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//
// GLOBALS.H
// Global variables
//
// This file included in normal source files generates the extern decls
// for our global variables. In globals.c, because we define
// DC_DEFINE_DATA before including this baby to generate the storage.
//
// Since there are many source files and one globals.c, it saves typing.
//
// Variables prefixed with m_ are per-conference
// Variables prefixed wiht g_ are global
//
// NOTE that by default, all data is initialized to zero when a dll is
// loaded. For other default values, use the DC_DATA_VAL instead of
// DC_DATA macro.
//
#include "dbgzones.h"
#include <ast120.h>
#include <shm.h>
#include <im.h>
#include <control.h>
#include <usr.h>
#include <sc.h>
#include <bcd.h>
#include <ba.h>
#include <ch.h>
#include <cm.h>
#include <oa.h>
#include <fh.h>
#include <oe.h>
#include <od.h>
#include <oe2.h>
#include <ssi.h>
#include <host.h>
#include <s20.h>
#include <gdc.h>
#include <pm.h>
#include <bmc.h>
#include <rbc.h>
#include <sbc.h>
#include <sch.h>
#include <swl.h>
#include <view.h>
// INCLUDE THIS LAST; IT USES DEFINITIONS IN THE ABOVE HEADERS
#include <as.h>
// Utility headers
#include <strutil.h>
//
// GLOBALS ACROSS MULTIPLE CALLS
//
// Utility stuff
// Critical sections
DC_DATA_ARRAY ( CRITICAL_SECTION, g_utLocks, UTLOCK_MAX );
// Event info
DC_DATA ( ATOM, g_utWndClass);
// Task list
DC_DATA_ARRAY ( UT_CLIENT, g_autTasks, UTTASK_MAX );
// UI
DC_DATA ( PUT_CLIENT, g_putUI );DC_DATA ( HICON, g_hetASIcon );DC_DATA ( HICON, g_hetASIconSmall );DC_DATA ( HICON, g_hetDeskIcon );DC_DATA ( HICON, g_hetDeskIconSmall );DC_DATA ( HBITMAP, g_hetCheckBitmap );DC_DATA ( HFONT, g_hetSharedFont );
// Call Manager (T.120)
DC_DATA ( PUT_CLIENT, g_putCMG );DC_DATA ( PCM_PRIMARY, g_pcmPrimary );DC_DATA ( UINT, g_mgAttachCount );DC_DATA_ARRAY ( MG_CLIENT, g_amgClients, MGTASK_MAX);
// App Sharing
DC_DATA ( PUT_CLIENT, g_putAS );
DC_DATA ( HINSTANCE, g_asInstance );DC_DATA ( BOOL, g_asWin95 );DC_DATA ( BOOL, g_asNT5 );DC_DATA ( UINT, g_asOptions );DC_DATA ( DWORD, g_asMainThreadId );DC_DATA ( HWND, g_asMainWindow );DC_DATA ( BOOL, g_asCanHost );DC_DATA ( UINT, g_asSettings );
//
// Shared Memory FOR DISPLAY DRIVER
//
DC_DATA ( LPSHM_SHARED_MEMORY, g_asSharedMemory );DC_DATA_ARRAY ( LPOA_SHARED_DATA, g_poaData, 2 );
//
// The BPP our driver is capturing at may NOT be the same as the screen's
// color depth. At > 8 bpp, our driver always captures at 24bpp to avoid
// bitmask conversion nonsense. In other words, in NT 5.0, our shadow
// driver behaves a lot more like a real driver to GDI. We must tell GDI
// what color format we want; GDI will not just hackily give us the same
// goop as the real disply like in NT 4.0 SP-3. NT 5.0 has real multiple
// monitor and driver support.
//
DC_DATA ( UINT, g_usrScreenBPP );DC_DATA ( UINT, g_usrCaptureBPP );DC_DATA ( BOOL, g_usrPalettized );
DC_DATA ( ASSession, g_asSession );
DC_DATA ( BOOL, g_osiInitialized );
//
// CPC capabilities
//
DC_DATA ( CPCALLCAPS, g_cpcLocalCaps );
//
// Font Handler
//
//
// List of local fonts
//
DC_DATA ( LPFHLOCALFONTS, g_fhFonts );
//
// General Data Compressor
//
// This is effectively const, it's just too complicated to declare so we
// calculate it once in GDC_Init().
DC_DATA_ARRAY(BYTE, s_gdcDistDecode, GDC_DECODED_SIZE);
// This is effectively const, it's just too big to declare. We calculate
// it once in GDC_Init().
DC_DATA_ARRAY(BYTE, s_gdcLenDecode, GDC_DECODED_SIZE);
//
// Lit: Bits, Codes
// NOTE: These are effectively _const. There's just too many of them
// to put in a const array. So we calculate them once in GDC_Init().
//
//
// Len and Lit codes
//
//
// BOGUS LAURABU
// BUGBUG
// s_gdcLitBits, s_gdcLitCode, s__gdcDistDecode, and s_gdcLenDecode are
// really constant. Instead of computing once at Init time, get the data
// and put it const here.
//
DC_DATA_ARRAY(BYTE, s_gdcLitBits, GDC_LIT_SIZE);DC_DATA_ARRAY(WORD, s_gdcLitCode, GDC_LIT_SIZE);
//
// Input Manager
//
//
// High level input manager in the core
//
// Pointer to IM variables accessed in NT/Win95 low level implementations
DC_DATA (LPIM_SHARED_DATA, g_lpimSharedData );
//
// Order Decoder
//
//
// Table used to map Windows dword ROP values to logical ROP values.
//
#ifndef DC_DEFINE_DATA
extern const UINT s_odWindowsROPs[256];#else
const UINT s_odWindowsROPs[256] ={ 0x00000042, 0x00010289, 0x00020C89, 0x000300AA, 0x00040C88, 0x000500A9, 0x00060865, 0x000702C5, 0x00080F08, 0x00090245, 0x000A0329, 0x000B0B2A, 0x000C0324, 0x000D0B25, 0x000E08A5, 0x000F0001, 0x00100C85, 0x001100A6, 0x00120868, 0x001302C8, 0x00140869, 0x001502C9, 0x00165CCA, 0x00171D54, 0x00180D59, 0x00191CC8, 0x001A06C5, 0x001B0768, 0x001C06CA, 0x001D0766, 0x001E01A5, 0x001F0385, 0x00200F09, 0x00210248, 0x00220326, 0x00230B24, 0x00240D55, 0x00251CC5, 0x002606C8, 0x00271868, 0x00280369, 0x002916CA, 0x002A0CC9, 0x002B1D58, 0x002C0784, 0x002D060A, 0x002E064A, 0x002F0E2A, 0x0030032A, 0x00310B28, 0x00320688, 0x00330008, 0x003406C4, 0x00351864, 0x003601A8, 0x00370388, 0x0038078A, 0x00390604, 0x003A0644, 0x003B0E24, 0x003C004A, 0x003D18A4, 0x003E1B24, 0x003F00EA, 0x00400F0A, 0x00410249, 0x00420D5D, 0x00431CC4, 0x00440328, 0x00450B29, 0x004606C6, 0x0047076A, 0x00480368, 0x004916C5, 0x004A0789, 0x004B0605, 0x004C0CC8, 0x004D1954, 0x004E0645, 0x004F0E25, 0x00500325, 0x00510B26, 0x005206C9, 0x00530764, 0x005408A9, 0x00550009, 0x005601A9, 0x00570389, 0x00580785, 0x00590609, 0x005A0049, 0x005B18A9, 0x005C0649, 0x005D0E29, 0x005E1B29, 0x005F00E9, 0x00600365, 0x006116C6, 0x00620786, 0x00630608, 0x00640788, 0x00650606, 0x00660046, 0x006718A8, 0x006858A6, 0x00690145, 0x006A01E9, 0x006B178A, 0x006C01E8, 0x006D1785, 0x006E1E28, 0x006F0C65, 0x00700CC5, 0x00711D5C, 0x00720648, 0x00730E28, 0x00740646, 0x00750E26, 0x00761B28, 0x007700E6, 0x007801E5, 0x00791786, 0x007A1E29, 0x007B0C68, 0x007C1E24, 0x007D0C69, 0x007E0955, 0x007F03C9, 0x008003E9, 0x00810975, 0x00820C49, 0x00831E04, 0x00840C48, 0x00851E05, 0x008617A6, 0x008701C5, 0x008800C6, 0x00891B08, 0x008A0E06, 0x008B0666, 0x008C0E08, 0x008D0668, 0x008E1D7C, 0x008F0CE5, 0x00900C45, 0x00911E08, 0x009217A9, 0x009301C4, 0x009417AA, 0x009501C9, 0x00960169, 0x0097588A, 0x00981888, 0x00990066, 0x009A0709, 0x009B07A8, 0x009C0704, 0x009D07A6, 0x009E16E6, 0x009F0345, 0x00A000C9, 0x00A11B05, 0x00A20E09, 0x00A30669, 0x00A41885, 0x00A50065, 0x00A60706, 0x00A707A5, 0x00A803A9, 0x00A90189, 0x00AA0029, 0x00AB0889, 0x00AC0744, 0x00AD06E9, 0x00AE0B06, 0x00AF0229, 0x00B00E05, 0x00B10665, 0x00B21974, 0x00B30CE8, 0x00B4070A, 0x00B507A9, 0x00B616E9, 0x00B70348, 0x00B8074A, 0x00B906E6, 0x00BA0B09, 0x00BB0226, 0x00BC1CE4, 0x00BD0D7D, 0x00BE0269, 0x00BF08C9, 0x00C000CA, 0x00C11B04, 0x00C21884, 0x00C3006A, 0x00C40E04, 0x00C50664, 0x00C60708, 0x00C707AA, 0x00C803A8, 0x00C90184, 0x00CA0749, 0x00CB06E4, 0x00CC0020, 0x00CD0888, 0x00CE0B08, 0x00CF0224, 0x00D00E0A, 0x00D1066A, 0x00D20705, 0x00D307A4, 0x00D41D78, 0x00D50CE9, 0x00D616EA, 0x00D70349, 0x00D80745, 0x00D906E8, 0x00DA1CE9, 0x00DB0D75, 0x00DC0B04, 0x00DD0228, 0x00DE0268, 0x00DF08C8, 0x00E003A5, 0x00E10185, 0x00E20746, 0x00E306EA, 0x00E40748, 0x00E506E5, 0x00E61CE8, 0x00E70D79, 0x00E81D74, 0x00E95CE6, 0x00EA02E9, 0x00EB0849, 0x00EC02E8, 0x00ED0848, 0x00EE0086, 0x00EF0A08, 0x00F00021, 0x00F10885, 0x00F20B05, 0x00F3022A, 0x00F40B0A, 0x00F50225, 0x00F60265, 0x00F708C5, 0x00F802E5, 0x00F90845, 0x00FA0089, 0x00FB0A09, 0x00FC008A, 0x00FD0A0A, 0x00FE02A9, 0x00FF0062};#endif // !DC_DEFINE_DATA
//
// Table used by ODAdjustVGAColor (qv)
//
// Note that the table is searched from top to bottom, so black, white and
// the two greys are at the top, on the grounds that they will be used more
// often than the other colors.
//
#ifndef DC_DEFINE_DATA
extern const OD_ADJUST_VGA_STRUCT s_odVGAColors[16];#else
const OD_ADJUST_VGA_STRUCT s_odVGAColors[16] ={// color addMask andMask testMask result
{ 0x000000, 0x000000, 0xF8F8F8, 0x000000, {0x00, 0x00, 0x00 }}, //
{ 0xFFFFFF, 0x000000, 0xF8F8F8, 0xF8F8F8, {0xFF, 0xFF, 0xFF }}, //
{ 0x808080, 0x080808, 0xF0F0F0, 0x808080, {0x80, 0x80, 0x80 }}, //
{ 0xC0C0C0, 0x080808, 0xF0F0F0, 0xC0C0C0, {0xC0, 0xC0, 0xC0 }}, //
{ 0x000080, 0x000008, 0xF8F8F0, 0x000080, {0x00, 0x00, 0x80 }}, //
{ 0x008000, 0x000800, 0xF8F0F8, 0x008000, {0x00, 0x80, 0x00 }}, //
{ 0x008080, 0x000808, 0xF8F0F0, 0x008080, {0x00, 0x80, 0x80 }}, //
{ 0x800000, 0x080000, 0xF0F8F8, 0x800000, {0x80, 0x00, 0x00 }}, //
{ 0x800080, 0x080008, 0xF0F8F0, 0x800080, {0x80, 0x00, 0x80 }}, //
{ 0x808000, 0x080800, 0xF0F0F8, 0x808000, {0x80, 0x80, 0x00 }}, //
{ 0x0000FF, 0x000000, 0xF8F8F8, 0x0000F8, {0x00, 0x00, 0xFF }}, //
{ 0x00FF00, 0x000000, 0xF8F8F8, 0x00F800, {0x00, 0xFF, 0x00 }}, //
{ 0x00FFFF, 0x000000, 0xF8F8F8, 0x00F8F8, {0x00, 0xFF, 0xFF }}, //
{ 0xFF0000, 0x000000, 0xF8F8F8, 0xF80000, {0xFF, 0x00, 0x00 }}, //
{ 0xFF00FF, 0x000000, 0xF8F8F8, 0xF800F8, {0xFF, 0x00, 0xFF }}, //
{ 0xFFFF00, 0x000000, 0xF8F8F8, 0xF8F800, {0xFF, 0xFF, 0x00 }} //
};#endif // !DC_DEFINE_DATA
//
// 2nd Level Order Decoder
//
//
// Entries can be of fixed size of variable size. Variable size entries
// must be the last in each order structure. OE2 encodes from packed
// structures containing variable entries. (ie unused bytes are not
// present in the first level encoding structure passed to OE2). OD2
// unencodes variable entries into the unpacked structures.
//
//
// Fields can either be signed or unsigned
//
#define SIGNED_FIELD TRUE
#define UNSIGNED_FIELD FALSE
//
// Field is a fixed size
// type - The unencoded order structure type
// size - The size of the encoded version of the field
// signed - Is the field a signed field ?
// field - The name of the field in the order structure
//
#define ETABLE_FIXED_ENTRY(type,size,signed,field) \
{ FIELD_OFFSET(type,field), \ FIELD_SIZE(type,field), \ size, \ signed, \ (UINT)(OE2_ETF_FIXED) }
//
// Field is coordinate of a fixed size
// type - The unencoded order structure type
// size - The size of the encoded version of the field
// signed - Is the field a signed field ?
// field - The name of the field in the order structure
//
#define ETABLE_FIXED_COORDS_ENTRY(type,size,signed,field) \
{ FIELD_OFFSET(type,field), \ FIELD_SIZE(type,field), \ size, \ signed, \ (UINT)(OE2_ETF_FIXED|OE2_ETF_COORDINATES) }
//
// Field is a fixed number of bytes (array?)
// type - The unencoded order structure type
// size - The number of bytes in the encoded version of the field
// signed - Is the field a signed field ?
// field - The name of the field in the order structure
//
#define ETABLE_DATA_ENTRY(type,size,signed,field) \
{ FIELD_OFFSET(type,field), \ FIELD_SIZE(type,field), \ size, \ signed, \ (UINT)(OE2_ETF_FIXED|OE2_ETF_DATA) }
//
// Field is a variable structure of the form
// typedef struct
// {
// UINT len;
// varType varEntry[len];
// } varStruct
//
// type - The unencoded order structure type
// size - The size of the encoded version of the field
// signed - Is the field a signed field ?
// field - The name of the field in the order structure (varStruct)
// elem - The name of the variable element array (varEntry)
//
#define ETABLE_VARIABLE_ENTRY(type,size,signed,field,elem) \
{ FIELD_OFFSET(type,field.len), \ FIELD_SIZE(type,field.elem[0]), \ size, \ signed, \ (UINT)(OE2_ETF_VARIABLE)}
//
// Field is a variable structure of the form
// typedef struct
// {
// UINT len;
// varType varEntry[len];
// } varStruct
//
// type - The unencoded order structure type
// size - The size of the encoded version of the field
// signed - Is the field a signed field ?
// field - The name of the field in the order structure (varStruct)
// elem - The name of the variable element array (varEntry)
//
// This macro is used instead of the ETABLE_VARIABLE_ENTRY macro when the
// elements of the array are of type TSHR_POINT16. Otherwise on bigendian
// machines the flipping macros will reverse the order of the coordinates.
//
#define ETABLE_VARIABLE_ENTRY_POINTS(type,size,signed,field,elem) \
{ FIELD_OFFSET(type,field.len), \ FIELD_SIZE(type,field.elem[0].x), \ size, \ signed, \ (UINT)(OE2_ETF_VARIABLE)}
//
// Field is a variable structure containing coords of the form
// typedef struct
// {
// UINT len;
// varCoord varEntry[len];
// } varStruct
//
// type - The unencoded order structure type
// size - The size of the encoded version of the field
// signed - Is the field a signed field ?
// field - The name of the field in the order structure (varStruct)
// elem - The name of the variable element array (varEntry)
//
#define ETABLE_VARIABLE_COORDS_ENTRY(type,size,signed,field,elem) \
{ FIELD_OFFSET(type,field.len), \ FIELD_SIZE(type,field.elem[0]), \ size, \ signed, \ (UINT)(OE2_ETF_VARIABLE|OE2_ETF_COORDINATES)}
#ifndef DC_DEFINE_DATA
extern const OE2ETTABLE s_etable;#else
const OE2ETTABLE s_etable ={ //
// Pointers to the start of the entries for each order.
//
{ s_etable.DstBltFields, s_etable.PatBltFields, s_etable.ScrBltFields, s_etable.MemBltFields, s_etable.Mem3BltFields, s_etable.TextOutFields, s_etable.ExtTextOutFields, NULL, // Can be used for next order.
s_etable.RectangleFields, s_etable.LineToFields, s_etable.OpaqueRectFields, s_etable.SaveBitmapFields, s_etable.DeskScrollFields, s_etable.MemBltR2Fields, s_etable.Mem3BltR2Fields, s_etable.PolygonFields, s_etable.PieFields, s_etable.EllipseFields, s_etable.ArcFields, s_etable.ChordFields, s_etable.PolyBezierFields, s_etable.RoundRectFields },
//
// Number of fields for each order.
//
{ OE2_NUM_DSTBLT_FIELDS, OE2_NUM_PATBLT_FIELDS, OE2_NUM_SCRBLT_FIELDS, OE2_NUM_MEMBLT_FIELDS, OE2_NUM_MEM3BLT_FIELDS, OE2_NUM_TEXTOUT_FIELDS, OE2_NUM_EXTTEXTOUT_FIELDS, 0, // Change when installing new order.
OE2_NUM_RECTANGLE_FIELDS, OE2_NUM_LINETO_FIELDS, OE2_NUM_OPAQUERECT_FIELDS, OE2_NUM_SAVEBITMAP_FIELDS, OE2_NUM_DESKSCROLL_FIELDS, OE2_NUM_MEMBLT_R2_FIELDS, OE2_NUM_MEM3BLT_R2_FIELDS, OE2_NUM_POLYGON_FIELDS, OE2_NUM_PIE_FIELDS, OE2_NUM_ELLIPSE_FIELDS, OE2_NUM_ARC_FIELDS, OE2_NUM_CHORD_FIELDS, OE2_NUM_POLYBEZIER_FIELDS, OE2_NUM_ROUNDRECT_FIELDS },
//
// Entries for the DSTBLT_ORDER
//
{ ETABLE_FIXED_COORDS_ENTRY(DSTBLT_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(DSTBLT_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(DSTBLT_ORDER, 2, SIGNED_FIELD, nWidth), ETABLE_FIXED_COORDS_ENTRY(DSTBLT_ORDER, 2, SIGNED_FIELD, nHeight), ETABLE_FIXED_ENTRY(DSTBLT_ORDER, 1, UNSIGNED_FIELD, bRop), { 0 } },
//
// Entries for the PATBLT_ORDER
//
{ ETABLE_FIXED_COORDS_ENTRY(PATBLT_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(PATBLT_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(PATBLT_ORDER, 2, SIGNED_FIELD, nWidth), ETABLE_FIXED_COORDS_ENTRY(PATBLT_ORDER, 2, SIGNED_FIELD, nHeight), ETABLE_FIXED_ENTRY(PATBLT_ORDER, 1, UNSIGNED_FIELD, bRop), ETABLE_DATA_ENTRY(PATBLT_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_DATA_ENTRY(PATBLT_ORDER, 3, UNSIGNED_FIELD, ForeColor), ETABLE_FIXED_ENTRY(PATBLT_ORDER, 1, SIGNED_FIELD, BrushOrgX), ETABLE_FIXED_ENTRY(PATBLT_ORDER, 1, SIGNED_FIELD, BrushOrgY), ETABLE_FIXED_ENTRY(PATBLT_ORDER, 1, UNSIGNED_FIELD, BrushStyle), ETABLE_FIXED_ENTRY(PATBLT_ORDER, 1, UNSIGNED_FIELD, BrushHatch), ETABLE_DATA_ENTRY(PATBLT_ORDER, 7, UNSIGNED_FIELD, BrushExtra), { 0 } },
//
// Entries for the SCRBLT_ORDER
//
{ ETABLE_FIXED_COORDS_ENTRY(SCRBLT_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(SCRBLT_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(SCRBLT_ORDER, 2, SIGNED_FIELD, nWidth), ETABLE_FIXED_COORDS_ENTRY(SCRBLT_ORDER, 2, SIGNED_FIELD, nHeight), ETABLE_FIXED_ENTRY(SCRBLT_ORDER, 1, UNSIGNED_FIELD, bRop), ETABLE_FIXED_COORDS_ENTRY(SCRBLT_ORDER, 2, SIGNED_FIELD, nXSrc), ETABLE_FIXED_COORDS_ENTRY(SCRBLT_ORDER, 2, SIGNED_FIELD, nYSrc), { 0 } },
//
// Entries for the MEMBLT_ORDER
//
{ ETABLE_FIXED_ENTRY(MEMBLT_ORDER, 2, UNSIGNED_FIELD, cacheId), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_ORDER, 2, SIGNED_FIELD, nWidth), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_ORDER, 2, SIGNED_FIELD, nHeight), ETABLE_FIXED_ENTRY(MEMBLT_ORDER, 1, UNSIGNED_FIELD, bRop), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_ORDER, 2, SIGNED_FIELD, nXSrc), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_ORDER, 2, SIGNED_FIELD, nYSrc), { 0 } },
//
// Entries for the MEM3BLT_ORDER
//
{ ETABLE_FIXED_ENTRY(MEM3BLT_ORDER, 2, UNSIGNED_FIELD, cacheId), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_ORDER, 2, SIGNED_FIELD, nWidth), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_ORDER, 2, SIGNED_FIELD, nHeight), ETABLE_FIXED_ENTRY(MEM3BLT_ORDER, 1, UNSIGNED_FIELD, bRop), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_ORDER, 2, SIGNED_FIELD, nXSrc), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_ORDER, 2, SIGNED_FIELD, nYSrc), ETABLE_DATA_ENTRY(MEM3BLT_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_DATA_ENTRY(MEM3BLT_ORDER, 3, UNSIGNED_FIELD, ForeColor), ETABLE_FIXED_ENTRY(MEM3BLT_ORDER, 1, SIGNED_FIELD, BrushOrgX), ETABLE_FIXED_ENTRY(MEM3BLT_ORDER, 1, SIGNED_FIELD, BrushOrgY), ETABLE_FIXED_ENTRY(MEM3BLT_ORDER, 1, UNSIGNED_FIELD, BrushStyle), ETABLE_FIXED_ENTRY(MEM3BLT_ORDER, 1, UNSIGNED_FIELD, BrushHatch), ETABLE_DATA_ENTRY(MEM3BLT_ORDER, 7, UNSIGNED_FIELD, BrushExtra), { 0 } },
//
// Entries for the TEXTOUT_ORDER
//
{ ETABLE_FIXED_ENTRY(TEXTOUT_ORDER, 2, SIGNED_FIELD, common.BackMode), ETABLE_FIXED_COORDS_ENTRY(TEXTOUT_ORDER, 2, SIGNED_FIELD, common.nXStart), ETABLE_FIXED_COORDS_ENTRY(TEXTOUT_ORDER, 2, SIGNED_FIELD, common.nYStart), ETABLE_DATA_ENTRY(TEXTOUT_ORDER, 3, UNSIGNED_FIELD, common.BackColor), ETABLE_DATA_ENTRY(TEXTOUT_ORDER, 3, UNSIGNED_FIELD, common.ForeColor), ETABLE_FIXED_ENTRY(TEXTOUT_ORDER, 2, SIGNED_FIELD, common.CharExtra), ETABLE_FIXED_ENTRY(TEXTOUT_ORDER, 2, SIGNED_FIELD, common.BreakExtra), ETABLE_FIXED_ENTRY(TEXTOUT_ORDER, 2, SIGNED_FIELD, common.BreakCount), ETABLE_FIXED_ENTRY(TEXTOUT_ORDER, 2, SIGNED_FIELD, common.FontHeight), ETABLE_FIXED_ENTRY(TEXTOUT_ORDER, 2, SIGNED_FIELD, common.FontWidth), ETABLE_FIXED_ENTRY(TEXTOUT_ORDER, 2, UNSIGNED_FIELD, common.FontWeight), ETABLE_FIXED_ENTRY(TEXTOUT_ORDER, 2, UNSIGNED_FIELD, common.FontFlags), ETABLE_FIXED_ENTRY(TEXTOUT_ORDER, 2, UNSIGNED_FIELD, common.FontIndex), ETABLE_VARIABLE_ENTRY(TEXTOUT_ORDER, 1, UNSIGNED_FIELD, variableString, string), { 0 } },
//
// Entries for the EXTTEXTOUT_ORDER
//
{ ETABLE_FIXED_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, common.BackMode), ETABLE_FIXED_COORDS_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, common.nXStart), ETABLE_FIXED_COORDS_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, common.nYStart), ETABLE_DATA_ENTRY(EXTTEXTOUT_ORDER, 3, UNSIGNED_FIELD, common.BackColor), ETABLE_DATA_ENTRY(EXTTEXTOUT_ORDER, 3, UNSIGNED_FIELD, common.ForeColor), ETABLE_FIXED_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, common.CharExtra), ETABLE_FIXED_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, common.BreakExtra), ETABLE_FIXED_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, common.BreakCount), ETABLE_FIXED_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, common.FontHeight), ETABLE_FIXED_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, common.FontWidth), ETABLE_FIXED_ENTRY(EXTTEXTOUT_ORDER, 2, UNSIGNED_FIELD, common.FontWeight), ETABLE_FIXED_ENTRY(EXTTEXTOUT_ORDER, 2, UNSIGNED_FIELD, common.FontFlags), ETABLE_FIXED_ENTRY(EXTTEXTOUT_ORDER, 2, UNSIGNED_FIELD, common.FontIndex), ETABLE_FIXED_ENTRY(EXTTEXTOUT_ORDER, 2, UNSIGNED_FIELD, fuOptions), ETABLE_FIXED_COORDS_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, rectangle.left), ETABLE_FIXED_COORDS_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, rectangle.top), ETABLE_FIXED_COORDS_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, rectangle.right), ETABLE_FIXED_COORDS_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, rectangle.bottom), ETABLE_VARIABLE_ENTRY(EXTTEXTOUT_ORDER, 1, UNSIGNED_FIELD, variableString, string), ETABLE_VARIABLE_COORDS_ENTRY(EXTTEXTOUT_ORDER, 2, SIGNED_FIELD, variableDeltaX, deltaX), { 0 } },
//
// Entries for the RECTANGLE_ORDER
//
{ ETABLE_FIXED_ENTRY(RECTANGLE_ORDER, 2, SIGNED_FIELD, BackMode), ETABLE_FIXED_COORDS_ENTRY(RECTANGLE_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(RECTANGLE_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(RECTANGLE_ORDER, 2, SIGNED_FIELD, nRightRect), ETABLE_FIXED_COORDS_ENTRY(RECTANGLE_ORDER, 2, SIGNED_FIELD, nBottomRect), ETABLE_DATA_ENTRY(RECTANGLE_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_DATA_ENTRY(RECTANGLE_ORDER, 3, UNSIGNED_FIELD, ForeColor), ETABLE_FIXED_ENTRY(RECTANGLE_ORDER, 1, SIGNED_FIELD, BrushOrgX), ETABLE_FIXED_ENTRY(RECTANGLE_ORDER, 1, SIGNED_FIELD, BrushOrgY), ETABLE_FIXED_ENTRY(RECTANGLE_ORDER, 1, UNSIGNED_FIELD, BrushStyle), ETABLE_FIXED_ENTRY(RECTANGLE_ORDER, 1, UNSIGNED_FIELD, BrushHatch), ETABLE_DATA_ENTRY(RECTANGLE_ORDER, 7, UNSIGNED_FIELD, BrushExtra), ETABLE_FIXED_ENTRY(RECTANGLE_ORDER, 1, UNSIGNED_FIELD, ROP2), ETABLE_FIXED_ENTRY(RECTANGLE_ORDER, 1, UNSIGNED_FIELD, PenStyle), ETABLE_FIXED_ENTRY(RECTANGLE_ORDER, 1, UNSIGNED_FIELD, PenWidth), ETABLE_DATA_ENTRY(RECTANGLE_ORDER, 3, UNSIGNED_FIELD, PenColor), { 0 } },
//
// Entries for the LINETO_ORDER
//
{ ETABLE_FIXED_ENTRY(LINETO_ORDER, 2, SIGNED_FIELD, BackMode), ETABLE_FIXED_COORDS_ENTRY(LINETO_ORDER, 2, SIGNED_FIELD, nXStart), ETABLE_FIXED_COORDS_ENTRY(LINETO_ORDER, 2, SIGNED_FIELD, nYStart), ETABLE_FIXED_COORDS_ENTRY(LINETO_ORDER, 2, SIGNED_FIELD, nXEnd), ETABLE_FIXED_COORDS_ENTRY(LINETO_ORDER, 2, SIGNED_FIELD, nYEnd), ETABLE_DATA_ENTRY(LINETO_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_FIXED_ENTRY(LINETO_ORDER, 1, UNSIGNED_FIELD, ROP2), ETABLE_FIXED_ENTRY(LINETO_ORDER, 1, UNSIGNED_FIELD, PenStyle), ETABLE_FIXED_ENTRY(LINETO_ORDER, 1, UNSIGNED_FIELD, PenWidth), ETABLE_DATA_ENTRY(LINETO_ORDER, 3, UNSIGNED_FIELD, PenColor), { 0 } },
//
// Entries for the OPAQUERECT_ORDER
//
{ ETABLE_FIXED_COORDS_ENTRY(OPAQUERECT_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(OPAQUERECT_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(OPAQUERECT_ORDER, 2, SIGNED_FIELD, nWidth), ETABLE_FIXED_COORDS_ENTRY(OPAQUERECT_ORDER, 2, SIGNED_FIELD, nHeight), ETABLE_DATA_ENTRY(OPAQUERECT_ORDER, 3, UNSIGNED_FIELD, Color), { 0 } },
//
// Entries for the SAVEBITMAP_ORDER
//
{ ETABLE_FIXED_ENTRY(SAVEBITMAP_ORDER, 4, UNSIGNED_FIELD, SavedBitmapPosition), ETABLE_FIXED_COORDS_ENTRY(SAVEBITMAP_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(SAVEBITMAP_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(SAVEBITMAP_ORDER, 2, SIGNED_FIELD, nRightRect), ETABLE_FIXED_COORDS_ENTRY(SAVEBITMAP_ORDER, 2, SIGNED_FIELD, nBottomRect), ETABLE_FIXED_ENTRY(SAVEBITMAP_ORDER, 1, UNSIGNED_FIELD, Operation), { 0 } },
//
// Entries for the DESKSCROLL_ORDER
//
{ ETABLE_FIXED_COORDS_ENTRY(DESKSCROLL_ORDER, 2, SIGNED_FIELD, xOrigin), ETABLE_FIXED_COORDS_ENTRY(DESKSCROLL_ORDER, 2, SIGNED_FIELD, yOrigin), { 0 } },
//
// Entries for the MEMBLT_R2_ORDER
//
{ ETABLE_FIXED_ENTRY(MEMBLT_R2_ORDER, 2, UNSIGNED_FIELD, cacheId), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_R2_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_R2_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_R2_ORDER, 2, SIGNED_FIELD, nWidth), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_R2_ORDER, 2, SIGNED_FIELD, nHeight), ETABLE_FIXED_ENTRY(MEMBLT_R2_ORDER, 1, UNSIGNED_FIELD, bRop), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_R2_ORDER, 2, SIGNED_FIELD, nXSrc), ETABLE_FIXED_COORDS_ENTRY(MEMBLT_R2_ORDER, 2, SIGNED_FIELD, nYSrc), ETABLE_FIXED_ENTRY(MEMBLT_R2_ORDER, 2, UNSIGNED_FIELD, cacheIndex), { 0 } },
//
// Entries for the MEM3BLT_R2_ORDER
//
{ ETABLE_FIXED_ENTRY(MEM3BLT_R2_ORDER, 2, UNSIGNED_FIELD, cacheId), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_R2_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_R2_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_R2_ORDER, 2, SIGNED_FIELD, nWidth), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_R2_ORDER, 2, SIGNED_FIELD, nHeight), ETABLE_FIXED_ENTRY(MEM3BLT_R2_ORDER, 1, UNSIGNED_FIELD, bRop), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_R2_ORDER, 2, SIGNED_FIELD, nXSrc), ETABLE_FIXED_COORDS_ENTRY(MEM3BLT_R2_ORDER, 2, SIGNED_FIELD, nYSrc), ETABLE_FIXED_ENTRY(MEM3BLT_R2_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_FIXED_ENTRY(MEM3BLT_R2_ORDER, 3, UNSIGNED_FIELD, ForeColor), ETABLE_FIXED_ENTRY(MEM3BLT_R2_ORDER, 1, SIGNED_FIELD, BrushOrgX), ETABLE_FIXED_ENTRY(MEM3BLT_R2_ORDER, 1, SIGNED_FIELD, BrushOrgY), ETABLE_FIXED_ENTRY(MEM3BLT_R2_ORDER, 1, UNSIGNED_FIELD, BrushStyle), ETABLE_FIXED_ENTRY(MEM3BLT_R2_ORDER, 1, UNSIGNED_FIELD, BrushHatch), ETABLE_FIXED_ENTRY(MEM3BLT_R2_ORDER, 7, UNSIGNED_FIELD, BrushExtra), ETABLE_FIXED_ENTRY(MEM3BLT_R2_ORDER, 2, UNSIGNED_FIELD, cacheIndex), { 0 } },
//
// Entries for the POLYGON_ORDER
//
{ ETABLE_FIXED_ENTRY(POLYGON_ORDER, 2, SIGNED_FIELD, BackMode), ETABLE_DATA_ENTRY(POLYGON_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_DATA_ENTRY(POLYGON_ORDER, 3, UNSIGNED_FIELD, ForeColor), ETABLE_FIXED_ENTRY(POLYGON_ORDER, 1, SIGNED_FIELD, BrushOrgX), ETABLE_FIXED_ENTRY(POLYGON_ORDER, 1, SIGNED_FIELD, BrushOrgY), ETABLE_FIXED_ENTRY(POLYGON_ORDER, 1, UNSIGNED_FIELD, BrushStyle), ETABLE_FIXED_ENTRY(POLYGON_ORDER, 1, UNSIGNED_FIELD, BrushHatch), ETABLE_DATA_ENTRY(POLYGON_ORDER, 7, UNSIGNED_FIELD, BrushExtra), ETABLE_FIXED_ENTRY(POLYGON_ORDER, 1, UNSIGNED_FIELD, ROP2), ETABLE_FIXED_ENTRY(POLYGON_ORDER, 1, UNSIGNED_FIELD, PenStyle), ETABLE_FIXED_ENTRY(POLYGON_ORDER, 1, UNSIGNED_FIELD, PenWidth), ETABLE_DATA_ENTRY(POLYGON_ORDER, 3, UNSIGNED_FIELD, PenColor), ETABLE_FIXED_ENTRY(POLYGON_ORDER, 1, UNSIGNED_FIELD, FillMode), ETABLE_VARIABLE_ENTRY_POINTS(POLYGON_ORDER, 2, UNSIGNED_FIELD, variablePoints, aPoints), { 0 } },
//
// Entries for the PIE_ORDER
//
{ ETABLE_FIXED_ENTRY(PIE_ORDER, 2, SIGNED_FIELD, BackMode), ETABLE_FIXED_COORDS_ENTRY(PIE_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(PIE_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(PIE_ORDER, 2, SIGNED_FIELD, nRightRect), ETABLE_FIXED_COORDS_ENTRY(PIE_ORDER, 2, SIGNED_FIELD, nBottomRect), ETABLE_FIXED_COORDS_ENTRY(PIE_ORDER, 2, SIGNED_FIELD, nXStart), ETABLE_FIXED_COORDS_ENTRY(PIE_ORDER, 2, SIGNED_FIELD, nYStart), ETABLE_FIXED_COORDS_ENTRY(PIE_ORDER, 2, SIGNED_FIELD, nXEnd), ETABLE_FIXED_COORDS_ENTRY(PIE_ORDER, 2, SIGNED_FIELD, nYEnd), ETABLE_FIXED_ENTRY(PIE_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_FIXED_ENTRY(PIE_ORDER, 3, UNSIGNED_FIELD, ForeColor), ETABLE_FIXED_ENTRY(PIE_ORDER, 1, SIGNED_FIELD, BrushOrgX), ETABLE_FIXED_ENTRY(PIE_ORDER, 1, SIGNED_FIELD, BrushOrgY), ETABLE_FIXED_ENTRY(PIE_ORDER, 1, UNSIGNED_FIELD, BrushStyle), ETABLE_FIXED_ENTRY(PIE_ORDER, 1, UNSIGNED_FIELD, BrushHatch), ETABLE_FIXED_ENTRY(PIE_ORDER, 7, UNSIGNED_FIELD, BrushExtra), ETABLE_FIXED_ENTRY(PIE_ORDER, 1, UNSIGNED_FIELD, ROP2), ETABLE_FIXED_ENTRY(PIE_ORDER, 1, UNSIGNED_FIELD, PenStyle), ETABLE_FIXED_ENTRY(PIE_ORDER, 1, UNSIGNED_FIELD, PenWidth), ETABLE_FIXED_ENTRY(PIE_ORDER, 3, UNSIGNED_FIELD, PenColor), ETABLE_FIXED_ENTRY(PIE_ORDER, 1, UNSIGNED_FIELD, ArcDirection), { 0 } },
//
// Entries for the ELLIPSE_ORDER
//
{ ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 2, SIGNED_FIELD, BackMode), ETABLE_FIXED_COORDS_ENTRY(ELLIPSE_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(ELLIPSE_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(ELLIPSE_ORDER, 2, SIGNED_FIELD, nRightRect), ETABLE_FIXED_COORDS_ENTRY(ELLIPSE_ORDER, 2, SIGNED_FIELD, nBottomRect), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 3, UNSIGNED_FIELD, ForeColor), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 1, SIGNED_FIELD, BrushOrgX), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 1, SIGNED_FIELD, BrushOrgY), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 1, UNSIGNED_FIELD, BrushStyle), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 1, UNSIGNED_FIELD, BrushHatch), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 7, UNSIGNED_FIELD, BrushExtra), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 1, UNSIGNED_FIELD, ROP2), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 1, UNSIGNED_FIELD, PenStyle), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 1, UNSIGNED_FIELD, PenWidth), ETABLE_FIXED_ENTRY(ELLIPSE_ORDER, 3, UNSIGNED_FIELD, PenColor), { 0 } },
//
// Entries for the ARC_ORDER
//
{ ETABLE_FIXED_ENTRY(ARC_ORDER, 2, SIGNED_FIELD, BackMode), ETABLE_FIXED_COORDS_ENTRY(ARC_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(ARC_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(ARC_ORDER, 2, SIGNED_FIELD, nRightRect), ETABLE_FIXED_COORDS_ENTRY(ARC_ORDER, 2, SIGNED_FIELD, nBottomRect), ETABLE_FIXED_COORDS_ENTRY(ARC_ORDER, 2, SIGNED_FIELD, nXStart), ETABLE_FIXED_COORDS_ENTRY(ARC_ORDER, 2, SIGNED_FIELD, nYStart), ETABLE_FIXED_COORDS_ENTRY(ARC_ORDER, 2, SIGNED_FIELD, nXEnd), ETABLE_FIXED_COORDS_ENTRY(ARC_ORDER, 2, SIGNED_FIELD, nYEnd), ETABLE_FIXED_ENTRY(ARC_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_FIXED_ENTRY(ARC_ORDER, 1, UNSIGNED_FIELD, ROP2), ETABLE_FIXED_ENTRY(ARC_ORDER, 1, UNSIGNED_FIELD, PenStyle), ETABLE_FIXED_ENTRY(ARC_ORDER, 1, UNSIGNED_FIELD, PenWidth), ETABLE_FIXED_ENTRY(ARC_ORDER, 3, UNSIGNED_FIELD, PenColor), ETABLE_FIXED_ENTRY(ARC_ORDER, 1, UNSIGNED_FIELD, ArcDirection), { 0 } },
//
// Entries for the CHORD_ORDER
//
{ ETABLE_FIXED_ENTRY(CHORD_ORDER, 2, SIGNED_FIELD, BackMode), ETABLE_FIXED_COORDS_ENTRY(CHORD_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(CHORD_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(CHORD_ORDER, 2, SIGNED_FIELD, nRightRect), ETABLE_FIXED_COORDS_ENTRY(CHORD_ORDER, 2, SIGNED_FIELD, nBottomRect), ETABLE_FIXED_COORDS_ENTRY(CHORD_ORDER, 2, SIGNED_FIELD, nXStart), ETABLE_FIXED_COORDS_ENTRY(CHORD_ORDER, 2, SIGNED_FIELD, nYStart), ETABLE_FIXED_COORDS_ENTRY(CHORD_ORDER, 2, SIGNED_FIELD, nXEnd), ETABLE_FIXED_COORDS_ENTRY(CHORD_ORDER, 2, SIGNED_FIELD, nYEnd), ETABLE_FIXED_ENTRY(CHORD_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_FIXED_ENTRY(CHORD_ORDER, 3, UNSIGNED_FIELD, ForeColor), ETABLE_FIXED_ENTRY(CHORD_ORDER, 1, SIGNED_FIELD, BrushOrgX), ETABLE_FIXED_ENTRY(CHORD_ORDER, 1, SIGNED_FIELD, BrushOrgY), ETABLE_FIXED_ENTRY(CHORD_ORDER, 1, UNSIGNED_FIELD, BrushStyle), ETABLE_FIXED_ENTRY(CHORD_ORDER, 1, UNSIGNED_FIELD, BrushHatch), ETABLE_FIXED_ENTRY(CHORD_ORDER, 7, UNSIGNED_FIELD, BrushExtra), ETABLE_FIXED_ENTRY(CHORD_ORDER, 1, UNSIGNED_FIELD, ROP2), ETABLE_FIXED_ENTRY(CHORD_ORDER, 1, UNSIGNED_FIELD, PenStyle), ETABLE_FIXED_ENTRY(CHORD_ORDER, 1, UNSIGNED_FIELD, PenWidth), ETABLE_FIXED_ENTRY(CHORD_ORDER, 3, UNSIGNED_FIELD, PenColor), ETABLE_FIXED_ENTRY(CHORD_ORDER, 1, UNSIGNED_FIELD, ArcDirection), { 0 } },
//
// Entries for the POLYBEZIER_ORDER
//
{ ETABLE_FIXED_ENTRY(POLYBEZIER_ORDER, 2, SIGNED_FIELD, BackMode), ETABLE_DATA_ENTRY(POLYBEZIER_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_DATA_ENTRY(POLYBEZIER_ORDER, 3, UNSIGNED_FIELD, ForeColor), ETABLE_FIXED_ENTRY(POLYBEZIER_ORDER, 1, UNSIGNED_FIELD, ROP2), ETABLE_FIXED_ENTRY(POLYBEZIER_ORDER, 1, UNSIGNED_FIELD, PenStyle), ETABLE_FIXED_ENTRY(POLYBEZIER_ORDER, 1, UNSIGNED_FIELD, PenWidth), ETABLE_DATA_ENTRY(POLYBEZIER_ORDER, 3, UNSIGNED_FIELD, PenColor), ETABLE_VARIABLE_ENTRY_POINTS(POLYBEZIER_ORDER, 2, UNSIGNED_FIELD, variablePoints, aPoints), { 0 } },
//
// Entries for the ROUNDRECT_ORDER
//
{ ETABLE_FIXED_ENTRY(ROUNDRECT_ORDER, 2, SIGNED_FIELD, BackMode), ETABLE_FIXED_COORDS_ENTRY(ROUNDRECT_ORDER, 2, SIGNED_FIELD, nLeftRect), ETABLE_FIXED_COORDS_ENTRY(ROUNDRECT_ORDER, 2, SIGNED_FIELD, nTopRect), ETABLE_FIXED_COORDS_ENTRY(ROUNDRECT_ORDER, 2, SIGNED_FIELD, nRightRect), ETABLE_FIXED_COORDS_ENTRY(ROUNDRECT_ORDER, 2, SIGNED_FIELD, nBottomRect),
ETABLE_FIXED_COORDS_ENTRY(ROUNDRECT_ORDER, 2, SIGNED_FIELD, nEllipseWidth), ETABLE_FIXED_COORDS_ENTRY(ROUNDRECT_ORDER, 2, SIGNED_FIELD, nEllipseHeight),
ETABLE_DATA_ENTRY(ROUNDRECT_ORDER, 3, UNSIGNED_FIELD, BackColor), ETABLE_DATA_ENTRY(ROUNDRECT_ORDER, 3, UNSIGNED_FIELD, ForeColor), ETABLE_FIXED_ENTRY(ROUNDRECT_ORDER, 1, SIGNED_FIELD, BrushOrgX), ETABLE_FIXED_ENTRY(ROUNDRECT_ORDER, 1, SIGNED_FIELD, BrushOrgY), ETABLE_FIXED_ENTRY(ROUNDRECT_ORDER, 1, UNSIGNED_FIELD, BrushStyle), ETABLE_FIXED_ENTRY(ROUNDRECT_ORDER, 1, UNSIGNED_FIELD, BrushHatch), ETABLE_DATA_ENTRY(ROUNDRECT_ORDER, 7, UNSIGNED_FIELD, BrushExtra), ETABLE_FIXED_ENTRY(ROUNDRECT_ORDER, 1, UNSIGNED_FIELD, ROP2), ETABLE_FIXED_ENTRY(ROUNDRECT_ORDER, 1, UNSIGNED_FIELD, PenStyle), ETABLE_FIXED_ENTRY(ROUNDRECT_ORDER, 1, UNSIGNED_FIELD, PenWidth), ETABLE_DATA_ENTRY(ROUNDRECT_ORDER, 3, UNSIGNED_FIELD, PenColor), { 0 } }};#endif // !DC_DEFINE_DATA
//
// T.120 S20
//
//
// The S20 MCS channel registered with GCC.
//
DC_DATA( NET_UID, g_s20LocalID );DC_DATA( NET_CHANNEL_ID, g_s20BroadcastID );
DC_DATA( UINT, g_s20State );DC_DATA( PMG_CLIENT, g_s20pmgClient );DC_DATA( BOOL, g_s20JoinedLocal );
DC_DATA( UINT, g_s20ShareCorrelator );DC_DATA( UINT, g_s20Generation );
//
// This is S20_CREATE or S20_JOIN if we need to issue a create or join when
// we have succesfully joined the channel.
//
DC_DATA( UINT, g_s20Pend );
//
// The control packet queue and indexes. The head is the next packet which
// should be sent, the tail is where the next packet should be added. If
// they are equal there are no packets on the queue.
//
DC_DATA( UINT, g_s20ControlPacketQHead );DC_DATA( UINT, g_s20ControlPacketQTail );DC_DATA_ARRAY( S20CONTROLPACKETQENTRY, g_s20ControlPacketQ, S20_MAX_QUEUED_CONTROL_PACKETS );
//
// Sent Bitmap Cache
//
DC_DATA ( BOOL, g_sbcEnabled );DC_DATA_ARRAY ( LPSBC_SHUNT_BUFFER, g_asbcShuntBuffers, SBC_NUM_TILE_SIZES );DC_DATA_ARRAY ( DWORD, g_asbcBitMasks, 3 );
//
// Share Controller
//
DC_DATA ( PCM_CLIENT, g_pcmClientSc);
//
// Scheduler
//
DC_DATA ( BOOL, g_schTerminating );DC_DATA ( UINT, g_schCurrentMode );DC_DATA ( UINT, g_schTimeoutPeriod );DC_DATA ( UINT, g_schLastTurboModeSwitch );DC_DATA ( HANDLE, g_schEvent );DC_DATA ( DWORD, g_schThreadID ); DC_DATA ( BOOL, g_schMessageOutstanding );DC_DATA ( BOOL, g_schStayAwake );DC_DATA ( CRITICAL_SECTION, g_schCriticalSection );
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