal('NaN')], NumberDecimal('NaN')); - -// atan2 additional testing with unknown constants -testOpApprox("$atan2", [NumberInt(3), NumberInt(2)], NumberDecimal(0.9827937232)); -testOpApprox("$atan2", [NumberInt(621), NumberInt(84)], NumberDecimal(1.4363466632)); +testOp({$atan2: [NumberDecimal('NaN'), NumberDecimal('NaN')]}, NumberDecimal('NaN')); +testOp({$atan2: [NumberDecimal('NaN'), NumberDecimal('0')]}, NumberDecimal('NaN')); +testOp({$atan2: [NumberDecimal('0'), NumberDecimal('NaN')]}, NumberDecimal('NaN')); // Non-numeric input. -testErrorCode("$acos", "string", 28765); -testErrorCode("$acosh", "string", 28765); -testErrorCode("$asin", "string", 28765); -testErrorCode("$asinh", "string", 28765); -testErrorCode("$atan", "string", 28765); -testErrorCode("$atan2", ["string", "string"], 51044); -testErrorCode("$atan2", ["string", 0.0], 51044); -testErrorCode("$atan2", [0.0, "string"], 51045); -testErrorCode("$atanh", "string", 28765); -testErrorCode("$cos", "string", 28765); -testErrorCode("$cosh", "string", 28765); -testErrorCode("$sin", "string", 28765); -testErrorCode("$sinh", "string", 28765); -testErrorCode("$tan", "string", 28765); -testErrorCode("$tanh", "string", 28765); -testErrorCode("$degreesToRadians", "string", 28765); -testErrorCode("$radiansToDegrees", "string", 28765); +assertErrorCode(coll, [{$project: {a: {$acos: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$acosh: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$asin: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$asinh: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$atan: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$atan2: ["string", "string"]}}}], 51044); +assertErrorCode(coll, [{$project: {a: {$atan2: ["string", 0.0]}}}], 51044); +assertErrorCode(coll, [{$project: {a: {$atan2: [0.0, "string"]}}}], 51045); +assertErrorCode(coll, [{$project: {a: {$atanh: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$cos: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$cosh: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$sin: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$sinh: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$tan: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$tanh: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$degreesToRadians: "string"}}}], 28765); +assertErrorCode(coll, [{$project: {a: {$radiansToDegrees: "string"}}}], 28765); }()); |