#include "compiler/CInit.h"
#include "compiler/CABI.h"
#include "compiler/CClass.h"
#include "compiler/CDecl.h"
#include "compiler/CError.h"
#include "compiler/CExpr.h"
#include "compiler/CInline.h"
#include "compiler/CInt64.h"
#include "compiler/CMachine.h"
#include "compiler/CParser.h"
#include "compiler/CPrep.h"
#include "compiler/CPrepTokenizer.h"
#include "compiler/CScope.h"
#include "compiler/CompilerTools.h"
#include "compiler/objects.h"
#include "compiler/types.h"

// TODO - move me!!
extern void PreComp_StaticData(Object *obj, void *data, OLinkList *list, SInt32 size);
extern void ObjGen_DeclareReadOnlyData(Object *obj, void *data, OLinkList *list, SInt32 size);
extern void ObjGen_DeclareData(Object *obj, void *data, OLinkList *list, SInt32 size);
extern void CExcept_RegisterDestructorObject(Object *obj, SInt32 offset, Object *dtor, Boolean flag);
extern void CExcept_RegisterLocalArray(Statement *stmt, Object *obj, Object *dtor, SInt32 count, SInt32 size);

TempNodeCB cinit_tempnodefunc;
InitInfo *cinit_initinfo;
static PooledString *cinit_stringlist;
static PooledString *cinit_pooledstringlist;
static PooledString *cinit_pooledwstringlist;
static ObjectList *cinit_tentative;
static TypeClass *cinit_loop_class;
static ENodeList *cinit_fdtnode;
static Boolean cinit_fdtambig;

#ifdef __MWERKS__
#pragma options align=mac68k
#endif
typedef struct CInit_1C {
    struct CInit_1C *next;
    Type *type;
    ENode *expr;
    SInt32 offset;
} CInit_1C;

typedef struct CInit_Stuff {
    struct CInit_Stuff *x0;
    struct CInit_Stuff *x4;
    char *buffer;
    SInt32 xC;
    SInt32 size;
    SInt32 bufferSize;
    SInt32 x18;
    CInit_1C *x1C;
    OLinkList *list;
    Boolean flag;
} CInit_Stuff;

typedef enum {
    Stage0,
    Stage1,
    Stage2,
    Stage3,
    Stage4
} Stage;

typedef struct CInit_Stuff2 {
    ENode *expr;
    ENode myexpr;
    Stage stage;
    Boolean x23;
    SInt32 x24;
    Type *type;
} CInit_Stuff2;
#ifdef __MWERKS__
#pragma options align=reset
#endif

// forward decls
static void CInit_InitType(CInit_Stuff *s, CInit_Stuff2 *s2, Type *type, UInt32 qual, Boolean flag);
static void CInit_Type(Type *type, UInt32 qual, Boolean flag);

void CInit_Init(void) {
    cinit_tempnodefunc = NULL;
    cinit_initinfo = NULL;
    cinit_stringlist = NULL;
    cinit_pooledstringlist = NULL;
    cinit_pooledwstringlist = NULL;
    cinit_tentative = NULL;
}

static void CInit_SetupInitInfo(InitInfo *info, Object *obj) {
    memclrw(info, sizeof(InitInfo));
    info->obj = obj;
    info->next = cinit_initinfo;
    cinit_initinfo = info;
}

static void CInit_CleanupInitInfo(InitInfo *info) {
    cinit_initinfo = info->next;
}

static void CInit_SetupInitInfoBuffer(Type *type) {
    SInt32 size = type->size;
    cinit_initinfo->size = size;

    if (!size)
        size = 512;
    else if (size & 1)
        size++;

    cinit_initinfo->buffer = lalloc(size);
    cinit_initinfo->bufferSize = size;
    memclrw(cinit_initinfo->buffer, size);
}

static void CInit_SetData(void *data, SInt32 offset, SInt32 size) {
    SInt32 end;
    char *buffer;

    end = offset + size;
    if (end > cinit_initinfo->size)
        cinit_initinfo->size = end;

    if (end > cinit_initinfo->bufferSize) {
        if (cinit_initinfo->obj->type->size == 0) {
            if (end < 8000)
                end += 0x400;
            else
                end += 0x4000;
        }
        if (end & 1)
            end++;

        buffer = lalloc(end);
        memclrw(buffer, end);
        memcpy(buffer, cinit_initinfo->buffer, cinit_initinfo->bufferSize);
        cinit_initinfo->buffer = buffer;
        cinit_initinfo->bufferSize = end;
    }

    if (data)
        memcpy(cinit_initinfo->buffer + offset, data, size);
}

typedef struct CInit_Initializer {
    struct CInit_Initializer *next;
    struct CInit_Initializer *sublist;
    ENode *expr;
    TStreamElement element;
} CInit_Initializer;

static CInit_Initializer *CInit_ParseInitializerList(void) {
    CInit_Initializer *r30;
    CInit_Initializer *r29;
    CInit_Initializer *tmp;

    if ((tk = lex()) == '}')
        return NULL;

    r30 = NULL;
    do {
        if (r30) {
            tmp = lalloc(sizeof(CInit_Initializer));
            r29->next = tmp;
            r29 = tmp;
        }
        if (!r30) {
            r30 = r29 = lalloc(sizeof(CInit_Initializer));
        }
        r29->next = NULL;

        if (tk == '{') {
            r29->element = *CPrep_CurStreamElement();
            r29->sublist = CInit_ParseInitializerList();
            r29->expr = NULL;
            tk = lex();
        } else {
            r29->sublist = NULL;
            r29->expr = conv_assignment_expression();
            r29->element = *CPrep_CurStreamElement();
        }

        if (tk == '}')
            return r30;

        if (tk != ',') {
            CError_Error(116);
            return r30;
        }
    } while ((tk = lex()) != '}');

    return r30;
}

static CInit_Initializer *CInit_ParseInitializerClause(void) {
    CInit_Initializer *init;

    init = lalloc(sizeof(CInit_Initializer));
    init->next = NULL;
    if (tk != '{') {
        init->sublist = NULL;
        init->expr = conv_assignment_expression();
        init->element = *CPrep_CurStreamElement();
    } else {
        init->element = *CPrep_CurStreamElement();
        init->expr = NULL;
        init->sublist = CInit_ParseInitializerList();
        tk = lex();
    }

    return init;
}

static ENode *CInit_ParseInitializer(ENode *expr) {
    CInt64 save_int;
    Float save_float;
    SInt32 save_size;
    short t;

    switch (tk) {
        case TK_INTCONST:
        case TK_FLOATCONST:
            save_int = tkintconst;
            save_float = tkfloatconst;
            save_size = tksize;
            t = lookahead();
            tkintconst = save_int;
            tkfloatconst = save_float;
            tksize = save_size;

            switch (t) {
                case ',':
                case ';':
                case '}':
                    memclrw(expr, sizeof(ENode));
                    switch (tk) {
                        case TK_INTCONST:
                            expr->type = EINTCONST;
                            expr->rtype = atomtype();
                            expr->data.intval = tkintconst;
                            break;
                        case TK_FLOATCONST:
                            expr->type = EFLOATCONST;
                            expr->rtype = atomtype();
                            expr->data.floatval = tkfloatconst;
                            break;
                    }
                    tk = lex();
                    CPrep_TokenStreamFlush();
                    return expr;
            }
    }

    expr = assignment_expression();
    CPrep_TokenStreamFlush();
    return expr;
}

static Stage CInit_ParseNextInit(CInit_Stuff2 *s) {
    DeclInfo di;
    short t;

    s->expr = NULL;
    if (tk == ';') {
        s->stage = Stage4;
        return Stage4;
    }
    switch (s->stage) {
        case Stage0:
            if (s->x23) {
                if (tk == '(') {
                    tk = lex();
                    CParser_GetDeclSpecs(&di, 1);
                    s->type = di.thetype;
                    if (tk == ')')
                        tk = lex();
                    else
                        CError_Error(115);

                    if (tk == '(')
                        tk = lex();
                    else
                        CError_Error(114);
                    s->x24++;
                    t = lookahead();
                    if (t == TK_UU_VECTOR || (t == TK_IDENTIFIER && !strcmp("vector", tkidentifier->name)))
                        CInit_ParseNextInit(s);
                    s->stage = Stage1;
                    return Stage1;
                }
            } else {
                if (tk == '{') {
                    tk = lex();
                    s->x24 = 0;
                    s->stage = Stage1;
                    return Stage1;
                }
            }
            s->expr = CInit_ParseInitializer(&s->myexpr);
            s->stage = Stage2;
            return Stage2;
        case Stage1:
            break;
        case Stage2:
        case Stage3:
            if (tk == ',') {
                tk = lex();
                break;
            }
            if (s->x24) {
                if (tk != ')')
                    CError_Error(174);
                if (s->x24 > 1) {
                    s->x24--;
                    tk = lex();
                    CInit_ParseNextInit(s);
                }
            } else {
                if (tk != '}')
                    CError_Error(174);
            }
            s->stage = Stage3;
            return Stage3;
        default:
            CError_FATAL(389);
    }

    switch (tk) {
        case '{':
            tk = lex();
            s->stage = Stage1;
            return Stage1;
        case '}':
            s->stage = Stage3;
            return Stage3;
        case '(':
            if (s->x23) {
                tk = lex();
                s->stage = Stage1;
                return Stage1;
            }
        case ')':
            if (s->x23 && s->x24) {
                if (s->x24 > 1) {
                    s->x24--;
                    tk = lex();
                    CInit_ParseNextInit(s);
                }
                s->stage = Stage3;
                return Stage3;
            }
        default:
            s->expr = CInit_ParseInitializer(&s->myexpr);
            s->stage = Stage2;
            return Stage2;
    }
}

static void CInit_CloseInitList(void) {
    if (tk == ',' && copts.cplusplus)
        tk = lex();

    if (tk != '}')
        CError_ErrorSkip(130);
    else
        tk = lex();
}

static Boolean CInit_IsAllZero(char *buf, SInt32 size) {
    SInt32 i;

    if (copts.explicit_zero_data)
        return 0;

    for (i = 0; i < size; i++)
        if (buf[i]) return 0;

    return 1;
}

static Boolean CInit_ClassNeedsConstruction(TypeClass *tclass) {
    return CClass_Constructor(tclass) || CClass_Destructor(tclass);
}

static Boolean CInit_IsSimpleStructArrayInit(Type *type) {
    switch (type->type) {
        case TYPESTRUCT:
            return 1;
        case TYPEARRAY:
            while (IS_TYPE_ARRAY(type))
                type = TYPE_POINTER(type)->target;
            if (!IS_TYPE_CLASS(type))
                return 1;
        case TYPECLASS:
            return !CInit_ClassNeedsConstruction(TYPE_CLASS(type));
        default:
            return 0;
    }
}

static Boolean CInit_IsSimpleInit(Type *type) {
    switch (type->type) {
        case TYPEPOINTER:
            return (TYPE_POINTER(type)->qual & Q_REFERENCE) == 0;
        case TYPEARRAY:
            while (IS_TYPE_ARRAY(type))
                type = TYPE_POINTER(type)->target;
            if (!IS_TYPE_CLASS(type))
                return 1;
        case TYPECLASS:
            return !CInit_ClassNeedsConstruction(TYPE_CLASS(type));
        default:
            return 1;
    }
}

static Object *CInit_GetInitObject(Object *obj) {
    if (obj->datatype == DALIAS) {
        CError_ASSERT(521, !obj->u.alias.offset);
        obj = obj->u.alias.object;
    }
    return obj;
}

static Object *CInit_CreateStaticDataObject(Type *type, UInt32 qual, HashNameNode *name) {
    Object *obj;
    DeclInfo di;

    memclrw(&di, sizeof(DeclInfo));
    di.thetype = type;
    di.name = name ? name : CParser_GetUniqueName();
    di.qual = qual;
    di.storageclass = TK_STATIC;
    di.x4E = 1;

    obj = CParser_NewGlobalDataObject(&di);
    obj->nspace = cscope_root;
    return obj;
}

static Type *CInit_GetRegMemType() {
    return CDecl_NewStructType(void_ptr.size * 3, CMach_GetTypeAlign((Type *) &void_ptr));
}

static Object *CInit_CreateStaticData(Type *type) {
    Object *obj = CInit_CreateStaticDataObject(type, 0, NULL);
    CInit_DeclareData(obj, NULL, NULL, obj->type->size);
    return obj;
}

static void CInit_InitNonConst(CInit_Stuff *s, Type *type, ENode *expr) {
    CInit_1C *entry;
    CInit_1C *scan;
    MWVector128 *vec;

    if (s->x4->flag || IS_TYPE_VECTOR(type)) {
        if (IS_TYPE_VECTOR(type) && ENODE_IS(expr, EVECTOR128CONST)) {
            vec = (MWVector128 *) (s->buffer + s->size);
            *vec = expr->data.vector128val;
            CMach_InitVectorMem(type, *vec, vec, 1);
        }

        entry = lalloc(sizeof(CInit_1C));
        memclrw(entry, sizeof(CInit_1C));
        entry->next = NULL;
        entry->type = type;
        entry->expr = expr;
        entry->offset = s->xC + s->size;
        if ((scan = s->x4->x1C)) {
            while (scan->next)
                scan = scan->next;
            scan->next = entry;
        } else {
            s->x4->x1C = entry;
        }
    } else {
        CError_Error(124);
    }
}

static CInit_Stuff *CInit_GrowBuffer(CInit_Stuff *s, SInt32 size) {
    CInit_Stuff *newbuf;

    newbuf = lalloc(sizeof(CInit_Stuff));
    memclrw(newbuf, sizeof(CInit_Stuff));
    newbuf->x4 = s->x4;
    newbuf->buffer = lalloc(size);
    newbuf->xC = s->xC + s->size;
    newbuf->bufferSize = size;
    s->x0 = newbuf;
    memset(newbuf->buffer, 0, newbuf->bufferSize);
    return newbuf;
}

Boolean CInit_RelocInitCheck(ENode *expr, Object **objptr, CInt64 *valptr, Boolean flag) {
    Object *objcheck1;
    Object *objcheck2;
    CInt64 valcheck1;
    CInt64 valcheck2;

    *objptr = NULL;
    valptr->lo = 0;
    valptr->hi = 0;

    while (1) {
        switch (expr->type) {
            case EINTCONST:
                *valptr = expr->data.intval;
                return 1;
            case EOBJREF:
                objcheck1 = CInit_GetInitObject(expr->data.objref);
                if (objcheck1->datatype == DLOCAL && !flag)
                    return 0;
                *objptr = objcheck1;
                return 1;
            case ESTRINGCONST:
                CInit_RewriteString(expr, 0);
                continue;
            case ETYPCON:
                do {
                    if (expr->rtype->size != expr->data.monadic->rtype->size)
                        return 0;
                    expr = expr->data.monadic;
                    if (!IS_TYPE_POINTER_ONLY(expr->rtype) && !IS_TYPE_INT(expr->rtype))
                        return 0;
                } while (ENODE_IS(expr, ETYPCON));
                continue;
            case EADD:
                if (!CInit_RelocInitCheck(expr->data.diadic.left, &objcheck1, &valcheck1, flag))
                    return 0;
                if (!CInit_RelocInitCheck(expr->data.diadic.right, &objcheck2, &valcheck2, flag))
                    return 0;

                if (objcheck1) {
                    if (objcheck2)
                        return 0;
                    *objptr = objcheck1;
                } else {
                    *objptr = objcheck1;
                }

                *valptr = CMach_CalcIntDiadic(TYPE(&stunsignedlong), valcheck1, '+', valcheck2);
                return 1;
            case ESUB:
                if (!CInit_RelocInitCheck(expr->data.diadic.left, &objcheck1, &valcheck1, flag))
                    return 0;
                if (!CInit_RelocInitCheck(expr->data.diadic.right, &objcheck2, &valcheck2, flag))
                    return 0;

                if (objcheck2)
                    return 0;

                *objptr = objcheck1;
                *valptr = CMach_CalcIntDiadic(TYPE(&stunsignedlong), valcheck1, '-', valcheck2);
                return 1;
            default:
                return 0;
        }
    }
}

static void CInit_InitTypePointer(CInit_Stuff *s, ENode *expr, TypePointer *tptr, UInt32 qual) {
    Object *obj;
    CInt64 val;
    OLinkList *list;

    expr = CExpr_AssignmentPromotion(expr, TYPE(tptr), qual & (Q_CONST | Q_VOLATILE), 1);
    if (IS_TYPE_POINTER_ONLY(expr->rtype) || ENODE_IS(expr, EINTCONST)) {
        if (CInit_RelocInitCheck(expr, &obj, &val, 0)) {
            if (obj) {
                list = lalloc(sizeof(OLinkList));
                list->next = s->x4->list;
                list->obj = obj;
                list->somevalue = CInt64_GetULong(&val);
                list->offset = s->xC + s->size;
                s->x4->list = list;
            } else {
                CMach_InitIntMem(TYPE(&stunsignedlong), val, s->buffer + s->size);
            }
        } else {
            CInit_InitNonConst(s, TYPE(tptr), expr);
        }
    } else {
        CError_Error(174);
    }
}

static void CInit_InitTypeInt(CInit_Stuff *s, ENode *expr, TypeIntegral *tint, UInt32 qual) {
    expr = CExpr_AssignmentPromotion(expr, TYPE(tint), qual & (Q_CONST | Q_VOLATILE), 1);
    if (IS_TYPE_INT(expr->rtype)) {
        if (ENODE_IS(expr, EINTCONST)) {
            CMach_InitIntMem(TYPE(tint), expr->data.intval, s->buffer + s->size);
        } else if (ENODE_IS(expr, ETYPCON) && IS_TYPE_POINTER_ONLY(expr->data.monadic->rtype) && expr->rtype->size == 4 && (copts.cplusplus || !copts.ANSI_strict)) {
            CInit_InitTypePointer(s, expr->data.monadic, TYPE_POINTER(expr->data.monadic->rtype), qual);
        } else {
            CInit_InitNonConst(s, TYPE(tint), expr);
        }
    } else {
        CError_Error(174);
    }
}

static void CInit_InitTypeFloat(CInit_Stuff *s, ENode *expr, TypeIntegral *tint, UInt32 qual) {
    expr = CExpr_AssignmentPromotion(expr, TYPE(tint), qual & (Q_CONST | Q_VOLATILE), 1);
    if (IS_TYPE_FLOAT(expr->rtype)) {
        if (ENODE_IS(expr, EFLOATCONST)) {
            CMach_InitFloatMem(TYPE(tint), expr->data.floatval, s->buffer + s->size);
        } else {
            CInit_InitNonConst(s, TYPE(tint), expr);
        }
    } else {
        CError_Error(174);
    }
}

static void CInit_InitTypeEnum(CInit_Stuff *s, ENode *expr, TypeEnum *tenum, UInt32 qual) {
    expr = CExpr_AssignmentPromotion(expr, TYPE(tenum), qual & (Q_CONST | Q_VOLATILE), 1);
    if (IS_TYPE_ENUM(expr->rtype)) {
        if (ENODE_IS(expr, EINTCONST)) {
            CMach_InitIntMem(tenum->enumtype, expr->data.intval, s->buffer + s->size);
        } else {
            CInit_InitNonConst(s, TYPE(tenum), expr);
        }
    } else {
        CError_Error(174);
    }
}

static void CInit_InitTypeMemberPointer(CInit_Stuff *s, ENode *expr, TypeMemberPointer *tmptr, UInt32 qual) {
    expr = CExpr_AssignmentPromotion(expr, TYPE(tmptr), qual & (Q_CONST | Q_VOLATILE), 1);
    if (ENODE_IS(expr, EINTCONST)) {
        CMach_InitIntMem(TYPE(&stsignedlong), expr->data.intval, s->buffer + s->size);
    } else {
        CInit_InitNonConst(s, TYPE(tmptr), expr);
    }
}

static void CInit_SetBitfield(TypeBitfield *tbitfield, UInt8 *buffer, CInt64 val) {
    int i;
    int pos;
    int step;

    if (copts.little_endian) {
        pos = tbitfield->unkA;
        step = 1;
    } else {
        pos = tbitfield->unkB + tbitfield->unkA - 1;
        step = -1;
    }
    for (i = 0; i < tbitfield->unkB; i++) {
        if (CInt64_GetULong(&val) & 1) {
            if (copts.little_endian) {
                buffer[pos >> 3] |= 1 << (pos & 7);
            } else {
                buffer[pos >> 3] |= 0x80 >> (pos & 7);
            }
        }
        val = CInt64_ShrU(val, cint64_one);
        pos += step;
    }
}

static void CInit_InitTypeBitfield(CInit_Stuff *s, ENode *expr, TypeBitfield *tbitfield, UInt32 qual) {
    Type *inner;

    inner = tbitfield->bitfieldtype;
    if (IS_TYPE_ENUM(inner))
        inner = TYPE_ENUM(inner)->enumtype;
    expr = CExpr_AssignmentPromotion(expr, inner, qual & (Q_CONST | Q_VOLATILE), 1);

    if (IS_TYPE_INT(expr->rtype)) {
        if (ENODE_IS(expr, EINTCONST)) {
            CInit_SetBitfield(tbitfield, (UInt8 *) s->buffer + s->size, expr->data.intval);
        } else {
            CInit_InitNonConst(s, TYPE(tbitfield), expr);
        }
    } else {
        CError_Error(174);
    }
}

static void CInit_InitTypeArray(CInit_Stuff *s, CInit_Stuff2 *s2, TypePointer *tptr, UInt32 qual, Boolean errorflag) {
    SInt32 targetsize;
    SInt32 start;
    SInt32 i;
    Boolean flag;
    Boolean is_zero_size;
    SInt32 size;
    SInt32 tmp;
    Boolean is_char_ptr;
    Boolean is_wchar_ptr;

    is_zero_size = tptr->size == 0;
    targetsize = tptr->target->size;
    if (!targetsize) {
        CError_Error(145);
        return;
    }

    is_char_ptr = IS_TYPE_INT(tptr->target) && (targetsize == 1);
    is_wchar_ptr = IS_TYPE_INT(tptr->target) && (targetsize == stwchar.size);
    switch (s2->stage) {
        case Stage1:
            flag = 1;
            if (CInit_ParseNextInit(s2) == Stage3) {
                if (is_zero_size)
                    CError_Error(174);
                tk = lex();
                return;
            }
            break;
        case Stage2:
            flag = 0;
            break;
    }
    switch (s2->stage) {
        case Stage1:
        case Stage2:
            break;
        default:
            CError_Error(174);
            return;
    }

    if (s2->stage == Stage2)
        s2->expr = pointer_generation(s2->expr);

    if (s2->stage == Stage2 && ENODE_IS(s2->expr, ESTRINGCONST) && (is_char_ptr || is_wchar_ptr)) {
        if (IS_TYPE_POINTER_ONLY(s2->expr->rtype) && tptr->target->size != TYPE_POINTER(s2->expr->rtype)->target->size)
            CError_Warning(174);
        size = tmp = s2->expr->data.string.size;
        if (is_zero_size) {
            tptr->size = s2->expr->data.string.size;
            if (s->bufferSize < tmp)
                s = CInit_GrowBuffer(s, tmp);
            memcpy(s->buffer, s2->expr->data.string.data, size);
            s->size = size;
        } else {
            if (s2->expr->data.string.size > tptr->size) {
                if (copts.cplusplus || (s2->expr->data.string.size - 1) > tptr->size)
                    CError_Error(147);
                s2->expr->data.string.size = tptr->size;
                size = tptr->size;
            }
            memcpy(s->buffer + s->size, s2->expr->data.string.data, size);
        }
    } else {
        if (!flag && errorflag) {
            CError_Error(174);
            return;
        }

        start = s->size;
        i = 0;
        while (1) {
            if (is_zero_size) {
                size = (i + 1) * targetsize;
                s->size = start + size - targetsize - s->xC;
                if (s->size + targetsize > s->bufferSize)
                    s = CInit_GrowBuffer(s, targetsize * 16);
                CInit_InitType(s, s2, tptr->target, qual, 0);
                tptr->size = size;
                s->size = start + size - s->xC;
            } else {
                if (tptr->size <= i * targetsize) {
                    i--;
                    CError_Error(147);
                }
                s->size = start + i * targetsize;
                CInit_InitType(s, s2, tptr->target, qual, 0);
                if (!flag && tptr->size <= (i + 1) * targetsize)
                    break;
            }

            switch (CInit_ParseNextInit(s2)) {
                case Stage1:
                case Stage2:
                    break;
                case Stage3:
                    if (flag)
                        tk = lex();
                    return;
                default:
                    CError_Error(130);
                    return;
            }

            i++;
        }
    }

    if (flag) {
        switch (CInit_ParseNextInit(s2)) {
            case Stage3:
                tk = lex();
                return;
            case Stage2:
                CError_Error(147);
                return;
            default:
                CError_Error(130);
        }
    }
}

static void CInit_InitTypeStruct(CInit_Stuff *s, CInit_Stuff2 *s2, TypeStruct *tstruct, UInt32 qual, Boolean errorflag) {
    StructMember *member;
    SInt32 start;
    Boolean flag;
    SInt32 count;
    TypePointer arraytype;
    MWVector128 *vecp;
    int i;

    count = 0;
    if (s2->type)
        tstruct = TYPE_STRUCT(s2->type);

    if (!(member = tstruct->members)) {
        CError_Error(145);
        return;
    }

    switch (s2->stage) {
        case Stage1:
            flag = 1;
            if (CInit_ParseNextInit(s2) == Stage3) {
                tk = lex();
                return;
            }
            break;
        case Stage2:
            flag = 0;
            break;
    }

    switch (s2->stage) {
        case Stage1:
        case Stage2:
            break;
        default:
            CError_Error(174);
            return;
    }

    if (!flag && s2->stage == Stage2 && (errorflag || s2->expr->rtype == TYPE(tstruct))) {
        s2->expr = CExpr_AssignmentPromotion(s2->expr, TYPE(tstruct), qual, 1);
        if (IS_TYPE_STRUCT(s2->expr->rtype))
            CInit_InitNonConst(s, TYPE(tstruct), s2->expr);
        return;
    }

    start = s->size;
    while (1) {
        s->size = start + member->offset;
        if (!member->type->size) {
            if (!errorflag || !IS_TYPE_ARRAY(member->type)) {
                CError_Error(147);
                if (!IS_TYPE_ARRAY(member->type))
                    return;
            }

            arraytype = *TYPE_POINTER(member->type);
            CInit_InitTypeArray(s, s2, &arraytype, member->qual, 1);
            s->x18 = arraytype.size;
        } else {
            CInit_InitType(s, s2, member->type, member->qual, 0);
        }

        count++;
        if (IS_TYPESTRUCT_VECTOR(tstruct) && s2->expr)
            CError_ASSERT(1218, !ENODE_IS(s2->expr, EVECTOR128CONST));

        do {
            member = member->next;
        } while (member && (member->qual & Q_OVERLOAD));

        if (!member || tstruct->stype == STRUCT_TYPE_UNION) {
            if (flag) {
                switch (CInit_ParseNextInit(s2)) {
                    case Stage3:
                        if (IS_TYPESTRUCT_VECTOR(tstruct)) {
                            vecp = (MWVector128 *) (s->buffer + start);
                            CMach_InitVectorMem(TYPE(tstruct), *vecp, vecp, 0);
                        }
                        tk = lex();
                        return;
                    case Stage2:
                        CError_Error(147);
                        return;
                    default:
                        CError_Error(130);
                        return;
                }
            }
            return;
        } else {
            switch (CInit_ParseNextInit(s2)) {
                case Stage1:
                case Stage2:
                    continue;
                case Stage3:
                    if (flag)
                        tk = lex();
                    if (IS_TYPESTRUCT_VECTOR(tstruct)) {
                        switch (TYPE_STRUCT(tstruct)->stype) {
                            case STRUCT_TYPE_4:
                            case STRUCT_TYPE_5:
                            case STRUCT_TYPE_6:
                                if (count != 16) {
                                    if (count == 1) {
                                        UInt8 val, *p;
                                        p = (UInt8 *) s->buffer;
                                        val = p[0];
                                        for (i = 1; i < 16; i++)
                                            p[i] = val;
                                    } else {
                                        CError_Error(174);
                                    }
                                }
                                break;
                            case STRUCT_TYPE_7:
                            case STRUCT_TYPE_8:
                            case STRUCT_TYPE_9:
                            case STRUCT_TYPE_E:
                                if (count != 8) {
                                    if (count == 1) {
                                        SInt16 val, *p;
                                        p = (SInt16 *) s->buffer;
                                        val = p[0];
                                        for (i = 1; i < 8; i++)
                                            p[i] = val;
                                    } else {
                                        CError_Error(174);
                                    }
                                }
                                break;
                            case STRUCT_TYPE_A:
                            case STRUCT_TYPE_B:
                            case STRUCT_TYPE_C:
                            case STRUCT_TYPE_D:
                                if (count != 4) {
                                    if (count == 1) {
                                        UInt32 val, *p;
                                        p = (UInt32 *) s->buffer;
                                        val = p[0];
                                        for (i = 1; i < 4; i++)
                                            p[i] = val;
                                    } else {
                                        CError_Error(174);
                                    }
                                }
                                break;
                        }
                    }
                    return;
                default:
                    CError_Error(174);
                    return;
            }
        }
    }
}

static ObjMemberVar *CInit_FindNextMember(ObjMemberVar *ivar) {
    ObjMemberVar *scan = ivar;
    while (1) {
        scan = scan->next;
        if (!scan)
            return NULL;
        if (!scan->anonunion)
            return scan;
        if (scan->offset > ivar->offset)
            return scan;
        if (IS_TYPE_BITFIELD(scan->type) && IS_TYPE_BITFIELD(ivar->type) && TYPE_BITFIELD(scan->type)->unkA != TYPE_BITFIELD(ivar->type)->unkA)
            return scan;
    }
}

static void CInit_InitTypeClass(CInit_Stuff *s, CInit_Stuff2 *s2, TypeClass *tclass, UInt32 qual, Boolean errorflag) {
    ObjMemberVar *ivar;
    SInt32 start;
    Boolean flag;
    SInt32 last_offset;
    TypePointer arraytype;

    if (tclass->bases || tclass->vtable) {
        CError_Error(174);
        return;
    }

    switch (s2->stage) {
        case Stage1:
            flag = 1;
            if (CInit_ParseNextInit(s2) == Stage3) {
                tk = lex();
                return;
            }
            break;
        case Stage2:
            flag = 0;
            break;
    }

    switch (s2->stage) {
        case Stage1:
        case Stage2:
            break;
        default:
            CError_Error(174);
            return;
    }

    if (!flag && s2->stage == Stage2 && (errorflag || s2->expr->rtype == TYPE(tclass) || CExpr_CanImplicitlyConvert(s2->expr, TYPE(tclass), 0))) {
        s2->expr = CExpr_AssignmentPromotion(s2->expr, TYPE(tclass), qual, 1);
        if (IS_TYPE_CLASS(s2->expr->rtype))
            CInit_InitNonConst(s, TYPE(tclass), s2->expr);
        return;
    }

    for (ivar = tclass->ivars; ivar; ivar = ivar->next) {
        if (ivar->access != ACCESSPUBLIC) {
            CError_Error(174);
            break;
        }
    }

    if (!(ivar = tclass->ivars)) {
        CError_Error(147);
        return;
    }
    start = s->size;
    while (1) {
        s->size = start + ivar->offset;
        if (!ivar->type->size) {
            if (!errorflag || !IS_TYPE_ARRAY(ivar->type)) {
                CError_Error(147);
                if (!IS_TYPE_ARRAY(ivar->type))
                    return;
            }

            arraytype = *TYPE_POINTER(ivar->type);
            CInit_InitTypeArray(s, s2, &arraytype, ivar->qual, 1);
            s->x18 = arraytype.size;
        } else {
            CInit_InitType(s, s2, ivar->type, ivar->qual, 0);
        }

        last_offset = ivar->offset;
        if (!(ivar = CInit_FindNextMember(ivar)) || (tclass->mode == CLASS_MODE_1 && ivar->offset == last_offset)) {
            if (flag) {
                switch (CInit_ParseNextInit(s2)) {
                    case Stage3:
                        tk = lex();
                        return;
                    case Stage2:
                        CError_Error(147);
                        return;
                    default:
                        CError_Error(130);
                        return;
                }
            }
            return;
        } else {
            switch (CInit_ParseNextInit(s2)) {
                case Stage1:
                case Stage2:
                    continue;
                case Stage3:
                    if (flag)
                        tk = lex();
                    break;
                default:
                    CError_Error(174);
            }
            return;
        }
    }
}

static void CInit_InitType(CInit_Stuff *s, CInit_Stuff2 *s2, Type *type, UInt32 qual, Boolean errorflag) {
    Boolean flag;

    switch (type->type) {
        case TYPEVOID:
            CError_Error(174);
            break;
        case TYPEINT:
        case TYPEFLOAT:
        case TYPEENUM:
        case TYPEBITFIELD:
        case TYPEMEMBERPOINTER:
        case TYPEPOINTER:
            switch (s2->stage) {
                case Stage1:
                    flag = 1;
                    CInit_ParseNextInit(s2);
                    break;
                case Stage2:
                    flag = 0;
                    break;
            }
            if (s2->stage != Stage2) {
                CError_Error(174);
                return;
            }

            switch (type->type) {
                case TYPEINT:
                    CInit_InitTypeInt(s, s2->expr, TYPE_INTEGRAL(type), qual);
                    break;
                case TYPEFLOAT:
                    CInit_InitTypeFloat(s, s2->expr, TYPE_INTEGRAL(type), qual);
                    break;
                case TYPEENUM:
                    CInit_InitTypeEnum(s, s2->expr, TYPE_ENUM(type), qual);
                    break;
                case TYPEPOINTER:
                    CInit_InitTypePointer(s, s2->expr, TYPE_POINTER(type), qual);
                    break;
                case TYPEMEMBERPOINTER:
                    CInit_InitTypeMemberPointer(s, s2->expr, TYPE_MEMBER_POINTER(type), qual);
                    break;
                case TYPEBITFIELD:
                    CInit_InitTypeBitfield(s, s2->expr, TYPE_BITFIELD(type), qual);
                    break;
                default:
                    CError_FATAL(1542);
            }

            if (flag) {
                switch (CInit_ParseNextInit(s2)) {
                    case Stage3:
                        tk = lex();
                        break;
                    case Stage2:
                        CError_Error(147);
                        break;
                    default:
                        CError_Error(130);
                }
            }
            break;
        case TYPESTRUCT:
            CInit_InitTypeStruct(s, s2, TYPE_STRUCT(type), qual, errorflag);
            break;
        case TYPEARRAY:
            CInit_InitTypeArray(s, s2, TYPE_POINTER(type), qual, errorflag);
            break;
        case TYPECLASS:
            CInit_InitTypeClass(s, s2, TYPE_CLASS(type), qual, errorflag);
            break;
        default:
            CError_FATAL(1573);
    }
}

static void CInit_InitData(CInit_Stuff *s, Type *type, UInt32 qual, Boolean flag) {
    CInit_Stuff2 s2;
    SInt32 size;
    CInit_Stuff *tmp;
    char *buffer;

    locklheap();
    memclrw(s, sizeof(CInit_Stuff));
    s->x4 = s;
    if (type->size == 0) {
        if (IS_TYPE_ARRAY(type))
            s->bufferSize = 16 * TYPE_POINTER(type)->target->size;
        else
            CError_Error(145);
    } else {
        s->bufferSize = type->size;
    }

    s->buffer = lalloc(s->bufferSize);
    memset(s->buffer, 0, s->bufferSize);
    s->flag = flag;

    s2.stage = Stage0;
    s2.x23 = 0;
    if (IS_TYPE_VECTOR(type)) {
        s2.x23 = 1;
        s->flag = 1;
    }
    if (IS_TYPE_ARRAY(type) && IS_TYPE_VECTOR(TYPE_POINTER(type)->target)) {
        s->flag = 1;
    }

    s2.type = NULL;
    s2.x24 = 0;
    CInit_ParseNextInit(&s2);
    CInit_InitType(s, &s2, type, qual, 1);

    if ((size = type->size + s->x18)) {
        if (s->x0) {
            buffer = lalloc(size);
            for (tmp = s; tmp; tmp = tmp->x0) {
                CError_ASSERT(1647, (tmp->xC + tmp->size) <= size);
                memcpy(buffer + tmp->xC, tmp->buffer, tmp->size);
            }
            s->buffer = buffer;
        }
    } else {
        CError_Error(174);
    }

    s->size = size;
    s->x0 = NULL;
    unlocklheap();
}

static ENode *CInit_InitConcat(ENode *a1, ENode *a2, SInt32 offset, Type *type, ENode *a5) {
    ENode *r30;
    ENode *r28;
    ENode *tmp;

    r28 = lalloc(sizeof(ENode));
    *r28 = *a2;
    if (offset)
        r28 = makediadicnode(r28, intconstnode(TYPE(&stunsignedlong), offset), EADD);

    if (IS_TYPE_BITFIELD(type)) {
        tmp = makemonadicnode(r28, EBITFIELD);
        tmp->rtype = type;
        tmp = makemonadicnode(tmp, EINDIRECT);
        tmp->rtype = TYPE_BITFIELD(type)->bitfieldtype;
    } else {
        tmp = makemonadicnode(r28, EINDIRECT);
        tmp->rtype = type;
    }

    r30 = makediadicnode(tmp, a5, EASS);
    if (!a1) {
        return r30;
    } else {
        tmp = makediadicnode(a1, r30, ECOMMA);
        tmp->rtype = r30->rtype;
        return tmp;
    }
}

static ENode *CInit_RegisterDtorObject(Type *type, Object *dtor, ENode *objexpr) {
    ENode *expr;

    if (copts.no_static_dtors)
        return objexpr;

    expr = lalloc(sizeof(ENode));
    expr->type = EFUNCCALL;
    expr->cost = 4;
    expr->flags = 0;
    expr->rtype = CDecl_NewPointerType(type);
    expr->data.funccall.funcref = create_objectrefnode(Xgreg_func);
    expr->data.funccall.functype = TYPE_FUNC(Xgreg_func->type);
    expr->data.funccall.args = lalloc(sizeof(ENodeList));
    expr->data.funccall.args->node = objexpr;
    expr->data.funccall.args->next = lalloc(sizeof(ENodeList));
    expr->data.funccall.args->next->node = create_objectrefnode(CABI_GetDestructorObject(dtor, 1));
    expr->data.funccall.args->next->next = lalloc(sizeof(ENodeList));
    expr->data.funccall.args->next->next->node = create_objectrefnode(CInit_CreateStaticData(CInit_GetRegMemType()));
    expr->data.funccall.args->next->next->next = NULL;

    return expr;
}

static Boolean CInit_ConstructGlobalObject(Object *obj, TypeClass *tclass, ENode *valueexpr, SInt32 offset, Boolean flag) {
    Object *ctor;
    Object *dtor;
    ENodeList *list;
    ENode *expr;
    Boolean ctorflag;

    ctor = CClass_Constructor(tclass);
    dtor = CClass_Destructor(tclass);
    if (!ctor && !dtor)
        return 0;

    if (flag && !ctor && tk == '=' && lookahead() == '{')
        return 0;

    if (flag && tk == '(') {
        tk = lex();
        list = CExpr_ScanExpressionList(1);
        if (tk == ')')
            tk = lex();
        else
            CError_Error(115);
    } else if (valueexpr) {
        list = lalloc(sizeof(ENodeList));
        list->node = valueexpr;
        list->next = NULL;
    } else {
        list = NULL;
    }

    expr = create_objectrefnode(obj);
    if (offset)
        expr = makediadicnode(expr, intconstnode(TYPE(&stunsignedlong), offset), EADD);

    if (ctor) {
        ctorflag = 1;
        if (tk == '=') {
            ctorflag = 0;
            if (list)
                CError_Error(174);

            list = lalloc(sizeof(ENodeList));
            list->next = NULL;
            tk = lex();
            list->node = conv_assignment_expression();
        }

        expr = CExpr_ConstructObject(tclass, expr, list, 0, 1, 0, 1, ctorflag);
        if (expr->rtype->type != TYPEPOINTER) {
            CError_Error(174);
            return 1;
        }
    } else {
        if (list)
            CError_Error(174);
    }

    if (dtor)
        expr = CInit_RegisterDtorObject(TYPE(tclass), dtor, expr);

    if (cinit_initinfo->x16)
        cinit_initinfo->init_expr_register_cb(expr);
    else
        InitExpr_Register(expr, obj);

    return 1;
}

static Boolean CInit_ConstructAutoObject(TypeClass *tclass, ENode *expr, SInt32 offset, Boolean flag) {
    ENodeList *r30;
    ENode *r29;
    Object *ctor;
    Object *dtor;
    Boolean r24;

    ctor = CClass_Constructor(tclass);
    dtor = CClass_Destructor(tclass);
    if (!ctor && !dtor)
        return 0;

    if (dtor)
        CClass_CheckStaticAccess(NULL, tclass, dtor->access);

    if (flag && !ctor && tk == '=' && lookahead() == '{')
        return 0;

    if (flag && tk == '(') {
        tk = lex();
        r30 = CExpr_ScanExpressionList(1);
        if (tk == ')')
            tk = lex();
        else
            CError_Error(115);
    } else if (expr) {
        r30 = lalloc(sizeof(ENodeList));
        r30->node = expr;
        r30->next = NULL;
    } else {
        r30 = NULL;
    }

    if (ctor) {
        r24 = 1;
        if (tk == '=') {
            if (r30)
                CError_Error(174);
            r30 = lalloc(sizeof(ENodeList));
            r30->next = NULL;
            tk = lex();
            r30->node = conv_assignment_expression();
            r24 = 0;
        }

        if (!dtor) {
            r29 = create_objectrefnode(cinit_initinfo->obj1C);
            if (offset)
                r29 = makediadicnode(r29, intconstnode(TYPE(&stunsignedlong), offset), EADD);
        } else {
            r29 = cinit_initinfo->register_object_cb(TYPE(tclass), cinit_initinfo->obj1C, offset, 0);
        }

        r29 = CExpr_ConstructObject(tclass, r29, r30, 0, 1, 0, 1, r24);
        if (!IS_TYPE_POINTER_ONLY(r29->rtype)) {
            CError_Error(174);
            return 1;
        }
        r29 = makemonadicnode(r29, EINDIRECT);
        r29->rtype = TYPE_POINTER(r29->rtype)->target;
        cinit_initinfo->insert_expr_cb(r29);
    } else {
        if (r30)
            CError_Error(174);
        if (dtor)
            r29 = cinit_initinfo->register_object_cb(TYPE(tclass), cinit_initinfo->obj1C, offset, 0);
        cinit_initinfo->insert_expr_cb(r29);
    }

    return 1;
}

static void CInit_ExprPointer(TypePointer *tptr, ENode *expr) {
    Object *obj;
    CInt64 val;
    OLinkList *list;

    if (CInit_RelocInitCheck(expr, &obj, &val, 0)) {
        if (obj) {
            list = lalloc(sizeof(OLinkList));
            list->next = cinit_initinfo->list;
            list->obj = obj;
            list->somevalue = CInt64_GetULong(&val);
            list->offset = cinit_initinfo->expr_offset;
            cinit_initinfo->list = list;
        } else {
            CMach_InitIntMem(TYPE(&stunsignedlong), val, cinit_initinfo->buffer + cinit_initinfo->expr_offset);
        }
    } else if (cinit_initinfo->expr_cb) {
        cinit_initinfo->expr_cb(TYPE(tptr), expr, 0);
        cinit_initinfo->expr_cb_called = 1;
    } else {
        CError_Error(124);
    }

    cinit_initinfo->expr_offset += 4;
}

static void CInit_ExprInt(TypeIntegral *tint, ENode *expr) {
    if (ENODE_IS(expr, EINTCONST)) {
        CMach_InitIntMem(TYPE(tint), expr->data.intval, cinit_initinfo->buffer + cinit_initinfo->expr_offset);
    } else if (ENODE_IS(expr, ETYPCON) && IS_TYPE_POINTER_ONLY(expr->data.monadic->rtype) && expr->rtype->size == 4 && (copts.cplusplus || !copts.ANSI_strict)) {
        CInit_ExprPointer(TYPE_POINTER(expr->data.monadic->rtype), expr->data.monadic);
    } else if (cinit_initinfo->expr_cb) {
        cinit_initinfo->expr_cb(TYPE(tint), expr, 0);
        cinit_initinfo->expr_cb_called = 1;
    } else {
        CError_Error(124);
    }

    cinit_initinfo->expr_offset += tint->size;
}

static void CInit_ExprFloat(TypeIntegral *tint, ENode *expr) {
    if (ENODE_IS(expr, EFLOATCONST)) {
        CMach_InitFloatMem(TYPE(tint), expr->data.floatval, cinit_initinfo->buffer + cinit_initinfo->expr_offset);
    } else if (cinit_initinfo->expr_cb) {
        cinit_initinfo->expr_cb(TYPE(tint), expr, 0);
        cinit_initinfo->expr_cb_called = 1;
    } else {
        CError_Error(124);
    }

    cinit_initinfo->expr_offset += tint->size;
}

static void CInit_ExprEnum(TypeEnum *tenum, ENode *expr) {
    if (ENODE_IS(expr, EINTCONST)) {
        CMach_InitIntMem(tenum->enumtype, expr->data.intval, cinit_initinfo->buffer + cinit_initinfo->expr_offset);
    } else if (cinit_initinfo->expr_cb) {
        cinit_initinfo->expr_cb(TYPE(tenum), expr, 0);
        cinit_initinfo->expr_cb_called = 1;
    } else {
        CError_Error(124);
    }

    cinit_initinfo->expr_offset += tenum->size;
}

static void CInit_ExprMemberPointer(TypeMemberPointer *tmptr, ENode *expr) {
    if (ENODE_IS(expr, EINTCONST)) {
        CMach_InitIntMem(TYPE(&stsignedlong), expr->data.intval, cinit_initinfo->buffer + cinit_initinfo->expr_offset);
    } else if (cinit_initinfo->expr_cb) {
        cinit_initinfo->expr_cb(TYPE(tmptr), expr, 0);
        cinit_initinfo->expr_cb_called = 1;
    } else {
        CError_Error(124);
    }

    cinit_initinfo->expr_offset += tmptr->size;
}

static void CInit_TypeExpr(Type *type, ENode *expr) {
    switch (type->type) {
        case TYPEINT:
            CInit_ExprInt(TYPE_INTEGRAL(type), expr);
            break;
        case TYPEFLOAT:
            CInit_ExprFloat(TYPE_INTEGRAL(type), expr);
            break;
        case TYPEENUM:
            CInit_ExprEnum(TYPE_ENUM(type), expr);
            break;
        case TYPEPOINTER:
            CInit_ExprPointer(TYPE_POINTER(type), expr);
            break;
        case TYPEMEMBERPOINTER:
            CInit_ExprMemberPointer(TYPE_MEMBER_POINTER(type), expr);
            break;
        case TYPESTRUCT:
        case TYPECLASS:
            if (cinit_initinfo->expr_cb) {
                cinit_initinfo->expr_cb(type, expr, 0);
                cinit_initinfo->expr_cb_called = 1;
            } else {
                CError_Error(124);
            }
            break;
        case TYPEARRAY:
            CError_Error(174);
            break;
        default:
            CError_FATAL(2082);
    }
}

static void CInit_Bitfield(TypeBitfield *tbitfield) {
    Boolean r30;
    ENode *expr;
    ENode myexpr;

    r30 = tk == '{';
    if (r30)
        tk = lex();

    expr = CInit_ParseInitializer(&myexpr);
    expr = CExpr_AssignmentPromotion(
            expr,
            IS_TYPE_ENUM(tbitfield->bitfieldtype) ? TYPE_ENUM(tbitfield->bitfieldtype)->enumtype : tbitfield->bitfieldtype,
            0,
            1);
    if (ENODE_IS(expr, EINTCONST))
        CInit_SetBitfield(tbitfield, (UInt8 *) cinit_initinfo->buffer + cinit_initinfo->expr_offset, expr->data.intval);
    else
        CError_Error(124);

    if (r30)
        CInit_CloseInitList();
}

static void CInit_Array(TypePointer *tptr, UInt32 qual, Boolean flag) {
    SInt32 start;
    SInt32 i;
    SInt32 targetsize1;
    SInt32 targetsize2;
    Boolean in_block;
    Boolean is_char_ptr;
    Boolean needs_construction;
    Boolean is_wchar_ptr;

    targetsize1 = tptr->target->size;
    targetsize2 = tptr->target->size;
    if (!tptr->target->size) {
        if (!IS_TYPE_ARRAY(tptr->target)) {
            CError_Error(145);
            return;
        }
        targetsize1 = tptr->target->size;
        targetsize2 = tptr->target->size;
        if (!tptr->target->size) {
            CError_Error(145);
            return;
        }
    }

    is_char_ptr = IS_TYPE_INT(tptr->target) && (tptr->target->size == 1);
    is_wchar_ptr = IS_TYPE_INT(tptr->target) && (tptr->target->size == stwchar.size);

    in_block = 1;
    if (flag && !(tk == TK_STRING && is_char_ptr) && !(tk == TK_STRING_WIDE && is_wchar_ptr)) {
        if (tk != '{') {
            CError_ErrorSkip(135);
            return;
        }
        tk = lex();
    } else {
        if (tk == '{')
            tk = lex();
        else
            in_block = 0;
    }

    if ((tk == TK_STRING && is_char_ptr) || (tk == TK_STRING_WIDE && is_wchar_ptr)) {
        if (tptr->size) {
            if (tksize > tptr->size) {
                if (copts.cplusplus || (tksize - (is_wchar_ptr ? stwchar.size : 1)) > tptr->size)
                    CError_Error(147);
                tksize = tptr->size;
            }
            memcpy(cinit_initinfo->buffer + cinit_initinfo->expr_offset, tkstring, tksize);
        } else {
            tptr->size = tksize;
            CInit_SetData(tkstring, cinit_initinfo->expr_offset, tptr->size);
        }
        cinit_initinfo->expr_offset += tptr->size;
        tk = lex();
        if (in_block)
            CInit_CloseInitList();
        return;
    }

    if (IS_TYPE_CLASS(tptr->target) && CInit_ClassNeedsConstruction(TYPE_CLASS(tptr->target)))
        needs_construction = 1;
    else
        needs_construction = 0;

    start = cinit_initinfo->expr_offset;
    i = 0;
    while (1) {
        if (tk == '}') {
            innerloop:
            if (tptr->size) {
                if (needs_construction) {
                    while (tptr->size > (i * targetsize1)) {
                        cinit_initinfo->expr_offset = start + i * targetsize2;
                        if (cinit_initinfo->expr_cb) {
                            cinit_initinfo->expr_cb(tptr->target, NULL, 1);
                            cinit_initinfo->expr_cb_called = 1;
                        } else {
                            CError_Error(174);
                        }
                        i++;
                    }
                }
            } else {
                tptr->size = i * targetsize1;
            }
            cinit_initinfo->expr_offset = start + tptr->size;
            if (in_block)
                tk = lex();
            return;
        }

        if (!tptr->size) {
            cinit_initinfo->expr_offset = start + i * targetsize2;
            CInit_SetData(NULL, cinit_initinfo->expr_offset, targetsize2);
            if (needs_construction) {
                if (cinit_initinfo->expr_cb) {
                    cinit_initinfo->expr_cb(tptr->target, conv_assignment_expression(), 1);
                    cinit_initinfo->expr_cb_called = 1;
                } else {
                    CError_Error(174);
                }
            } else {
                CInit_Type(tptr->target, qual, 0);
            }
        } else {
            if (tptr->size <= i * targetsize1) {
                i--;
                CError_Error(147);
            }

            cinit_initinfo->expr_offset = start + i * targetsize2;
            if (needs_construction) {
                if (cinit_initinfo->expr_cb) {
                    cinit_initinfo->expr_cb(tptr->target, conv_assignment_expression(), 1);
                    cinit_initinfo->expr_cb_called = 1;
                } else {
                    CError_Error(174);
                }
            } else {
                CInit_Type(tptr->target, qual, 0);
            }

            if (!in_block) {
                if (tptr->size <= (i + 1) * targetsize1)
                    return;
            }
        }

        if (tk != '}') {
            if (tk != ',') {
                CError_ErrorSkip(121);
                in_block = 0;
                i++;
                goto innerloop;
            }
            tk = lex();
        }
        i++;
    }
}

static void CInit_Struct(TypeStruct *tstruct, Boolean flag) {
    StructMember *member;
    SInt32 start;
    Boolean in_block;

    if (!(member = tstruct->members)) {
        CError_Error(145);
        return;
    }

    if (tstruct->stype == STRUCT_TYPE_UNION) {
        if (tk == '{') {
            tk = lex();
            CInit_Type(member->type, member->qual, 0);
            if (tk == '}')
                tk = lex();
        } else {
            CInit_Type(member->type, member->qual, 0);
        }
        return;
    }

    if (IS_TYPE_VECTOR(tstruct) && tk != '{') {
        CInit_TypeExpr(TYPE(tstruct), CExpr_AssignmentPromotion(conv_assignment_expression(), TYPE(tstruct), 0, 1));
        return;
    }

    if (tk != '{') {
        if (flag)
            CError_ErrorSkip(135);
        in_block = 0;
    } else {
        in_block = 1;
        tk = lex();
    }

    start = cinit_initinfo->expr_offset;
    while (1) {
        if (tk == '}')
            break;

        cinit_initinfo->expr_offset = start + member->offset;
        if (!member->type->size && IS_TYPE_ARRAY(member->type)) {
            CError_Error(147);
            break;
        }

        CInit_Type(member->type, member->qual, 0);
        if (tk == '}')
            break;

        if (tk != ',') {
            CError_Error(121);
            break;
        }

        do {
            member = member->next;
        } while (member && (member->qual & Q_OVERLOAD));

        if (!member) {
            if (!in_block)
                break;
            if ((tk = lex()) != '}') {
                CError_Error(147);
                break;
            }
        } else {
            tk = lex();
        }
    }

    cinit_initinfo->expr_offset = start + tstruct->size;
    if (tk == '}' && in_block)
        tk = lex();
}

static void CInit_Class(TypeClass *tclass, Boolean flag) {
    ObjMemberVar *ivar;
    SInt32 start;
    Boolean in_block;

    if (tk == '{') {
        in_block = 1;
        tk = lex();
    } else {
        in_block = 0;
    }

    if (tclass->bases || tclass->vtable) {
        CError_Error(174);
        return;
    }

    for (ivar = tclass->ivars; ivar; ivar = ivar->next) {
        if (ivar->access != ACCESSPUBLIC)
            break;
    }

    if (!ivar && !CClass_Constructor(tclass) && (!CClass_Destructor(tclass) || in_block)) {
        if ((ivar = tclass->ivars)) {
            start = cinit_initinfo->expr_offset;
            while (1) {
                if (tk == '}')
                    break;

                if (!ivar->type->size && IS_TYPE_ARRAY(ivar->type)) {
                    CError_Error(147);
                    break;
                }

                cinit_initinfo->expr_offset = start + ivar->offset;
                CInit_Type(ivar->type, ivar->qual, 0);

                if (tk == '}')
                    break;

                if (tk != ',') {
                    CError_Error(121);
                    break;
                }

                do {
                    ivar = ivar->next;
                } while (ivar && ivar->anonunion);

                if (!ivar) {
                    if (!in_block)
                        break;
                    if ((tk = lex()) != '}') {
                        CError_Error(147);
                        break;
                    }
                } else {
                    tk = lex();
                }
            }
        } else {
            if (in_block && tk != '}')
                CError_Error(147);
        }
    } else {
        if (in_block)
            CError_Error(174);
        CInit_TypeExpr(TYPE(tclass), CExpr_AssignmentPromotion(conv_assignment_expression(), TYPE(tclass), 0, 1));
    }

    cinit_initinfo->expr_offset = start + tclass->size;
    if (tk == '}' && in_block)
        tk = lex();
}

static void CInit_Type(Type *type, UInt32 qual, Boolean flag) {
    ENode *expr;
    ENode myexpr;

    switch (type->type) {
        case TYPEVOID:
            CError_Error(174);
            break;
        case TYPEINT:
        case TYPEFLOAT:
        case TYPEENUM:
        case TYPEPOINTER:
        case TYPEMEMBERPOINTER:
            if (tk == '{') {
                tk = lex();
                expr = CInit_ParseInitializer(&myexpr);
                expr = CExpr_AssignmentPromotion(expr, type, qual & (Q_CONST | Q_VOLATILE), 1);
                CInit_CloseInitList();
            } else {
                expr = CInit_ParseInitializer(&myexpr);
                expr = CExpr_AssignmentPromotion(expr, type, qual & (Q_CONST | Q_VOLATILE), 1);
            }
            CInit_TypeExpr(type, expr);
            break;
        case TYPEBITFIELD:
            CInit_Bitfield(TYPE_BITFIELD(type));
            break;
        case TYPEARRAY:
            CInit_Array(TYPE_POINTER(type), qual, flag);
            break;
        case TYPESTRUCT:
            CInit_Struct(TYPE_STRUCT(type), flag);
            break;
        case TYPECLASS:
            CInit_Class(TYPE_CLASS(type), flag);
            break;
        default:
            CError_FATAL(2482);
    }
}

static void CInit_GlobalStaticInit(Type *type, ENode *valueexpr, Boolean flag) {
    ENode *expr;
    ENode *tmp;

    cinit_initinfo->x15 = 1;
    if (flag) {
        CInit_ConstructGlobalObject(cinit_initinfo->obj, TYPE_CLASS(type), valueexpr, cinit_initinfo->expr_offset, 0);
    } else {
        expr = create_objectrefnode(cinit_initinfo->obj);
        if (!IS_TYPE_POINTER_ONLY(expr->rtype)) {
            CError_Error(174);
            return;
        }
        TYPE_POINTER(expr->rtype)->target = type;

        if (cinit_initinfo->expr_offset)
            expr = makediadicnode(expr, intconstnode(TYPE(&stunsignedlong), cinit_initinfo->expr_offset), EADD);

        tmp = makemonadicnode(expr, EINDIRECT);
        tmp->rtype = type;
        expr = makediadicnode(tmp, valueexpr, EASS);
        if (cinit_initinfo->x16)
            cinit_initinfo->init_expr_register_cb(expr);
        else
            InitExpr_Register(expr, cinit_initinfo->obj);
    }
}

static void CInit_AutoInit(Type *type, ENode *valueexpr, Boolean flag) {
    ENode *expr;
    ENode *tmp;
    Type *copy;
    SInt32 size;

    if (flag) {
        CInit_ConstructAutoObject(TYPE_CLASS(type), valueexpr, cinit_initinfo->expr_offset, 0);
    } else {
        if (IS_TYPE_ARRAY(type) && (type->size & 1)) {
            copy = galloc(sizeof(TypePointer));
            *TYPE_POINTER(copy) = *TYPE_POINTER(type);
            type = copy;
            copy->size = type->size + 1;
        }
        expr = create_objectrefnode(cinit_initinfo->obj1C);
        if (!IS_TYPE_POINTER_ONLY(expr->rtype)) {
            CError_Error(174);
            return;
        }
        TYPE_POINTER(expr->rtype)->target = type;

        if (cinit_initinfo->expr_offset)
            expr = makediadicnode(expr, intconstnode(TYPE(&stunsignedlong), cinit_initinfo->expr_offset), EADD);

        tmp = makemonadicnode(expr, EINDIRECT);
        tmp->rtype = type;
        expr = makediadicnode(tmp, valueexpr, EASS);
        if (!copts.cplusplus)
            CError_Error(124);
        cinit_initinfo->insert_expr_cb(expr);
    }
}

static SInt32 CInit_AdjustObjectDataSize(Object *obj) {
    if (obj->type->size <= 1)
        return obj->type->size;
    if (obj->type->size & 1)
        return obj->type->size + 1;
    else
        return obj->type->size;
}

static ENode *CInit_GenericData(Object *obj, Type *type, UInt32 qual, ExprCB expr_cb, Boolean flag) {
    Object *r31;
    ENode *expr;
    ENode *tmpexpr;
    Type *inner;
    Type *copy;
    SInt32 size;
    Boolean lastflag;
    SInt16 cv;

    cinit_initinfo->expr_cb = expr_cb;
    expr = NULL;

    if (tk == '(') {
        if (IS_TYPE_ARRAY(type))
            CError_Error(174);
        tk = lex();
        expr = CExpr_AssignmentPromotion(assignment_expression(), type, qual, 1);
        if (tk != ')')
            CError_ErrorSkip(115);
        else
            tk = lex();
        goto jump_ahead;
    }

    tk = lex();
    switch (type->type) {
        case TYPECLASS:
            if (tk == '{' && CClass_Constructor(TYPE_CLASS(type)))
                CError_Error(174);
        case TYPESTRUCT:
            if (tk != '{')
                goto generic_type;
        case TYPEARRAY:
            if (!obj) {
                if (IS_TYPE_ARRAY(type)) {
                    inner = type;
                    while (IS_TYPE_ARRAY(inner))
                        inner = TYPE_POINTER(inner)->target;

                    if (IS_TYPE_CLASS(inner) && CInit_ClassNeedsConstruction(TYPE_CLASS(inner))) {
                        CInit_SetupInitInfoBuffer(type);
                        cinit_initinfo->obj = cinit_initinfo->obj1C;
                        CInit_Type(type, cinit_initinfo->obj->qual, 1);
                        return 0;
                    }
                    if (type->size & 1) {
                        copy = galloc(sizeof(TypePointer));
                        *TYPE_POINTER(copy) = *TYPE_POINTER(type);
                        type = copy;
                        type->size++;
                    }
                }

                obj = CInit_CreateStaticDataObject(type, qual, NULL);
                cinit_initinfo->obj = obj;
                expr = create_objectnode(obj);
                cinit_initinfo->obj1C = obj;
            }
            CInit_SetupInitInfoBuffer(type);
            CInit_Type(type, obj->qual, 1);
            CError_ASSERT(2639, obj->type->size == (size = cinit_initinfo->size));
            if (cinit_initinfo->list || !CInit_IsAllZero(cinit_initinfo->buffer, size)) {
                CInit_AdjustObjectDataSize(obj);
                CInit_DeclareData(obj, cinit_initinfo->buffer, cinit_initinfo->list, obj->type->size);
            } else {
                CInit_AdjustObjectDataSize(obj);
                CInit_DeclareData(obj, NULL, NULL, obj->type->size);
            }
            return expr;
        case TYPEINT:
        case TYPEFLOAT:
        case TYPEENUM:
        case TYPEPOINTER:
        case TYPEMEMBERPOINTER:
        generic_type:
            if (obj) {
                cv = obj->qual;
                cv &= Q_CONST | Q_VOLATILE;
            } else {
                cv = cinit_initinfo->obj1C->qual;
                cv &= Q_CONST | Q_VOLATILE;
            }
            if (tk == '{') {
                tk = lex();
                expr = assignment_expression();
                CInit_CloseInitList();
            } else {
                expr = assignment_expression();
            }
            expr = CExpr_AssignmentPromotion(expr, type, cv, 1);
        jump_ahead:
            if (obj == NULL)
                r31 = cinit_initinfo->obj1C;
            else
                r31 = obj;

            if (is_const_object(r31)) {
                switch (r31->type->type) {
                    case TYPEINT:
                    case TYPEENUM:
                        if (ENODE_IS(expr, EINTCONST)) {
                            r31->u.data.u.intconst = expr->data.intval;
                            goto common_8068C;
                        }
                        break;
                    case TYPEFLOAT:
                        if (ENODE_IS(expr, EFLOATCONST)) {
                            Float fl;
                            r31->u.data.u.floatconst = galloc(sizeof(Float));
                            fl = CMach_CalcFloatConvert(r31->type, expr->data.floatval);
                            *r31->u.data.u.floatconst = fl;
                            goto common_8068C;
                        }
                        break;
                    case TYPEPOINTER:
                        tmpexpr = expr;
                        while (ENODE_IS(tmpexpr, ETYPCON))
                            tmpexpr = tmpexpr->data.monadic;
                        if (!ENODE_IS(tmpexpr, EINTCONST))
                            break;
                        r31->u.data.u.intconst = tmpexpr->data.intval;
                    common_8068C:
                        r31->qual |= Q_10000;
                        if (!obj) {
                            r31->sclass = TK_STATIC;
                            r31->datatype = DDATA;
                            r31->u.data.linkname = CParser_AppendUniqueName(r31->name->name);
                        } else if (r31->sclass != TK_STATIC || (r31->flags & OBJECT_FLAGS_2)) {
                            CInit_ExportConst(r31);
                        }
                        return NULL;
                }
            }

            if (!obj || (flag && copts.cplusplus)) {
                if (obj) {
                    IsCompleteType(obj->type);
                    CError_ASSERT(2747, obj->type->size == type->size);
                    CInit_DeclareData(obj, NULL, NULL, obj->type->size);
                }
                return expr;
            }

            CInit_SetupInitInfoBuffer(type);
            CInit_TypeExpr(type, expr);
            CError_ASSERT(2756, obj->type->size == cinit_initinfo->size);

            IsCompleteType(obj->type);
            CInit_AdjustObjectDataSize(obj);
            lastflag = !cinit_initinfo->x15 && is_const_object(r31);
            if (cinit_initinfo->list || !CInit_IsAllZero(cinit_initinfo->buffer, obj->type->size)) {
                if (lastflag)
                    CInit_DeclareReadOnlyData(obj, cinit_initinfo->buffer, cinit_initinfo->list, obj->type->size);
                else
                    CInit_DeclareData(obj, cinit_initinfo->buffer, cinit_initinfo->list, obj->type->size);
            } else {
                if (lastflag)
                    CInit_DeclareReadOnlyData(obj, NULL, NULL, obj->type->size);
                else
                    CInit_DeclareData(obj, NULL, NULL, obj->type->size);
            }
            break;

        default:
            CError_FATAL(2776);
    }

    return NULL;
}

void CInit_ExportConst(Object *obj) {
    char buffer[64];

    if (obj->flags & OBJECT_FLAGS_4)
        return;

    switch (obj->type->type) {
        case TYPEINT:
            CMach_InitIntMem(obj->type, obj->u.data.u.intconst, buffer);
            break;
        case TYPEENUM:
            CMach_InitIntMem(TYPE_ENUM(obj->type)->enumtype, obj->u.data.u.intconst, buffer);
            break;
        case TYPEPOINTER:
            CMach_InitIntMem(TYPE(&stunsignedlong), obj->u.data.u.intconst, buffer);
            break;
        case TYPEFLOAT:
            CMach_InitFloatMem(obj->type, *obj->u.data.u.floatconst, buffer);
            break;
        default:
            CError_FATAL(2807);
    }

    if (is_const_object(obj))
        CInit_DeclareReadOnlyData(obj, buffer, NULL, obj->type->size);
    else
        CInit_DeclareData(obj, buffer, NULL, obj->type->size);
}

static ENode *CInit_ClassInitLoopCallBack(ENode *expr) {
    return CExpr_ConstructObject(cinit_loop_class, expr, NULL, 0, 1, 0, 1, 1);
}

Statement *CInit_ConstructClassArray(Statement *stmt, TypeClass *tclass, Object *ctor, Object *dtor, ENode *firstarg, SInt32 count) {
    ENode *dtor_expr;

    if (stmt)
        stmt = CFunc_InsertStatement(ST_EXPRESSION, stmt);
    else
        stmt = CFunc_AppendStatement(ST_EXPRESSION);

    if (dtor)
        dtor_expr = create_objectrefnode(CABI_GetDestructorObject(dtor, 1));
    else
        dtor_expr = nullnode();

    stmt->expr = CExpr_FuncCallSix(
            carr_func,
            firstarg,
            create_objectrefnode(ctor),
            dtor_expr,
            intconstnode(TYPE(&stunsignedlong), tclass->size),
            intconstnode(TYPE(&stunsignedlong), count),
            NULL
            );

    return stmt;
}

static void CInit_InitializeClassArray(Object *obj, TypeClass *tclass, Boolean flag) {
    Object *ctor;
    Object *dtor;
    SInt32 count;
    SInt32 i;
    ENode *expr;
    SInt32 offset;
    ENode *dtor_expr;
    Statement *stmt;
    TypeFunc *tfunc;
    Object *funcobj;

    dtor = CClass_Destructor(tclass);
    count = obj->type->size / tclass->size;
    if (CClass_Constructor(tclass)) {
        ctor = CClass_DefaultConstructor(tclass);
        if (!ctor) {
            ctor = CClass_DummyDefaultConstructor(tclass);
            if (!ctor) {
                CError_Error(203);
                return;
            }
        }
    } else {
        ctor = NULL;
    }

    if (count <= 1 || (!flag && count <= 8)) {
        if (flag) {
            for (i = 0; i < count; i++) {
                CInit_ConstructGlobalObject(obj, tclass, NULL, i * tclass->size, 0);
            }
        } else {
            for (i = 0; i < count; i++) {
                offset = i * tclass->size;
                expr = create_objectrefnode(obj);
                if (offset)
                    expr = makediadicnode(expr, intconstnode(TYPE(&stunsignedlong), offset), EADD);
                if (ctor)
                    expr = CExpr_ConstructObject(tclass, expr, NULL, 0, 1, 0, 1, 1);
                cinit_initinfo->insert_expr_cb(expr);
                if (dtor)
                    CExcept_RegisterDestructorObject(obj, offset, dtor, 1);
            }
            if (dtor) {
                stmt = CFunc_AppendStatement(ST_EXPRESSION);
                stmt->expr = nullnode();
            }
        }
    } else {
        if (ctor) {
            if (!flag && !dtor) {
                CInit_ConstructClassArray(NULL, tclass, ctor, dtor, create_objectrefnode(obj), count);
                expr = nullnode();
            } else {
                if (dtor)
                    dtor_expr = create_objectrefnode(CABI_GetDestructorObject(dtor, 1));
                else
                    dtor_expr = nullnode();
                expr = CExpr_FuncCallSix(
                        carr_func,
                        create_objectrefnode(obj),
                        create_objectrefnode(ctor),
                        dtor_expr,
                        intconstnode(TYPE(&stunsignedlong), tclass->size),
                        intconstnode(TYPE(&stunsignedlong), count),
                        NULL
                        );
            }
        } else {
            expr = nullnode();
        }

        if (flag) {
            if (dtor && !copts.no_static_dtors) {
                tfunc = galloc(sizeof(TypeFunc));
                memclrw(tfunc, sizeof(TypeFunc));
                tfunc->type = TYPEFUNC;
                tfunc->functype = &stvoid;
                CDecl_SetFuncFlags(tfunc, 1);

                funcobj = CParser_NewCompilerDefFunctionObject();
                funcobj->name = CParser_AppendUniqueName("__arraydtor");
                funcobj->type = TYPE(tfunc);
                funcobj->sclass = TK_STATIC;
                funcobj->qual = Q_INLINE;

                CParser_RegisterSingleExprFunction(funcobj, funccallexpr(
                        darr_func,
                        create_objectrefnode(obj),
                        create_objectrefnode(CABI_GetDestructorObject(dtor, 1)),
                        intconstnode(TYPE(&stsignedlong), tclass->size),
                        intconstnode(TYPE(&stsignedlong), count)
                ));

                expr = makediadicnode(expr, nullnode(), ECOMMA);
                expr->rtype = TYPE(&void_ptr);

                expr = funccallexpr(
                        Xgreg_func,
                        expr,
                        create_objectrefnode(funcobj),
                        create_objectrefnode(CInit_CreateStaticData(CInit_GetRegMemType())),
                        NULL
                        );
            }
            if (cinit_initinfo->x16)
                cinit_initinfo->init_expr_register_cb(expr);
            else
                InitExpr_Register(expr, obj);
        } else {
            stmt = CFunc_AppendStatement(ST_EXPRESSION);
            stmt->expr = expr;
            if (dtor) {
                CExcept_RegisterLocalArray(stmt, obj, dtor, count, tclass->size);
                stmt = CFunc_AppendStatement(ST_EXPRESSION);
                stmt->expr = nullnode();
            }
        }
    }
}

static ENode *CInit_AutoTempNode(Type *type, Boolean flag) {
    ENode *node;
    node = CExpr_NewETEMPNode(type, 0);
    if (IS_TYPE_CLASS(type) && CClass_Destructor(TYPE_CLASS(type)))
        node->data.temp.needs_dtor = 1;
    return node;
}

static ENode *CInit_GlobalTempNode(Type *type, Boolean flag) {
    Object *dtor;
    ENode *node;
    ENode *funcnode;

    node = create_objectrefnode(CInit_CreateStaticData(type));
    if (IS_TYPE_CLASS(type) && (dtor = CClass_Destructor(TYPE_CLASS(type))) && !copts.no_static_dtors) {
        if (flag)
            CError_Error(190);

        funcnode = galloc(sizeof(ENode));
        funcnode->type = EFUNCCALL;
        funcnode->cost = 200;
        funcnode->flags = 0;
        funcnode->rtype = CDecl_NewPointerType(type);
        funcnode->data.funccall.funcref = create_objectrefnode(Xgreg_func);
        funcnode->data.funccall.functype = TYPE_FUNC(Xgreg_func->type);
        funcnode->data.funccall.args = lalloc(sizeof(ENodeList));
        funcnode->data.funccall.args->node = node;
        funcnode->data.funccall.args->next = lalloc(sizeof(ENodeList));
        funcnode->data.funccall.args->next->node = create_objectrefnode(CABI_GetDestructorObject(dtor, 1));
        funcnode->data.funccall.args->next->next = lalloc(sizeof(ENodeList));
        funcnode->data.funccall.args->next->next->node = create_objectrefnode(CInit_CreateStaticData(CInit_GetRegMemType()));;
        funcnode->data.funccall.args->next->next->next = NULL;
        node = funcnode;
    }
    return node;
}

static void CInit_RefInit(Type *type, ENode *expr, Boolean flag) {
    ENode *objexpr;

    objexpr = create_objectrefnode(cinit_initinfo->obj);
    if (!IS_TYPE_POINTER_ONLY(objexpr->rtype)) {
        CError_Error(174);
        return;
    }
    TYPE_POINTER(objexpr->rtype)->target = type;

    if (cinit_initinfo->expr_offset)
        objexpr = makediadicnode(objexpr, intconstnode(TYPE(&stunsignedlong), cinit_initinfo->expr_offset), EADD);

    objexpr = makemonadicnode(objexpr, EINDIRECT);
    objexpr->rtype = type;

    expr = makediadicnode(objexpr, expr, EASS);
    if (cinit_initinfo->x16)
        cinit_initinfo->init_expr_register_cb(expr);
    else
        InitExpr_Register(expr, cinit_initinfo->obj);
}

static Boolean CInit_IsDtorTemp(ENode *expr) {
    return ENODE_IS(expr, ETEMP) && expr->data.temp.needs_dtor;
}

static void CInit_FindDtorTemp(ENode *expr) {
    ENodeList *list;

    while (ENODE_IS(expr, ECOMMA))
        expr = expr->data.diadic.right;

    if (IS_TYPE_POINTER_ONLY(expr->rtype) && IS_TYPE_CLASS(TYPE_POINTER(expr->rtype)->target)) {
        switch (expr->type) {
            case ETYPCON:
                CInit_FindDtorTemp(expr->data.monadic);
                break;
            case EADD:
            case ESUB:
                CInit_FindDtorTemp(expr->data.diadic.left);
                CInit_FindDtorTemp(expr->data.diadic.right);
                break;
            case EFUNCCALL:
            case EFUNCCALLP:
                if ((list = expr->data.funccall.args)) {
                    if (CInit_IsDtorTemp(list->node) || ((list = list->next) && CInit_IsDtorTemp(list->node))) {
                        if (!cinit_fdtnode)
                            cinit_fdtnode = list;
                        else
                            cinit_fdtambig = 1;
                    }
                }
                break;
        }
    }
}

static void CInit_RefTempTransform(Type *type, ENode *expr) {
    Object *obj;

    CError_ASSERT(3164, IS_TYPE_POINTER_ONLY(type));

    if (IS_TYPE_CLASS(TYPE_POINTER(type)->target)) {
        cinit_fdtnode = NULL;
        cinit_fdtambig = 0;
        CInit_FindDtorTemp(expr);
        if (cinit_fdtnode) {
            CError_ASSERT(3172, !cinit_fdtambig);
            obj = create_temp_object(cinit_fdtnode->node->data.temp.type);
            cinit_initinfo->register_object_cb(cinit_fdtnode->node->data.temp.type, obj, 0, 0);
            cinit_fdtnode->node = create_objectrefnode(obj);
        }
    }
}

static Boolean CInit_InitReference(Object *obj, Boolean flag) {
    ENode *expr;

    if (tk == '=') {
        cinit_tempnodefunc = flag ? CInit_AutoTempNode : CInit_GlobalTempNode;
        tk = lex();
        expr = CExpr_AssignmentPromotion(assignment_expression(), obj->type, obj->qual & (Q_CONST | Q_VOLATILE), 1);
        cinit_tempnodefunc = NULL;

        if (flag) {
            CInit_RefTempTransform(obj->type, expr);
            expr = makediadicnode(create_objectnode2(obj), expr, EASS);
            cinit_initinfo->insert_expr_cb(expr);
        } else {
            cinit_initinfo->expr_cb = CInit_RefInit;
            CInit_SetupInitInfoBuffer(obj->type);
            CInit_ExprPointer(TYPE_POINTER(obj->type), expr);
            CError_ASSERT(3213, obj->type->size == cinit_initinfo->size);

            if (cinit_initinfo->list || !CInit_IsAllZero(cinit_initinfo->buffer, obj->type->size)) {
                IsCompleteType(obj->type);
                CInit_AdjustObjectDataSize(obj);
                CInit_DeclareData(obj, cinit_initinfo->buffer, cinit_initinfo->list, obj->type->size);
            } else {
                IsCompleteType(obj->type);
                CInit_AdjustObjectDataSize(obj);
                CInit_DeclareData(obj, NULL, NULL, obj->type->size);
            }
        }

        return 1;
    }

    return 0;
}

ENode *CInit_AutoObject(Object *obj, Type *type, UInt32 qual) {
    CInit_Stuff s;
    CInit_1C *entry;
    ENode *expr;
    ENode *indirect_expr;
    ENode *obj_expr;
    ENode *const_expr;
    Type *newtype;
    Object *newobj;

    CInit_InitData(&s, type, qual, copts.cplusplus || copts.gcc_extensions || copts.c9x || !obj);
    if (!obj && !cscope_currentfunc) {
        obj = CParser_NewCompilerDefDataObject();
        obj->name = CParser_GetUniqueName();
        obj->type = type;
        obj->qual = qual;
        obj->sclass = TK_STATIC;
        CScope_AddGlobalObject(obj);
    }

    if (IS_TYPE_VECTOR(type) && !s.x1C) {
        if (obj)
            obj_expr = create_objectrefnode(obj);
        else
            obj_expr = CExpr_NewETEMPNode(type, 1);

        const_expr = CExpr_NewENode(EVECTOR128CONST);
        const_expr->rtype = type;
        const_expr->data.vector128val = *((MWVector128 *) s.buffer);

        indirect_expr = makemonadicnode(obj_expr, EINDIRECT);
        indirect_expr->rtype = type;

        expr = makediadicnode(indirect_expr, const_expr, EASS);
        if (!obj) {
            ENode *tmp = lalloc(sizeof(ENode));
            *tmp = *obj_expr;
            tmp = makemonadicnode(tmp, EINDIRECT);
            tmp->rtype = type;
            tmp->flags = qual & ENODE_FLAG_QUALS;
            expr = makecommaexpression(expr, tmp);
        }
        return expr;
    }

    if (s.x18) {
        type = CDecl_NewStructType(type->size + s.x18, CMach_GetTypeAlign(type));
        if (obj)
            obj->type = type;
    }

    if (obj)
        obj_expr = create_objectrefnode(obj);
    else
        obj_expr = CExpr_NewETEMPNode(type, 1);

    newtype = type;
    if (IS_TYPE_ARRAY(type))
        newtype = CDecl_NewStructType(type->size, CMach_GetTypeAlign(type));
    newobj = CInit_CreateStaticDataObject(newtype, 0, NULL);
    if (s.list || !CInit_IsAllZero(s.buffer, s.size))
        CInit_DeclareReadOnlyData(newobj, s.buffer, s.list, s.size);
    else
        CInit_DeclareReadOnlyData(newobj, NULL, NULL, s.size);

    indirect_expr = makemonadicnode(obj_expr, EINDIRECT);
    indirect_expr->rtype = newtype;
    expr = makediadicnode(indirect_expr, create_objectnode(newobj), EASS);

    for (entry = s.x1C; entry; entry = entry->next) {
        expr = CInit_InitConcat(expr, obj_expr, entry->offset, entry->type, entry->expr);
    }

    if (!obj) {
        ENode *tmp = lalloc(sizeof(ENode));
        *tmp = *obj_expr;
        tmp = makemonadicnode(tmp, EINDIRECT);
        tmp->rtype = type;
        tmp->flags = qual & ENODE_FLAG_QUALS;
        expr = makecommaexpression(expr, tmp);
    } else if (IS_TYPE_ARRAY(type)) {
        expr = makecommaexpression(expr, create_objectnode(obj));
    }

    return expr;
}

static void CInit_GlobalObject(Object *obj) {
    CInit_Stuff s;
    CInit_1C *entry;
    ENode *obj_expr;
    ENode *expr;

    CInit_InitData(&s, obj->type, obj->qual, copts.cplusplus);
    obj_expr = create_objectrefnode(obj);

    IsCompleteType(obj->type);

    if (!s.x1C && is_const_object(obj))
        CInit_DeclareReadOnlyData(obj, s.buffer, s.list, s.size);
    else
        CInit_DeclareData(obj, s.buffer, s.list, s.size);

    if (s.x1C) {
        entry = s.x1C;
        expr = NULL;
        while (entry) {
            if (!ENODE_IS(entry->expr, EVECTOR128CONST))
                expr = CInit_InitConcat(expr, obj_expr, entry->offset, entry->type, entry->expr);
            entry = entry->next;
        }

        if (expr)
            InitExpr_Register(expr, obj);
    }
}

void CInit_InitializeAutoData(Object *obj, InsertExprCB insert_cb, RegisterObjectCB register_cb) {
    ENode *expr;
    Type *type;
    InitInfo initinfo;

    if (CInit_IsSimpleStructArrayInit(obj->type)) {
        if (tk == '=' || (tk == '(' && copts.cplusplus)) {
            if (tk == '(') {
                tk = lex();
                expr = conv_assignment_expression();
                if (tk != ')')
                    CError_Error(115);
                tk = lex();
            } else if (tk == '=' && ((tk = lex()) == '{' || IS_TYPE_ARRAY(obj->type))) {
                insert_cb(CInit_AutoObject(obj, obj->type, obj->qual));
                return;
            } else {
                expr = conv_assignment_expression();
            }
            expr = CExpr_AssignmentPromotion(expr, obj->type, obj->qual & (Q_CONST | Q_VOLATILE), 1);
            insert_cb(makediadicnode(create_objectnode2(obj), expr, EASS));
        } else if (copts.cplusplus && is_const_object(obj)) {
            CError_Error(224);
        }

        return;
    }

    CInit_SetupInitInfo(&initinfo, obj);
    initinfo.obj1C = obj;
    initinfo.insert_expr_cb = insert_cb;
    initinfo.register_object_cb = register_cb;

    if (IS_TYPE_CLASS(obj->type) && CInit_ConstructAutoObject(TYPE_CLASS(obj->type), NULL, 0, 1)) {
        CInit_CleanupInitInfo(&initinfo);
        return;
    }

    if (IS_TYPE_REFERENCE(obj->type) && CInit_InitReference(obj, 1)) {
        CInit_CleanupInitInfo(&initinfo);
        return;
    }

    if (tk != '=' && (tk != '(' || !copts.cplusplus)) {
        if (IS_TYPE_ARRAY(obj->type)) {
            type = obj->type;
            while (IS_TYPE_ARRAY(type))
                type = TYPE_POINTER(type)->target;
            if (IS_TYPE_CLASS(type)) {
                if (CInit_ClassNeedsConstruction(TYPE_CLASS(type))) {
                    CInit_InitializeClassArray(obj, TYPE_CLASS(type), 0);
                    CInit_CleanupInitInfo(&initinfo);
                    return;
                }
                CFunc_CheckClassCtors(TYPE_CLASS(type));
            }
        }

        if (IS_TYPE_CLASS(obj->type))
            CFunc_CheckClassCtors(TYPE_CLASS(obj->type));

        if ((IS_TYPE_REFERENCE(obj->type) || is_const_object(obj)) && copts.cplusplus)
            CError_Error(224);
    } else {
        if (obj->type->size || IS_TYPE_ARRAY(obj->type)) {
            if ((expr = CInit_GenericData(NULL, obj->type, obj->qual, CInit_AutoInit, 0)))
                insert_cb(makediadicnode(create_objectnode2(obj), expr, EASS));
        } else {
            CError_Error(145);
        }
    }

    if (IS_TYPE_CLASS(obj->type) && CClass_Destructor(TYPE_CLASS(obj->type)))
        register_cb(obj->type, obj, 0, NULL);

    CInit_CleanupInitInfo(&initinfo);
}

void CInit_InitializeStaticData(Object *obj, InitExprRegisterCB cb) {
    ENode *expr;
    Type *type;
    InitInfo initinfo;
    CInit_Stuff s;
    CInit_1C *entry;
    ENode *obj_expr;

    if (CInit_IsSimpleStructArrayInit(obj->type)) {
        if (tk == '=' || (tk == '(' && copts.cplusplus)) {
            if (tk == '=')
                tk = lex();
            CInit_InitData(&s, obj->type, obj->qual, copts.cplusplus);

            IsCompleteType(obj->type);

            if (!s.x1C && is_const_object(obj))
                CInit_DeclareReadOnlyData(obj, s.buffer, s.list, s.size);
            else
                CInit_DeclareData(obj, s.buffer, s.list, s.size);

            if (s.x1C) {
                obj_expr = create_objectrefnode(obj);
                entry = s.x1C;
                expr = NULL;
                while (entry) {
                    expr = CInit_InitConcat(expr, obj_expr, entry->offset, entry->type, entry->expr);
                    entry = entry->next;
                }
                cb(expr);
            }
        } else {
            if (copts.cplusplus && is_const_object(obj))
                CError_Error(224);

            if (is_const_object(obj))
                CInit_DeclareReadOnlyData(obj, NULL, NULL, obj->type->size);
            else
                CInit_DeclareData(obj, NULL, NULL, obj->type->size);
        }
        return;
    }

    CInit_SetupInitInfo(&initinfo, obj);
    initinfo.x16 = 1;
    initinfo.init_expr_register_cb = cb;

    if (IS_TYPE_CLASS(obj->type) && CInit_ConstructGlobalObject(obj, TYPE_CLASS(obj->type), NULL, 0, 1)) {
        IsCompleteType(obj->type);
        CInit_DeclareData(obj, NULL, NULL, obj->type->size);
        CInit_CleanupInitInfo(&initinfo);
        return;
    }

    if (IS_TYPE_REFERENCE(obj->type) && CInit_InitReference(obj, 0)) {
        CInit_CleanupInitInfo(&initinfo);
        return;
    }

    if (tk != '=' && (tk != '(' || !copts.cplusplus)) {
        if (IsCompleteType(obj->type))
            CInit_DeclareData(obj, NULL, NULL, obj->type->size);

        if (IS_TYPE_ARRAY(obj->type)) {
            type = obj->type;
            while (IS_TYPE_ARRAY(type))
                type = TYPE_POINTER(type)->target;
            if (IS_TYPE_CLASS(type)) {
                if (CInit_ClassNeedsConstruction(TYPE_CLASS(type))) {
                    CInit_InitializeClassArray(obj, TYPE_CLASS(type), 1);
                    CInit_CleanupInitInfo(&initinfo);
                    return;
                }
                CFunc_CheckClassCtors(TYPE_CLASS(type));
            }
        }

        if (IS_TYPE_CLASS(obj->type))
            CFunc_CheckClassCtors(TYPE_CLASS(obj->type));

        if ((IS_TYPE_REFERENCE(obj->type) || is_const_object(obj)) && copts.cplusplus)
            CError_Error(224);
    } else {
        if (obj->type->size || IS_TYPE_ARRAY(obj->type)) {
            if ((expr = CInit_GenericData(obj, obj->type, obj->qual, CInit_GlobalStaticInit, 1)))
                cb(makediadicnode(create_objectnode2(obj), expr, EASS));
        } else {
            CError_Error(145);
        }
    }

    CInit_CleanupInitInfo(&initinfo);
}

void CInit_InitializeData(Object *obj) {
    Object *dtor;
    ObjectList *list;
    CInt64 val;
    InitInfo initinfo;
    Boolean needs_construction;
    Type *type;

    if (tk == ':') {
        tk = lex();
        obj->datatype = DABSOLUTE;
        val = CExpr_IntegralConstExpr();
        obj->u.address = CInt64_GetULong(&val);
        return;
    }

    if (tk != '=' && (tk != '(' || !copts.cplusplus)) {
        if (obj->sclass != TK_EXTERN) {
            if (!copts.cplusplus) {
                if (IsCompleteType(obj->type)) {
                    for (list = cinit_tentative; list; list = list->next) {
                        if (list->object == obj)
                            break;
                    }
                    if (!list) {
                        list = galloc(sizeof(ObjectList));
                        list->object = obj;
                        list->next = cinit_tentative;
                        cinit_tentative = list;
                        obj->qual |= Q_1000000;
                    }
                }
            } else {
                if (obj->flags & OBJECT_FLAGS_4)
                    CError_Error(329, obj);
                obj->flags |= OBJECT_FLAGS_4;

                needs_construction = 0;
                if (IS_TYPE_ARRAY(obj->type)) {
                    type = obj->type;
                    while (IS_TYPE_ARRAY(type))
                        type = TYPE_POINTER(type)->target;
                    if (IS_TYPE_CLASS(type)) {
                        if (CInit_ClassNeedsConstruction(TYPE_CLASS(type))) {
                            CInit_SetupInitInfo(&initinfo, obj);
                            CInit_InitializeClassArray(obj, TYPE_CLASS(type), 1);
                            CInit_CleanupInitInfo(&initinfo);
                            needs_construction = 1;
                        } else {
                            CFunc_CheckClassCtors(TYPE_CLASS(type));
                        }
                    }
                } else {
                    if (IS_TYPE_CLASS(obj->type)) {
                        if (CInit_ClassNeedsConstruction(TYPE_CLASS(obj->type))) {
                            CInit_SetupInitInfo(&initinfo, obj);
                            CInit_ConstructGlobalObject(obj, TYPE_CLASS(obj->type), NULL, 0, 0);
                            CInit_CleanupInitInfo(&initinfo);
                            needs_construction = 1;
                        } else {
                            CFunc_CheckClassCtors(TYPE_CLASS(obj->type));
                        }
                    }
                }

                if (!needs_construction && copts.cplusplus) {
                    if (IS_TYPE_REFERENCE(obj->type) || is_const_object(obj))
                        CError_Error(224);
                }
                if (IsCompleteType(obj->type))
                    CInit_DeclareData(obj, NULL, NULL, obj->type->size);
            }
        }
        return;
    }

    if (obj->flags & OBJECT_FLAGS_4)
        CError_Error(329, obj);

    if (CInit_IsSimpleStructArrayInit(obj->type)) {
        if (tk == '=')
            tk = lex();
        else
            CError_Error(121);
        CInit_GlobalObject(obj);
        return;
    }

    CInit_SetupInitInfo(&initinfo, obj);
    if (IS_TYPE_CLASS(obj->type) && CInit_ConstructGlobalObject(obj, TYPE_CLASS(obj->type), NULL, 0, 1)) {
        IsCompleteType(obj->type);
        CInit_DeclareData(obj, NULL, NULL, obj->type->size);
        CInit_CleanupInitInfo(&initinfo);
        return;
    }

    if (IS_TYPE_REFERENCE(obj->type) && CInit_InitReference(obj, 0)) {
        CInit_CleanupInitInfo(&initinfo);
        return;
    }

    if (obj->type->size == 0 && !IS_TYPE_ARRAY(obj->type)) {
        CError_Error(145);
        CInit_CleanupInitInfo(&initinfo);
        return;
    }

    if (copts.cplusplus)
        CInit_GenericData(obj, obj->type, obj->qual, &CInit_GlobalStaticInit, 0);
    else
        CInit_GenericData(obj, obj->type, obj->qual, NULL, 0);

    if (IS_TYPE_CLASS(obj->type) && (dtor = CClass_Destructor(TYPE_CLASS(obj->type))))
        InitExpr_Register(CInit_RegisterDtorObject(obj->type, dtor, create_objectrefnode(obj)), obj);

    CInit_CleanupInitInfo(&initinfo);
}

Object *CInit_DeclareString(char *data, SInt32 size, Boolean ispascal, Boolean iswide) {
    PooledString *str;
    Object *obj;
    PooledString *scan;

    if (!copts.dont_reuse_strings) {
        for (scan = cinit_stringlist; scan; scan = scan->next) {
            if (scan->size == size && scan->ispascal == ispascal && scan->iswide == iswide && !memcmp(scan->data, data, size))
                return scan->obj;
        }
    }

    obj = CParser_NewCompilerDefDataObject();
    obj->name = CParser_GetUniqueName();
    if (iswide) {
        obj->type = CDecl_NewArrayType(CParser_GetWCharType(), size);
    } else {
        obj->type = CDecl_NewArrayType(ispascal ? TYPE(&stunsignedchar) : TYPE(&stchar), size);
    }
    obj->sclass = TK_STATIC;
    CScope_AddGlobalObject(obj);

    if (!iswide && !ispascal && size == (strlen(data) + 1))
        obj->section = SECT_TEXT_CSTRING;
    else
        obj->section = SECT_CONST;

    if (copts.readonly_strings)
        CInit_DeclareReadOnlyData(obj, data, NULL, obj->type->size);
    else
        CInit_DeclareData(obj, data, NULL, obj->type->size);

    str = galloc(sizeof(PooledString));
    str->next = cinit_stringlist;
    cinit_stringlist = str;
    str->obj = obj;
    str->offset = 0;
    str->size = size;
    str->ispascal = ispascal;
    str->iswide = iswide;
    str->data = galloc(size);
    memcpy(str->data, data, size);

    return obj;
}

PooledString *CInit_DeclarePooledString(char *data, SInt32 size, Boolean ispascal) {
    PooledString *str;
    Object *obj;
    PooledString *scan;
    SInt32 offset;

    if (!copts.dont_reuse_strings) {
        for (scan = cinit_pooledstringlist; scan; scan = scan->next) {
            if (scan->size == size && scan->ispascal == ispascal && !memcmp(scan->data, data, size))
                return scan;
        }
    }

    if (cinit_pooledstringlist) {
        obj = cinit_pooledstringlist->obj;
        offset = cinit_pooledstringlist->offset + cinit_pooledstringlist->size;
    } else {
        obj = CInit_CreateStaticDataObject(
                CDecl_NewArrayType(ispascal ? TYPE(&stunsignedchar) : TYPE(&stchar), size),
                0, GetHashNameNodeExport("@stringBase0"));
        obj->section = SECT_CONST;
        offset = 0;
    }

    str = galloc(sizeof(PooledString));
    str->next = cinit_pooledstringlist;
    cinit_pooledstringlist = str;
    str->obj = obj;
    str->offset = offset;
    str->size = size;
    str->ispascal = ispascal;
    str->data = galloc(size);
    memcpy(str->data, data, size);
    return str;
}

PooledString *CInit_DeclarePooledWString(char *data, SInt32 size) {
    PooledString *str;
    Object *obj;
    PooledString *scan;
    SInt32 offset;

    if (!copts.dont_reuse_strings) {
        for (scan = cinit_pooledwstringlist; scan; scan = scan->next) {
            if (scan->size == size && !memcmp(scan->data, data, size))
                return scan;
        }
    }

    if (cinit_pooledwstringlist) {
        obj = cinit_pooledwstringlist->obj;
        offset = cinit_pooledwstringlist->offset + cinit_pooledwstringlist->size;
    } else {
        obj = CInit_CreateStaticDataObject(
                CDecl_NewArrayType(CParser_GetWCharType(), size),
                0, GetHashNameNodeExport("@wstringBase0"));
        obj->section = SECT_CONST;
        offset = 0;
    }

    str = galloc(sizeof(PooledString));
    str->next = cinit_pooledwstringlist;
    cinit_pooledwstringlist = str;
    str->obj = obj;
    str->offset = offset;
    str->size = size;
    str->ispascal = 0;
    str->data = galloc(size);
    memcpy(str->data, data, size);
    return str;
}

void CInit_RewriteString(ENode *expr, Boolean flag) {
    PooledString *str;
    Boolean is_wide;

    if (cparamblkptr->isPrecompiling == 1)
        CError_Error(180);

    CError_ASSERT(4220, expr->rtype->type == TYPEPOINTER);

    is_wide = TYPE_POINTER(expr->rtype)->target->size != 1;
    if (copts.pool_strings) {
        if (is_wide)
            str = CInit_DeclarePooledWString(expr->data.string.data, expr->data.string.size);
        else
            str = CInit_DeclarePooledString(expr->data.string.data, expr->data.string.size, expr->data.string.ispascal);

        if (str->offset) {
            expr->type = EADD;
            expr->data.diadic.right = intconstnode(TYPE(&stunsignedlong), str->offset);
            expr->data.diadic.left = create_objectrefnode(str->obj);
            expr->cost = 1;
        } else {
            expr->type = EOBJREF;
            expr->data.objref = str->obj;
        }
    } else {
        expr->type = EOBJREF;
        expr->data.objref = CInit_DeclareString(expr->data.string.data, expr->data.string.size, expr->data.string.ispascal, is_wide);
    }
}

void CInit_DeclarePooledStrings(void) {
    SInt32 size;
    char *buffer;
    PooledString *str;

    size = 0;
    for (str = cinit_pooledstringlist; str; str = str->next)
        size += str->size;

    if (size) {
        cinit_pooledstringlist->obj->type = CDecl_NewArrayType(TYPE(&stchar), size);
        buffer = galloc(size);
        for (str = cinit_pooledstringlist; str; str = str->next)
            memcpy(buffer + str->offset, str->data, str->size);

        if (copts.readonly_strings)
            CInit_DeclareReadOnlyData(cinit_pooledstringlist->obj, buffer, NULL, size);
        else
            CInit_DeclareData(cinit_pooledstringlist->obj, buffer, NULL, size);
    }

    size = 0;
    for (str = cinit_pooledwstringlist; str; str = str->next)
        size += str->size;

    if (size) {
        cinit_pooledwstringlist->obj->type = CDecl_NewArrayType(CParser_GetWCharType(), size);
        buffer = galloc(size);
        for (str = cinit_pooledwstringlist; str; str = str->next)
            memcpy(buffer + str->offset, str->data, str->size);

        if (copts.readonly_strings)
            CInit_DeclareReadOnlyData(cinit_pooledwstringlist->obj, buffer, NULL, size);
        else
            CInit_DeclareData(cinit_pooledwstringlist->obj, buffer, NULL, size);
    }
}

static void declaredata(Object *obj, void *data, OLinkList *list, SInt32 size, Boolean is_readonly) {
    OLinkList *scan;
    UInt32 qual;

    qual = obj->qual;

    if (cparamblkptr->isPrecompiling == 1) {
        PreComp_StaticData(obj, data, list, size);
    } else {
        obj->flags |= OBJECT_FLAGS_4;
        if (!fatalerrors) {
            for (scan = list; scan; scan = scan->next)
                CInline_ObjectAddrRef(scan->obj);
            if (copts.isGeneratingDebugInfo)
                CPrep_SetSourceFile(&cparser_fileoffset);
            if (is_readonly)
                ObjGen_DeclareReadOnlyData(obj, data, list, size);
            else
                ObjGen_DeclareData(obj, data, list, size);
            obj->qual = qual;
        }
    }
}

void CInit_DeclareData(Object *obj, void *data, OLinkList *list, SInt32 size) {
    declaredata(obj, data, list, size, 0);
}

void CInit_DeclareReadOnlyData(Object *obj, void *data, OLinkList *list, SInt32 size) {
    declaredata(obj, data, list, size, 1);
}

void CInit_DefineTentativeData(void) {
    ObjectList *list;

    for (list = cinit_tentative; list; list = list->next) {
        if (!(list->object->flags & OBJECT_FLAGS_4))
            CInit_DeclareData(list->object, NULL, NULL, list->object->type->size);
    }

    cinit_tentative = NULL;
}