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1.1 root 1: /*
2: Hatari - configuration.h
3:
4: This file is distributed under the GNU Public License, version 2 or at
5: your option any later version. Read the file gpl.txt for details.
6: */
7:
8: #ifndef HATARI_CONFIGURATION_H
9: #define HATARI_CONFIGURATION_H
10:
11: /* Logging and tracing */
12: typedef struct
13: {
14: char sLogFileName[FILENAME_MAX];
15: char sTraceFileName[FILENAME_MAX];
16: int nTextLogLevel;
17: int nAlertDlgLogLevel;
18: bool bConfirmQuit;
19: } CNF_LOG;
20:
21:
22: /* debugger */
23: typedef struct
24: {
25: int nNumberBase;
26: int nDisasmLines;
27: int nMemdumpLines;
28: } CNF_DEBUGGER;
29:
30:
31: /* ROM (TOS + cartridge) configuration */
32: typedef struct
33: {
34: char szTosImageFileName[FILENAME_MAX];
35: char szCartridgeImageFileName[FILENAME_MAX];
36: } CNF_ROM;
37:
38:
39: /* Sound configuration */
40: typedef struct
41: {
42: bool bEnableSound;
43: int nPlaybackFreq;
44: char szYMCaptureFileName[FILENAME_MAX];
45: int SdlAudioBufferSize;
46: } CNF_SOUND;
47:
48:
49:
50: /* RS232 configuration */
51: typedef struct
52: {
53: bool bEnableRS232;
54: char szOutFileName[FILENAME_MAX];
55: char szInFileName[FILENAME_MAX];
56: } CNF_RS232;
57:
58:
59: /* Dialog Keyboard */
60: typedef enum
61: {
62: KEYMAP_SYMBOLIC, /* Use keymapping with symbolic (ASCII) key codes */
63: KEYMAP_SCANCODE, /* Use keymapping with PC keyboard scancodes */
64: KEYMAP_LOADED /* Use keymapping with a map configuration file */
65: } KEYMAPTYPE;
66:
67: typedef struct
68: {
69: bool bDisableKeyRepeat;
70: KEYMAPTYPE nKeymapType;
71: char szMappingFileName[FILENAME_MAX];
72: } CNF_KEYBOARD;
73:
74:
75: typedef enum {
76: SHORTCUT_OPTIONS,
77: SHORTCUT_FULLSCREEN,
78: SHORTCUT_MOUSEGRAB,
79: SHORTCUT_COLDRESET,
80: SHORTCUT_WARMRESET,
81: SHORTCUT_SCREENSHOT,
82: SHORTCUT_BOSSKEY,
83: SHORTCUT_CURSOREMU,
84: SHORTCUT_FASTFORWARD,
85: SHORTCUT_RECANIM,
86: SHORTCUT_RECSOUND,
87: SHORTCUT_SOUND,
88: SHORTCUT_DEBUG,
89: SHORTCUT_PAUSE,
90: SHORTCUT_QUIT,
91: SHORTCUT_LOADMEM,
92: SHORTCUT_SAVEMEM,
93: SHORTCUT_INSERTDISKA,
94: SHORTCUT_KEYS, /* number of shortcuts */
95: SHORTCUT_NONE
96: } SHORTCUTKEYIDX;
97:
98: typedef struct
99: {
100: int withModifier[SHORTCUT_KEYS];
101: int withoutModifier[SHORTCUT_KEYS];
102: } CNF_SHORTCUT;
103:
104:
105: typedef struct
106: {
107: int nMemorySize;
108: bool bAutoSave;
109: char szMemoryCaptureFileName[FILENAME_MAX];
110: char szAutoSaveFileName[FILENAME_MAX];
111: } CNF_MEMORY;
112:
113:
114: /* Joystick configuration */
115: typedef enum
116: {
117: JOYSTICK_DISABLED,
118: JOYSTICK_REALSTICK,
119: JOYSTICK_KEYBOARD
120: } JOYSTICKMODE;
121:
122: typedef struct
123: {
124: JOYSTICKMODE nJoystickMode;
125: bool bEnableAutoFire;
126: bool bEnableJumpOnFire2;
127: int nJoyId;
128: int nKeyCodeUp, nKeyCodeDown, nKeyCodeLeft, nKeyCodeRight, nKeyCodeFire;
129: } JOYSTICK;
130:
131: #define JOYSTICK_COUNT 6
132:
133: typedef struct
134: {
135: JOYSTICK Joy[JOYSTICK_COUNT];
136: } CNF_JOYSTICKS;
137:
138:
139: /* Disk image configuration */
140:
141: typedef enum
142: {
143: WRITEPROT_OFF,
144: WRITEPROT_ON,
145: WRITEPROT_AUTO
146: } WRITEPROTECTION;
147:
148: #define MAX_FLOPPYDRIVES 2
149:
150: typedef struct
151: {
152: bool bAutoInsertDiskB;
153: bool bSlowFloppy; /* true to slow down FDC emulation */
154: WRITEPROTECTION nWriteProtection;
155: char szDiskZipPath[MAX_FLOPPYDRIVES][FILENAME_MAX];
156: char szDiskFileName[MAX_FLOPPYDRIVES][FILENAME_MAX];
157: char szDiskImageDirectory[FILENAME_MAX];
158: } CNF_DISKIMAGE;
159:
160:
161: /* Hard drives configuration */
162: #define MAX_HARDDRIVES 23
163:
164: typedef enum
165: {
166: DRIVE_C,
167: DRIVE_D,
168: DRIVE_E,
169: DRIVE_F
170: } DRIVELETTER;
171:
172: typedef struct
173: {
174: int nHardDiskDir;
175: bool bUseHardDiskDirectories;
176: bool bUseHardDiskImage;
177: bool bUseIdeMasterHardDiskImage;
178: bool bUseIdeSlaveHardDiskImage;
179: WRITEPROTECTION nWriteProtection;
180: bool bBootFromHardDisk;
181: char szHardDiskDirectories[MAX_HARDDRIVES][FILENAME_MAX];
182: char szHardDiskImage[FILENAME_MAX];
183: char szIdeMasterHardDiskImage[FILENAME_MAX];
184: char szIdeSlaveHardDiskImage[FILENAME_MAX];
185: } CNF_HARDDISK;
186:
187: /* Falcon register $FFFF8006 bits 6 & 7 (mirrored in $FFFF82C0 bits 0 & 1):
188: * 00 Monochrome
189: * 01 RGB - Colormonitor
190: * 10 VGA - Colormonitor
191: * 11 TV
192: */
193: #define FALCON_MONITOR_MASK 0x3F
194: #define FALCON_MONITOR_MONO 0x00 /* SM124 */
195: #define FALCON_MONITOR_RGB 0x40
196: #define FALCON_MONITOR_VGA 0x80
197: #define FALCON_MONITOR_TV 0xC0
198:
199: typedef enum
200: {
201: MONITOR_TYPE_MONO,
202: MONITOR_TYPE_RGB,
203: MONITOR_TYPE_VGA,
204: MONITOR_TYPE_TV
205: } MONITORTYPE;
206:
207: /* Screen configuration */
208: typedef struct
209: {
210: MONITORTYPE nMonitorType;
211: int nFrameSkips;
212: bool bFullScreen;
213: bool bAllowOverscan;
214: bool bAspectCorrect;
215: bool bUseExtVdiResolutions;
216: int nSpec512Threshold;
217: int nForceBpp;
218: int nVdiColors;
219: int nVdiWidth;
220: int nVdiHeight;
221: bool bShowStatusbar;
222: bool bShowDriveLed;
223: bool bCaptureChange;
224: int nMaxWidth;
225: int nMaxHeight;
226: } CNF_SCREEN;
227:
228:
229: /* Printer configuration */
230: typedef struct
231: {
232: bool bEnablePrinting;
233: bool bPrintToFile;
234: char szPrintToFileName[FILENAME_MAX];
235: } CNF_PRINTER;
236:
237:
238: /* Midi configuration */
239: typedef struct
240: {
241: bool bEnableMidi;
242: char sMidiInFileName[FILENAME_MAX];
243: char sMidiOutFileName[FILENAME_MAX];
244: } CNF_MIDI;
245:
246:
247: /* Dialog System */
248: typedef enum
249: {
250: MACHINE_ST,
251: MACHINE_STE,
252: MACHINE_TT,
253: MACHINE_FALCON
254: } MACHINETYPE;
255:
256: typedef enum
257: {
258: DSP_TYPE_NONE,
259: DSP_TYPE_DUMMY,
260: DSP_TYPE_EMU
261: } DSPTYPE;
262:
263: typedef struct
264: {
265: int nCpuLevel;
266: int nCpuFreq;
267: bool bCompatibleCpu;
268: /*bool bAddressSpace24;*/
269: MACHINETYPE nMachineType;
270: bool bBlitter; /* TRUE if Blitter is enabled */
271: DSPTYPE nDSPType; /* how to "emulate" DSP */
272: bool bRealTimeClock;
273: bool bPatchTimerD;
274: bool bFastForward;
275: } CNF_SYSTEM;
276:
277:
278: /* State of system is stored in this structure */
279: /* On reset, variables are copied into system globals and used. */
280: typedef struct
281: {
282: /* Configure */
283: CNF_LOG Log;
284: CNF_DEBUGGER Debugger;
285: CNF_SCREEN Screen;
286: CNF_JOYSTICKS Joysticks;
287: CNF_KEYBOARD Keyboard;
288: CNF_SHORTCUT Shortcut;
289: CNF_SOUND Sound;
290: CNF_MEMORY Memory;
291: CNF_DISKIMAGE DiskImage;
292: CNF_HARDDISK HardDisk;
293: CNF_ROM Rom;
294: CNF_RS232 RS232;
295: CNF_PRINTER Printer;
296: CNF_MIDI Midi;
297: CNF_SYSTEM System;
298: } CNF_PARAMS;
299:
300:
301: extern CNF_PARAMS ConfigureParams;
302: extern char sConfigFileName[FILENAME_MAX];
303:
304: extern void Configuration_SetDefault(void);
305: extern void Configuration_Apply(bool bReset);
306: extern void Configuration_Load(const char *psFileName);
307: extern void Configuration_Save(void);
308: extern void Configuration_MemorySnapShot_Capture(bool bSave);
309:
310: #endif
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