23 QString QgsShapefileEncodingInfoAlgorithm::name()
 const 
   25   return QStringLiteral( 
"shpencodinginfo" );
 
   28 QString QgsShapefileEncodingInfoAlgorithm::displayName()
 const 
   30   return QObject::tr( 
"Extract Shapefile encoding" );
 
   33 QStringList QgsShapefileEncodingInfoAlgorithm::tags()
 const 
   35   return QObject::tr( 
"shp,codepage,cpg,ldid,information,list,show" ).split( 
',' );
 
   38 QString QgsShapefileEncodingInfoAlgorithm::group()
 const 
   40   return QObject::tr( 
"Vector general" );
 
   43 QString QgsShapefileEncodingInfoAlgorithm::groupId()
 const 
   45   return QStringLiteral( 
"vectorgeneral" );
 
   48 QString QgsShapefileEncodingInfoAlgorithm::shortHelpString()
 const 
   50   return QObject::tr( 
"This algorithm extracts the attribute encoding information embedded in a Shapefile.\n\n" 
   51                       "Both the encoding specified by an optional .cpg file and any encoding details present in the " 
   52                       ".dbf LDID header block are considered." );
 
   55 QString QgsShapefileEncodingInfoAlgorithm::shortDescription()
 const 
   57   return QObject::tr( 
"Extracts the attribute encoding information embedded in a Shapefile." );
 
   60 QgsShapefileEncodingInfoAlgorithm *QgsShapefileEncodingInfoAlgorithm::createInstance()
 const 
   62   return new QgsShapefileEncodingInfoAlgorithm();
 
   65 void QgsShapefileEncodingInfoAlgorithm::initAlgorithm( 
const QVariantMap & )
 
   68                 QString(), QVariant(), 
false, QObject::tr( 
"Shapefiles (%1)" ).arg( QLatin1String( 
"*.shp *.SHP" ) ) ) );
 
   77   const QString path = parameterAsFile( parameters, QStringLiteral( 
"INPUT" ), context );
 
   80   if ( mCpgEncoding.isEmpty() )
 
   81     feedback->
pushInfo( QObject::tr( 
"No encoding information present in CPG file" ) );
 
   83     feedback->
pushInfo( QObject::tr( 
"Detected encoding from CPG file: %1" ).arg( mCpgEncoding ) );
 
   86   if ( mLdidEncoding.isEmpty() )
 
   87     feedback->
pushInfo( QObject::tr( 
"No encoding information present in DBF LDID header" ) );
 
   89     feedback->
pushInfo( QObject::tr( 
"Detected encoding from DBF LDID header: %1" ).arg( mLdidEncoding ) );
 
   98   outputs.insert( QStringLiteral( 
"ENCODING" ), mCpgEncoding.isEmpty() ? mLdidEncoding : mCpgEncoding );
 
   99   outputs.insert( QStringLiteral( 
"CPG_ENCODING" ), mCpgEncoding );
 
  100   outputs.insert( QStringLiteral( 
"LDID_ENCODING" ), mLdidEncoding );
 
static QString readShapefileEncodingFromCpg(const QString &path)
Reads the encoding of the shapefile at the specified path (where path is the location of the "....
static QString readShapefileEncodingFromLdid(const QString &path)
Reads the encoding of the shapefile at the specified path (where path is the location of the "....
Contains information about the context in which a processing algorithm is executed.
Base class for providing feedback from a processing algorithm.
virtual void pushInfo(const QString &info)
Pushes a general informational message from the algorithm.
A string output for processing algorithms.
An input file or folder parameter for processing algorithms.
@ File
Parameter is a single file.