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1.1 root 1: ;---------------------------Module-Header------------------------------;
2: ; Module Name: stucts.inc
3: ;
4: ; Defines common structures.
5: ;
6: ; Copyright (c) 1992 Microsoft Corporation
7: ;-----------------------------------------------------------------------;
8: ;-----------------------------------------------------------------------;
9: ; POINTB is used for points with a range of -128..+127.
10: ;-----------------------------------------------------------------------;
11:
12: POINTB STRUC
13: ptb_x DB 0
14: ptb_y DB 0
15: POINTB ENDS
16:
17: ;-----------------------------------------------------------------------;
18: ; POINTL is used for points with a range of +/- 2G.
19: ;-----------------------------------------------------------------------;
20:
21: POINTL STRUC
22: ptl_x DD 0
23: ptl_y DD 0
24: POINTL ENDS
25:
26:
27: ;-----------------------------------------------------------------------;
28: ; SIZEB is used for extents with a range of -128..+127.
29: ;-----------------------------------------------------------------------;
30:
31: SIZEB STRUC
32: sizb_cx DB 0
33: sizb_cy DB 0
34: SIZEB ENDS
35:
36:
37: ;-----------------------------------------------------------------------;
38: ; SIZEL is used for extents with a range of +/- 2G
39: ;-----------------------------------------------------------------------;
40:
41: SIZEL STRUC
42: sizl_cx DD 0
43: sizl_cy DD 0
44: SIZEL ENDS
45:
46: ;-----------------------------------------------------------------------;
47: ; Definition of a rectangle
48: ;-----------------------------------------------------------------------;
49:
50:
51: RECTL struc ; /* rcl */
52: xLeft dd ?
53: yTop dd ?
54: xRight dd ?
55: yBottom dd ?
56: RECTL ends
57:
58:
59: ;-----------------------------------------------------------------------;
60: ; Definitions for dsurf_iFormat
61: ;-----------------------------------------------------------------------;
62:
63: BMF_DEVICE equ 0
64: BMF_1BPP equ 1
65: BMF_4BPP equ 2
66: BMF_8BPP equ 3
67: BMF_16BPP equ 4
68: BMF_24BPP equ 5
69: BMF_32BPP equ 6
70: BMF_4RLE equ 8
71: BMF_8RLE equ 9
72: BMF_PHYSDEVICE equ 0FFh
73:
74:
75: ;-----------------------------------------------------------------------;
76: ; Definitions for text output
77: ;-----------------------------------------------------------------------;
78:
79:
80: GLYPHPOS struc ; /* gp */
81: gp_hg dd ? ; hglyph (unused by vga)
82: gp_pgdf dd ? ; glyphdef
83: gp_x dd ? ; glyph x position
84: gp_y dd ? ; glyph y position
85: GLYPHPOS ends
86:
87:
88: GLYPHDEF struc ; /* gdf */
89: gdf_pgb dd ? ; points to GLYPHBITS
90: GLYPHDEF ends
91:
92:
93: GLYPHBITS struc ; /* gb */
94: gb_x dd ? ; glyph x offset
95: gb_y dd ? ; glyph y offset
96: gb_cx dd ? ; glyph width in pels
97: gb_cy dd ? ; glyph height in pels
98: gb_aj db ? ; glyph bit mask
99: GLYPHBITS ends
100:
101: ;-----------------------------------------------------------------------;
102: ; Information block for RLE blts
103: ;-----------------------------------------------------------------------;
104:
105: RLEINFO struc
106: RLE_pjTrg dd ?
107: RLE_pjSrcBits dd ?
108: RLE_pjSrcBitsMax dd ?
109: RLE_prctlClip dd ?
110: RLE_pulTranslate dd ?
111: RLE_xBegin dd ?
112: RLE_lNextScan dd ?
113: RLE_lNextPlane dd ?
114: RLE_prctlTrg dd ?
115: RLE_dwFormat dd ?
116: Rle_pdsurfTrg dd ?
117: RLEINFO ends
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