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#include <specs/specs.h>
using namespace bandit::Matchers;
SPEC_BEGIN(Matchers::BeGTE)
describe("be_gte matcher", [&]{
int someInteger = 10;
describe("when the actual value is a built-in type", [&]{
int actualValue = someInteger;
describe("and the expected value is the same built-in type", [&]{
int expectedValue;
describe("and the actual value is greater than the expected value", [&]{
before_each([&]{
expectedValue = 1;
});
it("must pass a positive match", [&]{
actualValue must be_gte(expectedValue);
actualValue must be_greater_than_or_equal_to(expectedValue);
});
it("must reject a negative match", [&]{
AssertThrows(std::exception, [&]{ actualValue must_not be_gte(expectedValue); }());
AssertThrows(std::exception, [&]{ actualValue must_not be_greater_than_or_equal_to(expectedValue); }());
});
});
describe("and the actual value is less than the expected value", [&]{
before_each([&]{
expectedValue = 100;
});
it("must pass a negative match", [&]{
actualValue must_not be_gte(expectedValue);
actualValue must_not be_greater_than_or_equal_to(expectedValue);
});
it("must reject a positive match", [&]{
AssertThrows(std::exception, [&]{ actualValue must be_gte(expectedValue); }());
AssertThrows(std::exception, [&]{ actualValue must be_greater_than_or_equal_to(expectedValue); }());
});
});
describe("and the actual value equals the expected value", [&]{
before_each([&]{
expectedValue = actualValue;
});
it("must pass a positive match", [&]{
actualValue must be_gte(expectedValue);
actualValue must be_greater_than_or_equal_to(expectedValue);
});
it("must reject a negative match", [&]{
AssertThrows(std::exception, [&]{ actualValue must_not be_gte(expectedValue); }());
AssertThrows(std::exception, [&]{ actualValue must_not be_greater_than_or_equal_to(expectedValue); }());
});
});
});
describe("and the expected value is a different, but comparable, built-in type", [&]{
float expectedValue;
describe("and the actual value is greater than the expected value", [&]{
before_each([&]{
expectedValue = 1.1;
});
it("must pass a positive match", [&]{
actualValue must be_gte(expectedValue);
actualValue must be_greater_than_or_equal_to(expectedValue);
});
it("must reject a negative match", [&]{
AssertThrows(std::exception, [&]{ actualValue must_not be_gte(expectedValue); }());
AssertThrows(std::exception, [&]{ actualValue must_not be_greater_than_or_equal_to(expectedValue); }());
});
});
describe("and the actual value is less than the expected value", [&]{
before_each([&]{
expectedValue = 100.1;
});
it("must pass a negative match", [&]{
actualValue must_not be_gte(expectedValue);
actualValue must_not be_greater_than_or_equal_to(expectedValue);
});
it("must reject a positive match", [&]{
AssertThrows(std::exception, [&]{ actualValue must be_gte(expectedValue); }());
AssertThrows(std::exception, [&]{ actualValue must be_greater_than_or_equal_to(expectedValue); }());
});
});
describe("and the actual value equals the expected value", [&]{
before_each([&]{
expectedValue = someInteger / 1.0;
});
it("must pass a positive match", [&]{
actualValue must be_gte(expectedValue);
actualValue must be_greater_than_or_equal_to(expectedValue);
});
it("must reject a negative match", [&]{
AssertThrows(std::exception, [&]{ actualValue must_not be_gte(expectedValue); }());
AssertThrows(std::exception, [&]{ actualValue must_not be_greater_than_or_equal_to(expectedValue); }());
});
});
});
});
});
SPEC_END
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