enigma.eStreamProcessorFactories Class Reference

Inheritance diagram for enigma.eStreamProcessorFactories:

Public Member Functions
def	iterator (self)
def	__iter__ (self)
def	__nonzero__ (self)
def	__bool__ (self)
def	__len__ (self)
def	__getslice__ (self, i, j)
def	__setslice__ (self, *args)
def	__delslice__ (self, i, j)
def	__delitem__ (self, *args)
def	__getitem__ (self, *args)
def	__setitem__ (self, *args)
def	pop (self)
def	append (self, x)
def	empty (self)
def	size (self)
def	swap (self, v)
def	begin (self)
def	end (self)
def	rbegin (self)
def	rend (self)
def	clear (self)
def	get_allocator (self)
def	pop_back (self)
def	erase (self, *args)
def	__init__ (self, *args)
def	push_back (self, x)
def	front (self)
def	back (self)
def	assign (self, n, x)
def	resize (self, *args)
def	insert (self, *args)
def	reserve (self, n)
def	capacity (self)

Static Public Attributes
	thisown = _swig_property(lambda x: x.this.own(), lambda x, v: x.this.own(v), doc='The membership flag')
	iterator
	pop
	append
	empty
	size
	swap
	begin
	end
	rbegin
	rend
	clear
	get_allocator
	pop_back
	erase
	push_back
	front
	back
	assign
	resize
	insert
	reserve
	capacity

Detailed Description

Proxy of C++ std::vector<(p.eStreamProcessorFactory)> class.

Constructor & Destructor Documentation

__init__()

def enigma.eStreamProcessorFactories.__init__	(		self,
		*	args
	)

__init__(std::vector<(p.eStreamProcessorFactory)> self) -> eStreamProcessorFactories
__init__(std::vector<(p.eStreamProcessorFactory)> self, eStreamProcessorFactories arg2) -> eStreamProcessorFactories
__init__(std::vector<(p.eStreamProcessorFactory)> self, std::vector< eStreamProcessorFactory * >::size_type size) -> eStreamProcessorFactories
__init__(std::vector<(p.eStreamProcessorFactory)> self, std::vector< eStreamProcessorFactory * >::size_type size, eStreamProcessorFactory value) -> eStreamProcessorFactories

Member Function Documentation

__bool__()

def enigma.eStreamProcessorFactories.__bool__

(

self

)

__bool__(eStreamProcessorFactories self) -> bool

__delitem__()

def enigma.eStreamProcessorFactories.__delitem__	(		self,
		*	args
	)

__delitem__(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::difference_type i)
__delitem__(eStreamProcessorFactories self, PySliceObject * slice)

__delslice__()

def enigma.eStreamProcessorFactories.__delslice__	(		self,
			i,
			j
	)

__delslice__(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::difference_type i, std::vector< eStreamProcessorFactory * >::difference_type j)

__getitem__()

def enigma.eStreamProcessorFactories.__getitem__	(		self,
		*	args
	)

__getitem__(eStreamProcessorFactories self, PySliceObject * slice) -> eStreamProcessorFactories
__getitem__(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::difference_type i) -> eStreamProcessorFactory

__getslice__()

def enigma.eStreamProcessorFactories.__getslice__	(		self,
			i,
			j
	)

__getslice__(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::difference_type i, std::vector< eStreamProcessorFactory * >::difference_type j) -> eStreamProcessorFactories

__iter__()

def enigma.eStreamProcessorFactories.__iter__

(

self

)

__len__()

def enigma.eStreamProcessorFactories.__len__

(

self

)

__len__(eStreamProcessorFactories self) -> std::vector< eStreamProcessorFactory * >::size_type

__nonzero__()

def enigma.eStreamProcessorFactories.__nonzero__

(

self

)

__nonzero__(eStreamProcessorFactories self) -> bool

__setitem__()

def enigma.eStreamProcessorFactories.__setitem__	(		self,
		*	args
	)

__setitem__(eStreamProcessorFactories self, PySliceObject * slice, eStreamProcessorFactories v)
__setitem__(eStreamProcessorFactories self, PySliceObject * slice)
__setitem__(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::difference_type i, eStreamProcessorFactory x)

__setslice__()

def enigma.eStreamProcessorFactories.__setslice__	(		self,
		*	args
	)

__setslice__(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::difference_type i, std::vector< eStreamProcessorFactory * >::difference_type j)
__setslice__(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::difference_type i, std::vector< eStreamProcessorFactory * >::difference_type j, eStreamProcessorFactories v)

append()

def enigma.eStreamProcessorFactories.append	(		self,
			x
	)

append(eStreamProcessorFactories self, eStreamProcessorFactory x)

assign()

def enigma.eStreamProcessorFactories.assign	(		self,
			n,
			x
	)

assign(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::size_type n, eStreamProcessorFactory x)

back()

def enigma.eStreamProcessorFactories.back

(

self

)

back(eStreamProcessorFactories self) -> eStreamProcessorFactory

begin()

def enigma.eStreamProcessorFactories.begin

(

self

)

begin(eStreamProcessorFactories self) -> std::vector< eStreamProcessorFactory * >::iterator

capacity()

def enigma.eStreamProcessorFactories.capacity

(

self

)

capacity(eStreamProcessorFactories self) -> std::vector< eStreamProcessorFactory * >::size_type

clear()

def enigma.eStreamProcessorFactories.clear

(

self

)

clear(eStreamProcessorFactories self)

empty()

def enigma.eStreamProcessorFactories.empty

(

self

)

empty(eStreamProcessorFactories self) -> bool

end()

def enigma.eStreamProcessorFactories.end

(

self

)

end(eStreamProcessorFactories self) -> std::vector< eStreamProcessorFactory * >::iterator

erase()

def enigma.eStreamProcessorFactories.erase	(		self,
		*	args
	)

erase(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::iterator pos) -> std::vector< eStreamProcessorFactory * >::iterator
erase(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::iterator first, std::vector< eStreamProcessorFactory * >::iterator last) -> std::vector< eStreamProcessorFactory * >::iterator

front()

def enigma.eStreamProcessorFactories.front

(

self

)

front(eStreamProcessorFactories self) -> eStreamProcessorFactory

get_allocator()

def enigma.eStreamProcessorFactories.get_allocator

(

self

)

get_allocator(eStreamProcessorFactories self) -> std::vector< eStreamProcessorFactory * >::allocator_type

insert()

def enigma.eStreamProcessorFactories.insert	(		self,
		*	args
	)

insert(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::iterator pos, eStreamProcessorFactory x) -> std::vector< eStreamProcessorFactory * >::iterator
insert(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::iterator pos, std::vector< eStreamProcessorFactory * >::size_type n, eStreamProcessorFactory x)

iterator()

def enigma.eStreamProcessorFactories.iterator

(

self

)

iterator(eStreamProcessorFactories self) -> SwigPyIterator

pop()

def enigma.eStreamProcessorFactories.pop

(

self

)

pop(eStreamProcessorFactories self) -> eStreamProcessorFactory

pop_back()

def enigma.eStreamProcessorFactories.pop_back

(

self

)

pop_back(eStreamProcessorFactories self)

push_back()

def enigma.eStreamProcessorFactories.push_back	(		self,
			x
	)

push_back(eStreamProcessorFactories self, eStreamProcessorFactory x)

rbegin()

def enigma.eStreamProcessorFactories.rbegin

(

self

)

rbegin(eStreamProcessorFactories self) -> std::vector< eStreamProcessorFactory * >::reverse_iterator

rend()

def enigma.eStreamProcessorFactories.rend

(

self

)

rend(eStreamProcessorFactories self) -> std::vector< eStreamProcessorFactory * >::reverse_iterator

reserve()

def enigma.eStreamProcessorFactories.reserve	(		self,
			n
	)

reserve(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::size_type n)

resize()

def enigma.eStreamProcessorFactories.resize	(		self,
		*	args
	)

resize(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::size_type new_size)
resize(eStreamProcessorFactories self, std::vector< eStreamProcessorFactory * >::size_type new_size, eStreamProcessorFactory x)

size()

def enigma.eStreamProcessorFactories.size

(

self

)

size(eStreamProcessorFactories self) -> std::vector< eStreamProcessorFactory * >::size_type

swap()

def enigma.eStreamProcessorFactories.swap	(		self,
			v
	)

swap(eStreamProcessorFactories self, eStreamProcessorFactories v)

Member Data Documentation

append

enigma.eStreamProcessorFactories.append

static

assign

enigma.eStreamProcessorFactories.assign

static

back

enigma.eStreamProcessorFactories.back

static

begin

enigma.eStreamProcessorFactories.begin

static

capacity

enigma.eStreamProcessorFactories.capacity

static

clear

enigma.eStreamProcessorFactories.clear

static

empty

enigma.eStreamProcessorFactories.empty

static

end

enigma.eStreamProcessorFactories.end

static

erase

enigma.eStreamProcessorFactories.erase

static

front

enigma.eStreamProcessorFactories.front

static

get_allocator

enigma.eStreamProcessorFactories.get_allocator

static

insert

enigma.eStreamProcessorFactories.insert

static

iterator

enigma.eStreamProcessorFactories.iterator

static

pop

enigma.eStreamProcessorFactories.pop

static

pop_back

enigma.eStreamProcessorFactories.pop_back

static

push_back

enigma.eStreamProcessorFactories.push_back

static

rbegin

enigma.eStreamProcessorFactories.rbegin

static

rend

enigma.eStreamProcessorFactories.rend

static

reserve

enigma.eStreamProcessorFactories.reserve

static

resize

enigma.eStreamProcessorFactories.resize

static

size

enigma.eStreamProcessorFactories.size

static

swap

enigma.eStreamProcessorFactories.swap

static

thisown

enigma.eStreamProcessorFactories.thisown = _swig_property(lambda x: x.this.own(), lambda x, v: x.this.own(v), doc='The membership flag')

static

---

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

• usr/lib/enigma2/python/enigma.py