public static TdrError.ErrorType tdrIP2Str(ref TdrVisualBuf buf, uint ip)
{
string str = new IPAddress((long)ip).ToString();
object[] args = new object[] { str };
return(buf.sprintf("{0}", args));
}
public static TdrError.ErrorType printString(ref TdrVisualBuf buf, int indent, char sep, string variable, int arrIdx, byte[] bStr)
{
TdrError.ErrorType errorType = TdrError.ErrorType.TDR_NO_ERROR;
string text = string.Empty;
int num = TdrTypeUtil.cstrlen(bStr);
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = TdrBufUtil.printMultiStr(ref buf, " ", indent);
}
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
text = Encoding.get_ASCII().GetString(bStr, 0, num);
}
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = buf.sprintf("{0}[{1:d}]: {2}{3}", new object[]
{
variable,
arrIdx,
text,
sep
});
}
return(errorType);
}
public static TdrError.ErrorType printVariable(ref TdrVisualBuf buf, int indent, char sep, string variable, int arrIdx, bool withSep)
{
TdrError.ErrorType errorType = TdrBufUtil.printMultiStr(ref buf, " ", indent);
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
if (withSep)
{
errorType = buf.sprintf("{0}[{1:d}]{2}", new object[]
{
variable,
arrIdx,
sep
});
}
else
{
errorType = buf.sprintf("{0}[{1:d}]: ", new object[]
{
variable,
arrIdx
});
}
}
return(errorType);
}
public static TdrError.ErrorType printWString(ref TdrVisualBuf buf, int indent, char sep, string variable, int arrIdx, short[] str)
{
TdrError.ErrorType type = TdrError.ErrorType.TDR_NO_ERROR;
int num = TdrTypeUtil.wstrlen(str) + 1;
object[] args = new object[] { variable, arrIdx };
type = buf.sprintf("{0}[{1:d}]", args);
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
int num2 = TdrTypeUtil.wstrlen(str);
for (int i = 0; i < num2; i++)
{
object[] objArray2 = new object[] { str[i] };
type = buf.sprintf("0x{0:X4}", objArray2);
if (type != TdrError.ErrorType.TDR_NO_ERROR)
{
break;
}
}
}
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
object[] objArray3 = new object[] { sep };
type = buf.sprintf("{0}", objArray3);
}
return(type);
}
public static TdrError.ErrorType printWString(ref TdrVisualBuf buf, int indent, char sep, string variable, int arrIdx, short[] str)
{
int num = TdrTypeUtil.wstrlen(str) + 1;
TdrError.ErrorType errorType = buf.sprintf("{0}[{1:d}]", new object[]
{
variable,
arrIdx
});
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
int num2 = TdrTypeUtil.wstrlen(str);
for (int i = 0; i < num2; i++)
{
errorType = buf.sprintf("0x{0:X4}", new object[]
{
str[i]
});
if (errorType != TdrError.ErrorType.TDR_NO_ERROR)
{
break;
}
}
}
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = buf.sprintf("{0}", new object[]
{
sep
});
}
return(errorType);
}
public static TdrError.ErrorType tdrIP2Str(ref TdrVisualBuf buf, uint ip)
{
IPAddress iPAddress = new IPAddress((long)((ulong)ip));
string text = iPAddress.ToString();
return(buf.sprintf("{0}", new object[]
{
text
}));
}
public static TdrError.ErrorType tdrTime2Str(ref TdrVisualBuf buf, uint time)
{
TdrTime time2 = new TdrTime();
if (time2.parse(time) == TdrError.ErrorType.TDR_NO_ERROR)
{
object[] args = new object[] { time2.nHour, time2.bMin, time2.bSec };
return(buf.sprintf("{0:d2}:{1:d2}:{2:d2}", args));
}
return(TdrError.ErrorType.TDR_ERR_INVALID_TDRTIME_VALUE);
}
public static TdrError.ErrorType tdrDateTime2Str(ref TdrVisualBuf buf, ulong datetime)
{
TdrDateTime time = new TdrDateTime();
if (time.parse(datetime) == TdrError.ErrorType.TDR_NO_ERROR)
{
object[] args = new object[] { time.tdrDate.nYear, time.tdrDate.bMon, time.tdrDate.bDay, time.tdrTime.nHour, time.tdrTime.bMin, time.tdrTime.bSec };
return(buf.sprintf("{0:d4}-{1:d2}-{2:d2} {3:d2}:{4:d2}:{5:d2}", args));
}
return(TdrError.ErrorType.TDR_ERR_INVALID_TDRDATETIME_VALUE);
}
public static TdrError.ErrorType printArray(ref TdrVisualBuf buf, int indent, char sep, string variable, long count)
{
TdrError.ErrorType type = TdrError.ErrorType.TDR_NO_ERROR;
type = printMultiStr(ref buf, " ", indent);
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
object[] args = new object[] { variable, count };
type = buf.sprintf("{0}[0:{1:d}]: ", args);
}
return(type);
}
public static TdrError.ErrorType tdrDate2Str(ref TdrVisualBuf buf, uint date)
{
TdrDate date2 = new TdrDate();
if (date2.parse(date) == TdrError.ErrorType.TDR_NO_ERROR)
{
object[] args = new object[] { date2.nYear, date2.bMon, date2.bDay };
return(buf.sprintf("{0:d4}-{1:d2}-{2:d2}", args));
}
return(TdrError.ErrorType.TDR_ERR_INVALID_TDRDATE_VALUE);
}
public static TdrError.ErrorType printArray(ref TdrVisualBuf buf, int indent, char sep, string variable, long count)
{
TdrError.ErrorType errorType = TdrBufUtil.printMultiStr(ref buf, " ", indent);
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = buf.sprintf("{0}[0:{1:d}]: ", new object[]
{
variable,
count
});
}
return(errorType);
}
public static TdrError.ErrorType printMultiStr(ref TdrVisualBuf buf, string str, int times)
{
TdrError.ErrorType type = TdrError.ErrorType.TDR_NO_ERROR;
for (int i = 0; i < times; i++)
{
object[] args = new object[] { str };
type = buf.sprintf("{0}", args);
if (type != TdrError.ErrorType.TDR_NO_ERROR)
{
return(type);
}
}
return(type);
}
public static TdrError.ErrorType printVariable(ref TdrVisualBuf buf, int indent, char sep, string variable, int arrIdx, bool withSep)
{
TdrError.ErrorType type = TdrError.ErrorType.TDR_NO_ERROR;
type = printMultiStr(ref buf, " ", indent);
if (type != TdrError.ErrorType.TDR_NO_ERROR)
{
return(type);
}
if (withSep)
{
object[] objArray1 = new object[] { variable, arrIdx, sep };
return(buf.sprintf("{0}[{1:d}]{2}", objArray1));
}
object[] args = new object[] { variable, arrIdx };
return(buf.sprintf("{0}[{1:d}]: ", args));
}
public static TdrError.ErrorType printMultiStr(ref TdrVisualBuf buf, string str, int times)
{
TdrError.ErrorType errorType = TdrError.ErrorType.TDR_NO_ERROR;
for (int i = 0; i < times; i++)
{
errorType = buf.sprintf("{0}", new object[]
{
str
});
if (errorType != TdrError.ErrorType.TDR_NO_ERROR)
{
break;
}
}
return(errorType);
}
public static TdrError.ErrorType tdrDate2Str(ref TdrVisualBuf buf, uint date)
{
TdrDate tdrDate = new TdrDate();
TdrError.ErrorType result;
if (tdrDate.parse(date) == TdrError.ErrorType.TDR_NO_ERROR)
{
result = buf.sprintf("{0:d4}-{1:d2}-{2:d2}", new object[]
{
tdrDate.nYear,
tdrDate.bMon,
tdrDate.bDay
});
}
else
{
result = TdrError.ErrorType.TDR_ERR_INVALID_TDRDATE_VALUE;
}
return(result);
}
public static TdrError.ErrorType printTdrDate(ref TdrVisualBuf buf, int indent, char sep, string variable, int arrIdx, uint date)
{
TdrError.ErrorType type = TdrError.ErrorType.TDR_NO_ERROR;
type = printMultiStr(ref buf, " ", indent);
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
object[] args = new object[] { variable, arrIdx };
type = buf.sprintf("{0}[{1:d}]: ", args);
}
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
type = TdrTypeUtil.tdrDate2Str(ref buf, date);
}
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
object[] objArray2 = new object[] { sep };
type = buf.sprintf("{0}", objArray2);
}
return(type);
}
public static TdrError.ErrorType printVariable(ref TdrVisualBuf buf, int indent, char sep, string variable, int arrIdx, string format, params object[] args)
{
TdrError.ErrorType type = TdrError.ErrorType.TDR_NO_ERROR;
type = printMultiStr(ref buf, " ", indent);
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
object[] objArray1 = new object[] { variable, arrIdx };
type = buf.sprintf("{0}[{1:d}]: ", objArray1);
}
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
type = buf.sprintf(format, args);
}
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
object[] objArray2 = new object[] { sep };
type = buf.sprintf("{0}", objArray2);
}
return(type);
}
public static TdrError.ErrorType tdrTime2Str(ref TdrVisualBuf buf, uint time)
{
TdrTime tdrTime = new TdrTime();
TdrError.ErrorType result;
if (tdrTime.parse(time) == TdrError.ErrorType.TDR_NO_ERROR)
{
result = buf.sprintf("{0:d2}:{1:d2}:{2:d2}", new object[]
{
tdrTime.nHour,
tdrTime.bMin,
tdrTime.bSec
});
}
else
{
result = TdrError.ErrorType.TDR_ERR_INVALID_TDRTIME_VALUE;
}
return(result);
}
public static TdrError.ErrorType printString(ref TdrVisualBuf buf, int indent, char sep, string variable, int arrIdx, byte[] bStr)
{
TdrError.ErrorType type = TdrError.ErrorType.TDR_NO_ERROR;
string str = string.Empty;
int count = TdrTypeUtil.cstrlen(bStr);
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
type = printMultiStr(ref buf, " ", indent);
}
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
str = Encoding.ASCII.GetString(bStr, 0, count);
}
if (type == TdrError.ErrorType.TDR_NO_ERROR)
{
object[] args = new object[] { variable, arrIdx, str, sep };
type = buf.sprintf("{0}[{1:d}]: {2}{3}", args);
}
return(type);
}
public static TdrError.ErrorType printTdrDateTime(ref TdrVisualBuf buf, int indent, char sep, string variable, ulong datetime)
{
TdrError.ErrorType errorType = TdrBufUtil.printMultiStr(ref buf, " ", indent);
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = buf.sprintf("{0}: ", new object[]
{
variable
});
}
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = TdrTypeUtil.tdrDateTime2Str(ref buf, datetime);
}
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = buf.sprintf("{0}", new object[]
{
sep
});
}
return(errorType);
}
public static TdrError.ErrorType printVariable(ref TdrVisualBuf buf, int indent, char sep, string variable, string format, params object[] args)
{
TdrError.ErrorType errorType = TdrBufUtil.printMultiStr(ref buf, " ", indent);
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = buf.sprintf("{0}: ", new object[]
{
variable
});
}
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = buf.sprintf(format, args);
}
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = buf.sprintf("{0}", new object[]
{
sep
});
}
return(errorType);
}
public static TdrError.ErrorType tdrDateTime2Str(ref TdrVisualBuf buf, ulong datetime)
{
TdrDateTime tdrDateTime = new TdrDateTime();
TdrError.ErrorType result;
if (tdrDateTime.parse(datetime) == TdrError.ErrorType.TDR_NO_ERROR)
{
result = buf.sprintf("{0:d4}-{1:d2}-{2:d2} {3:d2}:{4:d2}:{5:d2}", new object[]
{
tdrDateTime.tdrDate.nYear,
tdrDateTime.tdrDate.bMon,
tdrDateTime.tdrDate.bDay,
tdrDateTime.tdrTime.nHour,
tdrDateTime.tdrTime.bMin,
tdrDateTime.tdrTime.bSec
});
}
else
{
result = TdrError.ErrorType.TDR_ERR_INVALID_TDRDATETIME_VALUE;
}
return(result);
}
public static TdrError.ErrorType printTdrTime(ref TdrVisualBuf buf, int indent, char sep, string variable, int arrIdx, uint time)
{
TdrError.ErrorType errorType = TdrBufUtil.printMultiStr(ref buf, " ", indent);
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = buf.sprintf("{0}[{1:d}]: ", new object[]
{
variable,
arrIdx
});
}
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = TdrTypeUtil.tdrTime2Str(ref buf, time);
}
if (errorType == TdrError.ErrorType.TDR_NO_ERROR)
{
errorType = buf.sprintf("{0}", new object[]
{
sep
});
}
return(errorType);
}
