#include "compiler/GenStabs.h"
#include "compiler/CDecl.h"
#include "compiler/CError.h"
#include "compiler/CFunc.h"
#include "compiler/CInt64.h"
#include "compiler/CMangler.h"
#include "compiler/CParser.h"
#include "compiler/CompilerTools.h"
#include "compiler/MachO.h"
#include "compiler/ObjGenMachO.h"
#include "compiler/RegisterInfo.h"
#include "compiler/StackFrame.h"
#include "compiler/objects.h"
#include "compiler/scopes.h"
#include "compiler/types.h"

enum {
    StabType_Int = 1,
    StabType_Char = 2,
    StabType_Long = 3,
    StabType_UInt = 4,
    StabType_ULong = 5,
    StabType_LongLong = 6,
    StabType_ULongLong = 7,
    StabType_Short = 8,
    StabType_UShort = 9,
    StabType_SChar = 10,
    StabType_UChar = 11,
    StabType_Float = 12,
    StabType_Double = 13,
    StabType_LongDouble = 14,
    StabType_ComplexInt = 15,
    StabType_ComplexFloat = 16,
    StabType_ComplexDouble = 17,
    StabType_ComplexLongDouble = 18,
    StabType_VectorUChar = 19,
    StabType_VectorSChar = 20,
    StabType_VectorBChar = 21,
    StabType_VectorUShort = 22,
    StabType_VectorSShort = 23,
    StabType_VectorBShort = 24,
    StabType_VectorUInt = 25,
    StabType_VectorSInt = 26,
    StabType_VectorBInt = 27,
    StabType_VectorFloat = 28,
    StabType_VectorPixel = 29,
    StabType_Bool = 30,
    StabType_Void = 31,
    StabType_WChar = 32,
    StabType_VtblPtr = 33,
    StabType_CharPtr = 34,
    StabType_UCharPtr = 35,
    StabType_Func = 36,
    StabType_FuncPtr = 37,
    StabType_CString = 38,
    StabType_PString = 39
};

#ifdef __MWERKS__
#pragma options align=mac68k
#endif
typedef struct StabType {
    struct StabType *next;
    int id;
    Type *type;
} StabType;

typedef struct StabClass {
    struct StabClass *next;
    int id;
    int id2;
    Type *type;
} StabClass;

typedef struct IncompleteList {
    struct IncompleteList *next;
    Type *type;
    StabType *listnode;
    Boolean xC;
} IncompleteList;

typedef struct HashedPath {
    struct HashedPath *next;
    char *str;
    SInt32 id;
} HashedPath;
#ifdef __MWERKS__
#pragma options align=reset
#endif

int unnamedstructs;
static StabType *pointerlist;
static StabType *structlist;
static StabType *arraylist;
static StabType *enumlist;
static StabClass *classlist;
static IncompleteList *incomplete_list;
static int nexttypeid;
static int type_done;
static int first_file;
static GList func_nl;
static GList stab_string;
static UInt32 current_offset;
static UInt32 current_line;
static HashedPath *hashedpaths[32];

// forward decls
static Boolean stabtypeequal(Type *a, Type *b);
static void StabNestedType(Type *type);
static void output_stab_string(SInt32 (*func)(char *, SInt16, UInt32), SInt16 desc, UInt32 value);
static void StabAppendType(Type *type);
static SInt32 Output_FUN_Stab(char *str, SInt16 desc, UInt32 value);

static short StabBasicType(short bt) {
    switch (bt) {
        case IT_BOOL: return StabType_Bool;
        case IT_CHAR: return StabType_Char;
        case IT_SCHAR: return StabType_SChar;
        case IT_UCHAR: return StabType_UChar;
        case IT_WCHAR_T: return StabType_WChar;
        case IT_SHORT: return StabType_Short;
        case IT_USHORT: return StabType_UShort;
        case IT_INT: return StabType_Int;
        case IT_UINT: return StabType_UInt;
        case IT_LONG: return StabType_Long;
        case IT_ULONG: return StabType_ULong;
        case IT_LONGLONG: return StabType_LongLong;
        case IT_ULONGLONG: return StabType_ULongLong;
        case IT_FLOAT: return StabType_Float;
        case IT_SHORTDOUBLE: return StabType_Double;
        case IT_DOUBLE: return StabType_Double;
        case IT_LONGDOUBLE: return StabType_Double;
        default:
            CError_FATAL(187);
            return StabType_Int;
    }
}

static void StabAppendNameSpaceName(GList *glist, NameSpace *nspace, int num) {
    char buf[16];

    if (!nspace || num >= 9) {
        AppendGListByte(glist, 'Q');
        AppendGListByte(glist, '0' + num);
    } else {
        while (nspace && !nspace->name)
            nspace = nspace->parent;

        if (nspace) {
            StabAppendNameSpaceName(glist, nspace->parent, num + 1);
            sprintf(buf, "%d", strlen(nspace->name->name));
            AppendGListName(glist, buf);
            AppendGListName(glist, nspace->name->name);
        } else if (num > 1) {
            StabAppendNameSpaceName(glist, NULL, num + 1);
        }
    }
}

static void StabAppendName(GList *glist, NameSpace *nspace, HashNameNode *name) {
    if (IsTempName(name)) {
        unnamedstructs++;
    } else {
        while (nspace && !nspace->name)
            nspace = nspace->parent;
        if (nspace)
            StabAppendNameSpaceName(glist, nspace, 1);
        AppendGListName(glist, name->name);
    }
}

static SInt32 Output_LSYM_Stab(char *str, SInt16 desc, UInt32 value) {
    SymbolData sym;
    sym.u.name = str;
    sym.type = N_LSYM;
    sym.section = NULL;
    sym.desc = desc;
    sym.value = value;
    return ObjGen_OutputStab(&sym, -1);
}

static int StabAppendNextTypeDefinition(void) {
    char buf[48];
    sprintf(buf, "(0,%d)=", ++nexttypeid);
    AppendGListName(&stab_string, buf);
    return nexttypeid;
}

static int namestarts(char *a, char *b) {
    while (1) {
        if (!*b)
            return 1;
        if (*b != tolower(*a))
            break;
        a++;
        b++;
    }

    return 0;
}

static int namecontains(char *a, char *b) {
    char *aa;
    char *bb;

    while (*a) {
        aa = a;
        bb = b;
        while (1) {
            if (!*bb)
                return 1;
            if (*bb != tolower(*aa))
                break;
            aa++;
            bb++;
        }
        a++;
    }

    return 0;
}

static void nested_local_array(Type *type) {
    StabType *list;

    for (list = arraylist; list; list = list->next) {
        if (stabtypeequal(type, list->type))
            return;
    }

    StabNestedType(TPTR_TARGET(type));
}

static int local_array(Type *type) {
    StabType *list;
    char buf[32];

    for (list = arraylist; list; list = list->next) {
        if (stabtypeequal(type, list->type))
            return list->id;
    }

    list = galloc(sizeof(StabType));
    list->next = pointerlist;
    pointerlist = list;
    list->type = type;
    list->id = StabAppendNextTypeDefinition();

    AppendGListName(&stab_string, "ar(0,1);0");
    sprintf(buf, ";%d;", (type->size / TPTR_TARGET(type)->size) - 1);
    AppendGListName(&stab_string, buf);
    StabAppendType(TPTR_TARGET(type));

    return list->id;
}

static Boolean stabtypeequal(Type *a, Type *b) {
    while (1) {
        if (a->type != b->type)
            return 0;

        switch (a->type) {
            case TYPEVOID:
            case TYPEFUNC:
                return 1;
            case TYPEINT:
            case TYPEFLOAT:
            case TYPEENUM:
            case TYPESTRUCT:
            case TYPECLASS:
                return a == b;
            case TYPEPOINTER:
                a = TPTR_TARGET(a);
                b = TPTR_TARGET(b);
                break;
            case TYPEARRAY:
                if (a->size != b->size)
                    return 0;
                a = TPTR_TARGET(a);
                b = TPTR_TARGET(b);
                break;
            case TYPEMEMBERPOINTER:
                return 0;
            default:
                CError_FATAL(393);
        }
    }
}

static void nested_local_pointer(Type *type) {
    StabType *list;

    for (list = pointerlist; list; list = list->next) {
        if (stabtypeequal(type, list->type))
            return;
    }

    while (IS_TYPE_POINTER_ONLY(type))
        type = TPTR_TARGET(type);
    StabNestedType(type);
}

static int local_pointer(Type *type) {
    StabType *list;

    for (list = pointerlist; list; list = list->next) {
        if (stabtypeequal(type, list->type))
            return list->id;
    }

    list = galloc(sizeof(StabType));
    list->next = pointerlist;
    pointerlist = list;
    list->type = type;
    list->id = StabAppendNextTypeDefinition();

    AppendGListName(&stab_string, "*");
    for (type = TPTR_TARGET(type); IS_TYPE_POINTER_ONLY(type); type = TPTR_TARGET(type)) {
        StabAppendNextTypeDefinition();
        AppendGListName(&stab_string, "*");
    }
    StabAppendType(type);

    return list->id;
}

static int local_enum_add(Type *type) {
    ObjEnumConst *entry;
    int id;
    char buf[48];

    id = StabAppendNextTypeDefinition();

    AppendGListName(&stab_string, "e");
    for (entry = TYPE_ENUM(type)->enumlist; entry; entry = entry->next) {
        AppendGListName(&stab_string, entry->name->name);
        sprintf(buf, ":%d,", CInt64_GetULong(&entry->val));
        AppendGListName(&stab_string, buf);
    }
    AppendGListName(&stab_string, ";");

    return id;
}

static void nested_local_enum(Type *type) {
    StabType *list;

    for (list = enumlist; list; list = list->next) {
        if (stabtypeequal(type, list->type))
            return;
    }

    if (TYPE_ENUM(type)->enumname) {
        stab_string.size = 0;
        StabAppendName(&stab_string, TYPE_ENUM(type)->nspace, TYPE_ENUM(type)->enumname);
        AppendGListName(&stab_string, ":T");

        list = galloc(sizeof(StabType));
        list->next = enumlist;
        enumlist = list;
        list->type = type;
        list->id = local_enum_add(type);

        output_stab_string(Output_LSYM_Stab, 0, 0);
    }
}

static int local_enum(Type *type) {
    StabType *list;

    for (list = enumlist; list; list = list->next) {
        if (stabtypeequal(type, list->type))
            return list->id;
    }

    list = galloc(sizeof(StabType));
    list->next = enumlist;
    enumlist = list;
    list->type = type;
    list->id = local_enum_add(type);

    return list->id;
}

static void local_struct_add(StabType *list) {
    StructMember *member;
    Type *type;
    IncompleteList *incomplete;
    char buf[80];

    type = list->type;
    if (type->size == 0) {
        incomplete = galloc(sizeof(IncompleteList));
        incomplete->next = incomplete_list;
        incomplete_list = incomplete;
        incomplete->type = type;
        incomplete->listnode = list;
        incomplete->xC = 0;
    }

    if (list->id >= 0) {
        sprintf(buf, "(0,%d)=", list->id);
        AppendGListName(&stab_string, buf);
    } else {
        list->id = StabAppendNextTypeDefinition();
    }

    sprintf(buf, "s%d", type->size);
    AppendGListName(&stab_string, buf);

    for (member = TYPE_STRUCT(type)->members; member; member = member->next) {
        AppendGListName(&stab_string, member->name->name);
        AppendGListName(&stab_string, ":");
        type = member->type;

        if (IS_TYPE_BITFIELD(type)) {
            StabAppendType(TYPE_BITFIELD(type)->bitfieldtype);
            sprintf(buf,
                    ",%d,%d;",
                    TYPE_BITFIELD(type)->unkA + member->offset * 8,
                    TYPE_BITFIELD(type)->unkB);
            AppendGListName(&stab_string, buf);
        } else {
            StabAppendType(type);
            sprintf(buf,
                    ",%d,%d;",
                    member->offset * 8,
                    member->type->size * 8);
            AppendGListName(&stab_string, buf);
        }
    }

    AppendGListName(&stab_string, ";");
}

static void nested_local_struct(Type *type) {
    StabType *list;
    StructMember *member;

    for (list = structlist; list; list = list->next) {
        if (stabtypeequal(type, list->type))
            return;
    }

    list = galloc(sizeof(StabType));
    list->next = structlist;
    structlist = list;
    list->type = type;
    list->id = ++nexttypeid;

    for (member = TYPE_STRUCT(type)->members; member; member = member->next) {
        if (IS_TYPE_BITFIELD(member->type))
            StabNestedType(TYPE_BITFIELD(member->type)->bitfieldtype);
        else
            StabNestedType(member->type);
    }

    stab_string.size = 0;
    StabAppendName(&stab_string, NULL, TYPE_STRUCT(type)->name);
    AppendGListName(&stab_string, ":T");
    local_struct_add(list);

    output_stab_string(Output_LSYM_Stab, 0, 0);
}

static int local_struct(Type *type) {
    StabType *list;

    for (list = structlist; list; list = list->next) {
        if (stabtypeequal(type, list->type))
            return list->id;
    }

    list = galloc(sizeof(StabType));
    list->next = structlist;
    structlist = list;
    list->type = type;
    local_struct_add(list);

    return list->id;
}

static void local_class_add(StabClass *list) {
    Type *type;
    IncompleteList *incomplete;
    int baseCount;
    ClassList *base;
    ObjMemberVar *ivar;
    Type *ivarType;
    char buf[80];

    type = list->type;
    if (type->size == 0) {
        incomplete = galloc(sizeof(IncompleteList));
        incomplete->next = incomplete_list;
        incomplete_list = incomplete;
        incomplete->type = type;
        incomplete->listnode = (StabType *) list;
        incomplete->xC = 0;
    }

    if (list->id >= 0) {
        sprintf(buf, "(0,%d)=", list->id);
        AppendGListName(&stab_string, buf);
    } else {
        list->id = StabAppendNextTypeDefinition();
    }

    list->id2 = list->id;

    if (TYPE_CLASS(type)->flags & CLASS_FLAGS_1) {
        AppendGListName(&stab_string, "*");
        StabAppendNextTypeDefinition();
    }

    sprintf(buf, "s%d", type->size);
    AppendGListName(&stab_string, buf);

    if (!TYPE_CLASS(type)->sominfo) {
        baseCount = 0;
        base = TYPE_CLASS(type)->bases;
        while (base) {
            base = base->next;
            baseCount++;
        }

        if (baseCount > 0) {
            sprintf(buf, "!%d,", baseCount);
            AppendGListName(&stab_string, buf);

            for (base = TYPE_CLASS(type)->bases; base; base = base->next) {
                int virtualChar;
                char accessChar;
                virtualChar = base->is_virtual ? '1' : '0';
                switch (base->access) {
                    case ACCESSPUBLIC:
                        accessChar = '2';
                        break;
                    case ACCESSPRIVATE:
                        accessChar = '0';
                        break;
                    case ACCESSPROTECTED:
                        accessChar = '1';
                        break;
                    default:
                        accessChar = '0';
                        break;
                }

                sprintf(buf, "%c%c%d,", (char) virtualChar, accessChar, base->is_virtual ? 0 : (base->offset * 8));
                AppendGListName(&stab_string, buf);
                StabAppendType(TYPE(base->base));
                AppendGListName(&stab_string, ";");
            }

            for (base = TYPE_CLASS(type)->bases; base; base = base->next) {
                if (base->is_virtual) {
                    AppendGListName(&stab_string, "$vb");
                    StabAppendType(TYPE(base->base));
                    AppendGListName(&stab_string, ":");
                    StabAppendType(CDecl_NewPointerType(TYPE(base->base)));
                    sprintf(buf, ",%d;", base->offset * 8);
                    AppendGListName(&stab_string, buf);
                }
            }
        }
    }

    for (ivar = TYPE_CLASS(type)->ivars; ivar; ivar = ivar->next) {
        StabAppendName(&stab_string, NULL, ivar->name);
        AppendGListName(&stab_string, ":");

        ivarType = ivar->type;
        if (IS_TYPE_BITFIELD(ivarType)) {
            StabAppendType(TYPE_BITFIELD(ivarType)->bitfieldtype);
            sprintf(buf, ",%d,%d;",
                    TYPE_BITFIELD(ivarType)->unkA + ivar->offset * 8,
                    TYPE_BITFIELD(ivarType)->unkB);
            AppendGListName(&stab_string, buf);
        } else {
            StabAppendType(ivarType);
            sprintf(buf, ",%d,%d;",
                    ivar->offset * 8,
                    ivar->type->size * 8);
            AppendGListName(&stab_string, buf);
        }
    }

    AppendGListName(&stab_string, ";");
}

static void nested_local_class(Type *type) {
    StabClass *clslist;
    ClassList *base;
    ObjMemberVar *ivar;

    if (TYPE_CLASS(type)->sominfo)
        return;

    for (clslist = classlist; clslist; clslist = clslist->next) {
        if (stabtypeequal(type, clslist->type))
            return;
    }

    clslist = galloc(sizeof(StabClass));
    clslist->next = classlist;
    classlist = clslist;
    clslist->id = ++nexttypeid;
    clslist->type = type;

    if (!TYPE_CLASS(type)->sominfo) {
        for (base = TYPE_CLASS(type)->bases; base; base = base->next) {
            if (base->base->classname) {
                if (base->is_virtual)
                    StabNestedType(CDecl_NewPointerType(TYPE(base->base)));
                else
                    StabNestedType(TYPE(base->base));
            }
        }
    }

    for (ivar = TYPE_CLASS(type)->ivars; ivar; ivar = ivar->next) {
        if (IS_TYPE_BITFIELD(ivar->type))
            StabNestedType(TYPE_BITFIELD(ivar->type)->bitfieldtype);
        else
            StabNestedType(ivar->type);
    }

    stab_string.size = 0;
    StabAppendName(&stab_string, TYPE_CLASS(type)->nspace->parent, TYPE_CLASS(type)->classname);
    AppendGListName(&stab_string, ":Tt");

    local_class_add(clslist);
    output_stab_string(Output_LSYM_Stab, 0, 0);
}

static int local_class(Type *type) {
    StabClass *list;

    if (TYPE_CLASS(type)->sominfo)
        return 31;

    for (list = classlist; list; list = list->next) {
        if (stabtypeequal(type, list->type))
            return list->id;
    }

    list = galloc(sizeof(StabClass));
    list->next = classlist;
    classlist = list;
    list->type = type;
    local_class_add(list);
    return list->id;
}

static void StabNestedType(Type *type) {
    switch (type->type) {
        case TYPEVOID:
            break;
        case TYPEINT:
            break;
        case TYPEFLOAT:
            break;
        case TYPEENUM:
            nested_local_enum(type);
            break;
        case TYPESTRUCT:
            nested_local_struct(type);
            break;
        case TYPECLASS:
            nested_local_class(type);
            break;
        case TYPEFUNC:
            break;
        case TYPEBITFIELD:
            break;
        case TYPEMEMBERPOINTER:
            break;
        case TYPEPOINTER:
            if (IS_TYPE_POINTER_ONLY(TPTR_TARGET(type))) {
                if (!IS_TYPE_FUNC(TPTR_TARGET(TPTR_TARGET(type))))
                    nested_local_pointer(type);
            } else if (
                !IS_TYPE_INT(TPTR_TARGET(type)) ||
                (TYPE_INTEGRAL(TPTR_TARGET(type))->integral != IT_CHAR &&
                 TYPE_INTEGRAL(TPTR_TARGET(type))->integral != IT_UCHAR))
                nested_local_pointer(type);
            break;
        case TYPEARRAY:
            nested_local_array(type);
            break;
        default:
            CError_FATAL(921);
    }
}

static int StabTypeID(Type *type) {
    int id;

    switch (type->type) {
        case TYPEVOID:
            id = StabType_Void;
            break;
        case TYPEINT:
        case TYPEFLOAT:
            id = StabBasicType(TYPE_INTEGRAL(type)->integral);
            break;
        case TYPEENUM:
            id = local_enum(type);
            break;
        case TYPESTRUCT:
            if (IS_TYPESTRUCT_VECTOR(type)) {
                switch (TYPE_STRUCT(type)->stype) {
                    case STRUCT_TYPE_4: return StabType_VectorUChar;
                    case STRUCT_TYPE_5: return StabType_VectorSChar;
                    case STRUCT_TYPE_6: return StabType_VectorBChar;
                    case STRUCT_TYPE_7: return StabType_VectorUShort;
                    case STRUCT_TYPE_8: return StabType_VectorSShort;
                    case STRUCT_TYPE_9: return StabType_VectorBShort;
                    case STRUCT_TYPE_A: return StabType_VectorUInt;
                    case STRUCT_TYPE_B: return StabType_VectorSInt;
                    case STRUCT_TYPE_C: return StabType_VectorBInt;
                    case STRUCT_TYPE_D: return StabType_VectorFloat;
                    case STRUCT_TYPE_E: return StabType_VectorPixel;
                }
            } else {
                id = local_struct(type);
            }
            break;
        case TYPECLASS:
            id = local_class(type);
            break;
        case TYPEFUNC:
            id = StabType_Func;
            break;
        case TYPEBITFIELD:
            id = StabType_Void;
            break;
        case TYPEPOINTER:
            if (IS_TYPE_POINTER_ONLY(TPTR_TARGET(type))) {
                if (IS_TYPE_FUNC(TPTR_TARGET(TPTR_TARGET(type))))
                    id = StabType_FuncPtr;
                else
                    id = local_pointer(type);
                break;
            }
            if (IS_TYPE_INT(TPTR_TARGET(type))) {
                if (TYPE_INTEGRAL(TPTR_TARGET(type))->integral == IT_CHAR) {
                    id = copts.unsignedchars ? StabType_UCharPtr : StabType_CharPtr;
                    break;
                }
                if (TYPE_INTEGRAL(TPTR_TARGET(type))->integral == IT_UCHAR) {
                    id = StabType_UCharPtr;
                    break;
                }
            }
            id = local_pointer(type);
            break;
        case TYPEARRAY:
            id = local_array(type);
            break;
        case TYPEMEMBERPOINTER:
            id = StabType_Void;
            break;
        default:
            CError_FATAL(1041);
            id = StabType_Void;
    }

    return id;
}

static void output_stab_string(SInt32 (*func)(char *, SInt16, UInt32), SInt16 desc, UInt32 value) {
    int len;
    char *src;
    char *end;
    char *dst;
    char *boundarySrc;
    char *boundaryDst;
    char *possibleBoundarySrc;
    char *possibleBoundaryDst;
    char buffer[1024];

    if (stab_string.size > 0) {
        LockGList(&stab_string);

        src = *stab_string.data;
        end = *stab_string.data + stab_string.size;
        dst = buffer;
        len = 0;

        boundarySrc = NULL;
        boundaryDst = NULL;
        possibleBoundarySrc = NULL;
        possibleBoundaryDst = NULL;

        while (src < end) {
            if (*src == ':') {
                boundarySrc = possibleBoundarySrc;
                boundaryDst = possibleBoundaryDst;
            }

            if (*src == '(') {
                *(dst++) = *(src++);
                len++;
                while (isdigit(*src)) {
                    *(dst++) = *(src++);
                    len++;
                }

                if (*src == ',') {
                    *(dst++) = *(src++);
                    len++;
                    while (isdigit(*src)) {
                        *(dst++) = *(src++);
                        len++;
                    }

                    if (*src == ',') {
                        *(dst++) = *(src++);
                        len++;
                    }
                }
            }

            if (*src == ',' || *src == ';') {
                possibleBoundarySrc = src;
                possibleBoundaryDst = dst;
            }

            *(dst++) = *(src++);
            len++;

            if ((end - src) <= 10 || len <= 40 || !boundarySrc) {
                if ((unsigned int) len <= 1021)
                    continue;
            }

            if (boundarySrc) {
                src = boundarySrc + 1;
                dst = boundaryDst + 1;
            }

            dst[0] = '\\';
            dst[1] = 0;
            func(buffer, desc, value);

            dst = buffer;
            boundarySrc = NULL;
            boundaryDst = NULL;
            possibleBoundarySrc = NULL;
            possibleBoundaryDst = NULL;
            len = 0;
        }

        if (len) {
            *dst = 0;
            func(buffer, desc, value);
        }

        UnlockGList(&stab_string);
    }
}

static void output_default_types(void) {
    Output_LSYM_Stab("int:t(0,1)=r(0,1);0020000000000;0017777777777;", 0, 0);

    if (copts.unsignedchars)
        Output_LSYM_Stab("char:t(0,2)=r(0,2);0;255;", 0, 0);
    else
        Output_LSYM_Stab("char:t(0,2)=r(0,2);-128;127;", 0, 0);

    Output_LSYM_Stab("long int:t(0,3)=r(0,1);0020000000000;0017777777777;", 0, 0);
    Output_LSYM_Stab("unsigned int:t(0,4)=r(0,1);0000000000000;0037777777777;", 0, 0);
    Output_LSYM_Stab("long unsigned int:t(0,5)=r(0,1);0000000000000;0037777777777;", 0, 0);
    Output_LSYM_Stab("long long int:t(0,6)=r(0,1);01000000000000000000000;0777777777777777777777;", 0, 0);
    Output_LSYM_Stab("long long unsigned int:t(0,7)=r(0,1);0000000000000;01777777777777777777777;", 0, 0);
    Output_LSYM_Stab("short int:t(0,8)=r(0,8);-32768;32767;", 0, 0);
    Output_LSYM_Stab("short unsigned int:t(0,9)=r(0,9);0;65535;", 0, 0);
    Output_LSYM_Stab("signed char:t(0,10)=r(0,10);-128;127;", 0, 0);
    Output_LSYM_Stab("unsigned char:t(0,11)=r(0,11);0;255;", 0, 0);
    Output_LSYM_Stab("float:t(0,12)=r(0,1);4;0;", 0, 0);
    Output_LSYM_Stab("double:t(0,13)=r(0,1);8;0;", 0, 0);
    Output_LSYM_Stab("long double:t(0,14)=r(0,1);8;0;", 0, 0);
    Output_LSYM_Stab("complex int:t(0,15)=s8real:(0,1),0,32;imag:(0,1),32,32;;", 0, 0);
    Output_LSYM_Stab("complex float:t(0,16)=r(0,16);4;0;", 0, 0);
    Output_LSYM_Stab("complex double:t(0,17)=r(0,17);8;0;", 0, 0);
    Output_LSYM_Stab("complex long double:t(0,18)=r(0,18);8;0;", 0, 0);
    Output_LSYM_Stab("__vector unsigned char:t(0,19)=ar(0,1);0;15;(0,11)", 0, 0);
    Output_LSYM_Stab("__vector signed char:t(0,20)=ar(0,1);0;15;(0,10)", 0, 0);
    Output_LSYM_Stab("__vector bool char:t(0,21)=ar(0,1);0;15;(0,11)", 0, 0);
    Output_LSYM_Stab("__vector unsigned short:t(0,22)=ar(0,1);0;7;(0,9)", 0, 0);
    Output_LSYM_Stab("__vector signed short:t(0,23)=ar(0,1);0;7;(0,8)", 0, 0);
    Output_LSYM_Stab("__vector bool short:t(0,24)=ar(0,1);0;7;(0,9)", 0, 0);
    Output_LSYM_Stab("__vector unsigned int:t(0,25)=ar(0,1);0;3;(0,5)", 0, 0);
    Output_LSYM_Stab("__vector signed int:t(0,26)=ar(0,1);0;3;(0,3)", 0, 0);
    Output_LSYM_Stab("__vector bool int:t(0,27)=ar(0,1);0;3;(0,5)", 0, 0);
    Output_LSYM_Stab("__vector float:t(0,28)=ar(0,1);0;3;(0,12)", 0, 0);
    Output_LSYM_Stab("__vector pixel:t(0,29)=ar(0,1);0;7;(0,9)", 0, 0);

    if (copts.booltruefalse) {
        Output_LSYM_Stab("bool:t(0,30)=r(0,30);0;1;", 0, 0);
        Output_LSYM_Stab("true:c=b1;", 0, 0);
        Output_LSYM_Stab("false:c=b0;", 0, 0);
    } else {
        Output_LSYM_Stab(":t(0,30)=r(0,30);0;1;", 0, 0);
    }

    Output_LSYM_Stab("void:t(0,31)=(0,31);", 0, 0);

    if (copts.wchar_type)
        Output_LSYM_Stab("wchar_t:t(0,32)=r(0,1);0020000000000;0017777777777;", 0, 0);
    else
        Output_LSYM_Stab("__wchar_t:t(0,32)=r(0,1);0020000000000;0017777777777;", 0, 0);

    if (copts.cplusplus)
        Output_LSYM_Stab("__vtbl_ptr_type:t(0,33)=*(0,34)=f(0,1)", 0, 0);

    Output_LSYM_Stab("__charptr__:t(0,34)=*(0,10);", 0, 0);
    Output_LSYM_Stab("__ucharptr__:t(0,35)=*(0,11);", 0, 0);
    Output_LSYM_Stab("__funcptr__:t(0,37)=*(0,36)=f(0,31);", 0, 0);
    Output_LSYM_Stab("__cstring__:t(0,38)=*(0,10);", 0, 0);
    Output_LSYM_Stab("__pstring__:t(0,39)=*(0,11);", 0, 0);

    nexttypeid = StabType_PString;
    type_done = 1;
}

int GenStab_Type(char *name, Type *type) {
    int id;

    if (!type_done)
        output_default_types();

    StabNestedType(type);
    stab_string.size = 0;

    if (name && strlen(name)) {
        AppendGListName(&stab_string, name);
        AppendGListName(&stab_string, ":t");
    }

    id = StabTypeID(type);
    output_stab_string(Output_LSYM_Stab, 0, 0);
    return id;
}

static void StabAppendType(Type *type) {
    SInt32 size;
    int id;
    char buf[20];

    size = stab_string.size;
    id = StabTypeID(type);
    if (size == stab_string.size) {
        sprintf(buf, "(0,%d)", id);
        AppendGListName(&stab_string, buf);
    }
}

void GenStab_Function(Object *func, UInt32 offset) {
    HashNameNode *name;

    if (!type_done)
        output_default_types();

    StabNestedType(TYPE_FUNC(func->type)->functype);

    stab_string.size = 0;
    name = CMangler_GetLinkName(func);
    AppendGListName(&stab_string, (name->name[0] == '_') ? &name->name[1] : name->name);

    if (CParser_HasInternalLinkage(func))
        AppendGListName(&stab_string, ":f");
    else
        AppendGListName(&stab_string, ":F");

    StabAppendType(TYPE_FUNC(func->type)->functype);

    output_stab_string(Output_FUN_Stab, functionbodyoffset, offset);

    current_offset = offset;
    current_line = -1;
}

void GenStab_FunctionEnd(Object *func, SInt32 relocID, UInt32 offset) {
    stab_string.size = 0;
    Output_FUN_Stab("", current_line, relocID + offset);
}

void GenStab_Line(UInt32 line, UInt32 offset) {
    SymbolData sym;
    if (offset != current_offset && line != current_line) {
        sym.u.name = NULL;
        sym.type = N_SLINE;
        sym.section = NULL;
        sym.desc = line;
        sym.value = offset;
        ObjGen_OutputStab(&sym, -1);
        current_offset = offset;
        current_line = line;
    }
}

static SInt32 Output_RSYM_Stab(char *str, SInt16 desc, UInt32 value) {
    SymbolData sym;
    sym.u.name = str;
    sym.type = N_RSYM;
    sym.section = NULL;
    sym.desc = desc;
    sym.value = value;
    return ObjGen_OutputStab(&sym, -1);
}

static SInt32 Output_PSYM_Stab(char *str, SInt16 desc, UInt32 value) {
    SymbolData sym;
    sym.u.name = str;
    sym.type = N_PSYM;
    sym.section = NULL;
    sym.desc = desc;
    sym.value = value;
    return ObjGen_OutputStab(&sym, -1);
}

static SInt32 Output_FUN_Stab(char *str, SInt16 desc, UInt32 value) {
    SymbolData sym;
    sym.u.name = str;
    sym.type = N_FUN;
    sym.section = NULL;
    sym.desc = desc;
    sym.value = value;
    return ObjGen_OutputStab(&sym, -1);
}

static SInt32 Output_GSYM_Stab(char *str, SInt16 desc, UInt32 value) {
    SymbolData sym;
    sym.u.name = str;
    sym.type = N_GSYM;
    sym.section = NULL;
    sym.desc = 0;
    sym.value = 0;
    return ObjGen_OutputStab(&sym, -1);
}

static SInt32 Output_STSYM_Stab(char *str, SInt16 desc, UInt32 value) {
    SymbolData sym;
    sym.u.name = str;
    sym.type = N_STSYM;
    sym.section = NULL;
    sym.desc = desc;
    sym.value = value;
    return ObjGen_OutputStab(&sym, -1);
}

static const int reg_offset[] = {
    -200,
    68,
    76,
    32,
    0
};

void GenStab_Parameter(Object *object) {
    VarInfo *vi;

    if (!type_done)
        output_default_types();

    StabNestedType(object->type);

    stab_string.size = 0;
    vi = Registers_GetVarInfo(object);
    AppendGListName(&stab_string, object->name->name);

    if (vi->flags & VarInfoFlag2) {
        AppendGListName(&stab_string, ":P");
        StabAppendType(object->type);
        output_stab_string(Output_RSYM_Stab, 0, vi->reg + reg_offset[vi->rclass]);
    } else {
        AppendGListName(&stab_string, ":p");
        StabAppendType(object->type);
        output_stab_string(Output_PSYM_Stab, 0, local_offset_32(object));
    }
}

void GenStab_Var(Object *object) {
    VarInfo *vi;

    if (!type_done)
        output_default_types();

    StabNestedType(object->type);

    stab_string.size = 0;
    vi = Registers_GetVarInfo(object);
    AppendGListName(&stab_string, object->name->name);

    vi = Registers_GetVarInfo(object);
    if (object->datatype == DLOCAL) {
        if (vi->flags & VarInfoFlag2) {
            AppendGListName(&stab_string, ":r");
            StabAppendType(object->type);
            output_stab_string(Output_RSYM_Stab, 0, vi->reg + reg_offset[vi->rclass]);
        } else {
            AppendGListName(&stab_string, ":");
            StabAppendType(object->type);
            output_stab_string(Output_LSYM_Stab, 0, local_offset_32(object));
        }
    } else if (CParser_HasInternalLinkage(object) || (object->qual & (Q_20000 | Q_OVERLOAD))) {
        AppendGListName(&stab_string, ":S");
        StabAppendType(object->type);
        output_stab_string(Output_STSYM_Stab, 0, CMangler_GetLinkName(object)->id);
    } else {
        AppendGListName(&stab_string, ":G");
        StabAppendType(object->type);
        output_stab_string(Output_GSYM_Stab, 0, 0);
    }
}

static HashedPath *Stabs_LookupPath(char *str) {
    char *buf;
    HashedPath *hp;
    HashedPath **ptr;

    for (hp = hashedpaths[CHash(str) & 31]; hp; hp = hp->next) {
        if (!strcmp(hp->str, str))
            return hp;
    }

    ptr = hashedpaths + (CHash(str) & 31);
    hp = galloc(sizeof(HashedPath));

    buf = galloc(strlen(str) + 1);
    strcpy(buf, str);
    hp->str = buf;

    hp->id = -1;
    hp->next = *ptr;
    *ptr = hp;

    return hp;
}

void GenStab_IncludeFile(char *path) {
    HashedPath *hp;
    SymbolData sym;

    hp = Stabs_LookupPath(path);
    sym.u.name = hp->str;
    sym.type = N_SOL;
    sym.section = NULL;
    sym.desc = 0;
    sym.value = 0;
    hp->id = ObjGen_OutputStab(&sym, hp->id);
}

void GenStab_SourceFile(char *path) {
    HashedPath *hp;
    SymbolData sym;

    hp = Stabs_LookupPath(path);
    sym.u.name = hp->str;
    sym.type = N_SO;
    sym.section = NULL;
    sym.desc = 0;
    sym.value = 0;
    hp->id = ObjGen_OutputStab(&sym, hp->id);
}

void GenStab_Setup(void) {
    SInt32 i;

    for (i = 0; i < 32; i++)
        hashedpaths[i] = NULL;

    type_done = 0;
    first_file = 0;
    nexttypeid = 0;
    pointerlist = NULL;
    structlist = NULL;
    arraylist = NULL;
    enumlist = NULL;
    classlist = NULL;
    incomplete_list = NULL;
    current_offset = 0;
    current_line = -1;
    func_nl.data = NULL;
    stab_string.data = NULL;
    if (InitGList(&stab_string, 256))
        CError_NoMem();
}