/
EG_MAIN.C
3218 lines (2987 loc) · 96.6 KB
/
EG_MAIN.C
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/******************************************************************************/
/* "Easy Gem" library Copyright (c)1994 by Christophe BOYANIQUE */
/* 29 Rue R‚publique */
/* 37230 FONDETTES */
/* FRANCE */
/* *small* mail at email adress: cb@spia.freenix.fr */
/******************************************************************************/
/* This program is free software; you can redistribute it and/or modify it */
/* under the terms of the GNU General Public License as published by the Free */
/* Software Foundation; either version 2 of the License, or any later version.*/
/* This program is distributed in the hope that it will be useful, but WITHOUT*/
/* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or */
/* FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for */
/* more details. */
/* You should have received a copy of the GNU General Public License along */
/* with this program; if not, write to the Free Software Foundation, Inc., */
/* 675 Mass Ave, Cambridge, MA 02139, USA. */
/******************************************************************************/
/* */
/* MAIN SOURCE. */
/* */
/******************************************************************************/
/* TABULATION: 3 CARACTERES */
/******************************************************************************/
/******************************************************************************/
/* Release version & date; and modifications author */
/******************************************************************************/
#define RELEASE "v1.21 from %s"
#define PATCH1 "nobody"
#define PATCH2 "(official release)"
/******************************************************************************/
/* This is to prevent from using Let'em Fly with EGlib... */
/* I think that it won't be usefull in the futur */
/******************************************************************************/
/*#define NOLETEMFLY*/
#include "EG_MAIN.H"
/******************************************************************************/
/* RSC file must be linked to the lib for a normal use */
/******************************************************************************/
#define RSC_RELLOC
#ifdef RSC_RELLOC
#include "EG_RSC.RSH" /* Files created by Interface */
#include "EG_RSC.RH" /* You can remove rgb_palette from RSH file */
#else
#include "EG_RSC.H"
#endif
/******************************************************************************/
/* Intern variables of the lib */
/******************************************************************************/
OBJECT *mytree; /* RSC window tree) */
RSC __rsc; /* RSC lib header) */
int __x,__y,__w,__h;
int __TOP;
int __buf[8],__evnt,__kst,__key,__std,__mx,__my,__mk,__nmbClic,__adrW;
MFORM __s[14]; /* Mouse forms */
GRECT __r; /* Clipping rectangle */
__window *__W; /* internal win struct */
char histoire[MAX_HIST+1][MAX_LEN_HIST+1]; /* For Online Help */
char histoire2[MAX_HIST+1][MAX_LEN_HIST+1]; /* "" */
int cu_hist,cp_hist; /* "" */
/******************************************************************************/
/* Global variables */
/******************************************************************************/
GLB glb; /* main struct */
window *W; /* win struct */
SLCT_STR *slct=NULL; /* For use with Slectric (see GLB_FSEL) */
long *fsel=NULL; /* ------------------------------------ */
FONT *font;
char pname[FILENAME_MAX],pfname[FILENAME_MAX],fname[14],ext[14],tit[30];
/******************************************************************************/
/* main procedure of the lib */
/******************************************************************************/
void _EGlib()
{
int i;
glb.Exit=-1;
if (!_initMEM())
goto exitMEM;
_initAES();
if (!_windowInit())
goto exitAES;
if (!_initVDI())
goto exitVDI;
_mousework();
_initFont();
_mousework();
_initAide();
_mousework();
_savePal();
_mousework();
if (glb.Finit!=0)
(*glb.Finit)();
_mousework();
_initDIV();
_mousework();
_initSIG();
_mousework();
if (!_loadRSC())
goto exitFONT;
_mousework();
if (!_initMyRSC())
goto exitFONT;
_mousework();
if (!_initRSC())
goto exitRSC;
_mousework();
_initDesk();
_mousework();
_menuBar(glb.menu,1);
graf_mouse(ARROW,0);
if (glb.FiLast!=0)
(*glb.FiLast)();
_loadConfig();
glb.Exit=0;
while (!glb.Exit)
{
_gereAES();
if ( glb.Exit && glb.type!=1 && !glb.Multi )
{
glb.Exit=0; /* if ACC: no exit ! */
for (i=0;i<glb.NMB_WDW;i++)
if (W[i].handle>0)
{
_closed(i);
_clearAesBuffer();
}
if (glb.opt.save)
_saveConfig();
}
}
if (glb.opt.save)
_saveConfig();
if (glb.FeFirst!=0)
(*glb.FeFirst)();
_menuBar(glb.menu,FALSE);
_exitDesk();
_mousework();
exitRSC:
_exitRSC();
_mousework();
_exitDIV();
_mousework();
_loadPal(TRUE);
_mousework();
graf_mouse(ARROW,0);
exitFONT:
_exitFont();
exitVDI:
_exitVDI();
exitAES:
_exitAES();
_exitMEM();
exitMEM:
return;
}
/******************************************************************************/
/* init of memory */
/******************************************************************************/
void _clearGLB()
{
_cls((long)&glb,sizeof(GLB));
glb.menu = -1;
glb.desk = -1;
glb.icon = -1;
}
int _initMEM()
{
long len,Max,sys;
glb.opt.help=1; /* inits the default EGlib params */
glb.opt.hsiz=12-3*glb.low;
glb.opt.popf=1;
glb.opt.full=0;
glb.opt.chlpt=1;
glb.opt.chlpf=0;
glb.opt.save=1;
glb.opt.mfrm=1;
glb.NMB_WDW+=8; /* intern lib windows */
glb.opt.mnmb+=100; /* for color icon */
glb.opt.mnmb+=glb.NMB_WDW*4; /* fo windows */
len=glb.opt.mlen;
sys=_freeSys();
Max=(long)Malloc(-1L);
glb.opt.mlen=0;
glb.vTOS=_vTOS();
if (Max>=100L*1024L) /* EGlib need at least 100 Kb ! */
{
if (len<0)
glb.opt.mlen=sys+len;
else if ( (len>0) && (len<100) )
glb.opt.mlen=(long)( (double)sys*(double)len/(double)100 );
else
glb.opt.mlen=len;
Max=min(Max,sys);
glb.opt.mlen=max(100L*1024L,glb.opt.mlen);
glb.opt.mlen=min(Max,glb.opt.mlen);
if ( _pAlloc(glb.opt.mnmb,glb.opt.mlen) == OK_MEM )
return TRUE;
}
return FALSE;
}
/******************************************************************************/
/* uninit of memory */
/******************************************************************************/
void _exitMEM()
{
_pFree();
}
/******************************************************************************/
/* Init AES */
/******************************************************************************/
void _initAES()
{
__TOP=0;
glb.app_id = appl_init();
glb.vAES = Gem_pb.global[0];
glb.Multi = (Gem_pb.global[1]==-1) ? TRUE : FALSE;
glb.type = _app;
glb.AccOp = glb.type;
if (! ((glb.type==1)&&(glb.Multi==FALSE)) )
menu_register(glb.app_id,glb.name);
if (glb.vAES>=0x400)
shel_write(9,1,0,0,0); /* for AES v4.0 */
wind_get(0,WF_WORKXYWH,&glb.xdesk,&glb.ydesk,&glb.wdesk,&glb.hdesk);
if (glb.FiAES!=0)
(*glb.FiAES)();
}
/******************************************************************************/
/* Init VDI */
/******************************************************************************/
int _initVDI()
{
int i,j,work_in[11];
OBJECT *tree;
#ifndef RSC_RELLOC
long len;
#endif
glb.opt.GDfnt=1;
glb.hvdi=graf_handle(&glb.wcell,&glb.hcell,&glb.wbox,&glb.hbox);
for(i=0;i<10;work_in[i++]=1);
work_in[0]=Getrez()+2;
work_in[10]=2;
v_opnvwk(work_in,&glb.hvdi,glb.out); /* opens a virtual workstation */
vq_extnd(glb.hvdi,1,glb.extnd);
if (glb.hcell<16) /* inits the glb.low flag ! */
glb.low=1;
else
glb.low=0;
glb.xscr = 0;
glb.yscr = 0;
glb.wscr = glb.out[0];
glb.hscr = glb.out[1];
if (glb.FiVDI!=0)
(*glb.FiVDI)();
#ifdef RSC_RELLOC
__rsc.head.nobs = NUM_OBS;
__rsc.head.ntree = NUM_TREE;
__rsc.head.nted = NUM_TI;
__rsc.head.ncib = NUM_CIB;
__rsc.head.nib = NUM_IB;
__rsc.head.nbb = NUM_BB;
__rsc.head.nfstr = NUM_FRSTR;
__rsc.head.nfimg = NUM_FRIMG;
#if NUM_OBS>0
__rsc.head.object = rs_object;
#endif
#if NUM_TREE>0
__rsc.head.trindex = rs_trindex;
#endif
#if NUM_TI>0
__rsc.head.tedinfo = rs_tedinfo;
#endif
#if NUM_IB>0
__rsc.head.iconblk = rs_iconblk;
#endif
#if NUM_BB>0
__rsc.head.bitblk = rs_bitblk;
#endif
#if NUM_CIB>0
__rsc.head.cicon = rs_cicon;
__rsc.head.ciconblk = rs_ciconblk;
#endif
#if NUM_FRSTR>0
__rsc.head.frstr = rs_frstr;
#endif
#if NUM_FRIMG>0
__rsc.head.frimg = rs_frimg;
#endif
for (i=0;i<__rsc.head.nobs;i++)
rsrc_obfix(&__rsc.head.object[i],0);
#else
i=(int)Fopen("EG_RSC.RSC",FO_READ);
if (i<0)
return FALSE;
len=Fseek(0L,i,2);
Fseek(0L,i,0);
__rsc.in=_mAlloc(len,MB_NOMOVE,0);
if (__rsc.in==NO_MEMORY)
{
Fclose(i);
return FALSE;
}
if ( Fread(i,len,(void *)mem.bloc[__rsc.in].adr) != len )
return FALSE;
Fclose(i);
_relocRSC(mem.bloc[__rsc.in].adr,&__rsc.head);
#endif
_initLang();
tree=__rsc.head.trindex[FMOUSE];
for (i=1;i<=FSOUFNT;i++)
{
__s[i].mf_xhot = 8;
__s[i].mf_yhot = 8;
__s[i].mf_nplanes = 1;
__s[i].mf_fg = 0;
__s[i].mf_bg = 1;
for (j=0;j<16;j++)
{
__s[i].mf_mask[j] = tree[i].ob_spec.iconblk->ib_pmask[j];
__s[i].mf_data[j] = tree[i].ob_spec.iconblk->ib_pdata[j];
}
}
return TRUE;
}
/******************************************************************************/
/* Init divers */
/******************************************************************************/
void _initDIV()
{
long Cook;
int i;
if (glb.icon==-1)
glb.icon=ICONE|FLAGS15;
Dgetpath(pname,0);
if (pname[1]!=':')
{
glb.path[0]=65+Dgetdrv();
glb.path[1]=':';
glb.path[2]=0;
strcat(glb.path,pname);
strcat(glb.path,"\\"); /* this is the working and real path */
}
strcpy(glb.opt.phelp,glb.path); /* the help files path */
strcat(glb.opt.phelp,"HELP\\");
strcpy(glb.opt.path,glb.path); /* the executable path to load/save .CNF */
glb.vTOS=(int)_vTOS();
i=_AKP();
if (i>=0x7F) /* Soft loaded table: -> _AKP cookie */
i=(int)( ( _cookie('_AKP') & 0xFF00L )>>8 );
switch (i)
{
case 2:
case 7:
glb.opt.lang=L_FRENCH;
break;
default:
glb.opt.lang=L_ENGLISH;
break;
}
Cook=_cookie('_MCH');
glb.MCH = (int)(Cook>>16); /* machine type */
switch (glb.MCH) /* 0: STF */
{ /* 1: STE */
case 2: glb.MCH=3; /* 2: MegaSTE */
break; /* 3: TT */
case 3: glb.MCH=4; /* 4: Falcon030 */
break; /* 5: ??? */
case 1: if ( (int)(Cook&0xFF)==16 )
glb.MCH=2;
break;
default: glb.MCH=5;
break;
}
if (glb.FiDIV!=0)
(*glb.FiDIV)(); /* extern init */
}
/******************************************************************************/
/* RSC loading */
/******************************************************************************/
int _loadRSC()
{
int ha;
long len;
if (glb.rsc.type==EXT_RSC)
{
ha=(int)Fopen(glb.rsc.name,FO_READ);
if (ha<0)
return FALSE;
len=Fseek(0L,ha,2);
Fseek(0L,ha,0);
glb.rsc.in=_mAlloc(len,MB_NOMOVE,0);
if (glb.rsc.in==NO_MEMORY)
{
Fclose(ha);
return FALSE;
}
if ( Fread(ha,len,(void *)mem.bloc[glb.rsc.in].adr) != len )
return FALSE;
Fclose(ha);
_relocRSC(mem.bloc[glb.rsc.in].adr,&glb.rsc.head);
}
if (glb.Fcut!=0)
(*glb.Fcut)();
return TRUE;
}
/******************************************************************************/
/* Init RSC */
/******************************************************************************/
int _initRSC()
{
int i,child;
OBJECT *tree;
if (!_initUserdef(&glb.rsc))
return FALSE;
if (glb.FiObRSC!=0)
for (i=0;i<glb.rsc.head.ntree;i++)
{
tree=glb.rsc.head.trindex[i];
child=-1;
do
{
child+=1;
(*glb.FiObRSC)(i,child);
} while ( !(tree[child].ob_flags & LASTOB) );
}
return TRUE;
}
/******************************************************************************/
/* Init lib RSC */
/******************************************************************************/
int _initMyRSC()
{
OBJECT *tree;
int i,child;
char txt[40];
#ifdef NOLETEMFLY
typedef struct /* This is the Let'em Fly cookie struct! */
{
int version;
int on0 :1;
int niceline :1;
int jumpdial :1;
int gflight :1;
int VSCR :1;
int savepos :1;
int keydials :1;
int editor :1;
int redraw :1;
int flytype :1;
int flydial :1;
int alertbox :1;
int dial2mouse :1;
int form :1;
int graf :1;
int active :1;
} LET;
LET *let;
#endif
if (!_initUserdef(&__rsc))
return FALSE;
if (glb.low)
mytree=__rsc.head.trindex[LWIN];
else
mytree=__rsc.head.trindex[HWIN];
for (i=0;i<__rsc.head.ntree;i++)
{
tree=__rsc.head.trindex[i];
child=-1;
do
{
child+=1;
_myInitForm(i,child);
} while ( !(tree[child].ob_flags & LASTOB) );
}
sprintf(txt,RELEASE,__DATE__);
_obPutStr(__rsc.head.trindex[FINF],FINFVER,txt);
_obPutStr(__rsc.head.trindex[FINF],FINFPT1,PATCH1);
_obPutStr(__rsc.head.trindex[FINF],FINFPT2,PATCH2);
#ifdef NOLETEMFLY
let=(LET *)_cookie('LTMF');
if (let!=0)
if ( (let->niceline) || (let->alertbox) )
{
if (glb.opt.lang==L_FRENCH)
form_alert(1,__rsc.head.frstr[_0LETFLY]);
else
form_alert(1,__rsc.head.frstr[_1LETFLY]);
return FALSE;
}
#endif
return TRUE;
}
/******************************************************************************/
/* Init Desk */
/******************************************************************************/
void _initDesk()
{
OBJECT *tree;
if ( (glb.type!=0) && (glb.desk!=-1) )
{
tree=glb.rsc.head.trindex[glb.desk];
tree->ob_x = glb.xdesk;
tree->ob_y = glb.ydesk;
tree->ob_width = glb.wdesk;
tree->ob_height = glb.hdesk;
if (glb.FiDesk!=0)
(*glb.FiDesk)();
wind_set(0,WF_NEWDESK,tree,0);
form_dial(FMD_FINISH,0,0,0,0,glb.xdesk,glb.ydesk,glb.wdesk,glb.hdesk);
}
}
/******************************************************************************/
/* [Des]installation de la barre de menu */
/******************************************************************************/
void _menuBar(int obj,int flag)
{
if ( (glb.type!=0) && (obj!=-1) )
{
if (obj&FLAGS15)
menu_bar(__rsc.head.trindex[obj&~FLAGS15],flag);
else
menu_bar(glb.rsc.head.trindex[obj],flag);
}
}
/******************************************************************************/
/* Uninit du Bureau */
/******************************************************************************/
void _exitDesk()
{
if ( (glb.type!=0) && (glb.desk!=-1) )
{
wind_set (0,WF_NEWDESK,0,0,0,0);
form_dial(FMD_FINISH,0,0,0,0,glb.xdesk,glb.ydesk,glb.wdesk,glb.hdesk);
}
}
/******************************************************************************/
/* Uninit du RSC */
/******************************************************************************/
void _exitRSC()
{
int i;
for (i=0;i<glb.NMB_WDW;i++)
if (W[i].handle>0)
{
_closed(i);
_clearAesBuffer();
}
_exitUserdef(&glb.rsc);
if (glb.rsc.type==EXT_RSC)
_mFree(glb.rsc.in);
}
/******************************************************************************/
/* Uninit divers */
/******************************************************************************/
void _exitDIV()
{
if (glb.FeDIV!=0)
(*glb.FeDIV)();
}
/******************************************************************************/
/* Uninit VDI */
/******************************************************************************/
void _exitVDI()
{
_exitUserdef(&__rsc);
if (glb.FeVDI!=0)
(*glb.FeVDI)();
v_clsvwk(glb.hvdi);
}
/******************************************************************************/
/* Uninit AES */
/******************************************************************************/
void _exitAES()
{
if (glb.FeAES!=0)
(*glb.FeAES)();
_clearAesBuffer();
if (glb.Exit==2 && glb.vAES>=0x400)
shel_write(10,SHUT_COMPLETED,0,0,0);
appl_exit();
}
/******************************************************************************/
/* Init the window struct */
/******************************************************************************/
int _windowInit()
{
int i;
__adrW=_mAlloc( (long)glb.NMB_WDW * ((long)sizeof(window)+(long)sizeof(__window)) ,MB_NOMOVE,TRUE);
if ( __adrW!=NO_MEMORY )
{
W=(window *)( mem.bloc[__adrW].adr );
__W=(__window *)( mem.bloc[__adrW].adr+(long)glb.NMB_WDW*(long)sizeof(window) );
for (i=0;i<glb.NMB_WDW;i++)
{
W[i].id = -1;
W[i].type = -1;
W[i].handle = -1;
W[i].xwind = -1;
W[i].in = NO_MEMORY;
}
return TRUE;
}
else
return FALSE;
}
/******************************************************************************/
/* This function can be called to handle GEM event */
/******************************************************************************/
void _gereAES()
{
int flag=0;
if ( (glb.timer1==0) && (glb.timer2==0) ) /* This is to construct a correct*/
glb.timer1=1000; /* event mask: */
if (glb.flag&MU_M1) /* MESAG+BUTTON+KEYBD+TIMER are */
flag|=MU_M1; /* always used ! */
if (glb.flag&MU_M2)
flag|=MU_M2;
flag|=MU_MESAG|MU_BUTTON|MU_KEYBD|MU_TIMER;
__evnt = evnt_multi ( flag,0x102,3,0,
glb.f1,glb.x1,glb.y1,glb.w1,glb.h1,
glb.f2,glb.x2,glb.y2,glb.w2,glb.h2,
__buf,glb.timer1,glb.timer2,
&__mx,&__my,&__mk,&__kst,&__key,&__nmbClic
);
if (__evnt & MU_MESAG) { _traiteEvntMesag(); __evnt&=~MU_MESAG; }
if (__evnt & MU_BUTTON) { _traiteEvntButton(); __evnt&=~MU_BUTTON; }
if (__evnt & MU_KEYBD) { _traiteEvntKeybd(); __evnt&=~MU_KEYBD; }
if (__evnt & MU_M1) { _traiteEvntBox1(); __evnt&=~MU_M1; }
if (__evnt & MU_M2) { _traiteEvntBox2(); __evnt&=~MU_M2; }
if (__evnt & MU_TIMER) { _traiteEvntTimer(); __evnt&=~MU_TIMER; }
}
/******************************************************************************/
/* Handle keyboard events */
/******************************************************************************/
void _traiteEvntKeybd()
{
int child,type,bios,mask,i;
int ha,dum;
OBJECT *tree;
char *p;
__std=_traiteKey(__kst,__key);
if (glb.type!=0)
{
if ((__std&0xFF)==K_HELP)
{
__std=0;
_Aide();
}
if (glb.menu!=-1)
{
tree=glb.rsc.head.trindex[glb.menu];
child=0;
do
{
child+=1;
if ( __std!=0 && (child<10 || child>15) )
{
type=tree[child].ob_type>>8;
if ( tree[child].ob_type-type==G_STRING && !(tree[child].ob_state&DISABLED) )
{
mask=0;
if (type==0)
{
p=_obGetStr(tree,child);
p+=strlen(p)-4L;
for (i=0;i<3;i++,p++)
{
if (*p==1)
mask|=KF_SHIFT;
else if (*p==7)
mask|=KF_ALT;
else if (*p=='^')
mask|=KF_CTRL;
else if ( *p==9 || *p==13 || *p==27 || (*p>='A' && *p<='Z') )
type=*p;
}
}
else
{
if (tree[child].ob_state&0x2000) mask+=KF_ALT;
if (tree[child].ob_state&0x4000) mask+=KF_CTRL;
if (tree[child].ob_state&0x8000) mask+=KF_SHIFT;
}
if (toupper(__std&0xFF)==type)
{
bios=__std & (KF_ALT|KF_CTRL|KF_SHIFT);
if (bios&KF_RSH)
bios|=KF_LSH;
if (bios&KF_LSH)
bios|=KF_RSH;
if (bios==mask)
{
_gereMenu(0,child);
__std=0;
}
}
}
}
} while ( !(tree[child].ob_flags & LASTOB) );
}
}
if (__std!=0)
{
wind_get(0,WF_TOP,&ha,&dum,&dum,&dum);
i=_winFindWin(ha);
if (i!=-1)
if (W[i].smallflag==0)
if (W[i].keybd!=0)
{
_makeform(i);
(*W[i].keybd)(i,__std);
}
}
if ( (__std!=0) && (glb.Fkey!=0) && (glb.flag&MU_KEYBD) )
(glb.Fkey)(__std);
}
/******************************************************************************/
/* Handle button event */
/******************************************************************************/
void _traiteEvntButton()
{
int ha,i;
ha=wind_find(__mx,__my);
if (ha==0)
{
if (glb.type!=0)
if (glb.flag&MU_BUTTON)
_clicBureau(__mx,__my,__mk,__nmbClic);
}
else
{
i=_winFindWin(ha);
if (i!=-1)
_clicWin(i,__mx,__my,__mk,__nmbClic);
}
}
/******************************************************************************/
/* Handle Box 1 event */
/******************************************************************************/
void _traiteEvntBox1()
{
if (glb.Fbox1!=0)
(*glb.Fbox1)();
}
/******************************************************************************/
/* Handle Box 2 event */
/******************************************************************************/
void _traiteEvntBox2()
{
if (glb.Fbox2!=0)
(*glb.Fbox2)();
}
/******************************************************************************/
/* Handle mesag event */
/******************************************************************************/
void _traiteEvntMesag()
{
int i;
switch (__buf[0])
{
case AC_OPEN:
_AcOpen();
break;
case AC_CLOSE:
_AcClose();
break;
case AP_TERM:
glb.Exit=2;
break;
case MN_SELECTED:
_gereMenu(__buf[3],__buf[4]);
break;
case WM_REDRAW:
i=_winFindWin(__buf[3]);
_redraw(i,__buf[4],__buf[5],__buf[6],__buf[7]);
break;
case WM_TOPPED:
i=_winFindWin(__buf[3]);
_top(i);
_ontop(i);
break;
case WM_UNTOPPED:
i=_winFindWin(__buf[3]);
_untop(i);
break;
case WM_ONTOP:
i=_winFindWin(__buf[3]);
_ontop(i);
break;
default:
if ( glb.Fmesag!=0 && glb.flag&MU_MESAG )
(*glb.Fmesag)(__buf);
break;
}
}
/******************************************************************************/
/* Handle timer event */
/******************************************************************************/
void _traiteEvntTimer()
{
if ( (glb.Ftimer!=0) && (glb.flag&MU_TIMER) )
(*glb.Ftimer)();
}
/******************************************************************************/
/* Handle menu event */
/******************************************************************************/
void _gereMenu(int titre,int option)
{
OBJECT *tree;
tree=glb.rsc.head.trindex[glb.menu];
if (glb.FgereMenu!=0)
(*glb.FgereMenu)(option);
if (titre!=0)
menu_tnormal(tree,titre,1);
}
/******************************************************************************/
/* Handle iconification event */
/******************************************************************************/
void _small(int i)
{
OBJECT *tree;
int x,y,w,h;
int ok,j,ha=W[i].handle;
if (i!=-1)
{
wind_get(ha,WF_WORKXYWH,&x,&y,&w,&h);
if (W[i].icon&FLAGS15)
tree=__rsc.head.trindex[W[i].icon&~FLAGS15];
else
tree=glb.rsc.head.trindex[W[i].icon];
tree->ob_x=x+(w-tree->ob_width)/2;
tree->ob_y=y+(h-tree->ob_height)/2;
__W[i].xwsmall=tree->ob_x;
__W[i].ywsmall=tree->ob_y;
__W[i].wwsmall=tree->ob_width;
__W[i].hwsmall=tree->ob_height;
wind_calc(WC_BORDER,0,tree->ob_x,tree->ob_y,tree->ob_width,tree->ob_height,&x,&y,&w,&h);
__W[i].wsmall=w;
__W[i].hsmall=h;
x=glb.xdesk;
y=glb.ydesk;
do
{
ok=1;
for (j=0;j<glb.NMB_WDW;j++)
if (W[j].smallflag)
if ( (__W[j].xsmall==x) && (__W[j].ysmall==y) )
{
y+=h;
if (y+h>glb.ydesk+glb.hdesk)
{
x+=w;
y=glb.ydesk;
}
j=glb.NMB_WDW;
ok=0;
}
} while (!ok);
__W[i].xsmall=x;
__W[i].ysmall=y;
wind_set(ha,WF_CURRXYWH,__W[i].xsmall,__W[i].ysmall,__W[i].wsmall,__W[i].hsmall);
wind_get(ha,WF_WORKXYWH,&__W[i].xwsmall,&__W[i].ywsmall,&__W[i].wwsmall,&__W[i].hwsmall);
tree[2].ob_state&=~SELECTED;
__W[i].params._smstate=tree[2].ob_state;
W[i].smallflag=1;
_winRedraw(i,0,0,0,0);
if (W[i].small!=0)
(*W[i].small)(i);
}
}
void _allsmall(int i)
{
OBJECT *tree;
int j,ha,x,y,w,h;
if (i!=-1)
{
if (glb.icon&FLAGS15)
tree=__rsc.head.trindex[glb.icon&~FLAGS15];
else
tree=glb.rsc.head.trindex[glb.icon];
ha=W[i].handle;
for (j=0;j<glb.NMB_WDW;j++)
if ( (W[j].handle>0) && (j!=i) )
{
if (W[j].small!=0) (*W[j].small)(j);
wind_close(W[j].handle);
wind_delete(W[j].handle);
W[j].handle=-2;
}
wind_get(ha,WF_WORKXYWH,&x,&y,&w,&h);
tree->ob_x=x+(w-tree->ob_width)/2;
tree->ob_y=y+(h-tree->ob_height)/2;
__W[i].xwsmall=tree->ob_x;
__W[i].ywsmall=tree->ob_y;
__W[i].wwsmall=tree->ob_width;
__W[i].hwsmall=tree->ob_height;
wind_calc(WC_BORDER,0,tree->ob_x,tree->ob_y,tree->ob_width,tree->ob_height,&x,&y,&w,&h);