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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: #pragma once
9:
10: #ifndef HATARI_CONFIGURATION_H
11: #define HATARI_CONFIGURATION_H
12:
13:
14: #include <stdio.h>
15:
16: #ifdef __cplusplus
17: extern "C" {
18: #endif /* __cplusplus */
19:
20: #define ENABLE_TESTING 0
21:
22: /* Configuration Dialog */
23: typedef struct
24: {
25: bool bShowConfigDialogAtStartup;
26: } CNF_CONFIGDLG;
27:
28: /* Logging and tracing */
29: typedef struct
30: {
31: char sLogFileName[FILENAME_MAX];
32: char sTraceFileName[FILENAME_MAX];
33: int nTextLogLevel;
34: int nAlertDlgLogLevel;
35: bool bConfirmQuit;
36: } CNF_LOG;
37:
38:
39: /* Debugger */
40: typedef struct
41: {
42: int nNumberBase;
43: int nDisasmLines;
44: int nMemdumpLines;
45: } CNF_DEBUGGER;
46:
47:
48: /* ROM configuration */
49: typedef struct
50: {
51: char szRom030FileName[FILENAME_MAX];
52: char szRom040FileName[FILENAME_MAX];
53: char szRomTurboFileName[FILENAME_MAX];
54: } CNF_ROM;
55:
56:
57: /* Sound configuration */
58: typedef struct
59: {
60: bool bEnableMicrophone;
61: bool bEnableSound;
62: } CNF_SOUND;
63:
64: /* Dialog Keyboard */
65: typedef enum
66: {
67: KEYMAP_SYMBOLIC, /* Use keymapping with symbolic (ASCII) key codes */
68: KEYMAP_SCANCODE, /* Use keymapping with PC keyboard scancodes */
69: KEYMAP_LOADED /* Use keymapping with a map configuration file */
70: } KEYMAPTYPE;
71:
72: typedef struct
73: {
74: bool bSwapCmdAlt;
75: KEYMAPTYPE nKeymapType;
76: char szMappingFileName[FILENAME_MAX];
77: } CNF_KEYBOARD;
78:
79:
80: typedef enum {
81: SHORTCUT_OPTIONS,
82: SHORTCUT_FULLSCREEN,
83: SHORTCUT_MOUSEGRAB,
84: SHORTCUT_COLDRESET,
85: SHORTCUT_WARMRESET,
86: SHORTCUT_CURSOREMU,
87: SHORTCUT_SOUND,
88: SHORTCUT_DEBUG_M68K,
89: SHORTCUT_DEBUG_I860,
90: SHORTCUT_PAUSE,
91: SHORTCUT_QUIT,
92: SHORTCUT_DIMENSION,
93: SHORTCUT_KEYS, /* number of shortcuts */
94: SHORTCUT_NONE
95: } SHORTCUTKEYIDX;
96:
97: typedef struct
98: {
99: int withModifier[SHORTCUT_KEYS];
100: int withoutModifier[SHORTCUT_KEYS];
101: } CNF_SHORTCUT;
102:
103:
104: /* Dialog Mouse */
105: #define MOUSE_LIN_MIN 0.1
106: #define MOUSE_LIN_MAX 10.0
107: #define MOUSE_EXP_MIN 0.5
108: #define MOUSE_EXP_MAX 1.0
109: typedef struct
110: {
111: bool bEnableAutoGrab;
112: float fLinSpeedNormal;
113: float fLinSpeedLocked;
114: float fExpSpeedNormal;
115: float fExpSpeedLocked;
116: } CNF_MOUSE;
117:
118:
119: /* Memory configuration */
120:
121: typedef enum
122: {
123: MEMORY_120NS,
124: MEMORY_100NS,
125: MEMORY_80NS,
126: MEMORY_60NS
127: } MEMORY_SPEED;
128:
129: typedef struct
130: {
131: int nMemoryBankSize[4];
132: MEMORY_SPEED nMemorySpeed;
133: } CNF_MEMORY;
134:
135:
136: /* Dialog Boot options */
137:
138: typedef enum
139: {
140: BOOT_ROM,
141: BOOT_SCSI,
142: BOOT_ETHERNET,
143: BOOT_MO,
144: BOOT_FLOPPY
145: } BOOT_DEVICE;
146:
147: typedef struct
148: {
149: BOOT_DEVICE nBootDevice;
150: bool bEnableDRAMTest;
151: bool bEnablePot;
152: bool bExtendedPot;
153: bool bEnableSoundTest;
154: bool bEnableSCSITest;
155: bool bLoopPot;
156: bool bVerbose;
157: } CNF_BOOT;
158:
159:
160: /* Hard drives configuration */
161: #define ESP_MAX_DEVS 7
162: typedef enum {
163: DEVTYPE_NONE,
164: DEVTYPE_HARDDISK,
165: DEVTYPE_CD,
166: DEVTYPE_FLOPPY,
167: NUM_DEVTYPES
168: } SCSI_DEVTYPE;
169:
170: typedef struct {
171: char szImageName[FILENAME_MAX];
172: SCSI_DEVTYPE nDeviceType;
173: bool bDiskInserted;
174: bool bWriteProtected;
175: } SCSIDISK;
176:
177: typedef enum
178: {
179: WRITEPROT_OFF,
180: WRITEPROT_ON,
181: WRITEPROT_AUTO
182: } WRITEPROTECTION;
183:
184: typedef struct {
185: SCSIDISK target[ESP_MAX_DEVS];
186: int nWriteProtection;
187: } CNF_SCSI;
188:
189:
190: /* Magneto-optical drives configuration */
191: #define MO_MAX_DRIVES 2
192: typedef struct {
193: char szImageName[FILENAME_MAX];
194: bool bDriveConnected;
195: bool bDiskInserted;
196: bool bWriteProtected;
197: } MODISK;
198:
199: typedef struct {
200: MODISK drive[MO_MAX_DRIVES];
201: } CNF_MO;
202:
203:
204: /* Floppy disk drives configuration */
205: #define FLP_MAX_DRIVES 2
206: typedef struct {
207: char szImageName[FILENAME_MAX];
208: bool bDriveConnected;
209: bool bDiskInserted;
210: bool bWriteProtected;
211: } FLPDISK;
212:
213: typedef struct {
214: FLPDISK drive[FLP_MAX_DRIVES];
215: } CNF_FLOPPY;
216:
217:
218: /* Ethernet configuration */
219: typedef enum
220: {
221: ENET_SLIRP,
222: ENET_PCAP
223: } ENET_INTERFACE;
224:
225: typedef struct {
226: bool bEthernetConnected;
227: bool bTwistedPair;
228: ENET_INTERFACE nHostInterface;
229: char szInterfaceName[FILENAME_MAX];
230: } CNF_ENET;
231:
232: typedef enum
233: {
234: MONITOR_TYPE_DUAL,
235: MONITOR_TYPE_CPU,
236: MONITOR_TYPE_DIMENSION,
237: } MONITORTYPE;
238:
239: /* Screen configuration */
240: typedef struct
241: {
242: MONITORTYPE nMonitorType;
243: int nMonitorNum;
244: bool bFullScreen;
245: bool bShowStatusbar;
246: bool bShowDriveLed;
247: } CNF_SCREEN;
248:
249:
250: /* Printer configuration */
251: typedef enum
252: {
253: PAPER_A4,
254: PAPER_LETTER,
255: PAPER_B5,
256: PAPER_LEGAL
257: } PAPER_SIZE;
258:
259: typedef struct
260: {
261: bool bPrinterConnected;
262: PAPER_SIZE nPaperSize;
263: char szPrintToFileName[FILENAME_MAX];
264: } CNF_PRINTER;
265:
266: /* Dialog System */
267: typedef enum
268: {
269: NEXT_CUBE030,
270: NEXT_CUBE040,
271: NEXT_STATION
272: } MACHINETYPE;
273:
274: typedef enum
275: {
276: NCR53C90,
277: NCR53C90A
278: } SCSICHIP;
279:
280: typedef enum
281: {
282: MC68HC68T1,
283: MCCS1850
284: } RTCCHIP;
285:
286: typedef enum
287: {
288: DSP_TYPE_NONE,
289: DSP_TYPE_DUMMY,
290: DSP_TYPE_EMU
291: } DSPTYPE;
292:
293: typedef enum
294: {
295: FPU_NONE = 0,
296: FPU_68881 = 68881,
297: FPU_68882 = 68882,
298: FPU_CPU = 68040
299: } FPUTYPE;
300:
301: typedef struct
302: {
303: bool bColor;
304: bool bTurbo;
305: bool bNBIC;
306: SCSICHIP nSCSI;
307: RTCCHIP nRTC;
308: int nCpuLevel;
309: int nCpuFreq;
310: bool bCompatibleCpu; /* Prefetch mode */
311: MACHINETYPE nMachineType;
312: bool bRealtime; /* TRUE if realtime sources shoud be used */
313: DSPTYPE nDSPType; /* how to "emulate" DSP */
314: bool bDSPMemoryExpansion;
315: bool bRealTimeClock;
316: FPUTYPE n_FPUType;
317: bool bCompatibleFPU; /* More compatible FPU */
318: bool bMMU; /* TRUE if MMU is enabled */
319: } CNF_SYSTEM;
320:
321: /* Floppy disk drives configuration */
322: #define ND_MAX_BOARDS 3
323: typedef struct
324: {
325: bool bEnabled;
326: int nMemoryBankSize[4];
327: char szRomFileName[FILENAME_MAX];
328: } NDBOARD;
329:
330: typedef struct {
331: bool bI860Thread;
332: bool bMainDisplay;
333: int nMainDisplay;
334: NDBOARD board[ND_MAX_BOARDS];
335: } CNF_ND;
336:
337: /* State of system is stored in this structure */
338: /* On reset, variables are copied into system globals and used. */
339: typedef struct
340: {
341: /* Configure */
342: CNF_CONFIGDLG ConfigDialog;
343: CNF_LOG Log;
344: CNF_DEBUGGER Debugger;
345: CNF_SCREEN Screen;
346: CNF_KEYBOARD Keyboard;
347: CNF_SHORTCUT Shortcut;
348: CNF_MOUSE Mouse;
349: CNF_SOUND Sound;
350: CNF_MEMORY Memory;
351: CNF_BOOT Boot;
352: CNF_SCSI SCSI;
353: CNF_MO MO;
354: CNF_FLOPPY Floppy;
355: CNF_ENET Ethernet;
356: CNF_ROM Rom;
357: CNF_PRINTER Printer;
358: CNF_SYSTEM System;
359: CNF_ND Dimension;
360: } CNF_PARAMS;
361:
362:
363: extern CNF_PARAMS ConfigureParams;
364: extern char sConfigFileName[FILENAME_MAX];
365:
366: void Configuration_SetDefault(void);
367: void Configuration_SetSystemDefaults(void);
368: void Configuration_Apply(bool bReset);
369: int Configuration_CheckMemory(int *banksize);
370: int Configuration_CheckDimensionMemory(int *banksize);
371: void Configuration_CheckDimensionSettings(void);
372: void Configuration_CheckEthernetSettings(void);
373: void Configuration_Load(const char *psFileName);
374: void Configuration_Save(void);
375: void Configuration_MemorySnapShot_Capture(bool bSave);
376:
377: #ifdef __cplusplus
378: }
379: #endif /* __cplusplus */
380:
381: #endif
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