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#include <QString>
#include "test/mixxxtest.h"
#include "preferences/configobject.h"
namespace {
class ConfigObjectTest : public MixxxTest {};
TEST_F(ConfigObjectTest, SetValue_Overwrite) {
auto ck = ConfigKey("[Test]", "test");
config()->setValue(ck, QString("asdf"));
config()->setValue(ck, QString("zxcv"));
EXPECT_QSTRING_EQ("zxcv", config()->getValue<QString>(ck));
}
TEST_F(ConfigObjectTest, SetValue_QString) {
auto ck = ConfigKey("[Test]", "test");
config()->setValue(ck, QString("asdf"));
EXPECT_QSTRING_EQ("asdf", config()->getValue<QString>(ck));
}
TEST_F(ConfigObjectTest, SetValue_QString_NullVsEmpty) {
auto ck = ConfigKey("[Test]", "test");
EXPECT_TRUE(config()->getValue<QString>(ck).isNull());
// Setting it to an empty string returns an empty, not null string. Empty
// strings are counted as present by the default value logic.
config()->setValue(ck, QString(""));
EXPECT_TRUE(config()->getValue<QString>(ck, QString("asdf")).isEmpty());
EXPECT_FALSE(config()->getValue<QString>(ck, QString("asdf")).isNull());
// And it persists across restarts.
saveAndReloadConfig();
EXPECT_TRUE(config()->getValue<QString>(ck).isEmpty());
EXPECT_FALSE(config()->getValue<QString>(ck).isNull());
}
TEST_F(ConfigObjectTest, GetValue_QString) {
auto ck = ConfigKey("[Test]", "test");
EXPECT_QSTRING_EQ("zxcv", config()->getValue<QString>(ck, "zxcv"));
config()->setValue(ck, QString("asdf"));
EXPECT_QSTRING_EQ("asdf", config()->getValue<QString>(ck, "zxcv"));
}
TEST_F(ConfigObjectTest, SetValue_Integer) {
auto ck = ConfigKey("[Test]", "test");
config()->setValue(ck, 5);
EXPECT_QSTRING_EQ("5", config()->getValue<QString>(ck));
}
TEST_F(ConfigObjectTest, GetValue_Integer) {
auto ck = ConfigKey("[Test]", "test");
// Not present.
EXPECT_EQ(5, config()->getValue(ck, 5));
// Empty
config()->setValue(ck, QString(""));
EXPECT_EQ(5, config()->getValue(ck, 5));
// Malformatted.
config()->setValue(ck, QString("asdf"));
EXPECT_EQ(5, config()->getValue(ck, 5));
// Overflow 32-bit int.
config()->setValue(ck, QString("2147483648"));
EXPECT_EQ(5, config()->getValue(ck, 5));
config()->setValue(ck, QString("-2147483649"));
EXPECT_EQ(5, config()->getValue(ck, 5));
// Ok.
config()->setValue(ck, QString("4"));
EXPECT_EQ(4, config()->getValue(ck, 5));
config()->setValue(ck, QString("-4"));
EXPECT_EQ(-4, config()->getValue(ck, 5));
}
TEST_F(ConfigObjectTest, SetValue_Bool) {
auto ck = ConfigKey("[Test]", "test");
config()->setValue(ck, true);
EXPECT_QSTRING_EQ("1", config()->getValue<QString>(ck));
config()->setValue(ck, false);
EXPECT_QSTRING_EQ("0", config()->getValue<QString>(ck));
}
TEST_F(ConfigObjectTest, GetValue_Bool) {
auto ck = ConfigKey("[Test]", "test");
// Not present.
EXPECT_TRUE(config()->getValue(ck, true));
// Empty
config()->setValue(ck, QString(""));
EXPECT_TRUE(config()->getValue(ck, true));
// Malformatted.
config()->setValue(ck, QString("asdf"));
EXPECT_TRUE(config()->getValue(ck, true));
// Ok.
config()->setValue(ck, QString("0"));
EXPECT_FALSE(config()->getValue(ck, true));
// Not just 0 and 1.
config()->setValue(ck, QString("5"));
EXPECT_TRUE(config()->getValue(ck, false));
}
TEST_F(ConfigObjectTest, Exists) {
auto ck = ConfigKey("[Test]", "test");
EXPECT_FALSE(config()->exists(ck));
config()->setValue(ck, 5);
EXPECT_TRUE(config()->exists(ck));
}
TEST_F(ConfigObjectTest, GetValueString) {
auto ck = ConfigKey("[Test]", "foo");
auto ck2 = ConfigKey("[Test]", "bar");
config()->setValue(ck, 5);
EXPECT_QSTRING_EQ("5", config()->getValueString(ck));
EXPECT_QSTRING_EQ("6", config()->getValue(ck2, "6"));
}
TEST_F(ConfigObjectTest, Save) {
for (int i = 0; i < 10; ++i) {
config()->setValue(ConfigKey(QString("[Test%1]").arg(i),
QString("control%1").arg(i)), i);
}
m_pConfig->save();
m_pConfig = UserSettingsPointer(
new UserSettings(getTestDataDir().filePath("test.cfg")));
for (int i = 0; i < 10; ++i) {
EXPECT_EQ(i, config()->getValue<int>(
ConfigKey(QString("[Test%1]").arg(i),
QString("control%1").arg(i)), -1));
}
}
} // namespace
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