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#include "flag_set.hpp"
#include <bandit/bandit.h>
using namespace bandit;
//
// Tests
//
go_bandit([]() {
describe("flag_set", []() {
// Convenience typedef
typedef flag_set<2> fs_t;
it("make function should handle tier=0, index=31 properly", [&] {
// Setup
fs_t fs = fs_t::make(0, 31);
// Exercise
auto result = fs;
// Verify
AssertThat(result[0], Equals(2147483648UL));
AssertThat(result[1], Equals(0UL));
});
it("make function should handle tier=1, index=31 properly", [&] {
// Setup
fs_t fs = fs_t::make(1, 31);
// Exercise
auto result = fs;
// Verify
AssertThat(result[0], Equals(0UL));
AssertThat(result[1], Equals(2147483648UL));
});
it("make function should respect the tier and index", [&] {
// Exercise
fs_t fs = fs_t::make(1, 7);
// Verify
AssertThat(fs[0], Equals(0UL));
AssertThat(fs[1], Equals(128UL));
});
it("bool conversion should return false for zero flags", [&] {
// Setup
fs_t fs = fs_t();
// Exercise
auto result = bool(fs);
// Verify
AssertThat(result, Equals(false));
});
it("bool conversion should return true for non-zero flags", [&] {
// Setup
fs_t fs = fs_t::make(1, 3);
// Exercise
auto result = bool(fs);
// Verify
AssertThat(result, Equals(true));
});
it("== operator should compare equals as equals", [&] {
// Setup
fs_t fs1 = fs_t::make(1, 3);
fs_t fs2 = fs_t::make(1, 3);
// Exercise
auto result = (fs1 == fs2);
// Verify
AssertThat(result, Equals(true));
});
it("| operator should respect the tier and index", [&] {
// Setup
fs_t fs1 = fs_t::make(0, 31);
fs_t fs2 = fs_t::make(1, 3);
// Exercise
fs_t fs = fs1 | fs2;
// Verify
AssertThat(fs[0], Equals(2147483648UL));
AssertThat(fs[1], Equals(8UL));
});
it("& operator should respect the tier and index", [&] {
// Setup
fs_t fs = fs_t::make(0, 31) | fs_t::make(1, 3);
// Exercise
fs_t result = fs & fs;
// Verify
AssertThat(result[0], Equals(2147483648UL));
AssertThat(result[1], Equals(8UL));
});
});
});
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