Output.CompressionType Class Reference

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Data and other attributes defined here:
	GZIP = Output.CompressionType.GZIP
	NONE = Output.CompressionType.NONE
dictionary	names = {'GZIP': Output.CompressionType.GZIP, 'NONE': Output.CompressionType.NONE}
dictionary	values = {0: Output.CompressionType.NONE, 32: Output.CompressionType.GZIP}

Methods inherited from Boost.Python.enum:
def	__repr__
	Equivalent to repr(x)
def	__str__
	Equivalent to str(x)

Data descriptors inherited from Boost.Python.enum:
def	name

Methods inherited from __builtin__.int:
def	__abs__
	Equivalent to abs(x)
def	__add__
	Equivalent to x+y.
def	__and__
	Equivalent to x&y.
def	__cmp__
	Equivalent to cmp(x,y)
def	__coerce__
	Equivalent to coerce(x, y)
def	__div__
	Equivalent to x/y.
def	__divmod__
	Equivalent to divmod(x, y)
def	__float__
	Equivalent to float(x)
def	__floordiv__
	Equivalent to x//y.
def	__format__
def	__getattribute__
	Equivalent to x.name.
def	__getnewargs__
def	__hash__
	Equivalent to hash(x)
def	__hex__
	Equivalent to hex(x)
def	__index__
	Equivalent to x[y.__index__():z.__index__()].
def	__int__
	Equivalent to int(x)
def	__invert__
	Equivalent to ~x.
def	__long__
	Equivalent to long(x)
def	__lshift__
	Equivalent to x<<y.
def	__mod__
	Equivalent to xy.
def	__mul__
	Equivalent to x*y.
def	__neg__
	Equivalent to -x.
def	__nonzero__
	Equivalent to x != 0.
def	__oct__
	Equivalent to oct(x)
def	__or__
	Equivalent to x|y.
def	__pos__
	Equivalent to +x.
def	__pow__
	Equivalent to pow(x, y[, z])
def	__radd__
	Equivalent to y+x.
def	__rand__
	Equivalent to y&x.
def	__rdiv__
	Equivalent to y/x.
def	__rdivmod__
	Equivalent to divmod(y, x)
def	__rfloordiv__
	Equivalent to y//x.
def	__rlshift__
	Equivalent to y<<x.
def	__rmod__
	Equivalent to yx.
def	__rmul__
	Equivalent to y*x.
def	__ror__
	Equivalent to y|x.
def	__rpow__
	Equivalent to pow(x, y[, z])
def	__rrshift__
	Equivalent to y>>x.
def	__rshift__
	Equivalent to x>>y.
def	__rsub__
	Equivalent to y-x.
def	__rtruediv__
	Equivalent to y/x.
def	__rxor__
	Equivalent to y^x.
def	__sub__
	Equivalent to x-y.
def	__truediv__
	Equivalent to x/y.
def	__trunc__
def	__xor__
	Equivalent to x^y.
def	bit_length
def	conjugate

Data descriptors inherited from __builtin__.int:
def	denominator
	the denominator of a rational number in lowest terms
def	imag
	the imaginary part of a complex number
def	numerator
	the numerator of a rational number in lowest terms
def	real
	the real part of a complex number

Data and other attributes inherited from __builtin__.int:
def	__new__

Detailed Description

No documentation available.

Method resolution order

CompressionType
Boost.Python.enum
builtin.int
builtin.object

Member Function Documentation

def Output.CompressionType.__abs__

(

args

)

Equivalent to abs(x)

def Output.CompressionType.__add__

(

y

)

Equivalent to x+y.

def Output.CompressionType.__and__

(

y

)

Equivalent to x&y.

def Output.CompressionType.__cmp__

(

y

)

Equivalent to cmp(x,y)

def Output.CompressionType.__coerce__

(

y

)

Equivalent to coerce(x, y)

def Output.CompressionType.__div__

(

y

)

Equivalent to x/y.

def Output.CompressionType.__divmod__

(

y

)

Equivalent to divmod(x, y)

def Output.CompressionType.__float__

(

args

)

Equivalent to float(x)

def Output.CompressionType.__floordiv__

(

y

)

Equivalent to x//y.

def Output.CompressionType.__format__

(

args

)

 __format__(args)

def Output.CompressionType.__getattribute__

(

name

)

Equivalent to x.name.

def Output.CompressionType.__getnewargs__

(

args

)

 __getnewargs__(args)

def Output.CompressionType.__hash__

(

args

)

Equivalent to hash(x)

def Output.CompressionType.__hex__

(

args

)

Equivalent to hex(x)

def Output.CompressionType.__index__

(

args

)

Equivalent to x[y.__index__():z.__index__()].

def Output.CompressionType.__int__

(

args

)

Equivalent to int(x)

def Output.CompressionType.__invert__

(

args

)

Equivalent to ~x.

def Output.CompressionType.__long__

(

args

)

Equivalent to long(x)

def Output.CompressionType.__lshift__

(

y

)

Equivalent to x<<y.

def Output.CompressionType.__mod__

(

y

)

Equivalent to xy.

def Output.CompressionType.__mul__

(

y

)

Equivalent to x*y.

def Output.CompressionType.__neg__

(

args

)

Equivalent to -x.

def Output.CompressionType.__new__

(

args

)

T.__new__(S, ...) -> a new object with type S, a subtype of T

 __new__ = <built-in method __new__ of type object>

def Output.CompressionType.__nonzero__

(

args

)

Equivalent to x != 0.

def Output.CompressionType.__oct__

(

args

)

Equivalent to oct(x)

def Output.CompressionType.__or__

(

y

)

Equivalent to x|y.

def Output.CompressionType.__pos__

(

args

)

Equivalent to +x.

def Output.CompressionType.__pow__	(		y,
			z
	)

Equivalent to pow(x, y[, z])

def Output.CompressionType.__radd__

(

y

)

Equivalent to y+x.

def Output.CompressionType.__rand__

(

y

)

Equivalent to y&x.

def Output.CompressionType.__rdiv__

(

y

)

Equivalent to y/x.

def Output.CompressionType.__rdivmod__

(

y

)

Equivalent to divmod(y, x)

def Output.CompressionType.__repr__

(

args

)

Equivalent to repr(x)

def Output.CompressionType.__rfloordiv__

(

y

)

Equivalent to y//x.

def Output.CompressionType.__rlshift__

(

y

)

Equivalent to y<<x.

def Output.CompressionType.__rmod__

(

y

)

Equivalent to yx.

def Output.CompressionType.__rmul__

(

y

)

Equivalent to y*x.

def Output.CompressionType.__ror__

(

y

)

Equivalent to y|x.

def Output.CompressionType.__rpow__	(		x,
			z
	)

Equivalent to pow(x, y[, z])

def Output.CompressionType.__rrshift__

(

y

)

Equivalent to y>>x.

def Output.CompressionType.__rshift__

(

y

)

Equivalent to x>>y.

def Output.CompressionType.__rsub__

(

y

)

Equivalent to y-x.

def Output.CompressionType.__rtruediv__

(

y

)

Equivalent to y/x.

def Output.CompressionType.__rxor__

(

y

)

Equivalent to y^x.

def Output.CompressionType.__str__

(

args

)

Equivalent to str(x)

def Output.CompressionType.__sub__

(

y

)

Equivalent to x-y.

def Output.CompressionType.__truediv__

(

y

)

Equivalent to x/y.

def Output.CompressionType.__trunc__

(

args

)

 Truncating an Integral returns itself.

def Output.CompressionType.__xor__

(

y

)

Equivalent to x^y.

def Output.CompressionType.bit_length

(

args

)

Returns

Instance of type int

 Number of bits necessary to represent self in binary.
 >>> bin(37)
 '0b100101'
 >>> (37).bit_length()
 6

def Output.CompressionType.conjugate

(

args

)

 Returns self, the complex conjugate of any int.

def Output.CompressionType.denominator

(

args

)

the denominator of a rational number in lowest terms

def Output.CompressionType.imag

(

args

)

the imaginary part of a complex number

def Output.CompressionType.name

(

args

)

def Output.CompressionType.numerator

(

args

)

the numerator of a rational number in lowest terms

def Output.CompressionType.real

(

args

)

the real part of a complex number

Member Data Documentation

Output.CompressionType.GZIP = Output.CompressionType.GZIP

static

dictionary Output.CompressionType.names = {'GZIP': Output.CompressionType.GZIP, 'NONE': Output.CompressionType.NONE}

static

Output.CompressionType.NONE = Output.CompressionType.NONE

static

dictionary Output.CompressionType.values = {0: Output.CompressionType.NONE, 32: Output.CompressionType.GZIP}

static