Subversion Repositories eduke32

//

// Common non-engine code/data for EDuke32 and Mapster32

//

#include "compat.h"

#include "build.h"

#include "scriptfile.h"

#include "cache1d.h"

#include "kplib.h"

#include "baselayer.h"

#include "names.h"

#ifdef _WIN32

# include "winbits.h"

# include <shlwapi.h>

# include <winnt.h>

# ifndef KEY_WOW64_32KEY

#  define KEY_WOW64_32KEY 0x0200

# endif

#endif

#include "common.h"

#include "common_game.h"

int32_t g_gameType = GAMEFLAG_DUKE;

// grp/con/def handling

const char *defaultgamegrp[GAMECOUNT] = { "DUKE3D.GRP", "NAM.GRP", "NAPALM.GRP", "WW2GI.GRP" };

const char *defaultdeffilename[GAMECOUNT] = { "duke3d.def", "nam.def", "napalm.def", "ww2gi.def" };

const char *defaultconfilename = "GAME.CON";

const char *defaultgameconfilename[GAMECOUNT] = { "EDUKE.CON", "NAM.CON", "NAPALM.CON", "WW2GI.CON" };

// g_grpNamePtr can ONLY point to a malloc'd block (length BMAX_PATH)

char *g_grpNamePtr = NULL;

// g_defNamePtr can ONLY point to a malloc'd block (length BMAX_PATH)

char *g_defNamePtr = NULL;

// g_scriptNamePtr can ONLY point to a malloc'd block (length BMAX_PATH)

char *g_scriptNamePtr = NULL;

void clearGrpNamePtr(void)

{

    if (g_grpNamePtr != NULL)

        Bfree(g_grpNamePtr);

    // g_grpNamePtr assumed to be assigned to right after

}

void clearDefNamePtr(void)

{

    if (g_defNamePtr != NULL)

        Bfree(g_defNamePtr);

    // g_defNamePtr assumed to be assigned to right after

}

void clearScriptNamePtr(void)

{

    if (g_scriptNamePtr != NULL)

        Bfree(g_scriptNamePtr);

    // g_scriptNamePtr assumed to be assigned to right after

}

const char *G_DefaultGrpFile(void)

{

    if (DUKE)

        return defaultgamegrp[GAME_DUKE];

    // order is important for the following three because GAMEFLAG_NAM overlaps all

    else if (NAPALM)

        return defaultgamegrp[GAME_NAPALM];

    else if (WW2GI)

        return defaultgamegrp[GAME_WW2GI];

    else if (NAM)

        return defaultgamegrp[GAME_NAM];

    return defaultgamegrp[0];

}

const char *G_DefaultDefFile(void)

{

    if (DUKE)

        return defaultdeffilename[GAME_DUKE];

    else if (WW2GI)

        return defaultdeffilename[GAME_WW2GI];

    else if (NAPALM)

    {

        if (!testkopen(defaultdeffilename[GAME_NAPALM],0) && testkopen(defaultdeffilename[GAME_NAM],0))

            return defaultdeffilename[GAME_NAM]; // NAM/NAPALM Sharing

        else

            return defaultdeffilename[GAME_NAPALM];

    }

    else if (NAM)

    {

        if (!testkopen(defaultdeffilename[GAME_NAM],0) && testkopen(defaultdeffilename[GAME_NAPALM],0))

            return defaultdeffilename[GAME_NAPALM]; // NAM/NAPALM Sharing

        else

            return defaultdeffilename[GAME_NAM];

    }

    return defaultdeffilename[0];

}

const char *G_DefaultConFile(void)

{

    if (DUKE && testkopen(defaultgameconfilename[GAME_DUKE],0))

        return defaultgameconfilename[GAME_DUKE];

    else if (WW2GI && testkopen(defaultgameconfilename[GAME_WW2GI],0))

        return defaultgameconfilename[GAME_WW2GI];

    else if (NAPALM)

    {

        if (!testkopen(defaultgameconfilename[GAME_NAPALM],0))

        {

            if (testkopen(defaultgameconfilename[GAME_NAM],0))

                return defaultgameconfilename[GAME_NAM]; // NAM/NAPALM Sharing

        }

        else

            return defaultgameconfilename[GAME_NAPALM];

    }

    else if (NAM)

    {

        if (!testkopen(defaultgameconfilename[GAME_NAM],0))

        {

            if (testkopen(defaultgameconfilename[GAME_NAPALM],0))

                return defaultgameconfilename[GAME_NAPALM]; // NAM/NAPALM Sharing

        }

        else

            return defaultgameconfilename[GAME_NAM];

    }

    return defaultconfilename;

}

const char *G_GrpFile(void)

{

    if (g_grpNamePtr == NULL)

        return G_DefaultGrpFile();

    else

        return g_grpNamePtr;

}

const char *G_DefFile(void)

{

    if (g_defNamePtr == NULL)

        return G_DefaultDefFile();

    else

        return g_defNamePtr;

}

const char *G_ConFile(void)

{

    if (g_scriptNamePtr == NULL)

        return G_DefaultConFile();

    else

        return g_scriptNamePtr;

}

//////////

#define NUMPSKYMULTIS 5

EDUKE32_STATIC_ASSERT(NUMPSKYMULTIS <= MAXPSKYMULTIS);

EDUKE32_STATIC_ASSERT(PSKYOFF_MAX <= MAXPSKYTILES);

// Set up new-style multi-psky handling.

void G_InitMultiPsky(int32_t CLOUDYOCEAN__DYN, int32_t MOONSKY1__DYN, int32_t BIGORBIT1__DYN, int32_t LA__DYN)

{

    int32_t i;

    psky_t *defaultsky = &multipsky[0];

    psky_t *oceansky = &multipsky[1];

    psky_t *moonsky = &multipsky[2];

    psky_t *spacesky = &multipsky[3];

    psky_t *citysky = &multipsky[4];

    static int32_t inited;

    if (inited)

        return;

    inited = 1;

    multipskytile[0] = -1;

    multipskytile[1] = CLOUDYOCEAN__DYN;

    multipskytile[2] = MOONSKY1__DYN;

    multipskytile[3] = BIGORBIT1__DYN;

    multipskytile[4] = LA__DYN;

    pskynummultis = NUMPSKYMULTIS;

    // When adding other multi-skies, take care that the tileofs[] values are

    // <= PSKYOFF_MAX. (It can be increased up to MAXPSKYTILES, but should be

    // set as tight as possible.)

    // The default sky properties (all others are implicitly zero):

    defaultsky->lognumtiles = 3;

    defaultsky->horizfrac = 32768;

    // CLOUDYOCEAN

    // Aligns with the drawn scene horizon because it has one itself.

    oceansky->lognumtiles = 3;

    oceansky->horizfrac = 65536;

    // MOONSKY1

    //        earth          mountain   mountain         sun

    moonsky->lognumtiles = 3;

    moonsky->horizfrac = 32768;

    moonsky->tileofs[6] = 1;

    moonsky->tileofs[1] = 2;

    moonsky->tileofs[4] = 2;

    moonsky->tileofs[2] = 3;

    // BIGORBIT1   // orbit

    //       earth1         2           3           moon/sun

    spacesky->lognumtiles = 3;

    spacesky->horizfrac = 32768;

    spacesky->tileofs[5] = 1;

    spacesky->tileofs[6] = 2;

    spacesky->tileofs[7] = 3;

    spacesky->tileofs[2] = 4;

    // LA // la city

    //       earth1         2           3           moon/sun

    citysky->lognumtiles = 3;

    citysky->horizfrac = 16384+1024;

    citysky->tileofs[0] = 1;

    citysky->tileofs[1] = 2;

    citysky->tileofs[2] = 1;

    citysky->tileofs[3] = 3;

    citysky->tileofs[4] = 4;

    citysky->tileofs[5] = 0;

    citysky->tileofs[6] = 2;

    citysky->tileofs[7] = 3;

    for (i=0; i<pskynummultis; ++i)

    {

        int32_t j;

        for (j=0; j<(1<<multipsky[i].lognumtiles); ++j)

            Bassert(multipsky[i].tileofs[j] <= PSKYOFF_MAX);

    }

}

void G_SetupGlobalPsky(void)

{

    int32_t i, mskyidx=0;

    // NOTE: Loop must be running backwards for the same behavior as the game

    // (greatest sector index with matching parallaxed sky takes precedence).

    for (i=numsectors-1; i>=0; i--)

    {

        if (sector[i].ceilingstat & 1)

        {

            mskyidx = getpskyidx(sector[i].ceilingpicnum);

            if (mskyidx > 0)

                break;

        }

    }

    g_pskyidx = mskyidx;

}

//////////

#ifdef GEKKO

#include "gctypes.h" // for bool

void L2Enhance();

void CON_EnableGecko(int channel,int safe);

bool fatInit (uint32_t cacheSize, bool setAsDefaultDevice);

#endif

void G_ExtPreInit(void)

{

#ifdef GEKKO

    L2Enhance();

    CON_EnableGecko(1, 1);

    Bprintf("Console started\n");

    fatInit(28, true);

#endif

}

#ifdef _WIN32

const char * G_GetInstallPath(int32_t insttype)

{

    static char spath[NUMINSTPATHS][BMAX_PATH];

    static int32_t success[NUMINSTPATHS] = { -1, -1 };

    int32_t siz = BMAX_PATH;

    if (success[insttype] == -1)

    {

        HKEY HKLM32;

        LONG keygood = RegOpenKeyEx(HKEY_LOCAL_MACHINE, NULL, 0, KEY_READ | KEY_WOW64_32KEY, &HKLM32);

        // KEY_WOW64_32KEY gets us around Wow6432Node on 64-bit builds

        if (keygood == ERROR_SUCCESS)

            switch (insttype)

            {

            case INSTPATH_STEAM:

                success[insttype] = SHGetValueA(HKLM32, "SOFTWARE\\Microsoft\\Windows\\CurrentVersion\\Uninstall\\Steam App 225140", "InstallLocation", NULL, spath[insttype], (LPDWORD)&siz);

                break;

            case INSTPATH_GOG:

                success[insttype] = SHGetValueA(HKLM32, "SOFTWARE\\GOG.com\\GOGDUKE3D", "PATH", NULL, spath[insttype], (LPDWORD)&siz);

                break;

            }

    }

    if (success[insttype] == ERROR_SUCCESS)

        return spath[insttype];

    return NULL;

}

#endif

void G_AddSearchPaths(void)

{

#if defined(__linux__) || defined(__FreeBSD__) || defined(__NetBSD__) || defined(__OpenBSD__)

    addsearchpath("/usr/share/games/jfduke3d");

    addsearchpath("/usr/local/share/games/jfduke3d");

    addsearchpath("/usr/share/games/eduke32");

    addsearchpath("/usr/local/share/games/eduke32");

#elif defined(__APPLE__)

    addsearchpath("/Library/Application Support/JFDuke3D");

    addsearchpath("/Library/Application Support/EDuke32");

#elif defined (_WIN32)

    // detect Steam and GOG versions of Duke3D

    char buf[BMAX_PATH];

    const char* instpath;

    if ((instpath = G_GetInstallPath(INSTPATH_STEAM)))

    {

        Bsprintf(buf, "%s/gameroot", instpath);

        addsearchpath(buf);

        Bsprintf(buf, "%s/gameroot/addons", instpath);

        addsearchpath(buf);

    }

    if ((instpath = G_GetInstallPath(INSTPATH_GOG)))

        addsearchpath(instpath);

#endif

}

void G_CleanupSearchPaths(void)

{

#ifdef _WIN32

    char buf[BMAX_PATH];

    const char* instpath;

    if ((instpath = G_GetInstallPath(INSTPATH_STEAM)))

    {

        Bsprintf(buf, "%s/gameroot", instpath);

        removesearchpath(buf);

        Bsprintf(buf, "%s/gameroot/addons", instpath);

        removesearchpath(buf);

    }

    if ((instpath = G_GetInstallPath(INSTPATH_GOG)))

        removesearchpath(instpath);

#endif

}

//////////

struct strllist *CommandPaths, *CommandGrps;

void G_AddGroup(const char *buffer)

{

    char buf[BMAX_PATH];

    struct strllist *s = (struct strllist *)Bcalloc(1,sizeof(struct strllist));

    Bstrcpy(buf, buffer);

    if (Bstrchr(buf,'.') == 0)

        Bstrcat(buf,".grp");

    s->str = Bstrdup(buf);

    if (CommandGrps)

    {

        struct strllist *t;

        for (t = CommandGrps; t->next; t=t->next) ;

        t->next = s;

        return;

    }

    CommandGrps = s;

}

void G_AddPath(const char *buffer)

{

    struct strllist *s = (struct strllist *)Bcalloc(1,sizeof(struct strllist));

    s->str = Bstrdup(buffer);

    if (CommandPaths)

    {

        struct strllist *t;

        for (t = CommandPaths; t->next; t=t->next) ;

        t->next = s;

        return;

    }

    CommandPaths = s;

}

//////////

int32_t getatoken(scriptfile *sf, const tokenlist *tl, int32_t ntokens)

{

    char *tok;

    int32_t i;

    if (!sf) return T_ERROR;

    tok = scriptfile_gettoken(sf);

    if (!tok) return T_EOF;

    for (i=ntokens-1; i>=0; i--)

    {

        if (!Bstrcasecmp(tok, tl[i].text))

            return tl[i].tokenid;

    }

    return T_ERROR;

}

//////////

// returns: 1 if file could be opened, 0 else

int32_t testkopen(const char *filename, char searchfirst)

{

    int32_t fd = kopen4load(filename, searchfirst);

    if (fd >= 0)

        kclose(fd);

    return (fd >= 0);

}

// checks from path and in ZIPs, returns 1 if NOT found

int32_t check_file_exist(const char *fn)

{

    int32_t opsm = pathsearchmode;

    char *tfn;

    pathsearchmode = 1;

    if (findfrompath(fn,&tfn) < 0)

    {

        char buf[BMAX_PATH];

        Bstrcpy(buf,fn);

        kzfindfilestart(buf);

        if (!kzfindfile(buf))

        {

            initprintf("Error: file \"%s\" does not exist\n",fn);

            pathsearchmode = opsm;

            return 1;

        }

    }

    else Bfree(tfn);

    pathsearchmode = opsm;

    return 0;

}

//// FILE NAME / DIRECTORY LISTS ////

void fnlist_clearnames(fnlist_t *fnl)

{

    klistfree(fnl->finddirs);

    klistfree(fnl->findfiles);

    fnl->finddirs = fnl->findfiles = NULL;

    fnl->numfiles = fnl->numdirs = 0;

}

// dirflags, fileflags:

//  -1 means "don't get dirs/files",

//  otherwise ORed to flags for respective klistpath

int32_t fnlist_getnames(fnlist_t *fnl, const char *dirname, const char *pattern,

                        int32_t dirflags, int32_t fileflags)

{

    CACHE1D_FIND_REC *r;

    fnlist_clearnames(fnl);

    if (dirflags != -1)

        fnl->finddirs = klistpath(dirname, "*", CACHE1D_FIND_DIR|dirflags);

    if (fileflags != -1)

        fnl->findfiles = klistpath(dirname, pattern, CACHE1D_FIND_FILE|fileflags);

    for (r=fnl->finddirs; r; r=r->next)

        fnl->numdirs++;

    for (r=fnl->findfiles; r; r=r->next)

        fnl->numfiles++;

    return(0);

}

// loads all group (grp, zip, pk3/4) files in the given directory

void G_LoadGroupsInDir(const char *dirname)

{

    static const char *extensions[4] = { "*.grp", "*.zip", "*.pk3", "*.pk4" };

    char buf[BMAX_PATH];

    int32_t i;

    fnlist_t fnlist = FNLIST_INITIALIZER;

    for (i=0; i<4; i++)

    {

        CACHE1D_FIND_REC *rec;

        fnlist_getnames(&fnlist, dirname, extensions[i], -1, 0);

        for (rec=fnlist.findfiles; rec; rec=rec->next)

        {

            Bsnprintf(buf, sizeof(buf), "%s/%s", dirname, rec->name);

            initprintf("Using group file \"%s\".\n", buf);

            initgroupfile(buf);

        }

        fnlist_clearnames(&fnlist);

    }

}

void G_DoAutoload(const char *dirname)

{

    char buf[BMAX_PATH];

    Bsnprintf(buf, sizeof(buf), "autoload/%s", dirname);

    G_LoadGroupsInDir(buf);

}

////

// returns a buffer of size BMAX_PATH

char *dup_filename(const char *fn)

{

    char *buf = (char *)Bmalloc(BMAX_PATH);

    return Bstrncpyz(buf, fn, BMAX_PATH);

}

// Copy FN to WBUF and append an extension if it's not there, which is checked

// case-insensitively.

// Returns: 1 if not all characters could be written to WBUF, 0 else.

int32_t maybe_append_ext(char *wbuf, int32_t wbufsiz, const char *fn, const char *ext)

{

    const int32_t slen=Bstrlen(fn), extslen=Bstrlen(ext);

    const int32_t haveext = (slen>=extslen && Bstrcasecmp(&fn[slen-extslen], ext)==0);

    Bassert((intptr_t)wbuf != (intptr_t)fn);  // no aliasing

    // If 'fn' has no extension suffixed, append one.

    return (Bsnprintf(wbuf, wbufsiz, "%s%s", fn, haveext ? "" : ext) >= wbufsiz);

}

// Approximations to 2D and 3D Euclidean distances. Initial EDuke32 SVN import says

// in jmact/mathutil.c: "Ken's reverse-engineering job".

// Note that jmact/mathutil.c contains practically the same code, but where the

// individual x/y(/z) distances are passed instead.

int32_t ldist(const spritetype *s1, const spritetype *s2)

{

    int32_t x = klabs(s1->x-s2->x);

    int32_t y = klabs(s1->y-s2->y);

    if (x<y) swaplong(&x,&y);

    {

        int32_t t = y + (y>>1);

        return (x - (x>>5) - (x>>7)  + (t>>2) + (t>>6));

    }

}

int32_t dist(const spritetype *s1, const spritetype *s2)

{

    int32_t x = klabs(s1->x-s2->x);

    int32_t y = klabs(s1->y-s2->y);

    int32_t z = klabs((s1->z-s2->z)>>4);

    if (x<y) swaplong(&x,&y);

    if (x<z) swaplong(&x,&z);

    {

        int32_t t = y + z;

        return (x - (x>>4) + (t>>2) + (t>>3));

    }

}

// Clear OSD background

void COMMON_clearbackground(int32_t numcols, int32_t numrows)

{

    UNREFERENCED_PARAMETER(numcols);

# ifdef USE_OPENGL

    if (getrendermode() >= REND_POLYMOST && qsetmode==200)

    {

        setpolymost2dview();

        bglColor4f(0,0,0,0.67f);

        bglEnable(GL_BLEND);

        bglRectd(0,0, xdim,8*numrows+8);

        bglColor4f(0,0,0,1);

        bglRectd(0,8*numrows+4, xdim,8*numrows+8);

        return;

    }

# endif

    CLEARLINES2D(0, min(ydim, numrows*8+8), editorcolors[16]);

}