openfluid::utils Namespace Reference

Classes
class	Binding
	Class for easier binding with other programming languages. More...
class	BindingAbstractOutErr
class	BindingVerboseMachineListener
class	CMakeProxy
class	CommandLineCommand
class	CommandLineOption
class	CommandLineParser
	Class for management of command line arguments. More...
class	ExternalProgram
class	FileDownloader
class	FluidHubAPIClient
struct	GDALDriverInfos_t
class	GitProxy
class	GrassGISProxy
class	KillableSingleton
class	MeyerSingleton
class	ProgramProxy
class	RESTClient

Typedefs
typedef std::map< std::string, GDALDriverInfos_t >	GDALDriversFilesExts_t
typedef std::list< std::pair< QByteArray, QByteArray > >	t_HeadersList

Functions
const GDALDriversFilesExts_t OPENFLUID_API	getOGRFilesDriversForOpenFLUID ()
const GDALDriversFilesExts_t OPENFLUID_API	getGDALFilesDriversForOpenFLUID ()
const std::set< std::string > OPENFLUID_API	getOGRFilesExtensionsForOpenFLUID ()
std::string OPENFLUID_API	getOGRGDALFormatsForQFileDialogs (const GDALDriversFilesExts_t &Drivers, const std::string &AllFormatsLabel)
bool OPENFLUID_API	isOGRInteger (OGRFieldType FieldType)
bool OPENFLUID_API	isOGRPunctualType (OGRwkbGeometryType Type)
bool OPENFLUID_API	isOGRLinearType (OGRwkbGeometryType Type)
bool OPENFLUID_API	isOGRSurfacicType (OGRwkbGeometryType Type)

Typedef Documentation

GDALDriversFilesExts_t

typedef std::map<std::string,GDALDriverInfos_t> openfluid::utils::GDALDriversFilesExts_t

Map of drivercode => openfluid::utils::GDALDriverInfos_t

t_HeadersList

typedef std::list<std::pair<QByteArray,QByteArray> > openfluid::utils::t_HeadersList

Function Documentation

getGDALFilesDriversForOpenFLUID()

const GDALDriversFilesExts_t OPENFLUID_API openfluid::utils::getGDALFilesDriversForOpenFLUID

(

)

Returns a list of GDAL drivers available in OpenFLUID for GIS vector files

Returns

an openfluid::utils::GDALDriversFilesExts_t

getOGRFilesDriversForOpenFLUID()

const GDALDriversFilesExts_t OPENFLUID_API openfluid::utils::getOGRFilesDriversForOpenFLUID

(

)

Returns a list of OGR drivers available in OpenFLUID for GIS vector files

Returns

an openfluid::utils::GDALDriversFilesExts_t

getOGRFilesExtensionsForOpenFLUID()

const std::set<std::string> OPENFLUID_API openfluid::utils::getOGRFilesExtensionsForOpenFLUID

(

)

Returns a set of GIS vector files extensions available in OpenFLUID

Returns

a set of files extensions

getOGRGDALFormatsForQFileDialogs()

std::string OPENFLUID_API openfluid::utils::getOGRGDALFormatsForQFileDialogs	(	const GDALDriversFilesExts_t &	Drivers,
		const std::string &	AllFormatsLabel
	)

Returns the available GDAL/OGR formats as a QFileDialog formats string. The string is built according to GDAL/OGR available drivers. The OGRRegisterAll() and/or GDALAllRegister() instruction must be called before using this function.

Parameters

[in]	Drivers	The available extensions list
[in]	AllFormatsLabel	the label displayed for all formats

Returns

the format string (e.g. "All vector files (*.shp *.mif *.tab);;ESRI Shapefiles (*.shp);;Mapinfo (*.mif *.tab)")

isOGRInteger()

bool OPENFLUID_API openfluid::utils::isOGRInteger ( OGRFieldType  FieldType )

inline

Returns true if the given field type is an OGR integer or an OGR 64bits integer, taking into account the compatibility with both GDAL 1.xx and 2.xx

Parameters

[in]

FieldType

the OGR field type

Returns

true if the field type is integer

isOGRLinearType()

bool OPENFLUID_API openfluid::utils::isOGRLinearType ( OGRwkbGeometryType  Type )

inline

Returns true if the given geometry type is a linear type (e.g. wkbLineString,

Parameters

[in]

Type

the OGR geometry type

Returns

true if the geometry type is linear

isOGRPunctualType()

bool OPENFLUID_API openfluid::utils::isOGRPunctualType ( OGRwkbGeometryType  Type )

inline

Returns true if the given geometry type is a punctual type (e.g. wkbPoint),

Parameters

[in]

Type

the OGR geometry type

Returns

true if the geometry type is punctual

isOGRSurfacicType()

bool OPENFLUID_API openfluid::utils::isOGRSurfacicType ( OGRwkbGeometryType  Type )

inline

Returns true if the given geometry type is a surfacic type (e.g. wkbPolygon),

Parameters

[in]

Type

the OGR geometry type

Returns

true if the geometry type is surfacic