Wrapper for the BaseTypeFactory that lets us create by type name. More...

#include <MyBaseTypeFactory.h>

Collaboration diagram for ncml_module::MyBaseTypeFactory:

Static Public Member Functions
static libdap::Type	getType (const string &name)
	Get the Type enumeration value which matches the given name. More...

static bool	isArrayTemplate (const string &typeName)

static bool	isSimpleType (const string &typeName)

static std::auto_ptr< libdap::Array >	makeArrayTemplateVariable (const string &type, const string &name, bool addTemplateVar)
	Make an Array<T> where T is the DAP simple type for the values in the Array. More...

static std::auto_ptr< libdap::BaseType >	makeVariable (const libdap::Type &type, const string &name)
	Return a new variable of the given type. More...

static std::auto_ptr< libdap::BaseType >	makeVariable (const string &type, const string &name)
	Return a new variable of the given type name. More...

Protected Member Functions
	MyBaseTypeFactory ()

virtual	~MyBaseTypeFactory ()

Detailed Description

Wrapper for the BaseTypeFactory that lets us create by type name.

The regular BaseTypeFactory doesn't have a factory method by type name, so this wrapper will add the desired functionality. It is a static class rather than a subclass.

Note that we can create normal libdap::Array by name, but this is deprecated since it fails with constraints. We have added special functionality for Array<T> to define an NCMLArray<T> as the return type. This allows hyperslab constraints to work.

Definition at line 59 of file MyBaseTypeFactory.h.

Constructor & Destructor Documentation

ncml_module::MyBaseTypeFactory::MyBaseTypeFactory ( )

protected

Definition at line 60 of file MyBaseTypeFactory.cc.

ncml_module::MyBaseTypeFactory::~MyBaseTypeFactory ( )

protectedvirtual

Definition at line 64 of file MyBaseTypeFactory.cc.

Member Function Documentation

libdap::Type ncml_module::MyBaseTypeFactory::getType ( const string & name )

static

Get the Type enumeration value which matches the given name.

Definition at line 148 of file MyBaseTypeFactory.cc.

bool ncml_module::MyBaseTypeFactory::isArrayTemplate ( const string & typeName )

static

Returns: whether the desired type is of the form Array<T> for some basic type T. This is a special case for creating Arrays of subclass NCMLArray<T> so we can handle constraints.

Definition at line 240 of file MyBaseTypeFactory.cc.

bool ncml_module::MyBaseTypeFactory::isSimpleType ( const string & typeName )

static

Returns: whether the typeName refers to a simple (non-container) type.

Definition at line 220 of file MyBaseTypeFactory.cc.

std::auto_ptr< libdap::Array > ncml_module::MyBaseTypeFactory::makeArrayTemplateVariable	(	const string &	type,
		const string &	name,
		bool	addTemplateVar
	)

static

Make an Array<T> where T is the DAP simple type for the values in the Array.

This creates the proper template class of NCMLArray<T> now rather than Array so we can handle constraints.

Parameters

type	the parameterized name of the Array type, e.g. "Array<String>", Array<UInt32>, etc.
name	the name to give the new Array
addTemplateVar	whether to create and add the template var so that var() is non-null.

Definition at line 247 of file MyBaseTypeFactory.cc.

References THROW_NCML_INTERNAL_ERROR.

auto_ptr< libdap::BaseType > ncml_module::MyBaseTypeFactory::makeVariable	(	const libdap::Type &	type,
		const string &	name
	)

static

Return a new variable of the given type.

Parameters

type	the DAP type
name	the name to give the new variable

Definition at line 69 of file MyBaseTypeFactory.cc.

References THROW_NCML_INTERNAL_ERROR.

Referenced by ncml_module::NCMLBaseArray::createFromArray().

auto_ptr< libdap::BaseType > ncml_module::MyBaseTypeFactory::makeVariable	(	const string &	type,
		const string &	name
	)

static

Return a new variable of the given type name.

Return null if type is not valid.

Parameters

type	the DAP type to create.
name	the name to give the new variable

Definition at line 132 of file MyBaseTypeFactory.cc.

The documentation for this class was generated from the following files:

Static Public Member Functions

Protected Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation