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This commit is contained in:
n-a-c-h
2006-03-24 00:50:28 +00:00
parent e59917412c
commit 14f40da8b0
4 changed files with 6573 additions and 6573 deletions
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5176
zsnes/src/init.asm
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File diff suppressed because it is too large Load Diff

2
zsnes/src/mmlib/windows.c
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@@ -364,7 +364,7 @@ static void wminput_handler(WPARAM wParam, LPARAM lParam)
return; /* unexpected packet? */ return; /* unexpected packet? */
lpb = (LPBYTE) alloca(dwSize); lpb = (LPBYTE) alloca(dwSize);
if (lpb == NULL) if (lpb == NULL)
return; return;
if (pGetRawInputData((HRAWINPUT) lParam, RID_INPUT, lpb, &dwSize, if (pGetRawInputData((HRAWINPUT) lParam, RID_INPUT, lpb, &dwSize,
sizeof (RAWINPUTHEADER)) != dwSize) sizeof (RAWINPUTHEADER)) != dwSize)

980
zsnes/src/uic.c
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@@ -1,490 +1,490 @@
/* /*
Copyright (C) 1997-2005 ZSNES Team ( zsKnight, _Demo_, pagefault, Nach ) Copyright (C) 1997-2005 ZSNES Team ( zsKnight, _Demo_, pagefault, Nach )
http://www.zsnes.com http://www.zsnes.com
http://sourceforge.net/projects/zsnes http://sourceforge.net/projects/zsnes
This program is free software; you can redistribute it and/or This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either as published by the Free Software Foundation; either
version 2 of the License, or (at your option) any later version 2 of the License, or (at your option) any later
version. version.
This program is distributed in the hope that it will be useful, This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details. GNU General Public License for more details.
You should have received a copy of the GNU General Public License You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software along with this program; if not, write to the Free Software
Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
*/ */
#ifdef __UNIXSDL__ #ifdef __UNIXSDL__
#include "gblhdr.h" #include "gblhdr.h"
#else #else
#include <stdio.h> #include <stdio.h>
#include <stdlib.h> #include <stdlib.h>
#include <string.h> #include <string.h>
#endif #endif
#include "asm_call.h" #include "asm_call.h"
#include "mmlib/mm.h" #include "mmlib/mm.h"
//C++ style code in C //C++ style code in C
#define bool unsigned char #define bool unsigned char
#define true 1 #define true 1
#define false 0 #define false 0
extern unsigned char *vbufaptr; extern unsigned char *vbufaptr;
extern unsigned char *vbufeptr; extern unsigned char *vbufeptr;
extern unsigned char *ngwinptrb; extern unsigned char *ngwinptrb;
extern unsigned char *vbufdptr; extern unsigned char *vbufdptr;
extern unsigned char *romaptr; extern unsigned char *romaptr;
extern unsigned char mydebug[2]; extern unsigned char mydebug[2];
extern unsigned char outofmem[51]; extern unsigned char outofmem[51];
extern unsigned char YesMMX[34]; extern unsigned char YesMMX[34];
// Global Variables ported from ASM // Global Variables ported from ASM
unsigned int per2exec = 100; // percentage of opcodes to execute unsigned int per2exec = 100; // percentage of opcodes to execute
#ifdef __MSDOS__ #ifdef __MSDOS__
unsigned char cvidmode = 4; // video mode unsigned char cvidmode = 4; // video mode
#else #else
unsigned char cvidmode = 1; unsigned char cvidmode = 1;
#endif #endif
unsigned char string[512]; unsigned char string[512];
unsigned char fname[512]; unsigned char fname[512];
unsigned char fnames[512]; // sram filename unsigned char fnames[512]; // sram filename
unsigned char fnamest[512]; // state filename unsigned char fnamest[512]; // state filename
unsigned short selc0040; unsigned short selc0040;
unsigned short selcA000; unsigned short selcA000;
unsigned short selcB800; unsigned short selcB800;
unsigned char filefound; // Parameter String Found unsigned char filefound; // Parameter String Found
unsigned char frameskip; // 0 = Auto, 1-10 = Skip 0 .. 9 unsigned char frameskip; // 0 = Auto, 1-10 = Skip 0 .. 9
unsigned char *vidbuffer; // video buffer (1024x239 = 244736) unsigned char *vidbuffer; // video buffer (1024x239 = 244736)
unsigned char *ngwinptr; unsigned char *ngwinptr;
unsigned char *vidbufferm; // video buffer mirror unsigned char *vidbufferm; // video buffer mirror
unsigned char *vidbufferofsa; // offset 1 unsigned char *vidbufferofsa; // offset 1
unsigned char *vidbufferofsb; // offset 2 unsigned char *vidbufferofsb; // offset 2
unsigned char *vidbufferofsc; // offset 3 unsigned char *vidbufferofsc; // offset 3
unsigned char *vidbufferofsmos; // mosaic offset for new graphics engine unsigned char *vidbufferofsmos; // mosaic offset for new graphics engine
unsigned char *headdata; unsigned char *headdata;
unsigned char *romdata; // rom data (4MB = 4194304) unsigned char *romdata; // rom data (4MB = 4194304)
unsigned char *sfxramdata; // SuperFX Ram Data unsigned char *sfxramdata; // SuperFX Ram Data
unsigned char *setaramdata; // Seta ST010/ST011 SRam Data unsigned char *setaramdata; // Seta ST010/ST011 SRam Data
unsigned char *wramdata; // stack (64K = 32768) unsigned char *wramdata; // stack (64K = 32768)
unsigned char *ram7f; // ram @ 7f = 65536 unsigned char *ram7f; // ram @ 7f = 65536
unsigned char *vram; // vram = 65536 unsigned char *vram; // vram = 65536
unsigned char *sram; // sram = 32768 unsigned char *sram; // sram = 32768
unsigned char *spritetablea; unsigned char *spritetablea;
unsigned char *spcBuffera; unsigned char *spcBuffera;
unsigned char *debugbuf; // debug buffer = 38x1000 = 38000 unsigned char *debugbuf; // debug buffer = 38x1000 = 38000
void (**regptr)(); // pointer to registers void (**regptr)(); // pointer to registers
void (**regptw)(); // pointer to registers void (**regptw)(); // pointer to registers
unsigned char *vcache2b; // 2-bit video cache unsigned char *vcache2b; // 2-bit video cache
unsigned char *vcache4b; // 4-bit video cache unsigned char *vcache4b; // 4-bit video cache
unsigned char *vcache8b; // 8-bit video cache unsigned char *vcache8b; // 8-bit video cache
unsigned char *vcache2bs; // 2-bit video secondary cache unsigned char *vcache2bs; // 2-bit video secondary cache
unsigned char *vcache4bs; // 4-bit video secondary cache unsigned char *vcache4bs; // 4-bit video secondary cache
unsigned char *vcache8bs; // 8-bit video secondary cache unsigned char *vcache8bs; // 8-bit video secondary cache
unsigned char romispal; // 0 = NTSC, 1 = PAL unsigned char romispal; // 0 = NTSC, 1 = PAL
unsigned char enterpress; // if enter is to be issued (0 = yes) unsigned char enterpress; // if enter is to be issued (0 = yes)
unsigned char newgfx16b; unsigned char newgfx16b;
unsigned char *BitConv32Ptr; unsigned char *BitConv32Ptr;
unsigned char *RGBtoYUVPtr; unsigned char *RGBtoYUVPtr;
unsigned char previdmode; // previous video mode unsigned char previdmode; // previous video mode
unsigned char cbitmode; // bit mode, 0=8bit, 1=16bit unsigned char cbitmode; // bit mode, 0=8bit, 1=16bit
unsigned char opexec268 = 155; // # of opcodes/scanline in 2.68Mhz mode unsigned char opexec268 = 155; // # of opcodes/scanline in 2.68Mhz mode
unsigned char opexec358 = 142; // # of opcodes/scanline in 3.58Mhz mode (228/180) unsigned char opexec358 = 142; // # of opcodes/scanline in 3.58Mhz mode (228/180)
unsigned char opexec268cph = 42; // # of opcodes/hblank in 2.68Mhz mode unsigned char opexec268cph = 42; // # of opcodes/hblank in 2.68Mhz mode
unsigned char opexec358cph = 45; // # of opcodes/hblank in 3.58Mhz mode (56/50) unsigned char opexec358cph = 45; // # of opcodes/hblank in 3.58Mhz mode (56/50)
unsigned char opexec268b = 142; // # of opcodes/scanline in 2.68Mhz mode unsigned char opexec268b = 142; // # of opcodes/scanline in 2.68Mhz mode
unsigned char opexec358b = 155; // # of opcodes/scanline in 3.58Mhz mode (228/180) unsigned char opexec358b = 155; // # of opcodes/scanline in 3.58Mhz mode (228/180)
unsigned char opexec268cphb = 42; // # of opcodes/hblank in 2.68Mhz mode unsigned char opexec268cphb = 42; // # of opcodes/hblank in 2.68Mhz mode
unsigned char opexec358cphb = 45; // # of opcodes/hblank in 3.58Mhz mode (56/50) unsigned char opexec358cphb = 45; // # of opcodes/hblank in 3.58Mhz mode (56/50)
unsigned char debugdisble = 1; // debugger disable. 0 = no, 1 = yes unsigned char debugdisble = 1; // debugger disable. 0 = no, 1 = yes
unsigned char gammalevel = 0; // gamma level (8-bit engine) unsigned char gammalevel = 0; // gamma level (8-bit engine)
unsigned char gammalevel16b = 0; // gamma level (16-bit engine) unsigned char gammalevel16b = 0; // gamma level (16-bit engine)
unsigned char scanlines = 0; // scanlines on/off unsigned char scanlines = 0; // scanlines on/off
unsigned char vsyncon = 0; // vsync on/off unsigned char vsyncon = 0; // vsync on/off
unsigned char guioff = 0; // gui on/off (1 = off) unsigned char guioff = 0; // gui on/off (1 = off)
unsigned char AddSub256 = 0; // screen add/sub in 256 colors unsigned char AddSub256 = 0; // screen add/sub in 256 colors
unsigned char Sup48mbit = 1; // Support 48mbit roms unsigned char Sup48mbit = 1; // Support 48mbit roms
unsigned char Sup16mbit = 0; // Support 16mbit roms unsigned char Sup16mbit = 0; // Support 16mbit roms
unsigned char dmadeddis = 0; // DMA deduction unsigned char dmadeddis = 0; // DMA deduction
unsigned char antienab = 0; // Interpolation Enabled unsigned char antienab = 0; // Interpolation Enabled
unsigned char device1 = 0; // Device in port 1? 0 = Gamepad unsigned char device1 = 0; // Device in port 1? 0 = Gamepad
unsigned char device2 = 0; // Device in port 2? unsigned char device2 = 0; // Device in port 2?
unsigned char OldStyle = 1; // Old style joystick on unsigned char OldStyle = 1; // Old style joystick on
unsigned char SecondPort = 0; // Secondary Joystick Port Enabled (209h) (DOS port only) unsigned char SecondPort = 0; // Secondary Joystick Port Enabled (209h) (DOS port only)
// New Variables // New Variables
unsigned char ForcePal = 0; // 1 = NTSC, 2 = PAL unsigned char ForcePal = 0; // 1 = NTSC, 2 = PAL
unsigned char Force8b = 0; // Force 8-bit sound on unsigned char Force8b = 0; // Force 8-bit sound on
unsigned char Doublevbuf = 1; // Double video buffer unsigned char Doublevbuf = 1; // Double video buffer
unsigned char V8Mode = 0; // Vegetable mode! =) (Greyscale mode) unsigned char V8Mode = 0; // Vegetable mode! =) (Greyscale mode)
unsigned char fastmemptr = 0; unsigned char fastmemptr = 0;
unsigned char showallext = 0; // Show all extensions in GUI load dialog unsigned char showallext = 0; // Show all extensions in GUI load dialog
unsigned char finterleave = 0; unsigned char finterleave = 0;
unsigned char DSPDisable = 0; // Disable DSP emulation unsigned char DSPDisable = 0; // Disable DSP emulation
unsigned char Palette0 = 0; unsigned char Palette0 = 0;
unsigned char DisplayS = 0; unsigned char DisplayS = 0;
unsigned char *spc7110romptr; unsigned char *spc7110romptr;
unsigned char MusicRelVol = 75; unsigned char MusicRelVol = 75;
unsigned char MusicVol = 0; unsigned char MusicVol = 0;
unsigned char MMXextSupport = 0; unsigned char MMXextSupport = 0;
extern char *Msgptr; extern char *Msgptr;
void outofmemory(); void outofmemory();
void init(); void init();
void WaitForKey(); void WaitForKey();
void MMXCheck(); void MMXCheck();
void allocmem(); void allocmem();
void InitSPC(); void InitSPC();
void SystemInit(); void SystemInit();
void StartUp(); void StartUp();
void MultiMouseInit(); void MultiMouseInit();
void *doMemAlloc(size_t size) void *doMemAlloc(size_t size)
{ {
void *ptr = NULL; void *ptr = NULL;
ptr = malloc(size); ptr = malloc(size);
if (!ptr) if (!ptr)
{ {
asm_call(outofmemory); asm_call(outofmemory);
} }
return(ptr); return(ptr);
} }
void allocspc7110() void allocspc7110()
{ {
spc7110romptr = (unsigned char *)doMemAlloc(8192*1024+4096); spc7110romptr = (unsigned char *)doMemAlloc(8192*1024+4096);
} }
extern bool input1gp; extern bool input1gp;
extern bool input1mouse; extern bool input1mouse;
extern bool input2gp; extern bool input2gp;
extern bool input2mouse; extern bool input2mouse;
extern bool input2scope; extern bool input2scope;
extern bool input2just; extern bool input2just;
void cycleinputdevice1() void cycleinputdevice1()
{ {
for (;;) for (;;)
{ {
device1++; device1++;
if (device1 >= 2) if (device1 >= 2)
{ {
device1 = 0; device1 = 0;
} }
if (device1 == 0) if (device1 == 0)
{ {
if (input1gp) { return; } if (input1gp) { return; }
device1++; device1++;
} }
if (device1 == 1) if (device1 == 1)
{ {
if (input1mouse) { return; } if (input1mouse) { return; }
} }
} }
} }
void cycleinputdevice2() void cycleinputdevice2()
{ {
for (;;) for (;;)
{ {
device2++; device2++;
if (device2 >= 5) if (device2 >= 5)
{ {
device2 = 0; device2 = 0;
} }
if (device2 == 0) if (device2 == 0)
{ {
if (input2gp) { return; } if (input2gp) { return; }
device2++; device2++;
} }
if (device2 == 1) if (device2 == 1)
{ {
if (input2mouse) { return; } if (input2mouse) { return; }
device2++; device2++;
} }
if (device2 == 2) if (device2 == 2)
{ {
if (input2scope) { return; } if (input2scope) { return; }
device2++; device2++;
} }
if (device2 == 3) if (device2 == 3)
{ {
if (input2just) { return; } if (input2just) { return; }
device2++; device2++;
} }
if (device2 == 4) if (device2 == 4)
{ {
if (input2just) { return; } if (input2just) { return; }
} }
} }
} }
unsigned char NoiseData[32768]; unsigned char NoiseData[32768];
const unsigned char samplenoise[128] = { const unsigned char samplenoise[128] = {
27,232,234,138,187,246,176, 81, 25,241, 1,127,154,190,195,103, 27,232,234,138,187,246,176, 81, 25,241, 1,127,154,190,195,103,
231,165,220,238,232,189, 57,201,123, 75, 63,143,145,159, 13,236, 231,165,220,238,232,189, 57,201,123, 75, 63,143,145,159, 13,236,
191,142, 56,164,222, 80, 88, 13,148,118,162,212,157,146,176, 0, 191,142, 56,164,222, 80, 88, 13,148,118,162,212,157,146,176, 0,
241, 88,244,238, 51,235,149, 50, 77,212,186,241, 88, 32, 23,206, 241, 88,244,238, 51,235,149, 50, 77,212,186,241, 88, 32, 23,206,
1, 24, 48,244,248,210,253, 77, 19,100, 83,222,108, 68, 11, 58, 1, 24, 48,244,248,210,253, 77, 19,100, 83,222,108, 68, 11, 58,
152,161,223,245, 4,105, 3, 82, 15,130,171,242,141, 2,172,218, 152,161,223,245, 4,105, 3, 82, 15,130,171,242,141, 2,172,218,
152, 97,223,157, 93, 75, 83,238,104,238,131, 70, 22,252,180, 82, 152, 97,223,157, 93, 75, 83,238,104,238,131, 70, 22,252,180, 82,
110,123,106,133,183,209, 48,230,157,205, 27, 21,107, 63, 85,164}; 110,123,106,133,183,209, 48,230,157,205, 27, 21,107, 63, 85,164};
void setnoise() void setnoise()
{ {
unsigned short ctr1, ctr2, ptr1=0; unsigned short ctr1, ctr2, ptr1=0;
unsigned char ptr2=0, ptr3=0; unsigned char ptr2=0, ptr3=0;
for(ctr1=256;ctr1>0;ctr1--) for(ctr1=256;ctr1>0;ctr1--)
{ {
for(ctr2=128;ctr2>0;ctr2--,ptr1++) for(ctr2=128;ctr2>0;ctr2--,ptr1++)
{ {
NoiseData[ptr1] = (samplenoise[ptr2] + samplenoise[ptr3]); NoiseData[ptr1] = (samplenoise[ptr2] + samplenoise[ptr3]);
ptr2=(ptr2+1)&0x7f; ptr2=(ptr2+1)&0x7f;
ptr3=(ptr3-1)&0x7f; ptr3=(ptr3-1)&0x7f;
} }
ptr3=(ptr3-1)&0x7f; ptr3=(ptr3-1)&0x7f;
} }
} }
extern unsigned int xa; extern unsigned int xa;
extern unsigned char soundon, SPCDisable, spcon, FPSOn, FPSAtStart; extern unsigned char soundon, SPCDisable, spcon, FPSOn, FPSAtStart;
const unsigned int versionNumber = 0x0000008F; // 1.43 const unsigned int versionNumber = 0x0000008F; // 1.43
char *ZVERSION = "Pre 1.43"; char *ZVERSION = "Pre 1.43";
unsigned char txtfailedalignd[25] = "Data Alignment Failure : "; unsigned char txtfailedalignd[25] = "Data Alignment Failure : ";
unsigned char txtfailedalignc[25] = "Code Alignment Failure : "; unsigned char txtfailedalignc[25] = "Code Alignment Failure : ";
void zstart () void zstart ()
{ {
unsigned int ptr; unsigned int ptr;
asm_call(StartUp); asm_call(StartUp);
printf("%s", mydebug); printf("%s", mydebug);
// Print welcome message. // Print welcome message.
printf("ZSNES v%s, (c) 1997-2005, ZSNES Team\n", ZVERSION); printf("ZSNES v%s, (c) 1997-2005, ZSNES Team\n", ZVERSION);
puts("Be sure to check http://www.zsnes.com/ for the latest version."); puts("Be sure to check http://www.zsnes.com/ for the latest version.");
puts("Please report crashes to zsnes-devel@lists.sourceforge.net.\n"); puts("Please report crashes to zsnes-devel@lists.sourceforge.net.\n");
puts("ZSNES is written by the ZSNES Team (See AUTHORS.TXT)"); puts("ZSNES is written by the ZSNES Team (See AUTHORS.TXT)");
puts("ZSNES comes with ABSOLUTELY NO WARRANTY. This is free software,"); puts("ZSNES comes with ABSOLUTELY NO WARRANTY. This is free software,");
puts("and you are welcome to redistribute it under certain conditions;"); puts("and you are welcome to redistribute it under certain conditions;");
puts("please read 'LICENSE.TXT' thoroughly before doing so.\n"); puts("please read 'LICENSE.TXT' thoroughly before doing so.\n");
puts("Use ZSNES -? for command line definitions.\n"); puts("Use ZSNES -? for command line definitions.\n");
#ifndef __RELEASE__ #ifndef __RELEASE__
puts("This is a work in progress build. It contains code which"); puts("This is a work in progress build. It contains code which");
puts("May or may not be complete"); puts("May or may not be complete");
#endif #endif
#ifndef __MSDOS__ #ifndef __MSDOS__
MultiMouseInit(); MultiMouseInit();
#endif #endif
asm_call(SystemInit); asm_call(SystemInit);
#ifdef OPENSPC #ifdef OPENSPC
OSPC_Init(); OSPC_Init();
#else #else
setnoise(); setnoise();
asm_call(InitSPC); asm_call(InitSPC);
#endif #endif
asm_call(allocmem); asm_call(allocmem);
if (!soundon && (SPCDisable != 1)) if (!soundon && (SPCDisable != 1))
{ {
soundon = 1; soundon = 1;
spcon = 1; spcon = 1;
DSPDisable = 1; DSPDisable = 1;
} }
if (SPCDisable) if (SPCDisable)
{ {
soundon = 0; soundon = 0;
spcon = 0; spcon = 0;
} }
if (!frameskip) if (!frameskip)
{ {
FPSOn = FPSAtStart; FPSOn = FPSAtStart;
} }
gammalevel16b = gammalevel >> 1; gammalevel16b = gammalevel >> 1;
asm_call(MMXCheck); asm_call(MMXCheck);
ptr = (unsigned int)&outofmemory; ptr = (unsigned int)&outofmemory;
if ((ptr & 3)) if ((ptr & 3))
{ {
printf("%s%d", txtfailedalignc, (ptr & 0x1F)); printf("%s%d", txtfailedalignc, (ptr & 0x1F));
asm_call(WaitForKey); asm_call(WaitForKey);
} }
ptr = (unsigned int)&xa; ptr = (unsigned int)&xa;
if ((ptr & 3)) if ((ptr & 3))
{ {
printf("%s%d", txtfailedalignd, (ptr & 0x1F)); printf("%s%d", txtfailedalignd, (ptr & 0x1F));
asm_call(WaitForKey); asm_call(WaitForKey);
} }
asm_call(init); asm_call(init);
} }
static char *seconds_to_asc(unsigned int seconds) static char *seconds_to_asc(unsigned int seconds)
{ {
static char buffer[50]; static char buffer[50];
char *p = buffer; char *p = buffer;
unsigned int hours, minutes; unsigned int hours, minutes;
hours = seconds/3600; hours = seconds/3600;
seconds -= hours*3600; seconds -= hours*3600;
minutes = seconds/60; minutes = seconds/60;
seconds -= minutes*60; seconds -= minutes*60;
*buffer = 0; *buffer = 0;
if (hours) if (hours)
{ {
sprintf(p, "%u hours ", hours); sprintf(p, "%u hours ", hours);
p += strlen(p); p += strlen(p);
} }
if (minutes) if (minutes)
{ {
sprintf(p, "%u min ", minutes); sprintf(p, "%u min ", minutes);
p += strlen(p); p += strlen(p);
} }
if (seconds) if (seconds)
{ {
sprintf(p, "%u sec", seconds); sprintf(p, "%u sec", seconds);
p += strlen(p); p += strlen(p);
} }
if (!*buffer) if (!*buffer)
{ {
strcpy(buffer, "0 sec"); strcpy(buffer, "0 sec");
} }
return(buffer); return(buffer);
} }
unsigned char multiMouseMode = 0; unsigned char multiMouseMode = 0;
extern unsigned int MessageOn; extern unsigned int MessageOn;
extern unsigned int MsgCount; extern unsigned int MsgCount;
extern char CSStatus[70]; extern char CSStatus[70];
extern char CSStatus2[70]; extern char CSStatus2[70];
extern char CSStatus3[70]; extern char CSStatus3[70];
void DisplayBatteryStatus() void DisplayBatteryStatus()
{ {
#ifndef __MSDOS__ #ifndef __MSDOS__
int CheckBattery(); int CheckBattery();
int CheckBatteryTime(); int CheckBatteryTime();
int CheckBatteryPercent(); int CheckBatteryPercent();
*CSStatus2 = 0; *CSStatus2 = 0;
*CSStatus3 = 0; *CSStatus3 = 0;
switch (CheckBattery()) switch (CheckBattery())
{ {
case -1: //No battery case -1: //No battery
strcpy(CSStatus, "No battery present"); strcpy(CSStatus, "No battery present");
break; break;
case 0: //Plugged in case 0: //Plugged in
{ {
int percent = CheckBatteryPercent(); int percent = CheckBatteryPercent();
strcpy(CSStatus, "PC is plugged in"); strcpy(CSStatus, "PC is plugged in");
if (percent > 0) if (percent > 0)
{ {
sprintf(CSStatus2, "%d%% charged", percent); sprintf(CSStatus2, "%d%% charged", percent);
} }
} }
break; break;
case 1: //Not plugged in case 1: //Not plugged in
{ {
int percent = CheckBatteryPercent(); int percent = CheckBatteryPercent();
int battery_time = CheckBatteryTime(); int battery_time = CheckBatteryTime();
strcpy(CSStatus, "PC is running off of battery"); strcpy(CSStatus, "PC is running off of battery");
if (battery_time > 0) if (battery_time > 0)
{ {
sprintf(CSStatus2, "Time remaining: %s", seconds_to_asc(battery_time)); sprintf(CSStatus2, "Time remaining: %s", seconds_to_asc(battery_time));
} }
if (percent > 0) if (percent > 0)
{ {
sprintf(CSStatus3, "%d%% remaining", percent); sprintf(CSStatus3, "%d%% remaining", percent);
} }
} }
break; break;
} }
Msgptr = CSStatus; Msgptr = CSStatus;
MessageOn = 100; MessageOn = 100;
#endif #endif
} }
// Make use of multiple mice. // Make use of multiple mice.
int MouseCount = 0; int MouseCount = 0;
int Mouse1MoveX = 0; int Mouse1MoveX = 0;
int Mouse2MoveX = 0; int Mouse2MoveX = 0;
int Mouse1MoveY = 0; int Mouse1MoveY = 0;
int Mouse2MoveY = 0; int Mouse2MoveY = 0;
int MousePoll = 0; int MousePoll = 0;
unsigned char MouseToRead = 0; unsigned char MouseToRead = 0;
void MultiMouseShutdown() void MultiMouseShutdown()
{ {
multiMouseMode = 0; multiMouseMode = 0;
MouseCount = 0; MouseCount = 0;
ManyMouse_Quit(); ManyMouse_Quit();
} }
void MultiMouseInit() void MultiMouseInit()
{ {
MouseCount = ManyMouse_Init(); MouseCount = ManyMouse_Init();
printf("ManyMouse: %d mice detected.\n", MouseCount); printf("ManyMouse: %d mice detected.\n", MouseCount);
if (MouseCount) multiMouseMode = 1; if (MouseCount) multiMouseMode = 1;
} }
void MultiMouseProcess() void MultiMouseProcess()
{ {
ManyMouseEvent event; ManyMouseEvent event;
Mouse1MoveX = Mouse1MoveY = Mouse2MoveX = Mouse2MoveY = 0; Mouse1MoveX = Mouse1MoveY = Mouse2MoveX = Mouse2MoveY = 0;
MousePoll ^= 1; MousePoll ^= 1;
if (MousePoll) if (MousePoll)
{ {
ManyMouse_PollEvent(&event); ManyMouse_PollEvent(&event);
if (event.type == MANYMOUSE_EVENT_RELMOTION) if (event.type == MANYMOUSE_EVENT_RELMOTION)
{ {
if (event.device == 0) if (event.device == 0)
if (event.item == 0) { Mouse1MoveX = event.value; } else { Mouse1MoveY = event.value; } if (event.item == 0) { Mouse1MoveX = event.value; } else { Mouse1MoveY = event.value; }
else else
if (event.item == 0) { Mouse2MoveX = event.value; } else { Mouse2MoveY = event.value; } if (event.item == 0) { Mouse2MoveX = event.value; } else { Mouse2MoveY = event.value; }
} }
} }
} }

6988
zsnes/src/video/procvid.asm
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