public ProgressWriter(long expectedTargetValue, OutputDevice output)
{
_expectedTargetValue = expectedTargetValue;
_out = output;
_progressDots = 0;
_startTime = DateTime.Now;
_lastEtaUpdate = DateTime.MinValue;
_etaWriter = new CancelWriter(_out);
ScreenWidth = DefaultScreenWidth;
}
public static void PrintFraction(long execTime, long number, OutputDevice output)
{
if (number == 0) {
output.Write(" -- ");
return;
}
long milli = execTime / number;
long micro = (execTime - number * milli) * 1000 / number;
PrintTime(milli, micro, output);
}
protected ShellApplication()
{
output = new ConsoleOutputDevice(System.Console.Out, true);
message = new ConsoleOutputDevice(System.Console.Error, false);
input = new ConsoleInputDevice();
dispatcher = new CommandDispatcher(this);
if (this is ISettingsHandler)
settings = new ApplicationSettings(this);
if (this is IPropertyHandler)
properties = new PropertyRegistry(this as IPropertyHandler);
if (this is IPluginHandler)
plugins = new ApplicationPlugins(this);
interruptHandler = new ApplicationInterruptionHandler(this);
}
public TableRenderer(ColumnDesign[] columns, OutputDevice output, string separator, bool enableHeader, bool enableFooter)
{
this.columns = columns;
this.output = output;
this.enableHeader = enableHeader;
this.enableFooter = enableFooter;
// we cache the rows in order to dynamically determine the
// output width of each column.
cacheRows = new ArrayList(MaxCacheElements);
alreadyFlushed = false;
writtenRows = 0;
colSeparator = " " + separator;
separatorWidth = separator.Length;
}
public CancelWriter(OutputDevice output)
{
_out = output;
_doWrite = _out.IsTerminal;
_writtenString = null;
}
/** print time to output device */
public static void PrintTime(long execTimeInMs, long usec, OutputDevice output)
{
long totalTime = execTimeInMs;
bool hourPrinted = false;
bool minutePrinted = false;
if (execTimeInMs > HourMillis)
{
output.Write(Convert.ToString(execTimeInMs / HourMillis));
output.Write("h ");
execTimeInMs %= HourMillis;
hourPrinted = true;
}
if (hourPrinted || execTimeInMs > MinuteMillis)
{
long minute = execTimeInMs / 60000;
if (hourPrinted && minute < 10)
{
output.Write("0"); // need padding.
}
output.Write(minute.ToString());
output.Write("m ");
execTimeInMs %= MinuteMillis;
minutePrinted = true;
}
if (minutePrinted || execTimeInMs >= SecondMillis)
{
long seconds = execTimeInMs / SecondMillis;
if (minutePrinted && seconds < 10)
{
output.Write("0"); // need padding.
}
output.Write(seconds.ToString());
output.Write(".");
execTimeInMs %= SecondMillis;
// milliseconds
if (execTimeInMs < 100)
{
output.Write("0");
}
if (execTimeInMs < 10)
{
output.Write("0");
}
output.Write(execTimeInMs.ToString());
}
else if (execTimeInMs > 0)
{
output.Write(execTimeInMs.ToString());
}
if (usec > 0)
{
if (totalTime > 0) // need delimiter and padding.
{
output.Write(".");
if (usec < 100)
{
output.Write("0");
}
if (usec < 10)
{
output.Write("0");
}
}
output.Write(usec.ToString());
}
else if (execTimeInMs == 0)
{
output.Write("0 ");
}
if (totalTime > MinuteMillis)
{
output.Write("s");
}
else if (totalTime >= SecondMillis)
{
output.Write(" ");
}
else if (totalTime > 0 && totalTime < SecondMillis)
{
output.Write(" m");
}
else if (totalTime == 0 && usec > 0)
{
output.Write(" µ");
}
else
{
output.Write("sec");
}
}
/** print time to output device */
public static void PrintTime(long execTimeInMs, OutputDevice output)
{
PrintTime(execTimeInMs, 0, output);
}
public CancelWriter(OutputDevice output)
{
_out = output;
_doWrite = _out.IsTerminal;
_writtenString = null;
}
public void SetPrompt(string text)
{
prompt = text;
// StringBuilder tmp = new StringBuilder();
// int emptyLength = prompt.Length;
// for (int i = emptyLength; i > 0; --i) {
// tmp.Append(' ');
// }
// emptyPrompt = tmp.ToString();
if (output == null)
output = new ConsoleOutputDevice(System.Console.Out, true);
if (message == null)
message = new ConsoleOutputDevice(System.Console.Error, false);
if (input == null)
input = new ConsoleInputDevice();
if (output is ConsoleOutputDevice)
(output as ConsoleOutputDevice).Prompt = prompt;
if (input is ConsoleInputDevice)
(input as ConsoleInputDevice).Prompt = prompt;
}
public void SetOutDevice(OutputDevice device)
{
if (device == null)
throw new ArgumentNullException("device");
if (device is ConsoleOutputDevice)
(device as ConsoleOutputDevice).Prompt = prompt;
output = device;
}
public void SetErrorDevice(OutputDevice device)
{
if (device == null)
throw new ArgumentNullException("device");
message = device;
}
public TableRenderer(ColumnDesign[] columns, OutputDevice output)
: this(columns, output, "|", true, true)
{
}
/** print time to output device */
public static void PrintTime(long execTimeInMs, long usec, OutputDevice output)
{
long totalTime = execTimeInMs;
bool hourPrinted = false;
bool minutePrinted = false;
if (execTimeInMs > HourMillis) {
output.Write(Convert.ToString(execTimeInMs / HourMillis));
output.Write("h ");
execTimeInMs %= HourMillis;
hourPrinted = true;
}
if (hourPrinted || execTimeInMs > MinuteMillis) {
long minute = execTimeInMs / 60000;
if (hourPrinted && minute < 10) {
output.Write("0"); // need padding.
}
output.Write(minute.ToString());
output.Write("m ");
execTimeInMs %= MinuteMillis;
minutePrinted = true;
}
if (minutePrinted || execTimeInMs >= SecondMillis) {
long seconds = execTimeInMs / SecondMillis;
if (minutePrinted && seconds < 10) {
output.Write("0"); // need padding.
}
output.Write(seconds.ToString());
output.Write(".");
execTimeInMs %= SecondMillis;
// milliseconds
if (execTimeInMs < 100)
output.Write("0");
if (execTimeInMs < 10)
output.Write("0");
output.Write(execTimeInMs.ToString());
} else if (execTimeInMs > 0) {
output.Write(execTimeInMs.ToString());
}
if (usec > 0) {
if (totalTime > 0) { // need delimiter and padding.
output.Write(".");
if (usec < 100)
output.Write("0");
if (usec < 10)
output.Write("0");
}
output.Write(usec.ToString());
} else if (execTimeInMs == 0) {
output.Write("0 ");
}
if (totalTime > MinuteMillis) {
output.Write("s");
} else if (totalTime >= SecondMillis)
output.Write(" ");
else if (totalTime > 0 && totalTime < SecondMillis)
output.Write(" m");
else if (totalTime == 0 && usec > 0)
output.Write(" µ");
else
output.Write("sec");
}
/** print time to output device */
public static void PrintTime(long execTimeInMs, OutputDevice output)
{
PrintTime(execTimeInMs, 0, output);
}
public TableRenderer(ColumnDesign[] columns, OutputDevice output)
: this(columns, output, "|", true, true)
{
}
