ref: b7af62b250e5dff30320a181ca9d53ab5a7c276d
dir: /libinterp/runt.h/
typedef struct Sys_Qid Sys_Qid;
typedef struct Sys_Dir Sys_Dir;
typedef struct Sys_FD Sys_FD;
typedef struct Sys_Connection Sys_Connection;
typedef struct Sys_FileIO Sys_FileIO;
typedef struct Draw_Chans Draw_Chans;
typedef struct Draw_Point Draw_Point;
typedef struct Draw_Rect Draw_Rect;
typedef struct Draw_Image Draw_Image;
typedef struct Draw_Display Draw_Display;
typedef struct Draw_Font Draw_Font;
typedef struct Draw_Screen Draw_Screen;
typedef struct Draw_Pointer Draw_Pointer;
typedef struct Draw_Context Draw_Context;
typedef struct Draw_Wmcontext Draw_Wmcontext;
typedef struct Prefab_Style Prefab_Style;
typedef struct Prefab_Environ Prefab_Environ;
typedef struct Prefab_Layout Prefab_Layout;
typedef struct Prefab_Element Prefab_Element;
typedef struct Prefab_Compound Prefab_Compound;
typedef struct Tk_Toplevel Tk_Toplevel;
typedef struct IPints_IPint IPints_IPint;
typedef struct Crypt_DigestState Crypt_DigestState;
typedef struct Crypt_AESstate Crypt_AESstate;
typedef struct Crypt_DESstate Crypt_DESstate;
typedef struct Crypt_IDEAstate Crypt_IDEAstate;
typedef struct Crypt_RC4state Crypt_RC4state;
typedef struct Crypt_BFstate Crypt_BFstate;
typedef struct Crypt_PK Crypt_PK;
typedef struct Crypt_SK Crypt_SK;
typedef struct Crypt_PKsig Crypt_PKsig;
typedef struct Loader_Inst Loader_Inst;
typedef struct Loader_Typedesc Loader_Typedesc;
typedef struct Loader_Link Loader_Link;
typedef struct Loader_Niladt Loader_Niladt;
typedef struct Freetype_Matrix Freetype_Matrix;
typedef struct Freetype_Vector Freetype_Vector;
typedef struct Freetype_Face Freetype_Face;
typedef struct Freetype_Glyph Freetype_Glyph;
struct Sys_Qid
{
LONG path;
WORD vers;
WORD qtype;
};
#define Sys_Qid_size 16
#define Sys_Qid_map {0}
struct Sys_Dir
{
String* name;
String* uid;
String* gid;
String* muid;
Sys_Qid qid;
WORD mode;
WORD atime;
WORD mtime;
uchar _pad44[4];
LONG length;
WORD dtype;
WORD dev;
};
#define Sys_Dir_size 64
#define Sys_Dir_map {0xf0,}
struct Sys_FD
{
WORD fd;
};
#define Sys_FD_size 4
#define Sys_FD_map {0}
struct Sys_Connection
{
Sys_FD* dfd;
Sys_FD* cfd;
String* dir;
};
#define Sys_Connection_size 12
#define Sys_Connection_map {0xe0,}
typedef struct{ Array* t0; String* t1; } Sys_Rread;
#define Sys_Rread_size 8
#define Sys_Rread_map {0xc0,}
typedef struct{ WORD t0; String* t1; } Sys_Rwrite;
#define Sys_Rwrite_size 8
#define Sys_Rwrite_map {0x40,}
struct Sys_FileIO
{
Channel* read;
Channel* write;
};
typedef struct{ WORD t0; WORD t1; WORD t2; Channel* t3; } Sys_FileIO_read;
#define Sys_FileIO_read_size 16
#define Sys_FileIO_read_map {0x10,}
typedef struct{ WORD t0; Array* t1; WORD t2; Channel* t3; } Sys_FileIO_write;
#define Sys_FileIO_write_size 16
#define Sys_FileIO_write_map {0x50,}
#define Sys_FileIO_size 8
#define Sys_FileIO_map {0xc0,}
struct Draw_Chans
{
WORD desc;
};
#define Draw_Chans_size 4
#define Draw_Chans_map {0}
struct Draw_Point
{
WORD x;
WORD y;
};
#define Draw_Point_size 8
#define Draw_Point_map {0}
struct Draw_Rect
{
Draw_Point min;
Draw_Point max;
};
#define Draw_Rect_size 16
#define Draw_Rect_map {0}
struct Draw_Image
{
Draw_Rect r;
Draw_Rect clipr;
WORD depth;
Draw_Chans chans;
WORD repl;
Draw_Display* display;
Draw_Screen* screen;
String* iname;
};
#define Draw_Image_size 56
#define Draw_Image_map {0x0,0x1c,}
struct Draw_Display
{
Draw_Image* image;
Draw_Image* white;
Draw_Image* black;
Draw_Image* opaque;
Draw_Image* transparent;
};
#define Draw_Display_size 20
#define Draw_Display_map {0xf8,}
struct Draw_Font
{
String* name;
WORD height;
WORD ascent;
Draw_Display* display;
};
#define Draw_Font_size 16
#define Draw_Font_map {0x90,}
struct Draw_Screen
{
WORD id;
Draw_Image* image;
Draw_Image* fill;
Draw_Display* display;
};
#define Draw_Screen_size 16
#define Draw_Screen_map {0x70,}
struct Draw_Pointer
{
WORD buttons;
Draw_Point xy;
WORD msec;
};
#define Draw_Pointer_size 16
#define Draw_Pointer_map {0}
struct Draw_Context
{
Draw_Display* display;
Draw_Screen* screen;
Channel* wm;
};
typedef struct{ String* t0; Channel* t1; } Draw_Context_wm;
#define Draw_Context_wm_size 8
#define Draw_Context_wm_map {0xc0,}
#define Draw_Context_size 12
#define Draw_Context_map {0xe0,}
struct Draw_Wmcontext
{
Channel* kbd;
Channel* ptr;
Channel* ctl;
Channel* wctl;
Channel* images;
Sys_FD* connfd;
Draw_Context* ctxt;
};
typedef WORD Draw_Wmcontext_kbd;
#define Draw_Wmcontext_kbd_size 4
#define Draw_Wmcontext_kbd_map {0}
typedef Draw_Pointer* Draw_Wmcontext_ptr;
#define Draw_Wmcontext_ptr_size 4
#define Draw_Wmcontext_ptr_map {0x80,}
typedef String* Draw_Wmcontext_ctl;
#define Draw_Wmcontext_ctl_size 4
#define Draw_Wmcontext_ctl_map {0x80,}
typedef String* Draw_Wmcontext_wctl;
#define Draw_Wmcontext_wctl_size 4
#define Draw_Wmcontext_wctl_map {0x80,}
typedef Draw_Image* Draw_Wmcontext_images;
#define Draw_Wmcontext_images_size 4
#define Draw_Wmcontext_images_map {0x80,}
#define Draw_Wmcontext_size 28
#define Draw_Wmcontext_map {0xfe,}
struct Prefab_Style
{
Draw_Font* titlefont;
Draw_Font* textfont;
Draw_Image* elemcolor;
Draw_Image* edgecolor;
Draw_Image* titlecolor;
Draw_Image* textcolor;
Draw_Image* highlightcolor;
};
#define Prefab_Style_size 28
#define Prefab_Style_map {0xfe,}
struct Prefab_Environ
{
Draw_Screen* screen;
Prefab_Style* style;
};
#define Prefab_Environ_size 8
#define Prefab_Environ_map {0xc0,}
struct Prefab_Layout
{
Draw_Font* font;
Draw_Image* color;
String* text;
Draw_Image* icon;
Draw_Image* mask;
String* tag;
};
#define Prefab_Layout_size 24
#define Prefab_Layout_map {0xfc,}
struct Prefab_Element
{
WORD kind;
Draw_Rect r;
Prefab_Environ* environ;
String* tag;
List* kids;
String* str;
Draw_Image* mask;
Draw_Image* image;
Draw_Font* font;
};
#define Prefab_Element_size 48
#define Prefab_Element_map {0x7,0xf0,}
struct Prefab_Compound
{
Draw_Image* image;
Prefab_Environ* environ;
Draw_Rect r;
Prefab_Element* title;
Prefab_Element* contents;
};
#define Prefab_Compound_size 32
#define Prefab_Compound_map {0xc3,}
struct Tk_Toplevel
{
Draw_Display* display;
Channel* wreq;
Draw_Image* image;
Draw_Wmcontext* ctxt;
Draw_Rect screenr;
};
typedef String* Tk_Toplevel_wreq;
#define Tk_Toplevel_wreq_size 4
#define Tk_Toplevel_wreq_map {0x80,}
#define Tk_Toplevel_size 32
#define Tk_Toplevel_map {0xf0,}
struct IPints_IPint
{
WORD x;
};
#define IPints_IPint_size 4
#define IPints_IPint_map {0}
struct Crypt_DigestState
{
WORD x;
};
#define Crypt_DigestState_size 4
#define Crypt_DigestState_map {0}
struct Crypt_AESstate
{
WORD x;
};
#define Crypt_AESstate_size 4
#define Crypt_AESstate_map {0}
struct Crypt_DESstate
{
WORD x;
};
#define Crypt_DESstate_size 4
#define Crypt_DESstate_map {0}
struct Crypt_IDEAstate
{
WORD x;
};
#define Crypt_IDEAstate_size 4
#define Crypt_IDEAstate_map {0}
struct Crypt_RC4state
{
WORD x;
};
#define Crypt_RC4state_size 4
#define Crypt_RC4state_map {0}
struct Crypt_BFstate
{
WORD x;
};
#define Crypt_BFstate_size 4
#define Crypt_BFstate_map {0}
#define Crypt_PK_RSA 0
#define Crypt_PK_Elgamal 1
#define Crypt_PK_DSA 2
struct Crypt_PK
{
int pick;
union{
struct{
IPints_IPint* n;
IPints_IPint* ek;
} RSA;
struct{
IPints_IPint* p;
IPints_IPint* alpha;
IPints_IPint* key;
} Elgamal;
struct{
IPints_IPint* p;
IPints_IPint* q;
IPints_IPint* alpha;
IPints_IPint* key;
} DSA;
} u;
};
#define Crypt_PK_RSA_size 12
#define Crypt_PK_RSA_map {0x60,}
#define Crypt_PK_Elgamal_size 16
#define Crypt_PK_Elgamal_map {0x70,}
#define Crypt_PK_DSA_size 20
#define Crypt_PK_DSA_map {0x78,}
#define Crypt_SK_RSA 0
#define Crypt_SK_Elgamal 1
#define Crypt_SK_DSA 2
struct Crypt_SK
{
int pick;
union{
struct{
Crypt_PK* pk;
IPints_IPint* dk;
IPints_IPint* p;
IPints_IPint* q;
IPints_IPint* kp;
IPints_IPint* kq;
IPints_IPint* c2;
} RSA;
struct{
Crypt_PK* pk;
IPints_IPint* secret;
} Elgamal;
struct{
Crypt_PK* pk;
IPints_IPint* secret;
} DSA;
} u;
};
#define Crypt_SK_RSA_size 32
#define Crypt_SK_RSA_map {0x7f,}
#define Crypt_SK_Elgamal_size 12
#define Crypt_SK_Elgamal_map {0x60,}
#define Crypt_SK_DSA_size 12
#define Crypt_SK_DSA_map {0x60,}
#define Crypt_PKsig_RSA 0
#define Crypt_PKsig_Elgamal 1
#define Crypt_PKsig_DSA 2
struct Crypt_PKsig
{
int pick;
union{
struct{
IPints_IPint* n;
} RSA;
struct{
IPints_IPint* r;
IPints_IPint* s;
} Elgamal;
struct{
IPints_IPint* r;
IPints_IPint* s;
} DSA;
} u;
};
#define Crypt_PKsig_RSA_size 8
#define Crypt_PKsig_RSA_map {0x40,}
#define Crypt_PKsig_Elgamal_size 12
#define Crypt_PKsig_Elgamal_map {0x60,}
#define Crypt_PKsig_DSA_size 12
#define Crypt_PKsig_DSA_map {0x60,}
struct Loader_Inst
{
BYTE op;
BYTE addr;
uchar _pad2[2];
WORD src;
WORD mid;
WORD dst;
};
#define Loader_Inst_size 16
#define Loader_Inst_map {0}
struct Loader_Typedesc
{
WORD size;
Array* map;
};
#define Loader_Typedesc_size 8
#define Loader_Typedesc_map {0x40,}
struct Loader_Link
{
String* name;
WORD sig;
WORD pc;
WORD tdesc;
};
#define Loader_Link_size 16
#define Loader_Link_map {0x80,}
struct Loader_Niladt
{
char dummy[1];
uchar _pad1[3];
};
#define Loader_Niladt_size 4
#define Loader_Niladt_map {0}
struct Freetype_Matrix
{
WORD a;
WORD b;
WORD c;
WORD d;
};
#define Freetype_Matrix_size 16
#define Freetype_Matrix_map {0}
struct Freetype_Vector
{
WORD dx;
WORD dy;
};
#define Freetype_Vector_size 8
#define Freetype_Vector_map {0}
struct Freetype_Face
{
WORD nfaces;
WORD index;
WORD style;
WORD height;
WORD ascent;
String* familyname;
String* stylename;
};
#define Freetype_Face_size 28
#define Freetype_Face_map {0x6,}
struct Freetype_Glyph
{
WORD top;
WORD left;
WORD height;
WORD width;
Draw_Point advance;
Array* bitmap;
};
#define Freetype_Glyph_size 28
#define Freetype_Glyph_map {0x2,}
void Sys_announce(void*);
typedef struct F_Sys_announce F_Sys_announce;
struct F_Sys_announce
{
WORD regs[NREG-1];
struct{ WORD t0; Sys_Connection t1; }* ret;
uchar temps[12];
String* addr;
};
void Sys_aprint(void*);
typedef struct F_Sys_aprint F_Sys_aprint;
struct F_Sys_aprint
{
WORD regs[NREG-1];
Array** ret;
uchar temps[12];
String* s;
WORD vargs;
};
void Sys_bind(void*);
typedef struct F_Sys_bind F_Sys_bind;
struct F_Sys_bind
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
String* s;
String* on;
WORD flags;
};
void Sys_byte2char(void*);
typedef struct F_Sys_byte2char F_Sys_byte2char;
struct F_Sys_byte2char
{
WORD regs[NREG-1];
struct{ WORD t0; WORD t1; WORD t2; }* ret;
uchar temps[12];
Array* buf;
WORD n;
};
void Sys_char2byte(void*);
typedef struct F_Sys_char2byte F_Sys_char2byte;
struct F_Sys_char2byte
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
WORD c;
Array* buf;
WORD n;
};
void Sys_chdir(void*);
typedef struct F_Sys_chdir F_Sys_chdir;
struct F_Sys_chdir
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
String* path;
};
void Sys_create(void*);
typedef struct F_Sys_create F_Sys_create;
struct F_Sys_create
{
WORD regs[NREG-1];
Sys_FD** ret;
uchar temps[12];
String* s;
WORD mode;
WORD perm;
};
void Sys_dial(void*);
typedef struct F_Sys_dial F_Sys_dial;
struct F_Sys_dial
{
WORD regs[NREG-1];
struct{ WORD t0; Sys_Connection t1; }* ret;
uchar temps[12];
String* addr;
String* local;
};
void Sys_dirread(void*);
typedef struct F_Sys_dirread F_Sys_dirread;
struct F_Sys_dirread
{
WORD regs[NREG-1];
struct{ WORD t0; Array* t1; }* ret;
uchar temps[12];
Sys_FD* fd;
};
void Sys_dup(void*);
typedef struct F_Sys_dup F_Sys_dup;
struct F_Sys_dup
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
WORD old;
WORD new;
};
void Sys_export(void*);
typedef struct F_Sys_export F_Sys_export;
struct F_Sys_export
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* c;
String* dir;
WORD flag;
};
void Sys_fauth(void*);
typedef struct F_Sys_fauth F_Sys_fauth;
struct F_Sys_fauth
{
WORD regs[NREG-1];
Sys_FD** ret;
uchar temps[12];
Sys_FD* fd;
String* aname;
};
void Sys_fd2path(void*);
typedef struct F_Sys_fd2path F_Sys_fd2path;
struct F_Sys_fd2path
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
Sys_FD* fd;
};
void Sys_fildes(void*);
typedef struct F_Sys_fildes F_Sys_fildes;
struct F_Sys_fildes
{
WORD regs[NREG-1];
Sys_FD** ret;
uchar temps[12];
WORD fd;
};
void Sys_file2chan(void*);
typedef struct F_Sys_file2chan F_Sys_file2chan;
struct F_Sys_file2chan
{
WORD regs[NREG-1];
Sys_FileIO** ret;
uchar temps[12];
String* dir;
String* file;
};
void Sys_fprint(void*);
typedef struct F_Sys_fprint F_Sys_fprint;
struct F_Sys_fprint
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* fd;
String* s;
WORD vargs;
};
void Sys_fstat(void*);
typedef struct F_Sys_fstat F_Sys_fstat;
struct F_Sys_fstat
{
WORD regs[NREG-1];
struct{ WORD t0; uchar _pad4[4]; Sys_Dir t1; }* ret;
uchar temps[12];
Sys_FD* fd;
};
void Sys_fversion(void*);
typedef struct F_Sys_fversion F_Sys_fversion;
struct F_Sys_fversion
{
WORD regs[NREG-1];
struct{ WORD t0; String* t1; }* ret;
uchar temps[12];
Sys_FD* fd;
WORD msize;
String* version;
};
void Sys_fwstat(void*);
typedef struct F_Sys_fwstat F_Sys_fwstat;
struct F_Sys_fwstat
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* fd;
uchar _pad36[4];
Sys_Dir d;
};
void Sys_iounit(void*);
typedef struct F_Sys_iounit F_Sys_iounit;
struct F_Sys_iounit
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* fd;
};
void Sys_listen(void*);
typedef struct F_Sys_listen F_Sys_listen;
struct F_Sys_listen
{
WORD regs[NREG-1];
struct{ WORD t0; Sys_Connection t1; }* ret;
uchar temps[12];
Sys_Connection c;
};
void Sys_millisec(void*);
typedef struct F_Sys_millisec F_Sys_millisec;
struct F_Sys_millisec
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
};
void Sys_mount(void*);
typedef struct F_Sys_mount F_Sys_mount;
struct F_Sys_mount
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* fd;
Sys_FD* afd;
String* on;
WORD flags;
String* spec;
};
void Sys_open(void*);
typedef struct F_Sys_open F_Sys_open;
struct F_Sys_open
{
WORD regs[NREG-1];
Sys_FD** ret;
uchar temps[12];
String* s;
WORD mode;
};
void Sys_pctl(void*);
typedef struct F_Sys_pctl F_Sys_pctl;
struct F_Sys_pctl
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
WORD flags;
List* movefd;
};
void Sys_pipe(void*);
typedef struct F_Sys_pipe F_Sys_pipe;
struct F_Sys_pipe
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Array* fds;
};
void Sys_pread(void*);
typedef struct F_Sys_pread F_Sys_pread;
struct F_Sys_pread
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* fd;
Array* buf;
WORD n;
uchar _pad44[4];
LONG off;
};
void Sys_print(void*);
typedef struct F_Sys_print F_Sys_print;
struct F_Sys_print
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
String* s;
WORD vargs;
};
void Sys_pwrite(void*);
typedef struct F_Sys_pwrite F_Sys_pwrite;
struct F_Sys_pwrite
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* fd;
Array* buf;
WORD n;
uchar _pad44[4];
LONG off;
};
void Sys_read(void*);
typedef struct F_Sys_read F_Sys_read;
struct F_Sys_read
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* fd;
Array* buf;
WORD n;
};
void Sys_readn(void*);
typedef struct F_Sys_readn F_Sys_readn;
struct F_Sys_readn
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* fd;
Array* buf;
WORD n;
};
void Sys_remove(void*);
typedef struct F_Sys_remove F_Sys_remove;
struct F_Sys_remove
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
String* s;
};
void Sys_seek(void*);
typedef struct F_Sys_seek F_Sys_seek;
struct F_Sys_seek
{
WORD regs[NREG-1];
LONG* ret;
uchar temps[12];
Sys_FD* fd;
uchar _pad36[4];
LONG off;
WORD start;
};
void Sys_sleep(void*);
typedef struct F_Sys_sleep F_Sys_sleep;
struct F_Sys_sleep
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
WORD period;
};
void Sys_sprint(void*);
typedef struct F_Sys_sprint F_Sys_sprint;
struct F_Sys_sprint
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
String* s;
WORD vargs;
};
void Sys_stat(void*);
typedef struct F_Sys_stat F_Sys_stat;
struct F_Sys_stat
{
WORD regs[NREG-1];
struct{ WORD t0; uchar _pad4[4]; Sys_Dir t1; }* ret;
uchar temps[12];
String* s;
};
void Sys_stream(void*);
typedef struct F_Sys_stream F_Sys_stream;
struct F_Sys_stream
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* src;
Sys_FD* dst;
WORD bufsiz;
};
void Sys_tokenize(void*);
typedef struct F_Sys_tokenize F_Sys_tokenize;
struct F_Sys_tokenize
{
WORD regs[NREG-1];
struct{ WORD t0; List* t1; }* ret;
uchar temps[12];
String* s;
String* delim;
};
void Sys_unmount(void*);
typedef struct F_Sys_unmount F_Sys_unmount;
struct F_Sys_unmount
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
String* s1;
String* s2;
};
void Sys_utfbytes(void*);
typedef struct F_Sys_utfbytes F_Sys_utfbytes;
struct F_Sys_utfbytes
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Array* buf;
WORD n;
};
void Sys_werrstr(void*);
typedef struct F_Sys_werrstr F_Sys_werrstr;
struct F_Sys_werrstr
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
String* s;
};
void Sys_write(void*);
typedef struct F_Sys_write F_Sys_write;
struct F_Sys_write
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Sys_FD* fd;
Array* buf;
WORD n;
};
void Sys_wstat(void*);
typedef struct F_Sys_wstat F_Sys_wstat;
struct F_Sys_wstat
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
String* s;
uchar _pad36[4];
Sys_Dir d;
};
#define Sys_PATH "$Sys"
#define Sys_Maxint 2147483647
#define Sys_QTDIR 128
#define Sys_QTAPPEND 64
#define Sys_QTEXCL 32
#define Sys_QTAUTH 8
#define Sys_QTTMP 4
#define Sys_QTFILE 0
#define Sys_ATOMICIO 8192
#define Sys_SEEKSTART 0
#define Sys_SEEKRELA 1
#define Sys_SEEKEND 2
#define Sys_NAMEMAX 256
#define Sys_ERRMAX 128
#define Sys_WAITLEN 192
#define Sys_OREAD 0
#define Sys_OWRITE 1
#define Sys_ORDWR 2
#define Sys_OTRUNC 16
#define Sys_ORCLOSE 64
#define Sys_OEXCL 4096
#define Sys_DMDIR -2147483648
#define Sys_DMAPPEND 1073741824
#define Sys_DMEXCL 536870912
#define Sys_DMAUTH 134217728
#define Sys_DMTMP 67108864
#define Sys_MREPL 0
#define Sys_MBEFORE 1
#define Sys_MAFTER 2
#define Sys_MCREATE 4
#define Sys_MCACHE 16
#define Sys_NEWFD 1
#define Sys_FORKFD 2
#define Sys_NEWNS 4
#define Sys_FORKNS 8
#define Sys_NEWPGRP 16
#define Sys_NODEVS 32
#define Sys_NEWENV 64
#define Sys_FORKENV 128
#define Sys_EXPWAIT 0
#define Sys_EXPASYNC 1
#define Sys_UTFmax 4
#define Sys_UTFerror 65533
#define Sys_Runemax 1114111
#define Sys_Runemask 2097151
void Rect_Xrect(void*);
typedef struct F_Rect_Xrect F_Rect_Xrect;
struct F_Rect_Xrect
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Rect r;
Draw_Rect s;
};
void Point_add(void*);
typedef struct F_Point_add F_Point_add;
struct F_Point_add
{
WORD regs[NREG-1];
Draw_Point* ret;
uchar temps[12];
Draw_Point p;
Draw_Point q;
};
void Rect_addpt(void*);
typedef struct F_Rect_addpt F_Rect_addpt;
struct F_Rect_addpt
{
WORD regs[NREG-1];
Draw_Rect* ret;
uchar temps[12];
Draw_Rect r;
Draw_Point p;
};
void Display_allocate(void*);
typedef struct F_Display_allocate F_Display_allocate;
struct F_Display_allocate
{
WORD regs[NREG-1];
Draw_Display** ret;
uchar temps[12];
String* dev;
};
void Screen_allocate(void*);
typedef struct F_Screen_allocate F_Screen_allocate;
struct F_Screen_allocate
{
WORD regs[NREG-1];
Draw_Screen** ret;
uchar temps[12];
Draw_Image* image;
Draw_Image* fill;
WORD public;
};
void Image_arc(void*);
typedef struct F_Image_arc F_Image_arc;
struct F_Image_arc
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point c;
WORD a;
WORD b;
WORD thick;
Draw_Image* src;
Draw_Point sp;
WORD alpha;
WORD phi;
};
void Image_arcop(void*);
typedef struct F_Image_arcop F_Image_arcop;
struct F_Image_arcop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point c;
WORD a;
WORD b;
WORD thick;
Draw_Image* src;
Draw_Point sp;
WORD alpha;
WORD phi;
WORD op;
};
void Image_arrow(void*);
typedef struct F_Image_arrow F_Image_arrow;
struct F_Image_arrow
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
WORD a;
WORD b;
WORD c;
};
void Font_bbox(void*);
typedef struct F_Font_bbox F_Font_bbox;
struct F_Font_bbox
{
WORD regs[NREG-1];
Draw_Rect* ret;
uchar temps[12];
Draw_Font* f;
String* str;
};
void Image_bezier(void*);
typedef struct F_Image_bezier F_Image_bezier;
struct F_Image_bezier
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point a;
Draw_Point b;
Draw_Point c;
Draw_Point d;
WORD end0;
WORD end1;
WORD radius;
Draw_Image* src;
Draw_Point sp;
};
void Image_bezierop(void*);
typedef struct F_Image_bezierop F_Image_bezierop;
struct F_Image_bezierop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point a;
Draw_Point b;
Draw_Point c;
Draw_Point d;
WORD end0;
WORD end1;
WORD radius;
Draw_Image* src;
Draw_Point sp;
WORD op;
};
void Image_bezspline(void*);
typedef struct F_Image_bezspline F_Image_bezspline;
struct F_Image_bezspline
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Array* p;
WORD end0;
WORD end1;
WORD radius;
Draw_Image* src;
Draw_Point sp;
};
void Image_bezsplineop(void*);
typedef struct F_Image_bezsplineop F_Image_bezsplineop;
struct F_Image_bezsplineop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Array* p;
WORD end0;
WORD end1;
WORD radius;
Draw_Image* src;
Draw_Point sp;
WORD op;
};
void Image_border(void*);
typedef struct F_Image_border F_Image_border;
struct F_Image_border
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Rect r;
WORD i;
Draw_Image* src;
Draw_Point sp;
};
void Image_bottom(void*);
typedef struct F_Image_bottom F_Image_bottom;
struct F_Image_bottom
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* win;
};
void Screen_bottom(void*);
typedef struct F_Screen_bottom F_Screen_bottom;
struct F_Screen_bottom
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Screen* screen;
Array* wins;
};
void Font_build(void*);
typedef struct F_Font_build F_Font_build;
struct F_Font_build
{
WORD regs[NREG-1];
Draw_Font** ret;
uchar temps[12];
Draw_Display* d;
String* name;
String* desc;
};
void Draw_bytesperline(void*);
typedef struct F_Draw_bytesperline F_Draw_bytesperline;
struct F_Draw_bytesperline
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Rect r;
WORD d;
};
void Rect_canon(void*);
typedef struct F_Rect_canon F_Rect_canon;
struct F_Rect_canon
{
WORD regs[NREG-1];
Draw_Rect* ret;
uchar temps[12];
Draw_Rect r;
};
void Rect_clip(void*);
typedef struct F_Rect_clip F_Rect_clip;
struct F_Rect_clip
{
WORD regs[NREG-1];
struct{ Draw_Rect t0; WORD t1; }* ret;
uchar temps[12];
Draw_Rect r;
Draw_Rect s;
};
void Display_cmap2rgb(void*);
typedef struct F_Display_cmap2rgb F_Display_cmap2rgb;
struct F_Display_cmap2rgb
{
WORD regs[NREG-1];
struct{ WORD t0; WORD t1; WORD t2; }* ret;
uchar temps[12];
Draw_Display* d;
WORD c;
};
void Display_cmap2rgba(void*);
typedef struct F_Display_cmap2rgba F_Display_cmap2rgba;
struct F_Display_cmap2rgba
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Display* d;
WORD c;
};
void Display_color(void*);
typedef struct F_Display_color F_Display_color;
struct F_Display_color
{
WORD regs[NREG-1];
Draw_Image** ret;
uchar temps[12];
Draw_Display* d;
WORD color;
};
void Display_colormix(void*);
typedef struct F_Display_colormix F_Display_colormix;
struct F_Display_colormix
{
WORD regs[NREG-1];
Draw_Image** ret;
uchar temps[12];
Draw_Display* d;
WORD c1;
WORD c2;
};
void Rect_combine(void*);
typedef struct F_Rect_combine F_Rect_combine;
struct F_Rect_combine
{
WORD regs[NREG-1];
Draw_Rect* ret;
uchar temps[12];
Draw_Rect r;
Draw_Rect s;
};
void Rect_contains(void*);
typedef struct F_Rect_contains F_Rect_contains;
struct F_Rect_contains
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Rect r;
Draw_Point p;
};
void Chans_depth(void*);
typedef struct F_Chans_depth F_Chans_depth;
struct F_Chans_depth
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Chans c;
};
void Point_div(void*);
typedef struct F_Point_div F_Point_div;
struct F_Point_div
{
WORD regs[NREG-1];
Draw_Point* ret;
uchar temps[12];
Draw_Point p;
WORD i;
};
void Image_draw(void*);
typedef struct F_Image_draw F_Image_draw;
struct F_Image_draw
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Rect r;
Draw_Image* src;
Draw_Image* matte;
Draw_Point p;
};
void Image_drawop(void*);
typedef struct F_Image_drawop F_Image_drawop;
struct F_Image_drawop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Rect r;
Draw_Image* src;
Draw_Image* matte;
Draw_Point p;
WORD op;
};
void Rect_dx(void*);
typedef struct F_Rect_dx F_Rect_dx;
struct F_Rect_dx
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Rect r;
};
void Rect_dy(void*);
typedef struct F_Rect_dy F_Rect_dy;
struct F_Rect_dy
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Rect r;
};
void Image_ellipse(void*);
typedef struct F_Image_ellipse F_Image_ellipse;
struct F_Image_ellipse
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point c;
WORD a;
WORD b;
WORD thick;
Draw_Image* src;
Draw_Point sp;
};
void Image_ellipseop(void*);
typedef struct F_Image_ellipseop F_Image_ellipseop;
struct F_Image_ellipseop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point c;
WORD a;
WORD b;
WORD thick;
Draw_Image* src;
Draw_Point sp;
WORD op;
};
void Chans_eq(void*);
typedef struct F_Chans_eq F_Chans_eq;
struct F_Chans_eq
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Chans c;
Draw_Chans d;
};
void Point_eq(void*);
typedef struct F_Point_eq F_Point_eq;
struct F_Point_eq
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Point p;
Draw_Point q;
};
void Rect_eq(void*);
typedef struct F_Rect_eq F_Rect_eq;
struct F_Rect_eq
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Rect r;
Draw_Rect s;
};
void Image_fillarc(void*);
typedef struct F_Image_fillarc F_Image_fillarc;
struct F_Image_fillarc
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point c;
WORD a;
WORD b;
Draw_Image* src;
Draw_Point sp;
WORD alpha;
WORD phi;
};
void Image_fillarcop(void*);
typedef struct F_Image_fillarcop F_Image_fillarcop;
struct F_Image_fillarcop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point c;
WORD a;
WORD b;
Draw_Image* src;
Draw_Point sp;
WORD alpha;
WORD phi;
WORD op;
};
void Image_fillbezier(void*);
typedef struct F_Image_fillbezier F_Image_fillbezier;
struct F_Image_fillbezier
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point a;
Draw_Point b;
Draw_Point c;
Draw_Point d;
WORD wind;
Draw_Image* src;
Draw_Point sp;
};
void Image_fillbezierop(void*);
typedef struct F_Image_fillbezierop F_Image_fillbezierop;
struct F_Image_fillbezierop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point a;
Draw_Point b;
Draw_Point c;
Draw_Point d;
WORD wind;
Draw_Image* src;
Draw_Point sp;
WORD op;
};
void Image_fillbezspline(void*);
typedef struct F_Image_fillbezspline F_Image_fillbezspline;
struct F_Image_fillbezspline
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Array* p;
WORD wind;
Draw_Image* src;
Draw_Point sp;
};
void Image_fillbezsplineop(void*);
typedef struct F_Image_fillbezsplineop F_Image_fillbezsplineop;
struct F_Image_fillbezsplineop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Array* p;
WORD wind;
Draw_Image* src;
Draw_Point sp;
WORD op;
};
void Image_fillellipse(void*);
typedef struct F_Image_fillellipse F_Image_fillellipse;
struct F_Image_fillellipse
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point c;
WORD a;
WORD b;
Draw_Image* src;
Draw_Point sp;
};
void Image_fillellipseop(void*);
typedef struct F_Image_fillellipseop F_Image_fillellipseop;
struct F_Image_fillellipseop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point c;
WORD a;
WORD b;
Draw_Image* src;
Draw_Point sp;
WORD op;
};
void Image_fillpoly(void*);
typedef struct F_Image_fillpoly F_Image_fillpoly;
struct F_Image_fillpoly
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Array* p;
WORD wind;
Draw_Image* src;
Draw_Point sp;
};
void Image_fillpolyop(void*);
typedef struct F_Image_fillpolyop F_Image_fillpolyop;
struct F_Image_fillpolyop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Array* p;
WORD wind;
Draw_Image* src;
Draw_Point sp;
WORD op;
};
void Image_flush(void*);
typedef struct F_Image_flush F_Image_flush;
struct F_Image_flush
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* win;
WORD func;
};
void Image_gendraw(void*);
typedef struct F_Image_gendraw F_Image_gendraw;
struct F_Image_gendraw
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Rect r;
Draw_Image* src;
Draw_Point p0;
Draw_Image* matte;
Draw_Point p1;
};
void Image_gendrawop(void*);
typedef struct F_Image_gendrawop F_Image_gendrawop;
struct F_Image_gendrawop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Rect r;
Draw_Image* src;
Draw_Point p0;
Draw_Image* matte;
Draw_Point p1;
WORD op;
};
void Display_getwindow(void*);
typedef struct F_Display_getwindow F_Display_getwindow;
struct F_Display_getwindow
{
WORD regs[NREG-1];
struct{ Draw_Screen* t0; Draw_Image* t1; }* ret;
uchar temps[12];
Draw_Display* d;
String* winname;
Draw_Screen* screen;
Draw_Image* image;
WORD backup;
};
void Draw_icossin(void*);
typedef struct F_Draw_icossin F_Draw_icossin;
struct F_Draw_icossin
{
WORD regs[NREG-1];
struct{ WORD t0; WORD t1; }* ret;
uchar temps[12];
WORD deg;
};
void Draw_icossin2(void*);
typedef struct F_Draw_icossin2 F_Draw_icossin2;
struct F_Draw_icossin2
{
WORD regs[NREG-1];
struct{ WORD t0; WORD t1; }* ret;
uchar temps[12];
Draw_Point p;
};
void Point_in(void*);
typedef struct F_Point_in F_Point_in;
struct F_Point_in
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Point p;
Draw_Rect r;
};
void Rect_inrect(void*);
typedef struct F_Rect_inrect F_Rect_inrect;
struct F_Rect_inrect
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Rect r;
Draw_Rect s;
};
void Rect_inset(void*);
typedef struct F_Rect_inset F_Rect_inset;
struct F_Rect_inset
{
WORD regs[NREG-1];
Draw_Rect* ret;
uchar temps[12];
Draw_Rect r;
WORD n;
};
void Image_line(void*);
typedef struct F_Image_line F_Image_line;
struct F_Image_line
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point p0;
Draw_Point p1;
WORD end0;
WORD end1;
WORD radius;
Draw_Image* src;
Draw_Point sp;
};
void Image_lineop(void*);
typedef struct F_Image_lineop F_Image_lineop;
struct F_Image_lineop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Draw_Point p0;
Draw_Point p1;
WORD end0;
WORD end1;
WORD radius;
Draw_Image* src;
Draw_Point sp;
WORD op;
};
void Chans_mk(void*);
typedef struct F_Chans_mk F_Chans_mk;
struct F_Chans_mk
{
WORD regs[NREG-1];
Draw_Chans* ret;
uchar temps[12];
String* s;
};
void Point_mul(void*);
typedef struct F_Point_mul F_Point_mul;
struct F_Point_mul
{
WORD regs[NREG-1];
Draw_Point* ret;
uchar temps[12];
Draw_Point p;
WORD i;
};
void Image_name(void*);
typedef struct F_Image_name F_Image_name;
struct F_Image_name
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Image* src;
String* name;
WORD in;
};
void Display_namedimage(void*);
typedef struct F_Display_namedimage F_Display_namedimage;
struct F_Display_namedimage
{
WORD regs[NREG-1];
Draw_Image** ret;
uchar temps[12];
Draw_Display* d;
String* name;
};
void Display_newimage(void*);
typedef struct F_Display_newimage F_Display_newimage;
struct F_Display_newimage
{
WORD regs[NREG-1];
Draw_Image** ret;
uchar temps[12];
Draw_Display* d;
Draw_Rect r;
Draw_Chans chans;
WORD repl;
WORD color;
};
void Screen_newwindow(void*);
typedef struct F_Screen_newwindow F_Screen_newwindow;
struct F_Screen_newwindow
{
WORD regs[NREG-1];
Draw_Image** ret;
uchar temps[12];
Draw_Screen* screen;
Draw_Rect r;
WORD backing;
WORD color;
};
void Display_open(void*);
typedef struct F_Display_open F_Display_open;
struct F_Display_open
{
WORD regs[NREG-1];
Draw_Image** ret;
uchar temps[12];
Draw_Display* d;
String* name;
};
void Font_open(void*);
typedef struct F_Font_open F_Font_open;
struct F_Font_open
{
WORD regs[NREG-1];
Draw_Font** ret;
uchar temps[12];
Draw_Display* d;
String* name;
};
void Image_origin(void*);
typedef struct F_Image_origin F_Image_origin;
struct F_Image_origin
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Image* win;
Draw_Point log;
Draw_Point scr;
};
void Image_poly(void*);
typedef struct F_Image_poly F_Image_poly;
struct F_Image_poly
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Array* p;
WORD end0;
WORD end1;
WORD radius;
Draw_Image* src;
Draw_Point sp;
};
void Image_polyop(void*);
typedef struct F_Image_polyop F_Image_polyop;
struct F_Image_polyop
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* dst;
Array* p;
WORD end0;
WORD end1;
WORD radius;
Draw_Image* src;
Draw_Point sp;
WORD op;
};
void Display_publicscreen(void*);
typedef struct F_Display_publicscreen F_Display_publicscreen;
struct F_Display_publicscreen
{
WORD regs[NREG-1];
Draw_Screen** ret;
uchar temps[12];
Draw_Display* d;
WORD id;
};
void Display_readimage(void*);
typedef struct F_Display_readimage F_Display_readimage;
struct F_Display_readimage
{
WORD regs[NREG-1];
Draw_Image** ret;
uchar temps[12];
Draw_Display* d;
Sys_FD* fd;
};
void Image_readpixels(void*);
typedef struct F_Image_readpixels F_Image_readpixels;
struct F_Image_readpixels
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Image* src;
Draw_Rect r;
Array* data;
};
void Display_rgb(void*);
typedef struct F_Display_rgb F_Display_rgb;
struct F_Display_rgb
{
WORD regs[NREG-1];
Draw_Image** ret;
uchar temps[12];
Draw_Display* d;
WORD r;
WORD g;
WORD b;
};
void Display_rgb2cmap(void*);
typedef struct F_Display_rgb2cmap F_Display_rgb2cmap;
struct F_Display_rgb2cmap
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Display* d;
WORD r;
WORD g;
WORD b;
};
void Draw_setalpha(void*);
typedef struct F_Draw_setalpha F_Draw_setalpha;
struct F_Draw_setalpha
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
WORD c;
WORD a;
};
void Rect_size(void*);
typedef struct F_Rect_size F_Rect_size;
struct F_Rect_size
{
WORD regs[NREG-1];
Draw_Point* ret;
uchar temps[12];
Draw_Rect r;
};
void Display_startrefresh(void*);
typedef struct F_Display_startrefresh F_Display_startrefresh;
struct F_Display_startrefresh
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Display* d;
};
void Point_sub(void*);
typedef struct F_Point_sub F_Point_sub;
struct F_Point_sub
{
WORD regs[NREG-1];
Draw_Point* ret;
uchar temps[12];
Draw_Point p;
Draw_Point q;
};
void Rect_subpt(void*);
typedef struct F_Rect_subpt F_Rect_subpt;
struct F_Rect_subpt
{
WORD regs[NREG-1];
Draw_Rect* ret;
uchar temps[12];
Draw_Rect r;
Draw_Point p;
};
void Chans_text(void*);
typedef struct F_Chans_text F_Chans_text;
struct F_Chans_text
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
Draw_Chans c;
};
void Image_text(void*);
typedef struct F_Image_text F_Image_text;
struct F_Image_text
{
WORD regs[NREG-1];
Draw_Point* ret;
uchar temps[12];
Draw_Image* dst;
Draw_Point p;
Draw_Image* src;
Draw_Point sp;
Draw_Font* font;
String* str;
};
void Image_textbg(void*);
typedef struct F_Image_textbg F_Image_textbg;
struct F_Image_textbg
{
WORD regs[NREG-1];
Draw_Point* ret;
uchar temps[12];
Draw_Image* dst;
Draw_Point p;
Draw_Image* src;
Draw_Point sp;
Draw_Font* font;
String* str;
Draw_Image* bg;
Draw_Point bgp;
};
void Image_textbgop(void*);
typedef struct F_Image_textbgop F_Image_textbgop;
struct F_Image_textbgop
{
WORD regs[NREG-1];
Draw_Point* ret;
uchar temps[12];
Draw_Image* dst;
Draw_Point p;
Draw_Image* src;
Draw_Point sp;
Draw_Font* font;
String* str;
Draw_Image* bg;
Draw_Point bgp;
WORD op;
};
void Image_textop(void*);
typedef struct F_Image_textop F_Image_textop;
struct F_Image_textop
{
WORD regs[NREG-1];
Draw_Point* ret;
uchar temps[12];
Draw_Image* dst;
Draw_Point p;
Draw_Image* src;
Draw_Point sp;
Draw_Font* font;
String* str;
WORD op;
};
void Image_top(void*);
typedef struct F_Image_top F_Image_top;
struct F_Image_top
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Image* win;
};
void Screen_top(void*);
typedef struct F_Screen_top F_Screen_top;
struct F_Screen_top
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Draw_Screen* screen;
Array* wins;
};
void Font_width(void*);
typedef struct F_Font_width F_Font_width;
struct F_Font_width
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Font* f;
String* str;
};
void Display_writeimage(void*);
typedef struct F_Display_writeimage F_Display_writeimage;
struct F_Display_writeimage
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Display* d;
Sys_FD* fd;
Draw_Image* i;
};
void Image_writepixels(void*);
typedef struct F_Image_writepixels F_Image_writepixels;
struct F_Image_writepixels
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Draw_Image* dst;
Draw_Rect r;
Array* data;
};
#define Draw_PATH "$Draw"
#define Draw_Opaque -1
#define Draw_Transparent 0
#define Draw_Black 255
#define Draw_White -1
#define Draw_Red -16776961
#define Draw_Green 16711935
#define Draw_Blue 65535
#define Draw_Cyan 16777215
#define Draw_Magenta -16711681
#define Draw_Yellow -65281
#define Draw_Grey -286331137
#define Draw_Paleyellow -21761
#define Draw_Darkyellow -286351617
#define Draw_Darkgreen 1149781247
#define Draw_Palegreen -1426085121
#define Draw_Medgreen -1999861505
#define Draw_Darkblue 22015
#define Draw_Palebluegreen -1426063361
#define Draw_Paleblue 48127
#define Draw_Bluegreen 8947967
#define Draw_Greygreen 1437248255
#define Draw_Palegreygreen -1628508417
#define Draw_Yellowgreen -1718006529
#define Draw_Medblue 39423
#define Draw_Greyblue 6142975
#define Draw_Palegreyblue 1234427391
#define Draw_Purpleblue -2004300545
#define Draw_Notacolor -256
#define Draw_Nofill -256
#define Draw_Endsquare 0
#define Draw_Enddisc 1
#define Draw_Endarrow 2
#define Draw_Flushoff 0
#define Draw_Flushon 1
#define Draw_Flushnow 2
#define Draw_Refbackup 0
#define Draw_Refnone 1
#define Draw_SinD 8
#define Draw_DinS 4
#define Draw_SoutD 2
#define Draw_DoutS 1
#define Draw_S 10
#define Draw_SoverD 11
#define Draw_SatopD 9
#define Draw_SxorD 3
#define Draw_D 5
#define Draw_DoverS 7
#define Draw_DatopS 6
#define Draw_DxorS 3
#define Draw_Clear 0
#define Draw_CRed 0
#define Draw_CGreen 1
#define Draw_CBlue 2
#define Draw_CGrey 3
#define Draw_CAlpha 4
#define Draw_CMap 5
#define Draw_CIgnore 6
void Element_adjust(void*);
typedef struct F_Element_adjust F_Element_adjust;
struct F_Element_adjust
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Prefab_Element* elem;
WORD equal;
WORD dir;
};
void Element_append(void*);
typedef struct F_Element_append F_Element_append;
struct F_Element_append
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Prefab_Element* elist;
Prefab_Element* elem;
};
void Compound_box(void*);
typedef struct F_Compound_box F_Compound_box;
struct F_Compound_box
{
WORD regs[NREG-1];
Prefab_Compound** ret;
uchar temps[12];
Prefab_Environ* env;
Draw_Point p;
Prefab_Element* title;
Prefab_Element* elist;
};
void Element_clip(void*);
typedef struct F_Element_clip F_Element_clip;
struct F_Element_clip
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Prefab_Element* elem;
Draw_Rect r;
};
void Compound_draw(void*);
typedef struct F_Compound_draw F_Compound_draw;
struct F_Compound_draw
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Prefab_Compound* comp;
};
void Element_elist(void*);
typedef struct F_Element_elist F_Element_elist;
struct F_Element_elist
{
WORD regs[NREG-1];
Prefab_Element** ret;
uchar temps[12];
Prefab_Environ* env;
Prefab_Element* elem;
WORD kind;
};
void Compound_highlight(void*);
typedef struct F_Compound_highlight F_Compound_highlight;
struct F_Compound_highlight
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Prefab_Compound* comp;
Prefab_Element* elem;
WORD on;
};
void Element_icon(void*);
typedef struct F_Element_icon F_Element_icon;
struct F_Element_icon
{
WORD regs[NREG-1];
Prefab_Element** ret;
uchar temps[12];
Prefab_Environ* env;
Draw_Rect r;
Draw_Image* icon;
Draw_Image* mask;
};
void Compound_iconbox(void*);
typedef struct F_Compound_iconbox F_Compound_iconbox;
struct F_Compound_iconbox
{
WORD regs[NREG-1];
Prefab_Compound** ret;
uchar temps[12];
Prefab_Environ* env;
Draw_Point p;
String* title;
Draw_Image* icon;
Draw_Image* mask;
};
void Element_layout(void*);
typedef struct F_Element_layout F_Element_layout;
struct F_Element_layout
{
WORD regs[NREG-1];
Prefab_Element** ret;
uchar temps[12];
Prefab_Environ* env;
List* lay;
Draw_Rect r;
WORD kind;
};
void Compound_layoutbox(void*);
typedef struct F_Compound_layoutbox F_Compound_layoutbox;
struct F_Compound_layoutbox
{
WORD regs[NREG-1];
Prefab_Compound** ret;
uchar temps[12];
Prefab_Environ* env;
Draw_Rect r;
String* title;
List* lay;
};
void Compound_redraw(void*);
typedef struct F_Compound_redraw F_Compound_redraw;
struct F_Compound_redraw
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Prefab_Compound* comp;
Draw_Rect r;
};
void Element_scroll(void*);
typedef struct F_Element_scroll F_Element_scroll;
struct F_Element_scroll
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Prefab_Element* elem;
Draw_Point d;
};
void Compound_scroll(void*);
typedef struct F_Compound_scroll F_Compound_scroll;
struct F_Compound_scroll
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Prefab_Compound* comp;
Prefab_Element* elem;
Draw_Point d;
};
void Compound_select(void*);
typedef struct F_Compound_select F_Compound_select;
struct F_Compound_select
{
WORD regs[NREG-1];
struct{ WORD t0; WORD t1; Prefab_Element* t2; }* ret;
uchar temps[12];
Prefab_Compound* comp;
Prefab_Element* elem;
WORD i;
Channel* c;
};
void Element_separator(void*);
typedef struct F_Element_separator F_Element_separator;
struct F_Element_separator
{
WORD regs[NREG-1];
Prefab_Element** ret;
uchar temps[12];
Prefab_Environ* env;
Draw_Rect r;
Draw_Image* icon;
Draw_Image* mask;
};
void Element_show(void*);
typedef struct F_Element_show F_Element_show;
struct F_Element_show
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Prefab_Element* elist;
Prefab_Element* elem;
};
void Compound_show(void*);
typedef struct F_Compound_show F_Compound_show;
struct F_Compound_show
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Prefab_Compound* comp;
Prefab_Element* elem;
};
void Compound_tagselect(void*);
typedef struct F_Compound_tagselect F_Compound_tagselect;
struct F_Compound_tagselect
{
WORD regs[NREG-1];
struct{ WORD t0; WORD t1; Prefab_Element* t2; }* ret;
uchar temps[12];
Prefab_Compound* comp;
Prefab_Element* elem;
WORD i;
Channel* c;
};
void Element_text(void*);
typedef struct F_Element_text F_Element_text;
struct F_Element_text
{
WORD regs[NREG-1];
Prefab_Element** ret;
uchar temps[12];
Prefab_Environ* env;
String* text;
Draw_Rect r;
WORD kind;
};
void Compound_textbox(void*);
typedef struct F_Compound_textbox F_Compound_textbox;
struct F_Compound_textbox
{
WORD regs[NREG-1];
Prefab_Compound** ret;
uchar temps[12];
Prefab_Environ* env;
Draw_Rect r;
String* title;
String* text;
};
void Element_translate(void*);
typedef struct F_Element_translate F_Element_translate;
struct F_Element_translate
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Prefab_Element* elem;
Draw_Point d;
};
#define Prefab_PATH "$Prefab"
#define Prefab_EIcon 0
#define Prefab_EText 1
#define Prefab_ETitle 2
#define Prefab_EHorizontal 3
#define Prefab_EVertical 4
#define Prefab_ESeparator 5
#define Prefab_Adjpack 10
#define Prefab_Adjequal 11
#define Prefab_Adjfill 12
#define Prefab_Adjleft 20
#define Prefab_Adjup 20
#define Prefab_Adjcenter 21
#define Prefab_Adjright 22
#define Prefab_Adjdown 22
void Tk_cmd(void*);
typedef struct F_Tk_cmd F_Tk_cmd;
struct F_Tk_cmd
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
Tk_Toplevel* t;
String* arg;
};
void Tk_color(void*);
typedef struct F_Tk_color F_Tk_color;
struct F_Tk_color
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
String* col;
};
void Tk_getimage(void*);
typedef struct F_Tk_getimage F_Tk_getimage;
struct F_Tk_getimage
{
WORD regs[NREG-1];
struct{ Draw_Image* t0; Draw_Image* t1; String* t2; }* ret;
uchar temps[12];
Tk_Toplevel* t;
String* name;
};
void Tk_keyboard(void*);
typedef struct F_Tk_keyboard F_Tk_keyboard;
struct F_Tk_keyboard
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Tk_Toplevel* t;
WORD key;
};
void Tk_namechan(void*);
typedef struct F_Tk_namechan F_Tk_namechan;
struct F_Tk_namechan
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
Tk_Toplevel* t;
Channel* c;
String* n;
};
void Tk_pointer(void*);
typedef struct F_Tk_pointer F_Tk_pointer;
struct F_Tk_pointer
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Tk_Toplevel* t;
Draw_Pointer p;
};
void Tk_putimage(void*);
typedef struct F_Tk_putimage F_Tk_putimage;
struct F_Tk_putimage
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
Tk_Toplevel* t;
String* name;
Draw_Image* i;
Draw_Image* m;
};
void Tk_quote(void*);
typedef struct F_Tk_quote F_Tk_quote;
struct F_Tk_quote
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
String* s;
};
void Tk_rect(void*);
typedef struct F_Tk_rect F_Tk_rect;
struct F_Tk_rect
{
WORD regs[NREG-1];
Draw_Rect* ret;
uchar temps[12];
Tk_Toplevel* t;
String* name;
WORD flags;
};
void Tk_toplevel(void*);
typedef struct F_Tk_toplevel F_Tk_toplevel;
struct F_Tk_toplevel
{
WORD regs[NREG-1];
Tk_Toplevel** ret;
uchar temps[12];
Draw_Display* d;
String* arg;
};
#define Tk_PATH "$Tk"
#define Tk_Border 1
#define Tk_Required 2
#define Tk_Local 4
void Math_FPcontrol(void*);
typedef struct F_Math_FPcontrol F_Math_FPcontrol;
struct F_Math_FPcontrol
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
WORD r;
WORD mask;
};
void Math_FPstatus(void*);
typedef struct F_Math_FPstatus F_Math_FPstatus;
struct F_Math_FPstatus
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
WORD r;
WORD mask;
};
void Math_acos(void*);
typedef struct F_Math_acos F_Math_acos;
struct F_Math_acos
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_acosh(void*);
typedef struct F_Math_acosh F_Math_acosh;
struct F_Math_acosh
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_asin(void*);
typedef struct F_Math_asin F_Math_asin;
struct F_Math_asin
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_asinh(void*);
typedef struct F_Math_asinh F_Math_asinh;
struct F_Math_asinh
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_atan(void*);
typedef struct F_Math_atan F_Math_atan;
struct F_Math_atan
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_atan2(void*);
typedef struct F_Math_atan2 F_Math_atan2;
struct F_Math_atan2
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL y;
REAL x;
};
void Math_atanh(void*);
typedef struct F_Math_atanh F_Math_atanh;
struct F_Math_atanh
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_bits32real(void*);
typedef struct F_Math_bits32real F_Math_bits32real;
struct F_Math_bits32real
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
WORD b;
};
void Math_bits64real(void*);
typedef struct F_Math_bits64real F_Math_bits64real;
struct F_Math_bits64real
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
LONG b;
};
void Math_cbrt(void*);
typedef struct F_Math_cbrt F_Math_cbrt;
struct F_Math_cbrt
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_ceil(void*);
typedef struct F_Math_ceil F_Math_ceil;
struct F_Math_ceil
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_copysign(void*);
typedef struct F_Math_copysign F_Math_copysign;
struct F_Math_copysign
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
REAL s;
};
void Math_cos(void*);
typedef struct F_Math_cos F_Math_cos;
struct F_Math_cos
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_cosh(void*);
typedef struct F_Math_cosh F_Math_cosh;
struct F_Math_cosh
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_dot(void*);
typedef struct F_Math_dot F_Math_dot;
struct F_Math_dot
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
Array* x;
Array* y;
};
void Math_erf(void*);
typedef struct F_Math_erf F_Math_erf;
struct F_Math_erf
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_erfc(void*);
typedef struct F_Math_erfc F_Math_erfc;
struct F_Math_erfc
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_exp(void*);
typedef struct F_Math_exp F_Math_exp;
struct F_Math_exp
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_expm1(void*);
typedef struct F_Math_expm1 F_Math_expm1;
struct F_Math_expm1
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_export_int(void*);
typedef struct F_Math_export_int F_Math_export_int;
struct F_Math_export_int
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Array* b;
Array* x;
};
void Math_export_real(void*);
typedef struct F_Math_export_real F_Math_export_real;
struct F_Math_export_real
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Array* b;
Array* x;
};
void Math_export_real32(void*);
typedef struct F_Math_export_real32 F_Math_export_real32;
struct F_Math_export_real32
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Array* b;
Array* x;
};
void Math_fabs(void*);
typedef struct F_Math_fabs F_Math_fabs;
struct F_Math_fabs
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_fdim(void*);
typedef struct F_Math_fdim F_Math_fdim;
struct F_Math_fdim
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
REAL y;
};
void Math_finite(void*);
typedef struct F_Math_finite F_Math_finite;
struct F_Math_finite
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
REAL x;
};
void Math_floor(void*);
typedef struct F_Math_floor F_Math_floor;
struct F_Math_floor
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_fmax(void*);
typedef struct F_Math_fmax F_Math_fmax;
struct F_Math_fmax
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
REAL y;
};
void Math_fmin(void*);
typedef struct F_Math_fmin F_Math_fmin;
struct F_Math_fmin
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
REAL y;
};
void Math_fmod(void*);
typedef struct F_Math_fmod F_Math_fmod;
struct F_Math_fmod
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
REAL y;
};
void Math_gemm(void*);
typedef struct F_Math_gemm F_Math_gemm;
struct F_Math_gemm
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
WORD transa;
WORD transb;
WORD m;
WORD n;
WORD k;
uchar _pad52[4];
REAL alpha;
Array* a;
WORD lda;
Array* b;
WORD ldb;
REAL beta;
Array* c;
WORD ldc;
};
void Math_getFPcontrol(void*);
typedef struct F_Math_getFPcontrol F_Math_getFPcontrol;
struct F_Math_getFPcontrol
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
};
void Math_getFPstatus(void*);
typedef struct F_Math_getFPstatus F_Math_getFPstatus;
struct F_Math_getFPstatus
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
};
void Math_hypot(void*);
typedef struct F_Math_hypot F_Math_hypot;
struct F_Math_hypot
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
REAL y;
};
void Math_iamax(void*);
typedef struct F_Math_iamax F_Math_iamax;
struct F_Math_iamax
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Array* x;
};
void Math_ilogb(void*);
typedef struct F_Math_ilogb F_Math_ilogb;
struct F_Math_ilogb
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
REAL x;
};
void Math_import_int(void*);
typedef struct F_Math_import_int F_Math_import_int;
struct F_Math_import_int
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Array* b;
Array* x;
};
void Math_import_real(void*);
typedef struct F_Math_import_real F_Math_import_real;
struct F_Math_import_real
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Array* b;
Array* x;
};
void Math_import_real32(void*);
typedef struct F_Math_import_real32 F_Math_import_real32;
struct F_Math_import_real32
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Array* b;
Array* x;
};
void Math_isnan(void*);
typedef struct F_Math_isnan F_Math_isnan;
struct F_Math_isnan
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
REAL x;
};
void Math_j0(void*);
typedef struct F_Math_j0 F_Math_j0;
struct F_Math_j0
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_j1(void*);
typedef struct F_Math_j1 F_Math_j1;
struct F_Math_j1
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_jn(void*);
typedef struct F_Math_jn F_Math_jn;
struct F_Math_jn
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
WORD n;
uchar _pad36[4];
REAL x;
};
void Math_lgamma(void*);
typedef struct F_Math_lgamma F_Math_lgamma;
struct F_Math_lgamma
{
WORD regs[NREG-1];
struct{ WORD t0; uchar _pad4[4]; REAL t1; }* ret;
uchar temps[12];
REAL x;
};
void Math_log(void*);
typedef struct F_Math_log F_Math_log;
struct F_Math_log
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_log10(void*);
typedef struct F_Math_log10 F_Math_log10;
struct F_Math_log10
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_log1p(void*);
typedef struct F_Math_log1p F_Math_log1p;
struct F_Math_log1p
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_modf(void*);
typedef struct F_Math_modf F_Math_modf;
struct F_Math_modf
{
WORD regs[NREG-1];
struct{ WORD t0; uchar _pad4[4]; REAL t1; }* ret;
uchar temps[12];
REAL x;
};
void Math_nextafter(void*);
typedef struct F_Math_nextafter F_Math_nextafter;
struct F_Math_nextafter
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
REAL y;
};
void Math_norm1(void*);
typedef struct F_Math_norm1 F_Math_norm1;
struct F_Math_norm1
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
Array* x;
};
void Math_norm2(void*);
typedef struct F_Math_norm2 F_Math_norm2;
struct F_Math_norm2
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
Array* x;
};
void Math_pow(void*);
typedef struct F_Math_pow F_Math_pow;
struct F_Math_pow
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
REAL y;
};
void Math_pow10(void*);
typedef struct F_Math_pow10 F_Math_pow10;
struct F_Math_pow10
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
WORD p;
};
void Math_realbits32(void*);
typedef struct F_Math_realbits32 F_Math_realbits32;
struct F_Math_realbits32
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
REAL x;
};
void Math_realbits64(void*);
typedef struct F_Math_realbits64 F_Math_realbits64;
struct F_Math_realbits64
{
WORD regs[NREG-1];
LONG* ret;
uchar temps[12];
REAL x;
};
void Math_remainder(void*);
typedef struct F_Math_remainder F_Math_remainder;
struct F_Math_remainder
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
REAL p;
};
void Math_rint(void*);
typedef struct F_Math_rint F_Math_rint;
struct F_Math_rint
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_scalbn(void*);
typedef struct F_Math_scalbn F_Math_scalbn;
struct F_Math_scalbn
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
WORD n;
};
void Math_sin(void*);
typedef struct F_Math_sin F_Math_sin;
struct F_Math_sin
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_sinh(void*);
typedef struct F_Math_sinh F_Math_sinh;
struct F_Math_sinh
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_sort(void*);
typedef struct F_Math_sort F_Math_sort;
struct F_Math_sort
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Array* x;
Array* pi;
};
void Math_sqrt(void*);
typedef struct F_Math_sqrt F_Math_sqrt;
struct F_Math_sqrt
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_tan(void*);
typedef struct F_Math_tan F_Math_tan;
struct F_Math_tan
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_tanh(void*);
typedef struct F_Math_tanh F_Math_tanh;
struct F_Math_tanh
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_y0(void*);
typedef struct F_Math_y0 F_Math_y0;
struct F_Math_y0
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_y1(void*);
typedef struct F_Math_y1 F_Math_y1;
struct F_Math_y1
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
REAL x;
};
void Math_yn(void*);
typedef struct F_Math_yn F_Math_yn;
struct F_Math_yn
{
WORD regs[NREG-1];
REAL* ret;
uchar temps[12];
WORD n;
uchar _pad36[4];
REAL x;
};
#define Math_PATH "$Math"
#define Math_Infinity Infinity
#define Math_NaN NaN
#define Math_MachEps 2.220446049250313e-16
#define Math_Pi 3.141592653589793
#define Math_Degree .017453292519943295
#define Math_INVAL 1
#define Math_ZDIV 2
#define Math_OVFL 4
#define Math_UNFL 8
#define Math_INEX 16
#define Math_RND_NR 0
#define Math_RND_NINF 256
#define Math_RND_PINF 512
#define Math_RND_Z 768
#define Math_RND_MASK 768
void IPints_DSAprimes(void*);
typedef struct F_IPints_DSAprimes F_IPints_DSAprimes;
struct F_IPints_DSAprimes
{
WORD regs[NREG-1];
struct{ IPints_IPint* t0; IPints_IPint* t1; Array* t2; }* ret;
uchar temps[12];
};
void IPint_add(void*);
typedef struct F_IPint_add F_IPint_add;
struct F_IPint_add
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i1;
IPints_IPint* i2;
};
void IPint_and(void*);
typedef struct F_IPint_and F_IPint_and;
struct F_IPint_and
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i1;
IPints_IPint* i2;
};
void IPint_b64toip(void*);
typedef struct F_IPint_b64toip F_IPint_b64toip;
struct F_IPint_b64toip
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
String* str;
};
void IPint_bebytestoip(void*);
typedef struct F_IPint_bebytestoip F_IPint_bebytestoip;
struct F_IPint_bebytestoip
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
Array* mag;
};
void IPint_bits(void*);
typedef struct F_IPint_bits F_IPint_bits;
struct F_IPint_bits
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
IPints_IPint* i;
};
void IPint_bytestoip(void*);
typedef struct F_IPint_bytestoip F_IPint_bytestoip;
struct F_IPint_bytestoip
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
Array* buf;
};
void IPint_cmp(void*);
typedef struct F_IPint_cmp F_IPint_cmp;
struct F_IPint_cmp
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
IPints_IPint* i1;
IPints_IPint* i2;
};
void IPint_copy(void*);
typedef struct F_IPint_copy F_IPint_copy;
struct F_IPint_copy
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i;
};
void IPint_div(void*);
typedef struct F_IPint_div F_IPint_div;
struct F_IPint_div
{
WORD regs[NREG-1];
struct{ IPints_IPint* t0; IPints_IPint* t1; }* ret;
uchar temps[12];
IPints_IPint* i1;
IPints_IPint* i2;
};
void IPint_eq(void*);
typedef struct F_IPint_eq F_IPint_eq;
struct F_IPint_eq
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
IPints_IPint* i1;
IPints_IPint* i2;
};
void IPint_expmod(void*);
typedef struct F_IPint_expmod F_IPint_expmod;
struct F_IPint_expmod
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* base;
IPints_IPint* exp;
IPints_IPint* mod;
};
void IPints_genprime(void*);
typedef struct F_IPints_genprime F_IPints_genprime;
struct F_IPints_genprime
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
WORD nbits;
WORD nrep;
};
void IPints_gensafeprime(void*);
typedef struct F_IPints_gensafeprime F_IPints_gensafeprime;
struct F_IPints_gensafeprime
{
WORD regs[NREG-1];
struct{ IPints_IPint* t0; IPints_IPint* t1; }* ret;
uchar temps[12];
WORD nbits;
WORD nrep;
};
void IPints_genstrongprime(void*);
typedef struct F_IPints_genstrongprime F_IPints_genstrongprime;
struct F_IPints_genstrongprime
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
WORD nbits;
WORD nrep;
};
void IPint_inttoip(void*);
typedef struct F_IPint_inttoip F_IPint_inttoip;
struct F_IPint_inttoip
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
WORD i;
};
void IPint_invert(void*);
typedef struct F_IPint_invert F_IPint_invert;
struct F_IPint_invert
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* base;
IPints_IPint* mod;
};
void IPint_iptob64(void*);
typedef struct F_IPint_iptob64 F_IPint_iptob64;
struct F_IPint_iptob64
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
IPints_IPint* i;
};
void IPint_iptob64z(void*);
typedef struct F_IPint_iptob64z F_IPint_iptob64z;
struct F_IPint_iptob64z
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
IPints_IPint* i;
};
void IPint_iptobebytes(void*);
typedef struct F_IPint_iptobebytes F_IPint_iptobebytes;
struct F_IPint_iptobebytes
{
WORD regs[NREG-1];
Array** ret;
uchar temps[12];
IPints_IPint* i;
};
void IPint_iptobytes(void*);
typedef struct F_IPint_iptobytes F_IPint_iptobytes;
struct F_IPint_iptobytes
{
WORD regs[NREG-1];
Array** ret;
uchar temps[12];
IPints_IPint* i;
};
void IPint_iptoint(void*);
typedef struct F_IPint_iptoint F_IPint_iptoint;
struct F_IPint_iptoint
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
IPints_IPint* i;
};
void IPint_iptostr(void*);
typedef struct F_IPint_iptostr F_IPint_iptostr;
struct F_IPint_iptostr
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
IPints_IPint* i;
WORD base;
};
void IPint_mod(void*);
typedef struct F_IPint_mod F_IPint_mod;
struct F_IPint_mod
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i1;
IPints_IPint* i2;
};
void IPint_mul(void*);
typedef struct F_IPint_mul F_IPint_mul;
struct F_IPint_mul
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i1;
IPints_IPint* i2;
};
void IPint_neg(void*);
typedef struct F_IPint_neg F_IPint_neg;
struct F_IPint_neg
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i;
};
void IPint_not(void*);
typedef struct F_IPint_not F_IPint_not;
struct F_IPint_not
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i1;
};
void IPint_ori(void*);
typedef struct F_IPint_ori F_IPint_ori;
struct F_IPint_ori
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i1;
IPints_IPint* i2;
};
void IPints_probably_prime(void*);
typedef struct F_IPints_probably_prime F_IPints_probably_prime;
struct F_IPints_probably_prime
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
IPints_IPint* n;
WORD nrep;
};
void IPint_random(void*);
typedef struct F_IPint_random F_IPint_random;
struct F_IPint_random
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
WORD nbits;
};
void IPint_shl(void*);
typedef struct F_IPint_shl F_IPint_shl;
struct F_IPint_shl
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i;
WORD n;
};
void IPint_shr(void*);
typedef struct F_IPint_shr F_IPint_shr;
struct F_IPint_shr
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i;
WORD n;
};
void IPint_strtoip(void*);
typedef struct F_IPint_strtoip F_IPint_strtoip;
struct F_IPint_strtoip
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
String* str;
WORD base;
};
void IPint_sub(void*);
typedef struct F_IPint_sub F_IPint_sub;
struct F_IPint_sub
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i1;
IPints_IPint* i2;
};
void IPint_xor(void*);
typedef struct F_IPint_xor F_IPint_xor;
struct F_IPint_xor
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
IPints_IPint* i1;
IPints_IPint* i2;
};
#define IPints_PATH "$IPints"
void Crypt_aescbc(void*);
typedef struct F_Crypt_aescbc F_Crypt_aescbc;
struct F_Crypt_aescbc
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Crypt_AESstate* state;
Array* buf;
WORD n;
WORD direction;
};
void Crypt_aessetup(void*);
typedef struct F_Crypt_aessetup F_Crypt_aessetup;
struct F_Crypt_aessetup
{
WORD regs[NREG-1];
Crypt_AESstate** ret;
uchar temps[12];
Array* key;
Array* ivec;
};
void Crypt_blowfishcbc(void*);
typedef struct F_Crypt_blowfishcbc F_Crypt_blowfishcbc;
struct F_Crypt_blowfishcbc
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Crypt_BFstate* state;
Array* buf;
WORD n;
WORD direction;
};
void Crypt_blowfishsetup(void*);
typedef struct F_Crypt_blowfishsetup F_Crypt_blowfishsetup;
struct F_Crypt_blowfishsetup
{
WORD regs[NREG-1];
Crypt_BFstate** ret;
uchar temps[12];
Array* key;
Array* ivec;
};
void DigestState_copy(void*);
typedef struct F_DigestState_copy F_DigestState_copy;
struct F_DigestState_copy
{
WORD regs[NREG-1];
Crypt_DigestState** ret;
uchar temps[12];
Crypt_DigestState* d;
};
void Crypt_descbc(void*);
typedef struct F_Crypt_descbc F_Crypt_descbc;
struct F_Crypt_descbc
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Crypt_DESstate* state;
Array* buf;
WORD n;
WORD direction;
};
void Crypt_desecb(void*);
typedef struct F_Crypt_desecb F_Crypt_desecb;
struct F_Crypt_desecb
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Crypt_DESstate* state;
Array* buf;
WORD n;
WORD direction;
};
void Crypt_dessetup(void*);
typedef struct F_Crypt_dessetup F_Crypt_dessetup;
struct F_Crypt_dessetup
{
WORD regs[NREG-1];
Crypt_DESstate** ret;
uchar temps[12];
Array* key;
Array* ivec;
};
void Crypt_dhparams(void*);
typedef struct F_Crypt_dhparams F_Crypt_dhparams;
struct F_Crypt_dhparams
{
WORD regs[NREG-1];
struct{ IPints_IPint* t0; IPints_IPint* t1; }* ret;
uchar temps[12];
WORD nbits;
};
void Crypt_dsagen(void*);
typedef struct F_Crypt_dsagen F_Crypt_dsagen;
struct F_Crypt_dsagen
{
WORD regs[NREG-1];
Crypt_SK** ret;
uchar temps[12];
Crypt_PK* oldpk;
};
void Crypt_eggen(void*);
typedef struct F_Crypt_eggen F_Crypt_eggen;
struct F_Crypt_eggen
{
WORD regs[NREG-1];
Crypt_SK** ret;
uchar temps[12];
WORD nlen;
WORD nrep;
};
void Crypt_genSK(void*);
typedef struct F_Crypt_genSK F_Crypt_genSK;
struct F_Crypt_genSK
{
WORD regs[NREG-1];
Crypt_SK** ret;
uchar temps[12];
String* algname;
WORD length;
};
void Crypt_genSKfromPK(void*);
typedef struct F_Crypt_genSKfromPK F_Crypt_genSKfromPK;
struct F_Crypt_genSKfromPK
{
WORD regs[NREG-1];
Crypt_SK** ret;
uchar temps[12];
Crypt_PK* pk;
};
void Crypt_hmac_md5(void*);
typedef struct F_Crypt_hmac_md5 F_Crypt_hmac_md5;
struct F_Crypt_hmac_md5
{
WORD regs[NREG-1];
Crypt_DigestState** ret;
uchar temps[12];
Array* data;
WORD n;
Array* key;
Array* digest;
Crypt_DigestState* state;
};
void Crypt_hmac_sha1(void*);
typedef struct F_Crypt_hmac_sha1 F_Crypt_hmac_sha1;
struct F_Crypt_hmac_sha1
{
WORD regs[NREG-1];
Crypt_DigestState** ret;
uchar temps[12];
Array* data;
WORD n;
Array* key;
Array* digest;
Crypt_DigestState* state;
};
void Crypt_ideacbc(void*);
typedef struct F_Crypt_ideacbc F_Crypt_ideacbc;
struct F_Crypt_ideacbc
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Crypt_IDEAstate* state;
Array* buf;
WORD n;
WORD direction;
};
void Crypt_ideaecb(void*);
typedef struct F_Crypt_ideaecb F_Crypt_ideaecb;
struct F_Crypt_ideaecb
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Crypt_IDEAstate* state;
Array* buf;
WORD n;
WORD direction;
};
void Crypt_ideasetup(void*);
typedef struct F_Crypt_ideasetup F_Crypt_ideasetup;
struct F_Crypt_ideasetup
{
WORD regs[NREG-1];
Crypt_IDEAstate** ret;
uchar temps[12];
Array* key;
Array* ivec;
};
void Crypt_md4(void*);
typedef struct F_Crypt_md4 F_Crypt_md4;
struct F_Crypt_md4
{
WORD regs[NREG-1];
Crypt_DigestState** ret;
uchar temps[12];
Array* buf;
WORD n;
Array* digest;
Crypt_DigestState* state;
};
void Crypt_md5(void*);
typedef struct F_Crypt_md5 F_Crypt_md5;
struct F_Crypt_md5
{
WORD regs[NREG-1];
Crypt_DigestState** ret;
uchar temps[12];
Array* buf;
WORD n;
Array* digest;
Crypt_DigestState* state;
};
void Crypt_rc4(void*);
typedef struct F_Crypt_rc4 F_Crypt_rc4;
struct F_Crypt_rc4
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Crypt_RC4state* state;
Array* buf;
WORD n;
};
void Crypt_rc4back(void*);
typedef struct F_Crypt_rc4back F_Crypt_rc4back;
struct F_Crypt_rc4back
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Crypt_RC4state* state;
WORD n;
};
void Crypt_rc4setup(void*);
typedef struct F_Crypt_rc4setup F_Crypt_rc4setup;
struct F_Crypt_rc4setup
{
WORD regs[NREG-1];
Crypt_RC4state** ret;
uchar temps[12];
Array* seed;
};
void Crypt_rc4skip(void*);
typedef struct F_Crypt_rc4skip F_Crypt_rc4skip;
struct F_Crypt_rc4skip
{
WORD regs[NREG-1];
WORD noret;
uchar temps[12];
Crypt_RC4state* state;
WORD n;
};
void Crypt_rsadecrypt(void*);
typedef struct F_Crypt_rsadecrypt F_Crypt_rsadecrypt;
struct F_Crypt_rsadecrypt
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
Crypt_SK* k;
IPints_IPint* m;
};
void Crypt_rsaencrypt(void*);
typedef struct F_Crypt_rsaencrypt F_Crypt_rsaencrypt;
struct F_Crypt_rsaencrypt
{
WORD regs[NREG-1];
IPints_IPint** ret;
uchar temps[12];
Crypt_PK* k;
IPints_IPint* m;
};
void Crypt_rsafill(void*);
typedef struct F_Crypt_rsafill F_Crypt_rsafill;
struct F_Crypt_rsafill
{
WORD regs[NREG-1];
Crypt_SK** ret;
uchar temps[12];
IPints_IPint* n;
IPints_IPint* ek;
IPints_IPint* dk;
IPints_IPint* p;
IPints_IPint* q;
};
void Crypt_rsagen(void*);
typedef struct F_Crypt_rsagen F_Crypt_rsagen;
struct F_Crypt_rsagen
{
WORD regs[NREG-1];
Crypt_SK** ret;
uchar temps[12];
WORD nlen;
WORD elen;
WORD nrep;
};
void Crypt_sha1(void*);
typedef struct F_Crypt_sha1 F_Crypt_sha1;
struct F_Crypt_sha1
{
WORD regs[NREG-1];
Crypt_DigestState** ret;
uchar temps[12];
Array* buf;
WORD n;
Array* digest;
Crypt_DigestState* state;
};
void Crypt_sha224(void*);
typedef struct F_Crypt_sha224 F_Crypt_sha224;
struct F_Crypt_sha224
{
WORD regs[NREG-1];
Crypt_DigestState** ret;
uchar temps[12];
Array* buf;
WORD n;
Array* digest;
Crypt_DigestState* state;
};
void Crypt_sha256(void*);
typedef struct F_Crypt_sha256 F_Crypt_sha256;
struct F_Crypt_sha256
{
WORD regs[NREG-1];
Crypt_DigestState** ret;
uchar temps[12];
Array* buf;
WORD n;
Array* digest;
Crypt_DigestState* state;
};
void Crypt_sha384(void*);
typedef struct F_Crypt_sha384 F_Crypt_sha384;
struct F_Crypt_sha384
{
WORD regs[NREG-1];
Crypt_DigestState** ret;
uchar temps[12];
Array* buf;
WORD n;
Array* digest;
Crypt_DigestState* state;
};
void Crypt_sha512(void*);
typedef struct F_Crypt_sha512 F_Crypt_sha512;
struct F_Crypt_sha512
{
WORD regs[NREG-1];
Crypt_DigestState** ret;
uchar temps[12];
Array* buf;
WORD n;
Array* digest;
Crypt_DigestState* state;
};
void Crypt_sign(void*);
typedef struct F_Crypt_sign F_Crypt_sign;
struct F_Crypt_sign
{
WORD regs[NREG-1];
Crypt_PKsig** ret;
uchar temps[12];
Crypt_SK* sk;
IPints_IPint* m;
};
void Crypt_sktopk(void*);
typedef struct F_Crypt_sktopk F_Crypt_sktopk;
struct F_Crypt_sktopk
{
WORD regs[NREG-1];
Crypt_PK** ret;
uchar temps[12];
Crypt_SK* sk;
};
void Crypt_verify(void*);
typedef struct F_Crypt_verify F_Crypt_verify;
struct F_Crypt_verify
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Crypt_PK* pk;
Crypt_PKsig* sig;
IPints_IPint* m;
};
#define Crypt_PATH "$Crypt"
#define Crypt_SHA1dlen 20
#define Crypt_SHA224dlen 28
#define Crypt_SHA256dlen 32
#define Crypt_SHA384dlen 48
#define Crypt_SHA512dlen 64
#define Crypt_MD5dlen 16
#define Crypt_MD4dlen 16
#define Crypt_Encrypt 0
#define Crypt_Decrypt 1
#define Crypt_AESbsize 16
#define Crypt_DESbsize 8
#define Crypt_IDEAbsize 8
#define Crypt_BFbsize 8
void Loader_compile(void*);
typedef struct F_Loader_compile F_Loader_compile;
struct F_Loader_compile
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Modlink* mp;
WORD flag;
};
void Loader_dnew(void*);
typedef struct F_Loader_dnew F_Loader_dnew;
struct F_Loader_dnew
{
WORD regs[NREG-1];
Loader_Niladt** ret;
uchar temps[12];
WORD size;
Array* map;
};
void Loader_ext(void*);
typedef struct F_Loader_ext F_Loader_ext;
struct F_Loader_ext
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Modlink* mp;
WORD idx;
WORD pc;
WORD tdesc;
};
void Loader_ifetch(void*);
typedef struct F_Loader_ifetch F_Loader_ifetch;
struct F_Loader_ifetch
{
WORD regs[NREG-1];
Array** ret;
uchar temps[12];
Modlink* mp;
};
void Loader_link(void*);
typedef struct F_Loader_link F_Loader_link;
struct F_Loader_link
{
WORD regs[NREG-1];
Array** ret;
uchar temps[12];
Modlink* mp;
};
void Loader_newmod(void*);
typedef struct F_Loader_newmod F_Loader_newmod;
struct F_Loader_newmod
{
WORD regs[NREG-1];
Modlink** ret;
uchar temps[12];
String* name;
WORD ss;
WORD nlink;
Array* inst;
Loader_Niladt* data;
};
void Loader_tdesc(void*);
typedef struct F_Loader_tdesc F_Loader_tdesc;
struct F_Loader_tdesc
{
WORD regs[NREG-1];
Array** ret;
uchar temps[12];
Modlink* mp;
};
void Loader_tnew(void*);
typedef struct F_Loader_tnew F_Loader_tnew;
struct F_Loader_tnew
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Modlink* mp;
WORD size;
Array* map;
};
#define Loader_PATH "$Loader"
void Face_haschar(void*);
typedef struct F_Face_haschar F_Face_haschar;
struct F_Face_haschar
{
WORD regs[NREG-1];
WORD* ret;
uchar temps[12];
Freetype_Face* face;
WORD c;
};
void Face_loadglyph(void*);
typedef struct F_Face_loadglyph F_Face_loadglyph;
struct F_Face_loadglyph
{
WORD regs[NREG-1];
Freetype_Glyph** ret;
uchar temps[12];
Freetype_Face* face;
WORD c;
};
void Freetype_newface(void*);
typedef struct F_Freetype_newface F_Freetype_newface;
struct F_Freetype_newface
{
WORD regs[NREG-1];
Freetype_Face** ret;
uchar temps[12];
String* path;
WORD index;
};
void Freetype_newmemface(void*);
typedef struct F_Freetype_newmemface F_Freetype_newmemface;
struct F_Freetype_newmemface
{
WORD regs[NREG-1];
Freetype_Face** ret;
uchar temps[12];
Array* data;
WORD index;
};
void Face_setcharsize(void*);
typedef struct F_Face_setcharsize F_Face_setcharsize;
struct F_Face_setcharsize
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
Freetype_Face* face;
WORD pts;
WORD hdpi;
WORD vdpi;
};
void Face_settransform(void*);
typedef struct F_Face_settransform F_Face_settransform;
struct F_Face_settransform
{
WORD regs[NREG-1];
String** ret;
uchar temps[12];
Freetype_Face* face;
Freetype_Matrix* m;
Freetype_Vector* v;
};
#define Freetype_PATH "$Freetype"
#define Freetype_STYLE_ITALIC 1
#define Freetype_STYLE_BOLD 2