[TestCase(-2147483648)] // Int32.MinValue
public void TestTicks(int ticks)
{
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, ticks.ToString());
}
[TestCase(-10675199)] // largest number of Days that can be represented by a TimeSpan
public void TestDays(long days)
{
var ticks = days * TimeSpan.TicksPerDay;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, string.Format("NumberLong({0})", days));
}
[TestCase(-256204778.80152154)] // largest number of hours that can be represented in a TimeSpan
public void TestHours(double hours)
{
var ticks = (long)(hours * TimeSpan.TicksPerHour);
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, hours);
}
[TestCase(-2147483648)] // Int32.MinValue
public void TestSeconds(int seconds)
{
var ticks = seconds * TimeSpan.TicksPerSecond;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, seconds.ToString());
}
[TestCase(-9223372036854775800, "NumberLong(\"-9223372036854775800\")")] // almost Int64.MinValue
public void TestNanoseconds(long nanoseconds, string jsonValue)
{
var ticks = nanoseconds / __nanosecondsPerTick;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, jsonValue);
}
public void TestSecondsUnderflow()
{
var ticks = TimeSpan.TicksPerSecond - 1;
TimeSpanSerializerTestsHelper <C> .TestUnderflow(ticks, "NumberLong(0)");
}
public void TestHoursUnderflow()
{
var ticks = TimeSpan.TicksPerHour - 1;
TimeSpanSerializerTestsHelper <C> .TestUnderflow(ticks, "0");
}
public void TestMicrosecondsUnderflow()
{
var ticks = __ticksPerMicrosecond - 1;
TimeSpanSerializerTestsHelper <C> .TestUnderflow(ticks, "NumberLong(0)");
}
[TestCase(-10675199)] // largest number of Days that can be represented by a TimeSpan
public void TestDays(int days)
{
var ticks = days * TimeSpan.TicksPerDay;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, days.ToString());
}
[TestCase(-256204778)] // largest number of hours that can be represented in a TimeSpan
public void TestHours(int hours)
{
var ticks = hours * TimeSpan.TicksPerHour;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, hours.ToString());
}
[TestCase(-922337203685.0)] // largest number of seconds that can be represented in a TimeSpan
public void TestSeconds(double seconds)
{
var ticks = (long)(seconds * TimeSpan.TicksPerSecond);
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, seconds);
}
[TestCase(-15372286728.0)] // largest number of minutes that can be represented in a TimeSpan
public void TestMinutes(double minutes)
{
var ticks = (long)(minutes * TimeSpan.TicksPerMinute);
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, minutes);
}
[TestCase(-922337203685477.0)] // largest number of milliseconds that can be represented in a TimeSpan
public void TestMilliseconds(double milliseconds)
{
var ticks = (long)(milliseconds * TimeSpan.TicksPerMillisecond);
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, milliseconds);
}
[TestCase(-256204778)] // largest number of hours that can be represented in a TimeSpan
public void TestHours(long hours)
{
var ticks = hours * TimeSpan.TicksPerHour;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, string.Format("NumberLong({0})", hours));
}
[TestCase(-2147483648)] // Int32.MinValue
public void TestMilliseconds(int milliseconds)
{
var ticks = milliseconds * TimeSpan.TicksPerMillisecond;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, milliseconds.ToString());
}
[TestCase(-922337203685477580, "NumberLong(\"-922337203685477580\")")] // largest number of microseconds that can be represented in a TimeSpan
public void TestMicroseconds(long microseconds, string jsonValue)
{
var ticks = microseconds * __ticksPerMicrosecond;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, jsonValue);
}
[TestCase(-2147483648)] // Int32.MinValue
public void TestMinutes(int minutes)
{
var ticks = minutes * TimeSpan.TicksPerMinute;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, minutes.ToString());
}
[TestCase(-15372286728, "NumberLong(\"-15372286728\")")] // largest number of minutes that can be represented in a TimeSpan
public void TestMinutes(long minutes, string jsonValue)
{
var ticks = minutes * TimeSpan.TicksPerMinute;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, jsonValue);
}
public void TestMinutesUnderflow()
{
var ticks = TimeSpan.TicksPerMinute - 1;
TimeSpanSerializerTestsHelper <C> .TestUnderflow(ticks, "0");
}
[TestCase(-922337203685, "NumberLong(\"-922337203685\")")] // largest number of seconds that can be represented in a TimeSpan
public void TestSeconds(long seconds, string jsonValue)
{
var ticks = seconds * TimeSpan.TicksPerSecond;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, jsonValue);
}
[TestCase(-2147483600)] // almost Int32.MinValue
public void TestNanoseconds(int nanoseconds)
{
var ticks = nanoseconds / __nanosecondsPerTick;
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, nanoseconds.ToString());
}
[TestCase(-9223372036854775808, "\"-10675199.02:48:05.4775808\"")] // long.MinValue
public void TestTicks(long ticks, string jsonValue)
{
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, jsonValue);
}
[TestCase(-10675199.116730064)] // largest number of Days that can be represented by a TimeSpan
public void TestDays(double days)
{
var ticks = (long)(days * TimeSpan.TicksPerDay);
TimeSpanSerializerTestsHelper <C> .TestValue(ticks, days);
}
