LSSTApplications  1.1.2+25,10.0+13,10.0+132,10.0+133,10.0+224,10.0+41,10.0+8,10.0-1-g0f53050+14,10.0-1-g4b7b172+19,10.0-1-g61a5bae+98,10.0-1-g7408a83+3,10.0-1-gc1e0f5a+19,10.0-1-gdb4482e+14,10.0-11-g3947115+2,10.0-12-g8719d8b+2,10.0-15-ga3f480f+1,10.0-2-g4f67435,10.0-2-gcb4bc6c+26,10.0-28-gf7f57a9+1,10.0-3-g1bbe32c+14,10.0-3-g5b46d21,10.0-4-g027f45f+5,10.0-4-g86f66b5+2,10.0-4-gc4fccf3+24,10.0-40-g4349866+2,10.0-5-g766159b,10.0-5-gca2295e+25,10.0-6-g462a451+1
LSSTDataManagementBasePackage
Macros
config.h File Reference

Go to the source code of this file.

Macros

#define LSST_CONTROL_FIELD(NAME, TYPE, DOC)
 
#define LSST_NESTED_CONTROL_FIELD(NAME, MODULE, TYPE, DOC)
 

Macro Definition Documentation

#define LSST_CONTROL_FIELD (   NAME,
  TYPE,
  DOC 
)
Value:
static char const * _doc_ ## NAME() { \
static char const * doc = DOC; \
return doc; \
} \
static char const * _type_ ## NAME() { \
static char const * type = #TYPE; \
return type; \
} \
TYPE NAME

A preprocessor macro used to define fields in C++ "control object" structs. These objects can then be wrapped into full-fledged Config objects by the functions in lsst.pex.config.wrap.

The defaults for the config class will be set properly if and only if the control class is default-constructable.

See lsst.pex.config.wrap.makeConfigClass for a complete example of how to use this macro.

Definition at line 36 of file config.h.

#define LSST_NESTED_CONTROL_FIELD (   NAME,
  MODULE,
  TYPE,
  DOC 
)
Value:
static char const * _doc_ ## NAME() { \
static char const * doc = DOC; \
return doc; \
} \
static char const * _type_ ## NAME() { \
static char const * type = #TYPE; \
return type; \
} \
static char const * _module_ ## NAME() { \
static char const * mod = #MODULE; \
return mod; \
} \
TYPE NAME

A preprocessor macro used to define fields in C++ "control object" structs, for nested control objects. These can be wrapped into Config objects by the functions in lsst.pex.config.wrap.

The nested object will be held as a regular, by-value data member (there's currently no way to use smart pointers or getters/setters instead).

The nested control object class must also be wrapped into a config object, and the Python module of the swigged nested control object must be passed as the MODULE argument to the macro. When a wrapped control object is used as a nested field in the same package it is defined in, the MODULE argument must refer to the actual Swig-generated module, not the just the package, even if the name is lifted into the package namespace.

See lsst.pex.config.wrap.makeConfigClass for a complete example of how to use this macro.

Definition at line 62 of file config.h.