static void _CustomWriteMicrosoftStyleWithOffset_ThunkWriter(ref ThunkWriter writer, long utcTicks, int hours, int minutes, char[] buffer)
{
const long EpochTicks = 621355968000000000L;
const long TicksToMilliseconds = 10000L;
writer.WriteValueConstant(ConstantString_Value.Date);
var delta = (utcTicks - EpochTicks) / TicksToMilliseconds;
_CustomWriteLong_ThunkWriter(ref writer, delta, buffer);
if (hours < 0 || minutes < 0)
{
writer.Write('-');
hours = -hours;
minutes = -minutes;
}
else
{
writer.Write('+');
}
var digits = DigitPairs[hours];
writer.Write(digits.First);
writer.Write(digits.Second);
digits = DigitPairs[minutes];
writer.Write(digits.First);
writer.Write(digits.Second);
writer.WriteValueConstant(ConstantString_Value.CloseDate);
}
static unsafe void _WriteEncodedStringWithNullsInlineUnsafe_ThunkWriter(ref ThunkWriter writer, string strRef)
{
if (strRef == null)
{
writer.WriteValueConstant(ConstantString_Value.Null);
return;
}
fixed (char* strFixed = strRef)
{
char* str = strFixed;
char c;
var len = strRef.Length;
while (len > 0)
{
c = *str;
str++;
len--;
if (c == '\\')
{
writer.WriteCommonConstant(ConstantString_Common.DoubleBackSlash);
continue;
}
if (c == '"')
{
writer.WriteFormattingConstant(ConstantString_Formatting.BackSlashQuote);
continue;
}
// This is converted into an IL switch, so don't fret about lookup times
switch (c)
{
case '\u0000': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_0000); continue;
case '\u0001': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_0001); continue;
case '\u0002': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_0002); continue;
case '\u0003': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_0003); continue;
case '\u0004': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_0004); continue;
case '\u0005': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_0005); continue;
case '\u0006': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_0006); continue;
case '\u0007': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_0007); continue;
case '\u0008': writer.WriteCommonConstant(ConstantString_Common.EscapeSequence_b); continue;
case '\u0009': writer.WriteCommonConstant(ConstantString_Common.EscapeSequence_t); continue;
case '\u000A': writer.WriteCommonConstant(ConstantString_Common.EscapeSequence_n); continue;
case '\u000B': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_000B); continue;
case '\u000C': writer.WriteCommonConstant(ConstantString_Common.EscapeSequence_f); continue;
case '\u000D': writer.WriteCommonConstant(ConstantString_Common.EscapeSequence_r); continue;
case '\u000E': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_000E); continue;
case '\u000F': writer.Write000EscapeConstant(ConstantString_000Escape.EscapeSequence_000F); continue;
case '\u0010': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_0010); continue;
case '\u0011': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_0011); continue;
case '\u0012': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_0012); continue;
case '\u0013': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_0013); continue;
case '\u0014': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_0014); continue;
case '\u0015': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_0015); continue;
case '\u0016': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_0016); continue;
case '\u0017': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_0017); continue;
case '\u0018': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_0018); continue;
case '\u0019': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_0019); continue;
case '\u001A': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_001A); continue;
case '\u001B': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_001B); continue;
case '\u001C': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_001C); continue;
case '\u001D': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_001D); continue;
case '\u001E': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_001E); continue;
case '\u001F': writer.Write001EscapeConstant(ConstantString_001Escape.EscapeSequence_001F); continue;
default: writer.Write(c); continue;
}
}
}
}
static void _CustomRFC1123_ThunkWriter(ref ThunkWriter writer, DateTime dt)
{
writer.WriteFormattingConstant(ConstantString_Formatting.Quote);
var dayOfWeek = (ConstantString_DaysOfWeek)(((byte)dt.DayOfWeek) * 3);
writer.WriteDayOfWeek(dayOfWeek);
writer.WriteFormattingConstant(ConstantString_Formatting.CommaSpace);
{
var day = DigitPairs[dt.Day];
writer.Write(day.First);
writer.Write(day.Second);
writer.WriteFormattingConstant(ConstantString_Formatting.Space);
}
// compiles as a switch
// not converted to a ConstantString_* enum because you can't pack these such that
// they fit in a cache line
switch (dt.Month)
{
case 1: writer.Write("Jan "); break;
case 2: writer.Write("Feb "); break;
case 3: writer.Write("Mar "); break;
case 4: writer.Write("Apr "); break;
case 5: writer.Write("May "); break;
case 6: writer.Write("Jun "); break;
case 7: writer.Write("Jul "); break;
case 8: writer.Write("Aug "); break;
case 9: writer.Write("Sep "); break;
case 10: writer.Write("Oct "); break;
case 11: writer.Write("Nov "); break;
case 12: writer.Write("Dec "); break;
}
{
var year = dt.Year;
var firstHalfYear = DigitPairs[year / 100];
writer.Write(firstHalfYear.First);
writer.Write(firstHalfYear.Second);
var secondHalfYear = DigitPairs[year % 100];
writer.Write(secondHalfYear.First);
writer.Write(secondHalfYear.Second);
writer.WriteFormattingConstant(ConstantString_Formatting.Space);
}
{
var hour = DigitPairs[dt.Hour];
writer.Write(hour.First);
writer.Write(hour.Second);
writer.WriteFormattingConstant(ConstantString_Formatting.Colon);
}
{
var minute = DigitPairs[dt.Minute];
writer.Write(minute.First);
writer.Write(minute.Second);
writer.WriteFormattingConstant(ConstantString_Formatting.Colon);
}
{
var second = DigitPairs[dt.Second];
writer.Write(second.First);
writer.Write(second.Second);
}
writer.WriteValueConstant(ConstantString_Value.SpaceGMTQuote);
}