void KeyFile::init() {
KeyFileHeader header;
readHead(header, false);
header.checkFileVersion(getName());
SETCONST(m_keydef, header.m_keydef, KeyFileDefinition);
((KeyPageInfo&)m_pageInfo).init(m_keydef.getSize());
}
Object Alloc_Object (int size, int type, int konst) {
register char *p = Hp;
Object ret;
if (GC_Debug) {
(void)P_Collect ();
p = Hp;
}
ELK_ALIGN(p);
if (p + size > Heap_End) {
(void)P_Collect ();
p = Hp;
ELK_ALIGN(p);
if (p + size > Heap_End - HEAP_MARGIN)
Uncatchable_Error ("Out of heap space");
}
Hp = p + size;
*(Object *)p = Null;
SET(ret, type, p);
if (konst)
SETCONST(ret);
return ret;
}
int LPX_InitType(PyObject *module) {
int retval;
if ((retval=util_add_type(module, &LPXType))!=0) return retval;
// Add in constant flag terms used in this class.
// The following macro helps set constants.
#define SETCONST(A) PyDict_SetIntString(LPXType.tp_dict, #A, GLP_ ## A)
#if GLPK_VERSION(4, 31)
// These are used in the LPX.scale method.
SETCONST(SF_GM);
SETCONST(SF_EQ);
SETCONST(SF_2N);
SETCONST(SF_SKIP);
SETCONST(SF_AUTO);
#endif
// These are used in control parameters for solvers.
SETCONST(MSG_OFF);
SETCONST(MSG_ERR);
SETCONST(MSG_ON);
SETCONST(MSG_ALL);
SETCONST(PRIMAL);
#if GLPK_VERSION(4, 31)
SETCONST(DUAL);
#endif
SETCONST(DUALP);
SETCONST(PT_STD);
SETCONST(PT_PSE);
SETCONST(RT_STD);
SETCONST(RT_HAR);
#if GLPK_VERSION(4, 20)
SETCONST(BR_FFV);
SETCONST(BR_LFV);
SETCONST(BR_MFV);
SETCONST(BR_DTH);
SETCONST(BT_DFS);
SETCONST(BT_BFS);
SETCONST(BT_BLB);
SETCONST(BT_BPH);
#endif
#if GLPK_VERSION(4, 21)
SETCONST(PP_NONE);
SETCONST(PP_ROOT);
SETCONST(PP_ALL);
#endif
#undef SETCONST
// Add in the calls to the other objects.
if ((retval=Obj_InitType(module))!=0) return retval;
#ifdef USEPARAMS
if ((retval=Params_InitType(module))!=0) return retval;
#endif
if ((retval=BarCol_InitType(module))!=0) return retval;
if ((retval=KKT_InitType(module))!=0) return retval;
#if GLPK_VERSION(4, 20)
if ((retval=Tree_InitType(module))!=0) return retval;
#endif
return 0;
}
