GaudiConfig2.semantics Namespace Reference

Classes
class	_DictHelper
class	_ListHelper
class	_SetHelper
class	BoolSemantics
class	ComponentHandleSemantics
class	ComponentSemantics
class	DataHandleSemantics
class	DefaultSemantics
class	FloatSemantics
class	GaudiHandleArraySemantics
class	IntSemantics
class	MappingSemantics
class	OrderedSetSemantics
class	PropertySemantics
class	SequenceSemantics
class	SetSemantics
class	StringSemantics

Functions
	extract_template_args (cpp_type)
	getSemanticsFor (cpp_type, strict=False)

Variables
	_log = logging.getLogger(__name__)
int	is_64bits = sys.maxsize > 2**32
str	_IDENTIFIER_RE = r"[a-zA-Z_][a-zA-Z0-9_]*"
str	_NS_IDENT_RE = r"{ident}(::{ident})*".format(ident=_IDENTIFIER_RE)
str	_COMMA_SEPARATION_RE = r"{exp}(,{exp})*"
list	SEMANTICS

Function Documentation

extract_template_args()

GaudiConfig2.semantics.extract_template_args

(

cpp_type

)

Return an iterator over the list of template arguments in a C++ type
string.

>>> t = 'map<string, vector<int, allocator<int> >, allocator<v<i>, a<i>> >'
>>> list(extract_template_args(t))
['string', 'vector<int, allocator<int> >', 'allocator<v<i>, a<i>>']
>>> list(extract_template_args('int'))
[]

Definition at line 384 of file semantics.py.

def extract_template_args(cpp_type):
    """
    Return an iterator over the list of template arguments in a C++ type
    string.
 
    >>> t = 'map<string, vector<int, allocator<int> >, allocator<v<i>, a<i>> >'
    >>> list(extract_template_args(t))
    ['string', 'vector<int, allocator<int> >', 'allocator<v<i>, a<i>>']
    >>> list(extract_template_args('int'))
    []
    """
    template_level = 0
    arg_start = -1
    for p, c in enumerate(cpp_type):
        if c == ",":
            if template_level == 1:
                yield cpp_type[arg_start:p].strip()
                arg_start = p + 1
        elif c == "<":
            template_level += 1
            if template_level == 1:
                arg_start = p + 1
        elif c == ">":
            template_level -= 1
            if template_level == 0:
                yield cpp_type[arg_start:p].strip()
 
 

getSemanticsFor()

GaudiConfig2.semantics.getSemanticsFor	(		cpp_type,
			strict = False )

Return semantics for given type. If no type-specific semantics can be found
return DefaultSemantics. In strict mode, raise a TypeError instead.

Definition at line 771 of file semantics.py.

def getSemanticsFor(cpp_type, strict=False):
    """Return semantics for given type. If no type-specific semantics can be found
    return DefaultSemantics. In strict mode, raise a TypeError instead.
    """
 
    for semantics in SEMANTICS:
        try:
            return semantics(cpp_type)
        except TypeError:
            pass
 
    if strict:
        raise TypeError(f"No semantics found for {cpp_type}")
 
    return DefaultSemantics(cpp_type)

Variable Documentation

_COMMA_SEPARATION_RE

str GaudiConfig2.semantics._COMMA_SEPARATION_RE = r"{exp}(,{exp})*"

protected

Definition at line 205 of file semantics.py.

_IDENTIFIER_RE

str GaudiConfig2.semantics._IDENTIFIER_RE = r"[a-zA-Z_][a-zA-Z0-9_]*"

protected

Definition at line 203 of file semantics.py.

_log

GaudiConfig2.semantics._log = logging.getLogger(__name__)

protected

Definition at line 23 of file semantics.py.

_NS_IDENT_RE

str GaudiConfig2.semantics._NS_IDENT_RE = r"{ident}(::{ident})*".format(ident=_IDENTIFIER_RE)

protected

Definition at line 204 of file semantics.py.

is_64bits

int GaudiConfig2.semantics.is_64bits = sys.maxsize > 2**32

Definition at line 24 of file semantics.py.

SEMANTICS

list GaudiConfig2.semantics.SEMANTICS

Initial value:

=  [
    c
    for c in globals().values()
    if isinstance(c, type)
    and issubclass(c, PropertySemantics)
    and c not in (PropertySemantics, DefaultSemantics)
]

Definition at line 762 of file semantics.py.