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% Licensed to the Apache Software Foundation (ASF) under one or more
% contributor license agreements. See the NOTICE file distributed with
% this work for additional information regarding copyright ownership.
% The ASF licenses this file to you under the Apache License, Version
% 2.0 (the "License"); you may not use this file except in compliance
% with the License. You may obtain a copy of the License at
%
% http://www.apache.org/licenses/LICENSE-2.0
%
% Unless required by applicable law or agreed to in writing, software
% distributed under the License is distributed on an "AS IS" BASIS,
% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
% implied. See the License for the specific language governing
% permissions and limitations under the License.
classdef tTime32Type < hFixedWidthType
% Test class for arrow.type.Time32Type and arrow.time32
properties
ConstructionFcn = @arrow.time32
ArrowType = arrow.time32
TypeID = arrow.type.ID.Time32
BitWidth = int32(32)
ClassName = "arrow.type.Time32Type"
end
methods(Test)
function TestClass(testCase)
% Verify ArrowType is an object of the expected class type.
name = string(class(testCase.ArrowType));
testCase.verifyEqual(name, testCase.ClassName);
end
function DefaultTimeUnit(testCase)
% Verify the default TimeUnit is Second.
type = testCase.ArrowType;
actualUnit = type.TimeUnit;
expectedUnit = arrow.type.TimeUnit.Second;
testCase.verifyEqual(actualUnit, expectedUnit);
end
function SupplyTimeUnitEnum(testCase)
% Verify that TimeUnit can be specified as an enum value.
import arrow.type.*
expectedUnit = [TimeUnit.Second, TimeUnit.Millisecond];
for unit = expectedUnit
type = testCase.ConstructionFcn(TimeUnit=unit);
testCase.verifyEqual(type.TimeUnit, unit);
end
end
function SupplyTimeUnitString(testCase)
% Supply TimeUnit as a string value. Verify TimeUnit is set to
% the appropriate TimeUnit enum value.
import arrow.type.*
unitString = ["second", "millisecond"];
expectedUnit = [TimeUnit.Second, TimeUnit.Millisecond];
for ii = 1:numel(unitString)
type = testCase.ConstructionFcn(TimeUnit=unitString(ii));
testCase.verifyEqual(type.TimeUnit, expectedUnit(ii));
end
end
function ErrorIfAmbiguousTimeUnit(testCase)
% Verify that an error is thrown if an ambiguous value is
% provided for the TimeUnit name-value pair.
fcn = @() testCase.ConstructionFcn(TimeUnit="mi");
testCase.verifyError(fcn, "MATLAB:validation:UnableToConvert");
end
function ErrorIfTimeUnitIsNonScalar(testCase)
% Verify that an error is thrown if a nonscalar value is
% provided for the TimeUnit name-value pair.
units = [arrow.type.TimeUnit.Second; arrow.type.TimeUnit.Millisecond];
fcn = @() testCase.ConstructionFcn(TimeUnit=units);
testCase.verifyError(fcn, "MATLAB:validation:IncompatibleSize");
units = ["second" "millisecond"];
fcn = @() testCase.ConstructionFcn(TimeUnit=units);
testCase.verifyError(fcn, "MATLAB:validation:IncompatibleSize");
end
function TimeUnitNoSetter(testCase)
% Verify that an error is thrown when trying to set the value
% of the TimeUnit property.
type = arrow.time32(TimeUnit="Millisecond");
testCase.verifyError(@() setfield(type, "TimeUnit", "Second"), "MATLAB:class:SetProhibited");
end
function InvalidProxy(testCase)
% Verify that an error is thrown when a Proxy of an unexpected
% type is passed to the arrow.type.Time32Type constructor.
array = arrow.array([1, 2, 3]);
proxy = array.Proxy;
testCase.verifyError(@() arrow.type.Time32Type(proxy), "arrow:proxy:ProxyNameMismatch");
end
function IsEqualTrue(testCase)
% Verifies isequal method of arrow.type.Time32Type returns true if
% these conditions are met:
%
% 1. All input arguments have a class type arrow.type.Time32Type
% 2. All inputs have the same size
% 3. The TimeUnit values of elements at corresponding positions in the arrays are equal
% Scalar Time32Type arrays
time32Type1 = arrow.time32(TimeUnit="Second");
time32Type2 = arrow.time32(TimeUnit="Second");
time32Type3 = arrow.time32(TimeUnit="Millisecond");
time32Type4 = arrow.time32(TimeUnit="Millisecond");
testCase.verifyTrue(isequal(time32Type1, time32Type2));
testCase.verifyTrue(isequal(time32Type3, time32Type4));
% Non-scalar Time32Type arrays
typeArray1 = [time32Type1 time32Type3];
typeArray2 = [time32Type2 time32Type4];
testCase.verifyTrue(isequal(typeArray1, typeArray2));
end
function IsEqualFalse(testCase)
% Verify isequal returns false when expected.
time32Type1 = arrow.time32(TimeUnit="Second");
time32Type2 = arrow.time32(TimeUnit="Millisecond");
int32Type = arrow.int32();
testCase.verifyFalse(isequal(time32Type1, time32Type2));
testCase.verifyFalse(isequal(time32Type1, int32Type));
% Arrays have different dimensions
typeArray1 = [time32Type1 time32Type2];
typeArray2 = [time32Type1 time32Type2]';
testCase.verifyFalse(isequal(typeArray1, typeArray2));
% Corresponding elements have different TimeUnit values
typeArray3 = [time32Type2 time32Type1];
typeArray4 = [time32Type1 time32Type2]';
testCase.verifyFalse(isequal(typeArray3, typeArray4));
% Compare a nonscalar Time32Type array with a nonscalar
% Int32Type array.
typeArray5 = [int32Type int32Type];
testCase.verifyFalse(isequal(typeArray3, typeArray5));
end
end
end
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