// #############################################################################################
// file IO
// #############################################################################################
/** ****************************************************************************************
* Clears all configuration data and reads the file. It might happen that lines are
* ignored or otherwise marked as faulty. All numbers of such lines get collected in
* field LinesWithReadErrors.
* @return Returns the #Status of the operation.
******************************************************************************************/
public IniFile.Status ReadFile()
{
Reset();
LastStatus= Status.OK;
// read all variables
StreamReader file;
try
{
file= new StreamReader( FileName.ToString() );
}
catch( Exception )
{
return LastStatus= Status.ERROR_OPENING_FILE;
}
String lineS;
AString name= new AString();
AString value= new AString();
AString comments= new AString();
Section actSection= (IniFile.Section) Sections[0];
Substring line= new Substring();
int lineNo= 0;
bool fileHeaderRead= false;
char[] separatorCharacters= value._( "=" )._( CString.DefaultWhitespaces )
.ToString().ToCharArray();
LinesWithReadErrors.Clear();
while ( (lineS= file.ReadLine()) != null )
{
lineNo++;
bool isEmpty= line.Set( lineS ).Trim().IsEmpty();
bool isCommentLine= startsWithCommentSymbol( line );
if ( isCommentLine )
{
if ( comments.IsNotEmpty() )
comments.NewLine();
comments._(line);
continue;
}
// still processing file header?
if ( !fileHeaderRead )
{
fileHeaderRead= true;
FileComments._()._( comments );
comments.Clear();
}
// empty line?
if ( isEmpty )
{
if ( comments.IsNotEmpty() )
comments.NewLine();
continue;
}
// section line
if ( line.Consume( '[' ) )
{
fileHeaderRead= true;
// we do not care if there is no closing bracket. But if there is one, we remove it.
if( !line.ConsumeFromEnd(']') )
LinesWithReadErrors.Add( lineNo );
// search the section in our section list (if section existed already, new comments
// are dropped)
actSection= (IniFile.Section) SearchOrCreateSection( line, comments);
comments.Clear();
continue;
}
// variable line?
value.Clear();
int idx= line.IndexOfAny( separatorCharacters, Inclusion.Include );
if( idx < 0 )
{
name._()._( line );
line.Clear();
}
else
{
name._()._( line.Buf, line.Start, idx );
line.Consume( idx );
value._(line);
}
// read continues as long as lines end with '\' (must not be '\\')
while ( line.CharAtEnd() == '\\'
&& line.CharAtEnd(1) != '\\' )
{
value.NewLine();
if ( (lineS= file.ReadLine()) == null )
{
// last line of the file ended with '\' !
line.Clear();
break;
}
line.Set( lineS ).TrimEnd();
value._( line );
}
// insert entry with raw value
{
IniFile.Entry entry= (IniFile.Entry) actSection.GetEntry( name, true );
entry.Values .Clear();
entry.Comments._()._( comments );
entry.RawValue._()._( value );
// if there is just no raw value, we add an empty string to the entries' values
if ( value.IsEmpty() )
entry.Values.Add( new AString() );
}
comments.Clear();
}
file.Close();
return LastStatus;
}
/** ****************************************************************************************
* Searches in the values of this variable for the pattern
* <c>attrName = result</c> and
* sets parameter \p result to the string following this pattern.
*
* @param attrName The name of the attribute searched.
* @param[out] result A substring with the result.
* @param attrDelim The delimiter to search for. Defaults to '='.
* @return \c true if the attribute was found, \c false otherwise.
******************************************************************************************/
public bool GetAttribute( String attrName, Substring result, char attrDelim= '=' )
{
for ( int i= 0; i< Size(); i++ )
{
result.Set( GetString(i ) );
if ( result.Consume( attrName, Case.Ignore, Whitespaces.Trim )
&& result.Consume( attrDelim, Case.Ignore, Whitespaces.Trim ) )
{
result.Trim();
return true;
}
}
return false;
}
/** ********************************************************************************************
* Processes the next command found in the format string, by writing formatted information
* into the given buffer.
* The given Substring holds the next command. When method returns, the command is cut
* from the front.
*
* @param logger The logger that we are embedded in.
* @param domain The <em>Log Domain</em>.
* @param verbosity The verbosity. This has been checked to be active already on this
* stage and is provided to be able to be logged out only.
* @param scope Information about the scope of the <em>Log Statement</em>..
* @param dest The buffer to write meta information into.
* @param variable The variable to read (may have more characters appended)
*
* @return The number of tab sequences that were written (by adding ESC::TAB to the buffer).
**********************************************************************************************/
protected virtual int processVariable( TextLogger logger, Domain domain, Verbosity verbosity,
ScopeInfo scope, AString dest, Substring variable )
{
// process commands
char c2;
switch ( variable.Consume() )
{
// scope info
case 'S':
{
// read sub command
AString val;
switch( c2= variable.Consume() )
{
case 'P': // SP: full path
{
int length;
String path= scope.GetFullPath( out length );
if ( length > 0 )
{
dest._( path, 0, length );
return 0;
}
val= NoSourceFileInfo;
} break;
case 'p': // Sp: trimmed path
{
val= scope.GetTrimmedPath();
if ( val.IsEmpty() )
val= NoSourceFileInfo;
} break;
case 'F': // file name
{
val= scope.GetFileName();
if ( val.IsEmpty() )
val= NoSourceFileInfo;
} break;
case 'f': // file name without extension
{
val= scope.GetFileNameWithoutExtension();
if ( val.IsEmpty() )
val= NoSourceFileInfo;
} break;
case 'M': // method name
{
String method= scope.GetMethod();
if ( method.Length == 0 )
dest._( NoMethodInfo );
else
dest._( method );
return 0;
}
case 'L': // line number
{
dest._( scope.GetLineNumber() );
return 0;
}
default:
{
if( !warnedOnce )
{
warnedOnce= true;
ALIB.WARNING( "Unknown format variable '%S" + c2 + "\' (only one warning)" );
}
dest._( "%ERROR" );
return 0;
}
}
dest._( val );
return 0;
}
// %Tx: Time
case 'T':
{
// read sub command
c2= variable.Consume();
// %TD: Date
if ( c2 == 'D' )
{
// get time stamp as DateTime once
if ( callerDateTime == null )
callerDateTime= scope.GetTimeStamp().InDotNetDateTime();
// avoid the allocation of a) a StringBuilder (yes, a string builder is allocated inside StringBuilder.AppendFormat!)
// and b) a DateTime object, if the format is the unchanged standard. And it is faster anyhow.
if ( DateFormat.Equals( "yyyy-MM-dd" ) )
{
dest ._( callerDateTime.Value.Year, 4 )._( '-' )
._( callerDateTime.Value.Month, 2 )._( '-' )
._( callerDateTime.Value.Day, 2 );
}
// support user defined standards
else
{
// detect changes of format string since last log
if ( detectDateFormatChanges != DateFormat )
{
detectDateFormatChanges= DateFormat;
dateFormatString= "{0:" + DateFormat + "}";
}
// get date string from system and append to log buffer
formatSB.Clear();
formatSB.AppendFormat( CultureInfo.InvariantCulture, dateFormatString, callerDateTime );
dest._( formatSB );
}
}
// %TT: Time of Day
else if ( c2 == 'T' )
{
// get time stamp as DateTime once
if ( callerDateTime == null )
callerDateTime= scope.GetTimeStamp().InDotNetDateTime();
// avoid the allocation of a) a StringBuilder (yes, a string builder is allocated inside StringBuilder.AppendFormat!)
// and b) a DateTime object, if the format is the unchanged standard. And it is faster anyhow.
if ( TimeOfDayFormat.Equals( "HH:mm:ss" ) )
{
dest ._( callerDateTime.Value.Hour, 2 )._( ':' )
._( callerDateTime.Value.Minute, 2 )._( ':' )
._( callerDateTime.Value.Second, 2 );
}
// support user defined standards
else
{
// detect changes of format string since last log
if ( detectTimeOfDayFormatChanges != TimeOfDayFormat )
{
detectTimeOfDayFormatChanges= TimeOfDayFormat;
timeOfDayFormatString= "{0:" + TimeOfDayFormat + "}";
}
// get time string from system and append to log buffer
formatSB.Clear();
formatSB.AppendFormat( CultureInfo.InvariantCulture, timeOfDayFormatString, callerDateTime);
dest ._( formatSB );
}
}
// %TC: Time elapsed since created
else if ( c2 == 'C' )
{
elapsedTime.Set( scope.GetTimeStamp() );
elapsedTime.Sub( logger.TimeOfCreation );
if( MaxElapsedTime.Raw() < elapsedTime.Raw() )
MaxElapsedTime.Set( elapsedTime );
long maxElapsedSecs= MaxElapsedTime.InSeconds();
TimeSpan elapsed= new TimeSpan( elapsedTime.Raw() );
if ( maxElapsedSecs >= 60*60*24 ) dest._( elapsed.Days )._NC( TimeElapsedDays );
if ( maxElapsedSecs >= 60*60 ) dest._( elapsed.Hours , maxElapsedSecs >= 60*60*10 ? 2 : 1 )._( ':' );
if ( maxElapsedSecs >= 60 ) dest._( elapsed.Minutes, maxElapsedSecs >= 10*60 ? 2 : 1 )._( ':' );
dest._( elapsed.Seconds, maxElapsedSecs > 9 ? 2 : 1 )._NC( '.' );
dest._( elapsed.Milliseconds, 3 );
}
// %TL: Time elapsed since last log call
else if ( c2 == 'L' )
writeTimeDiff( dest, scope.GetTimeStamp().Since(logger.TimeOfLastLog).InNanos() );
else
{
if( !warnedOnce )
{
warnedOnce= true;
ALIB.WARNING( "Unknown format variable '%T" + c2 + "\' (only one warning)" );
}
dest._( "%ERROR" );
}
return 0;
}
// thread name / ID
case 't':
{
c2= variable.Consume();
if ( c2 == 'N' )
{
dest.Field()
._( scope.GetThreadName() )
.Field( logger.AutoSizes.Next( scope.GetThreadName().Length(), 0 ), Alignment.Center );
}
else if ( c2 == 'I' )
{
tmpAString._()._( scope.GetThreadID() );
dest.Field()
._( tmpAString )
.Field( logger.AutoSizes.Next( tmpAString .Length(), 0 ), Alignment.Center );
}
else
{
if( !warnedOnce )
{
warnedOnce= true;
ALIB.WARNING( "Unknown format variable '%t" + c2 + "\' (only one warning)" );
}
dest._( "%ERROR" );
}
return 0;
}
case 'L':
{
c2= variable.Consume();
if ( c2 == 'G' ) dest._NC( logger.GetName() );
else if ( c2 == 'X' ) dest._NC( scope.GetLoxName() );
else
{
if( !warnedOnce )
{
warnedOnce= true;
ALIB.WARNING( "Unknown format variable '%L" + c2 + "\' (only one warning)" );
}
dest._( "%ERROR" );
return 0;
}
return 0;
}
case 'P':
{
dest._NC( Util.GetProcessName() );
return 0;
}
case 'V': dest._ ( verbosity == Verbosity.Error ? VerbosityError
: verbosity == Verbosity.Warning ? VerbosityWarning
: verbosity == Verbosity.Info ? VerbosityInfo
: VerbosityVerbose );
return 0;
case 'D':
{
dest.Field()._( domain.FullPath ).Field( logger.AutoSizes.Next( domain.FullPath.Length(), 0 ), Alignment.Left );
return 0;
}
case '#': dest._( logger.CntLogs, LogNumberMinDigits );
return 0;
// A: Auto tab
case 'A':
{
// read extra space from format string
int oldStart= variable.Start;
int extraSpace; variable.ConsumeInteger( out extraSpace );
if ( oldStart == variable.Start )
extraSpace= 1;
// insert ESC code to jump to next tab level
extraSpace= Math.Min( extraSpace, 10 + ('Z'-'A') );
char escNo= extraSpace < 10 ? (char) ( '0' + extraSpace )
: (char) ( 'A' + extraSpace );
dest._( "\x1Bt" )._( escNo );
return 1;
}
default:
{
if( !warnedOnce )
{
warnedOnce= true;
ALIB.WARNING( "Unknown format variable \'" + variable.Buf[variable.Start - 1] + "\'" );
}
dest._( "%ERROR" );
}
return 0;
}
}
bool Load( Variable variable, bool searchOnly= false )
{
if ( args == null )
return false;
int optionLength= variable.Fullname.Length();
Substring actVar= new Substring();
for ( int i= 0; i < args.Length ; i++ )
{
// remove whitespaces (if somebody would work with quotation marks...)
// and request '-' and allow a second '-'
if ( !actVar.Set( args[i] ).Trim().Consume('-') )
continue;
actVar.Consume( '-' );
if ( variable.Fullname.CompareTo( args[i], Case.Ignore, actVar.Start, optionLength, 0, optionLength ) == 0)
{
//again, lets trim before searching the = sign (really almost unnecessary)
actVar.Start+= optionLength;
if ( actVar.IsEmpty() )
{
if ( !searchOnly )
variable.AddString();
return true;
}
if ( actVar.Consume( '=', Case.Sensitive, Whitespaces.Trim ) )
{
if ( !searchOnly )
{
actVar.Trim();
StringConverter.LoadFromString( variable, actVar );
}
return true;
}
}
}
return false;
}
// #############################################################################################
// Internals
// #############################################################################################
/** ****************************************************************************************
* Internal, recursive helper of #Find.
*
* @param domainPath Path to search.
* @param sensitivity Denotes if domain name search is treated case sensitive or not.
* @param maxCreate The maximum number of sub domains that are created if not
* found at the end of the path.
* @param[out] wasCreated Output parameter that is set \c true if domain was not found
* and hence created.
* @return The domain found or created.
******************************************************************************************/
protected Domain findRecursive( Substring domainPath, Case sensitivity,
int maxCreate, ref bool wasCreated )
{
//--- get act sub-name and rest of path
domainPath.Consume( Separator );
int endSubName= domainPath.IndexOf( Separator );
ALIB.ASSERT_ERROR( endSubName != 0, "Internal Error" );
// find end of actual domain name and save rest
Substring restOfDomainPath= tSubstring2;
restOfDomainPath.SetNull();
if ( endSubName > 0 )
domainPath.Split( endSubName, restOfDomainPath, 1 );
// search sub-domain
Domain subDomain= null;
// "."
if( domainPath.Equals( "." ) )
subDomain= this;
// ".."
else if( domainPath.Equals( ".." ) )
subDomain= Parent != null ? Parent : this;
// search in sub-domain
else
{
int i;
bool fixedOnce= false;
for(;;)
{
for( i= 0; i< SubDomains.Count; i++ )
{
int comparison= SubDomains[i].Name.CompareTo( domainPath, sensitivity );
if( comparison >= 0 )
{
if ( comparison == 0 )
subDomain= SubDomains[i];
break;
}
}
// domain found?
if ( subDomain != null )
break;
// try and fix name
if( !fixedOnce )
{
fixedOnce= true;
bool illegalCharacterFound= false;
for( int cp= 0; cp< domainPath.Length() ; ++cp )
{
char c= domainPath.CharAt(cp);
if ( c < '-' || c > 'z'
|| c == '<' || c == '>'
|| c == '[' || c == ']'
|| c == '=' || c == '?' || c == ';' || c == ':'
|| c == '\\'|| c == '\''|| c == '.' || c == ','
)
{
illegalCharacterFound= true;
domainPath.Buf[domainPath.Start + cp]= '#';
}
}
if ( illegalCharacterFound )
continue;
}
// create
if ( maxCreate == 0 )
return null;
wasCreated= true;
SubDomains.Insert( i, subDomain= new Domain( this, new AString( domainPath ) ) );
maxCreate--;
if ( maxCreate == 0 )
return subDomain;
break;
}
}
// recursion?
if ( restOfDomainPath.IsNotEmpty() )
{
domainPath.Set( restOfDomainPath );
return subDomain.findRecursive( domainPath, sensitivity, maxCreate, ref wasCreated );
}
// that's it
return subDomain;
}
public void _()
{
// append char[]
{
AString ms= new AString(); char[] csNull= null; char[] csEmpty= "".ToCharArray();
ms._( csNull ); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._( csEmpty); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNotNull() );
ms.SetNull(); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._("1234567".ToCharArray()); UT_EQ ( ms.Capacity(), 16 ); UT_EQ( "1234567", ms );
ms._("89" .ToCharArray()); UT_TRUE( ms.Length()> 7 ); UT_EQ( "123456789", ms );
char[] t= "0123456789".ToCharArray();
ms.Clear()._ ( t, 5); UT_EQ( ms, "56789" );
ms.Clear()._ ( t, 5, 100); UT_EQ( ms, "56789" );
ms.Clear()._ ( t, -5); UT_EQ( ms, "0123456789" );
ms.Clear()._ ( t, -5, 3); UT_EQ( ms, "" );
ms.Clear()._ ( t, 50, 3); UT_EQ( ms, "" );
ms.Clear()._ ( t, 10, 3); UT_EQ( ms, "" );
ms.Clear()._ ( t, -5, 10); UT_EQ( ms, "01234" );
ms.Clear()._ ( t, -5, 100); UT_EQ( ms, "0123456789" );
// _NC
ms.SetNull(); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._NC( csEmpty,0,0); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms.Clear()._NC( t, 5,3); UT_EQ( ms, "567" );
}
// append AString
{
AString ms= new AString(); AString asNull= null; AString asEmpty= new AString(""); AString t= new AString( "012" );
ms._( asNull ); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._( asEmpty); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNotNull() );
ms.SetNull(); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._( t ); UT_EQ ( ms.Capacity(), 16 ); UT_EQ( "012" , ms );
ms._( t ); UT_TRUE( ms.Length()> 3 ); UT_EQ( "012012", ms );
t.Clear()._( "0123456789" );
ms.Clear()._ ( t, 5); UT_EQ( ms, "56789" );
ms.Clear()._ ( t, 5, 100); UT_EQ( ms, "56789" );
ms.Clear()._ ( t, -5); UT_EQ( ms, "0123456789" );
ms.Clear()._ ( t, -5, 3); UT_EQ( ms, "" );
ms.Clear()._ ( t, 50, 3); UT_EQ( ms, "" );
ms.Clear()._ ( t, 10, 3); UT_EQ( ms, "" );
ms.Clear()._ ( t, -5, 10); UT_EQ( ms, "01234" );
ms.Clear()._ ( t, -5, 100); UT_EQ( ms, "0123456789" );
ms.Clear()._NC( t ); UT_EQ( ms, "0123456789" );
ms.Clear()._NC( t, 1, 9 ); UT_EQ( ms, "123456789" );
ms.Clear()._NC( t, 1, 2 ); UT_EQ( ms, "12" );
ms.Clear()._NC( t, 1, 8 ); UT_EQ( ms, "12345678" );
ms.Clear()._NC( t, 1, 9 ); UT_EQ( ms, "123456789" );
ms.Clear()._NC( t, 5, 5 ); UT_EQ( ms, "56789" );
// _NC
ms.SetNull(); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._NC( asEmpty); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms.Clear()._NC( t, 5, 3); UT_EQ( ms, "567" );
}
// append Substring
{
AString ms= new AString(); Substring ssNull= null; Substring ssEmpty= new Substring( "" ); Substring t= new Substring( "01234" );
ms._( ssNull ); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._( ssEmpty); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNotNull() );
ms.SetNull(); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._( t ); UT_EQ ( ms.Capacity(), 16 ); UT_EQ( "01234" , ms );
ms._( t ); UT_TRUE( ms.Length()> 5 ); UT_EQ( "0123401234", ms );
t.Consume(); ms.Clear()._( t ); UT_EQ( ms, "1234" );
t.Consume(); ms.Clear()._( t ); UT_EQ( ms, "234" );
t.ConsumeFromEnd(); ms.Clear()._( t ); UT_EQ( ms, "23" );
// _NC
ms.SetNull(); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._NC( ssEmpty ); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms.Clear()._NC( t); UT_EQ( ms, "23" );
}
// append String
{
AString ms= new AString(); String sEmpty= ""; String t= "012";
ms._( sEmpty); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNotNull() );
ms.SetNull(); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._( t ); UT_EQ ( ms.Capacity(), 16 ); UT_EQ( "012" , ms );
ms._( t ); UT_TRUE( ms.Length()> 3 ); UT_EQ( "012012", ms );
t= "0123456789";
ms.Clear()._( t, 5); UT_EQ( ms, "56789" );
ms.Clear()._( t, 5, 100); UT_EQ( ms, "56789" );
ms.Clear()._( t, -5); UT_EQ( ms, "0123456789" );
ms.Clear()._( t, -5, 3); UT_EQ( ms, "" );
ms.Clear()._( t, 50, 3); UT_EQ( ms, "" );
ms.Clear()._( t, 10, 3); UT_EQ( ms, "" );
ms.Clear()._( t, -5, 10); UT_EQ( ms, "01234" );
ms.Clear()._( t, -5, 100); UT_EQ( ms, "0123456789" );
// _NC
ms.SetNull(); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms._NC( sEmpty ); UT_EQ ( ms.Length(), 0 ); UT_TRUE( ms.IsNull() );
ms.Clear()._NC( t); UT_EQ( ms, "0123456789" );
ms.Clear()._NC( t ,2,3); UT_EQ( ms, "234" );
}
// append String Builders
{
AString ms= new AString(); StringBuilder t= new StringBuilder( "012");
ms._( t ); UT_EQ ( ms.Capacity(), 16 ); UT_EQ( "012" , ms );
ms._( t ); UT_TRUE( ms.Length()> 3 ); UT_EQ( "012012", ms );
t.Clear().Append("0123456789");
ms.Clear()._( t, 5); UT_EQ( ms, "56789" );
ms.Clear()._( t, 5, 100); UT_EQ( ms, "56789" );
ms.Clear()._( t, -5); UT_EQ( ms, "0123456789" );
ms.Clear()._( t, -5, 3); UT_EQ( ms, "" );
ms.Clear()._( t, 50, 3); UT_EQ( ms, "" );
ms.Clear()._( t, 10, 3); UT_EQ( ms, "" );
ms.Clear()._( t, -5, 10); UT_EQ( ms, "01234" );
ms.Clear()._( t, -5, 100); UT_EQ( ms, "0123456789" );
}
}
void InternalizeValue( Substring src, AString dest )
{
src.Trim();
bool inUnquoted= true;
bool inQuote= false;
bool lastWasSlash= false;
while( src.IsNotEmpty() )
{
char c= src.Consume();
if( lastWasSlash )
{
lastWasSlash= false;
char escChr= c == '\\' ? '\\' :
c == 'n' ? '\n' :
c == 'r' ? '\r' :
c == 't' ? '\t' :
c == '"' ? '"' : c;
dest._(escChr);
continue;
}
if( c== '\\' )
{
lastWasSlash= true;
continue;
}
if( c== '"' )
{
inQuote= !inQuote;
inUnquoted= false;
continue;
}
if( inQuote || inUnquoted )
{
dest._(c);
continue;
}
if( CString.IndexOf( CString.DefaultWhitespaces, c) >= 0 )
continue;
inUnquoted= true;
dest._(c);
}
}
public void Consume()
{
// null substring
{
Substring s= new Substring();
Substring r= new Substring("oldval");
UT_EQ( '\0', s.Consume ( ) );
UT_EQ( 0, s.Consume ( 0 , r) ); UT_TRUE(r.IsNull());
UT_EQ( 0, s.Consume ( 5 , r) ); UT_TRUE(r.IsNull());
UT_EQ( false, s.Consume ( 'a' ) );
UT_EQ( false, s.Consume ( "word" ) );
UT_EQ( '\0', s.ConsumeFromEnd( ) );
UT_EQ( 0, s.ConsumeFromEnd( 0 ) );
UT_EQ( 0, s.ConsumeFromEnd( 5 ) );
UT_EQ( false, s.ConsumeFromEnd( 'a' ) );
UT_EQ( false, s.ConsumeFromEnd( "word" ) );
}
// empty substring
{
Substring s= new Substring("aaaaaaaaaaaa");
Substring r= new Substring("oldval");
s.Start= 5;
s.End= 4;
UT_EQ( '\0', s.Consume ( ) );
UT_EQ( 0, s.Consume ( 0 ,r ) ); UT_TRUE( r.IsNotNull()); UT_TRUE(r.IsEmpty());
UT_EQ( 0, s.Consume ( 5 ,r ) ); UT_TRUE( r.IsNotNull()); UT_TRUE(r.IsEmpty());
UT_EQ( false, s.Consume ( 'a' ) );
UT_EQ( false, s.Consume ( "word" ) );
UT_EQ( '\0', s.ConsumeFromEnd( ) );
UT_EQ( 0, s.ConsumeFromEnd( 0 ) );
UT_EQ( 0, s.ConsumeFromEnd( 5 ) );
UT_EQ( false, s.ConsumeFromEnd( 'a' ) );
UT_EQ( false, s.ConsumeFromEnd( "word" ) );
}
// substring of length 1
{
Substring s= new Substring("aaaaaaaaaaaa");
Substring r= new Substring("oldval");
s.Start= s.End= 5; UT_EQ( 'a', s.Consume ( ) ); UT_EQ( 0, s.Length() );
s.Start= s.End= 5; UT_EQ( 1, s.Consume ( 0 ) ); UT_EQ( 1, s.Length() );
s.Start= s.End= 5; UT_EQ( 0, s.Consume ( 1 , r ) ); UT_EQ( 0, s.Length() ); UT_TRUE(r.Equals("a"));
s.Start= s.End= 5; UT_EQ( 0, s.Consume ( 5 , r ) ); UT_EQ( 0, s.Length() ); UT_TRUE(r.Equals("a"));
s.Start= s.End= 5; UT_EQ( true, s.Consume ( 'a' ) ); UT_EQ( 0, s.Length() );
s.Start= s.End= 5; UT_EQ( false, s.Consume ( 'b' ) ); UT_EQ( 1, s.Length() );
s.Start= s.End= 5; UT_EQ( false, s.Consume ( "word" ) ); UT_EQ( 1, s.Length() );
s.Start= s.End= 5; UT_EQ( 'a', s.ConsumeFromEnd( ) ); UT_EQ( 0, s.Length() );
s.Start= s.End= 5; UT_EQ( 1, s.ConsumeFromEnd( 0 ) ); UT_EQ( 1, s.Length() );
s.Start= s.End= 5; UT_EQ( 0, s.ConsumeFromEnd( 1 ) ); UT_EQ( 0, s.Length() );
s.Start= s.End= 5; UT_EQ( 0, s.ConsumeFromEnd( 5 ) ); UT_EQ( 0, s.Length() );
s.Start= s.End= 5; UT_EQ( true, s.ConsumeFromEnd( 'a' ) ); UT_EQ( 0, s.Length() );
s.Start= s.End= 5; UT_EQ( false, s.ConsumeFromEnd( 'b' ) ); UT_EQ( 1, s.Length() );
s.Start= s.End= 5; UT_EQ( false, s.ConsumeFromEnd( "word" ) ); UT_EQ( 1, s.Length() );
}
// substring of length 2
{
Substring s= new Substring("12ab3456");
Substring r= new Substring("oldval");
s.Start= 2; s.End= 3; UT_EQ( 'a', s.Consume ( ) ); UT_EQ( 1, s.Length() );
UT_EQ( 'b', s.Consume ( ) ); UT_EQ( 0, s.Length() );
s.Start= 2; s.End= 3; UT_EQ( 'b', s.ConsumeFromEnd( ) ); UT_EQ( 1, s.Length() );
UT_EQ( 'a', s.ConsumeFromEnd( ) ); UT_EQ( 0, s.Length() );
s.Start= 2; s.End= 3; UT_EQ( 2, s.Consume ( 0 , r ) ); UT_EQ( 2, s.Length() ); UT_TRUE(r.IsNotNull()); UT_TRUE(r.IsEmpty());
s.Start= 2; s.End= 3; UT_EQ( 1, s.Consume ( 1 , r ) ); UT_EQ( 1, s.Length() ); UT_TRUE(r.Equals("a"));
s.Start= 2; s.End= 3; UT_EQ( 0, s.Consume ( 2 , r ) ); UT_EQ( 0, s.Length() ); UT_TRUE(r.Equals("ab"));
s.Start= 2; s.End= 3; UT_EQ( 0, s.Consume ( 3 , r ) ); UT_EQ( 0, s.Length() ); UT_TRUE(r.Equals("ab"));
s.Start= 2; s.End= 3; UT_EQ( 2, s.ConsumeFromEnd( 0 , r ) ); UT_EQ( 2, s.Length() ); UT_TRUE(r.IsNotNull()); UT_TRUE(r.IsEmpty());
s.Start= 2; s.End= 3; UT_EQ( 1, s.ConsumeFromEnd( 1 , r ) ); UT_EQ( 1, s.Length() ); UT_TRUE(r.Equals("b"));
s.Start= 2; s.End= 3; UT_EQ( 0, s.ConsumeFromEnd( 2 , r ) ); UT_EQ( 0, s.Length() ); UT_TRUE(r.Equals("ab"));
s.Start= 2; s.End= 3; UT_EQ( 0, s.ConsumeFromEnd( 3 , r ) ); UT_EQ( 0, s.Length() ); UT_TRUE(r.Equals("ab"));
s.Start= 2; s.End= 3; UT_EQ( false, s.Consume ( 'b' ) ); UT_EQ( 2, s.Length() );
UT_EQ( true, s.Consume ( 'a' ) ); UT_EQ( 1, s.Length() );
UT_EQ( true, s.Consume ( 'b' ) ); UT_EQ( 0, s.Length() );
UT_EQ( false, s.Consume ( 'a' ) ); UT_EQ( 0, s.Length() );
UT_EQ( false, s.Consume ( 'b' ) ); UT_EQ( 0, s.Length() );
s.Start= 2; s.End= 3; UT_EQ( false, s.ConsumeFromEnd( 'a' ) ); UT_EQ( 2, s.Length() );
UT_EQ( true, s.ConsumeFromEnd( 'b' ) ); UT_EQ( 1, s.Length() );
UT_EQ( true, s.ConsumeFromEnd( 'a' ) ); UT_EQ( 0, s.Length() );
UT_EQ( false, s.ConsumeFromEnd( 'b' ) ); UT_EQ( 0, s.Length() );
UT_EQ( false, s.ConsumeFromEnd( 'a' ) ); UT_EQ( 0, s.Length() );
s.Start= 2; s.End= 3; UT_EQ( false, s.Consume ( "word" ) ); UT_EQ( 2, s.Length() );
s.Start= 2; s.End= 3; UT_EQ( false, s.Consume ( "AB" ) ); UT_EQ( 2, s.Length() );
s.Start= 2; s.End= 3; UT_EQ( true, s.Consume ( "ab" ) ); UT_EQ( 0, s.Length() );
s.Start= 2; s.End= 3; UT_EQ( false, s.ConsumeFromEnd( "word" ) ); UT_EQ( 2, s.Length() );
s.Start= 2; s.End= 3; UT_EQ( false, s.ConsumeFromEnd( "AB" ) ); UT_EQ( 2, s.Length() );
s.Start= 2; s.End= 3; UT_EQ( true, s.ConsumeFromEnd( "ab" ) ); UT_EQ( 0, s.Length() );
}
// 3 words
{
Substring s= new Substring("word1 word2 word3");
UT_EQ( 'w', s.Consume ( ) );
UT_EQ( 'o', s.Consume ( ) );
UT_EQ( 'r', s.Consume ( ) );
UT_EQ( 'd', s.Consume ( ) );
UT_EQ( '1', s.Consume ( ) );
UT_EQ( false , s.Consume ('w' ) );
UT_EQ( true , s.Consume ('w' , Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( true , s.Consume ('o' , Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( false , s.Consume ('o' , Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( true , s.Consume ('r' , Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( false , s.Consume ("D2" , Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( false , s.Consume ("D2" ) );
UT_EQ( true , s.Consume ("d2" ) );
UT_EQ( 2 , s.Consume ( 4 ) );
UT_EQ( "d3" , s.ToString() );
s= new Substring("word1 word2 word3");
UT_EQ( '3', s.ConsumeFromEnd( ) );
UT_EQ( 'd', s.ConsumeFromEnd( ) );
UT_EQ( 'r', s.ConsumeFromEnd( ) );
UT_EQ( 'o', s.ConsumeFromEnd( ) );
UT_EQ( 'w', s.ConsumeFromEnd( ) );
UT_EQ( false , s.ConsumeFromEnd('2' ) );
UT_EQ( true , s.ConsumeFromEnd('2' , Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( true , s.ConsumeFromEnd('d' , Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( false , s.ConsumeFromEnd('d' , Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( true , s.ConsumeFromEnd('r' , Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( false , s.ConsumeFromEnd("WO" , Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( false , s.ConsumeFromEnd("WO" ) );
UT_EQ( true , s.ConsumeFromEnd("wo" ) );
UT_EQ( 2 , s.ConsumeFromEnd( 4 ) );
UT_EQ( "wo" , s.ToString() );
}
// consume AString, Substring
{
Substring s= new Substring("word1 word2 word3 word4");
Substring sConsume= new Substring( "1234word12", 4, 4 );
AString aConsume= new AString ( "word" );
UT_EQ( true, s.Consume ( sConsume ) );
UT_EQ( false, s.Consume ( sConsume ) );
UT_EQ( '1', s.Consume ( ) );
UT_EQ( false, s.Consume ( sConsume ) );
UT_EQ( true, s.Consume ( sConsume, Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( '2', s.Consume ( ) );
UT_EQ( ' ', s.Consume ( ) );
UT_EQ( true, s.Consume ( aConsume ) );
UT_EQ( false, s.Consume ( aConsume ) );
UT_EQ( '3', s.Consume ( ) );
UT_EQ( false, s.Consume ( aConsume ) );
UT_EQ( true, s.Consume ( aConsume, Case.Sensitive, Whitespaces.Trim ) );
s.Set("1word 2word 3word 4word");
UT_EQ( true, s.ConsumeFromEnd( sConsume ) );
UT_EQ( false, s.ConsumeFromEnd( sConsume ) );
UT_EQ( '4', s.ConsumeFromEnd( ) );
UT_EQ( false, s.ConsumeFromEnd( sConsume ) );
UT_EQ( true, s.ConsumeFromEnd( sConsume, Case.Sensitive, Whitespaces.Trim ) );
UT_EQ( '3', s.ConsumeFromEnd( ) );
UT_EQ( ' ', s.ConsumeFromEnd( ) );
UT_EQ( true, s.ConsumeFromEnd( aConsume ) );
UT_EQ( false, s.ConsumeFromEnd( aConsume ) );
UT_EQ( '2', s.ConsumeFromEnd( ) );
UT_EQ( false, s.ConsumeFromEnd( aConsume ) );
UT_EQ( true, s.ConsumeFromEnd( aConsume, Case.Sensitive, Whitespaces.Trim ) );
}
}
/** ****************************************************************************************
* Implements functionality for configuration variable \c LOXNAME_DUMP_STATE_ON_EXIT.
* Is called when a logger is removed.
******************************************************************************************/
protected void dumpStateOnLoggerRemoval()
{
if( !loggerAddedSinceLastDebugState )
return;
loggerAddedSinceLastDebugState= false;
Variable variable= new Variable( ALox.DUMP_STATE_ON_EXIT, GetName() );
variable.Load();
String domain= null;
Verbosity verbosity= Verbosity.Info;
Substring tok= new Substring();
int flags= 0;
for( int tokNo= 0; tokNo< variable.Size(); tokNo++ )
{
tok.Set( variable.GetString( tokNo ) );
if( tok.IsEmpty() )
continue;
// state flags
if( tok.Equals( "NONE" , Case.Ignore ) ) { flags= 0; break; }
else if( tok.Equals( "Basic" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.Basic ;
else if( tok.Equals( "Version" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.Version ;
else if( tok.Equals( "Loggers" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.Loggers ;
else if( tok.Equals( "Domains" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.Domains ;
else if( tok.Equals( "InternalDomains" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.InternalDomains ;
else if( tok.Equals( "ScopeDomains" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.ScopeDomains ;
else if( tok.Equals( "DSR" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.DSR ;
else if( tok.Equals( "PrefixLogables" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.PrefixLogables ;
else if( tok.Equals( "Once" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.Once ;
else if( tok.Equals( "LogData" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.LogData ;
else if( tok.Equals( "ThreadMappings" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.ThreadMappings ;
else if( tok.Equals( "SPTR" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.SPTR ;
else if( tok.Equals( "All" , Case.Ignore ) ) flags|= (int) Lox.StateInfo.All ;
// domain and verbosity
else if( tok.Consume( "domain", Case.Ignore, Whitespaces.Trim ) )
{
if( tok.Consume( '=', Case.Sensitive, Whitespaces.Trim ) )
domain= tok.Trim().ToString();
}
else if( tok.Consume( "verbosity", Case.Ignore, Whitespaces.Trim ) )
{
if( tok.Consume( '=', Case.Sensitive, Whitespaces.Trim ) )
verbosity= ALox.ReadVerbosity( tok.Trim() );
}
// unknown argument
else
{
logInternal( Verbosity.Error, "VAR", intMsg._()
._( "Unknown argument '" )._(tok)
._( "' in variable " )._(variable.Fullname)._( " = \"")._(variable.GetString())._('\"') );
}
}
if ( flags != 0 )
{
State( domain, verbosity, "Auto dump state on exit requested: ", (Lox.StateInfo) flags );
}
}
/** ****************************************************************************************
* Implements functionality for configuration variable \c LOXNAME_LOGGERNAME_VERBOSITY.
* Is called when a logger is removed.
* @param logger The logger to write the verbosity for.
******************************************************************************************/
protected void writeVerbositiesOnLoggerRemoval( Logger logger )
{
// When writing back we will use this priority as the maximum to write. This way, if this was
// an automatic default value, we will not write back into the user's variable store.
// As always, only if the app fetches new variables on termination, this is entry is copied.
Variable variable= new Variable( ALox.VERBOSITY, GetName(), logger.GetName() );
variable.Load();
// first token is "writeback" ?
if ( variable.Size() == 0 )
return;
Substring firstArg= new Substring( variable.GetString() );
if ( !firstArg.Consume( "writeback", Case.Ignore, Whitespaces.Trim ) )
return;
// optionally read a destination variable name
Substring destVarCategory = new Substring();
Substring destVarName = new Substring();
if( firstArg.Trim().IsNotEmpty() )
{
// separate category from variable name
int catSeparatorIdx= firstArg.IndexOf( '_' );
if (catSeparatorIdx >= 0 )
{
destVarCategory.Set( firstArg, 0 , catSeparatorIdx );
destVarName .Set( firstArg, catSeparatorIdx + 1);
}
else
destVarName.Set( firstArg );
if ( destVarName.IsEmpty() )
{
logInternal( Verbosity.Error, "VAR", intMsg._()
._( "Argument 'writeback' in variable " )
._( variable.Fullname)
._( "\n Error: Wrong destination variable name format\"" )
._( firstArg )._( "\"" ) );
return;
}
}
// either write directly into LOX_LOGGER_VERBOSITY variable...
Variable destVar= null;
if( destVarName.IsEmpty() )
{
variable.ClearValues( 1 );
destVar= variable;
}
// ...or into a new given variable
else
{
destVar= new Variable( destVarCategory, destVarName, ALox.VERBOSITY.Delim );
destVar.FormatHints= variable.FormatHints;
destVar.FormatAttrAlignment= variable.FormatAttrAlignment;
destVar.Comments._("Created at runtime through config option 'writeback' in variable \"")._( variable.Fullname )._("\".");
}
// collect verbosities
{
int loggerNoMainDom= domains .GetLoggerNo( logger );
int loggerNoIntDom= internalDomains.GetLoggerNo( logger );
if ( loggerNoMainDom >= 0 ) verbositySettingToVariable( domains , loggerNoMainDom, destVar );
if ( loggerNoIntDom >= 0 ) verbositySettingToVariable( internalDomains, loggerNoIntDom , destVar );
}
// now store using the same plug-in as original variable has
destVar.Priority= variable.Priority;
destVar.Store();
// internal logging
intMsg._()._( "Argument 'writeback' in variable " )._( variable.Fullname )
._( ":\n Verbosities for logger \"" ) ._( logger.GetName() )
._( "\" written " );
if( destVarName.IsEmpty() )
intMsg._( "(to source variable)." );
else
intMsg._( "to variable \"" ) ._( destVar.Fullname ) ._("\".") ;
logInternal( Verbosity.Info, "VAR", intMsg._( destVarName )._( "\"." ) );
// verbose logging of the value written
intMsg._()._(" Value:");
for( int i= 0; i< destVar.Size() ; i++ )
intMsg._( "\n " )._( destVar.GetString(i) );
logInternal( Verbosity.Verbose, "VAR", intMsg );
}
/** ****************************************************************************************
* Reads a prefix string from the ALib configuration system.
* This internal method is used when a new domain is created,
*
* @param dom The domain to set the verbosity for.
******************************************************************************************/
protected void getDomainPrefixFromConfig( Domain dom )
{
Variable variable= new Variable( ALox.PREFIXES, GetName() );
if( 0 == variable.Load() )
return;
Tokenizer prefixTok= new Tokenizer();
Tokenizer prefixTokInner= new Tokenizer();
Substring domainStr= new Substring();
AString domainStrBuf= new AString();
Substring prefixStr= new Substring();
for( int varNo= 0; varNo< variable.Size(); varNo++ )
{
prefixTok.Set( variable.GetString( varNo ), '=' );
domainStr.Set( prefixTok.Next() );
if ( domainStr.StartsWith( "INTERNAL_DOMAINS", DomainSensitivity ) )
{
domainStrBuf._()._( domainStr.Buf, domainStr.Start + 16, domainStr.Length() -16 );
while ( domainStrBuf.CharAtStart() == '/' )
domainStrBuf.DeleteStart( 1 );
domainStrBuf.InsertAt( ALox.InternalDomains, 0 );
domainStr.Set( domainStrBuf );
}
prefixTokInner.Set( prefixTok.Next(), ',' );
prefixStr.Set( prefixTokInner.Next() );
if ( prefixStr.IsEmpty() )
continue;
if ( prefixStr.Consume( '\"' ) )
prefixStr.ConsumeFromEnd( '\"' );
Inclusion otherPLs= Inclusion.Include;
prefixTokInner.Next();
if ( prefixTokInner.Actual.IsNotEmpty() )
otherPLs= ALIB.ReadInclusion( prefixTokInner.Actual );
int searchMode= 0;
if ( domainStr.Consume ( '*' ) ) searchMode+= 2;
if ( domainStr.ConsumeFromEnd( '*' ) ) searchMode+= 1;
if( ( searchMode == 0 && dom.FullPath.Equals ( domainStr, DomainSensitivity ) )
|| ( searchMode == 1 && dom.FullPath.StartsWith ( domainStr, DomainSensitivity ) )
|| ( searchMode == 2 && dom.FullPath.EndsWith ( domainStr, DomainSensitivity ) )
|| ( searchMode == 3 && dom.FullPath.IndexOf ( domainStr, 0, DomainSensitivity ) >=0 )
)
{
dom.PrefixLogables.Add( new Domain.PL( new AString( prefixStr ), otherPLs ) );
// log info on this
intMsg._()._NC( "String \"" )._NC( prefixStr )._NC ( "\" added as prefix logable for domain \'" )
._NC( dom.FullPath )
._NC( "\'. (Retrieved from variable" )
._NC( variable.Fullname )._( ".)" );
logInternal( Verbosity.Info, "PFX", intMsg );
}
}
}
/** ****************************************************************************************
* Reads the verbosity for the given logger and domain from the ALib configuration system.
* This internal method is used in two occasions:
* - when a new logger is added: recursively for all existing domains (\p configStr is
* given)
* - when a new domain is created on the fly(\p configStr is not given)
*
* @param logger The logger to set the verbosity for.
* @param dom The domain to set the verbosity for.
* @param variable The (already read) variable to set verbosities from.
******************************************************************************************/
protected void getVerbosityFromConfig( Logger logger, Domain dom, Variable variable )
{
// get logger number. It may happen that the logger is not existent in this domain tree.
int loggerNo= dom.GetLoggerNo( logger ) ;
if ( loggerNo < 0 )
return;
Tokenizer verbosityTknzr= new Tokenizer();
Substring domainStr= new Substring();
AString domainStrBuf= new AString();
for( int varNo= 0; varNo< variable.Size(); varNo++ )
{
verbosityTknzr.Set( variable.GetString( varNo ), '=' );
domainStr.Set( verbosityTknzr.Next() );
if ( domainStr.StartsWith( "INTERNAL_DOMAINS", DomainSensitivity ) )
{
domainStrBuf._()._( domainStr.Buf, domainStr.Start + 16, domainStr.Length() -16 );
while ( domainStrBuf.CharAtStart() == '/' )
domainStrBuf.DeleteStart( 1 );
domainStrBuf.InsertAt( ALox.InternalDomains, 0 );
domainStr.Set( domainStrBuf );
}
Substring verbosityStr= verbosityTknzr.Next();
if ( verbosityStr.IsEmpty() )
continue;
int searchMode= 0;
if ( domainStr.Consume ( '*' ) ) searchMode+= 2;
if ( domainStr.ConsumeFromEnd( '*' ) ) searchMode+= 1;
if( ( searchMode == 0 && dom.FullPath.Equals ( domainStr, DomainSensitivity ) )
|| ( searchMode == 1 && dom.FullPath.StartsWith ( domainStr, DomainSensitivity ) )
|| ( searchMode == 2 && dom.FullPath.EndsWith ( domainStr, DomainSensitivity ) )
|| ( searchMode == 3 && dom.FullPath.IndexOf ( domainStr, 0, DomainSensitivity ) >=0 )
)
{
Verbosity verbosity= ALox.ReadVerbosity( verbosityStr);
dom.SetVerbosity( loggerNo, verbosity, variable.Priority );
// log info on this
intMsg._()._NC( "Logger \"" )._NC( logger.GetName() ) ._NC( "\":" ).Tab(11 + maxLoggerNameLength)
._( '\'' )._NC( dom.FullPath )
._( '\'' ).InsertChars(' ', maxDomainPathLength - dom.FullPath.Length() + 1 )
._("= Verbosity." );
ALox.ToString( verbosity, dom.GetPriority(loggerNo), intMsg ).TrimEnd()
._('.');
logInternal( Verbosity.Info, "LGR", intMsg );
}
}
}
