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lisbon.h
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#define textsize 900000
#define nlines 12000
int count;
int ccount=0;
int lastslasts=0;
int nextsnexts=0;
char labels[50*50];
int mainsub=0;
int substart=0;
int n=0;
int parametscount=0;
int paramets[5000];
int varnextstart=0;
int varnext=0;
long varsart;
int lineno;
int error;
int eerror;
int page=0;
char linec[4800];
long cursor=0;
int subcursor=0;
int varcursor=0;
char *c=linec;
char *cc;
char *ccc;
char *tabs[nlines];
char *var[5000];
char *subs[5000];
char var0[1024];
char var3[160];
char varvar[64000];
int tindex=0;
char s[textsize];
char *ss[500];
int count2=0;
char *i[1024];
char *ii[50];
char *iii[1024];
char var2[]=";";
FILE *f1;
FILE *f2;
FILE *f3;
FILE *f4;
int ringa=0;
void callring();
void endring();
void openring();
void closering();
void addtxtbody(char *s);
void readll2(int n);
void addkeys2();
void addcode2();
int findkey(char *s);
int screen();
int findvar(char *s);
int back();
int doevents();
int box();
int hline();
int vline();
int stringlen();
int strs();
int strcats();
int strcopys();
int mempoke();
int inputs();
int mempeek();
int inputstring();
int vals();
int floatconsts();
void addkey(char *sss,int func);
void addvar(char *sss);
char *uppercase(char *s);
int doubleconsts();
int booleanlike();
int booleandiferent();
int ors();
int booleanbig();
int booleanless();
int notss();
int bbooleanb();
int filecreat();
int fileopen();
int fileclose();
int filewrite();
int fileread();
int nosound();
int sound();
int beeps();
int stringlow();
int stringhigh();
int findchar();
int stringcmp();
int findstr();
int mouseshow();
int mousehide();
int mousebutton();
int insidebox();
int filechain();
int fileexec();
int timercicle();
int timercount();
//=================================================================
void readll2(int n){
if (n==22) strcats();
if (n==23) strcopys();
if (n==25) inputstring();
if (n==33) strs();
if (n==34) vals();
if (n==44) filecreat();
if (n==45) fileopen();
if (n==46) fileclose();
if (n==47) fileread();
if (n==48) filewrite();
if (n==49) stringlen();
if (n==54) mempoke();
if (n==53) mempeek();
if (n==56) notss();
if (n==61) stringcmp();
if (n==62) stringlow();
if (n==63) stringhigh();
if (n==65) findchar();
if (n==67) findstr();
if (n==71) screen();
if (n==75) back();
if (n==76) hline();
if (n==77) doevents();
if (n==78) box();
if (n==79) filechain();
if (n==80) fileexec();
if (n==81) timercicle();
if (n==85) vline();
if (n==86) nosound();
if (n==87) sound();
if (n==88) beeps();
if (n==120) floatconsts();
if (n==121) doubleconsts();
if (n==122) booleanlike();
if (n==123) booleandiferent();
if (n==124) ors();
if (n==125) booleanbig();
if (n==126) booleanless();
if (n==127) bbooleanb();
if (n==128) mouseshow();
if (n==129) mousehide();
if (n==130) mousebutton();
if (n==131) insidebox();
if (n==132) timercount();
}
//=================================================================
//=================================================================
//addtxtbody
void addtxtbody(char *s){
fprintf(f2,"%s\n",s);
}
//=================================================================
//addkey
void addvar(char *sss){
int i;
char *ss1;
var[varcursor]=s+cursor;
strcpy(var[varcursor],sss);
ss1=uppercase(var[varcursor]);
i=strlen(ss1)+2;
var[varcursor]=ss1;
cursor=cursor+((long) i);
varcursor++;
}
//=================================================================
//=================================================================
//findvar
int findvar(char *s){
int n;
int i=-1;
for (n=0;n<varcursor;n++){
if(strcmp(s,var[n])==0){
i=n;
n=varcursor+1;
}
}
return i;
}
//=================================================================
//findkey
int findkey(char *s){
int n;
int i=-1;
for (n=0;n<subcursor;n++){
if(strcmp(s,subs[n])==0){
i=n;
n=subcursor+1;
}
}
return i;
}
//=================================================================
//uppercase
char *uppercase(char *s){
int n;
int nn=strlen(s);
int value=0;
char *r=s;
char c=0;
for(n=0;n<nn;n++){
c=s[n];
if (c!=0){
if (value==0 && c>32){
value=1;
r=s+n;
}
if (c>='a' && c<='z')s[n]=c-32;
if (value==1 && c<33){
s[n]=0;
n=nn+1;
}
}
}
return r;
}
//=================================================================
//addkey
void addkey(char *sss,int func){
int i;
char *ss;
subs[subcursor]=s+cursor;
strcpy(subs[subcursor],sss);
ss=uppercase(subs[subcursor]);
i=strlen(ss)+2;
subs[subcursor]=ss;
//printf("t%d,%s,%d\n",subcursor,subs[subcursor],func);
paramets[subcursor]=func;
cursor=cursor+((long) i);
subcursor++;
}
//=================================================================
void addkeys2(){
;
addkey ("float.const",2); //120
addkey ("double.const",2); //121
addkey ("boolean.like",4); //122
addkey ("boolean.diferent",4); //123
addkey ("bits.or",4); //124
addkey ("boolean.big",4); //125
addkey ("boolean.less",4); //126
addkey ("(boolean)",3); //127
addkey ("mouse.show",1); //128
addkey ("mouse.hide",1); //129
addkey ("mouse.button",4); //130
addkey ("inside.box",8); //131
addkey ("timer.count",2); //132
}
//=================================================================
void addcode2(){
;
}
//=================================================================
int screen(){
int i;
int i1;
int i2;
int i3;
int i4;
char *ss1;
if(2==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
openring();
fprintf(f2," mov si,varnext%d\n",i1+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov eax,[si]");
addtxtbody(" call scr");
closering();
}
return 0;
}
//=================================================================
int back(){
int i;
int i1;
int i2;
int i3;
int i4;
char *ss1;
if(2==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
openring();
fprintf(f2," mov bx,varnext%d\n",i1+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov al,[bx]");
addtxtbody(" mov edi,140000h") ;
addtxtbody(" mov ecx,64000") ;
addtxtbody(" push ds");
addtxtbody(" push es");
addtxtbody(" mov edx,0");
addtxtbody(" mov ds,dx");
addtxtbody(" mov es,dx");
addtxtbody(" call memfilld");
addtxtbody(" pop es");
addtxtbody(" pop ds");
closering();
}
return 0;
}
//=================================================================
int doevents(){
int i;
int i1;
int i2;
int i3;
int i4;
char *ss1;
if(1==count){
error=0;
openring();
addtxtbody(" call setvideo");
closering();
}
return 0;
}
//=================================================================
//=================================================================
int box(){
int i;
int i1;
int i2;
int i3;
int i4;
int i5;
char *ss1;
if(6==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
ss1=uppercase(ss[2]);
i2=findvar(ss1);
if (i2==-1){
printf("error var2\n");
error=1;
}
ss1=uppercase(ss[3]);
i3=findvar(ss1);
if (i3==-1){
printf("error var3\n");
error=1;
}
ss1=uppercase(ss[4]);
i4=findvar(ss1);
if (i4==-1){
printf("error var4\n");
error=1;
}
ss1=uppercase(ss[5]);
i5=findvar(ss1);
if (i5==-1){
printf("error var5\n");
error=1;
}
openring();
fprintf(f2," mov si,varnext%d\n",i1+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,boxdx");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i2+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,boxdy");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i3+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,boxdx1");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i4+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,boxdy1");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i5+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov al,[si]");
addtxtbody(" mov si,boxdcolor");
addtxtbody(" cs");
addtxtbody(" mov [si],al");
addtxtbody(" call boxd32");
fprintf(f2," mov si,varnext%d\n",i1+varnextstart);
addtxtbody(" xor eax,eax");
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
fprintf(f2," mov si,varnext%d\n",i3+varnextstart);
addtxtbody(" xor ebx,ebx");
addtxtbody(" cs");
addtxtbody(" mov bx,[si]");
addtxtbody(" sub ebx,eax");
addtxtbody(" mov eax,ebx");
addtxtbody(" push eax");
addtxtbody(" xor ecx,ecx");
addtxtbody(" xor edx,edx");
addtxtbody(" mov ebx,4");
addtxtbody(" div ebx");
addtxtbody(" xor ecx,ecx");
addtxtbody(" xor edx,edx");
addtxtbody(" mul ebx");
addtxtbody(" pop ebx");
addtxtbody(" sub ebx,eax");
fprintf(f2," mov si,varnext%d\n",i3+varnextstart);
addtxtbody(" xor eax,eax");
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" sub eax,ebx");
addtxtbody(" mov si,boxx");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i2+varnextstart);
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,boxy");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i3+varnextstart);
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,boxx1");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i4+varnextstart);
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,boxy1");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i5+varnextstart);
addtxtbody(" mov al,[si]");
addtxtbody(" mov si,boxcolor");
addtxtbody(" mov [si],al");
addtxtbody(" call box32");
closering();
}
return 0;
}
//=================================================================
int hline(){
int i;
int i1;
int i2;
int i3;
int i4;
int i5;
char *ss1;
if(5==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
ss1=uppercase(ss[2]);
i2=findvar(ss1);
if (i2==-1){
printf("error var2\n");
error=1;
}
ss1=uppercase(ss[3]);
i3=findvar(ss1);
if (i3==-1){
printf("error var3\n");
error=1;
}
ss1=uppercase(ss[4]);
i4=findvar(ss1);
if (i4==-1){
printf("error var4\n");
error=1;
}
openring();
fprintf(f2," mov si,varnext%d\n",i1+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,hlinex");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i2+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,hliney");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i3+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,hlinex1");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i4+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov al,[si]");
addtxtbody(" mov si,hlinecolor");
addtxtbody(" cs");
addtxtbody(" mov [si],al");
addtxtbody(" call hlined32");
fprintf(f2," mov si,varnext%d\n",i1+varnextstart);
addtxtbody(" xor eax,eax");
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
fprintf(f2," mov si,varnext%d\n",i3+varnextstart);
addtxtbody(" xor ebx,ebx");
addtxtbody(" cs");
addtxtbody(" mov bx,[si]");
addtxtbody(" sub ebx,eax");
addtxtbody(" mov eax,ebx");
addtxtbody(" push eax");
addtxtbody(" xor ecx,ecx");
addtxtbody(" xor edx,edx");
addtxtbody(" mov ebx,4");
addtxtbody(" div ebx");
addtxtbody(" xor ecx,ecx");
addtxtbody(" xor edx,edx");
addtxtbody(" mul ebx");
addtxtbody(" pop ebx");
addtxtbody(" sub ebx,eax");
fprintf(f2," mov si,varnext%d\n",i3+varnextstart);
addtxtbody(" xor eax,eax");
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" sub eax,ebx");
addtxtbody(" mov si,hlinex");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i2+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,hliney");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i3+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,hlinex1");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i4+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov al,[si]");
addtxtbody(" mov si,hlinecolor");
addtxtbody(" cs");
addtxtbody(" mov [si],al");
addtxtbody(" call hlined32");
closering();
}
return 0;
}
//=================================================================
int vline(){
int i;
int i1;
int i2;
int i3;
int i4;
int i5;
char *ss1;
if(5==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
ss1=uppercase(ss[2]);
i2=findvar(ss1);
if (i2==-1){
printf("error var2\n");
error=1;
}
ss1=uppercase(ss[3]);
i3=findvar(ss1);
if (i3==-1){
printf("error var3\n");
error=1;
}
ss1=uppercase(ss[4]);
i4=findvar(ss1);
if (i4==-1){
printf("error var4\n");
error=1;
}
openring();
fprintf(f2," mov si,varnext%d\n",i1+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,vlinex");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i2+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,vliney");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i3+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov ax,[si]");
addtxtbody(" mov si,vliney1");
addtxtbody(" cs");
addtxtbody(" mov [si],ax");
fprintf(f2," mov si,varnext%d\n",i4+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov al,[si]");
addtxtbody(" mov si,vlinecolor");
addtxtbody(" cs");
addtxtbody(" mov [si],al");
addtxtbody(" call vline32");
closering();
}
return 0;
}
//=================================================================
int stringlen(){
int i;
int i1;
int i2;
int i3;
int i4;
int i5;
char *ss1;
if(3==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
ss1=uppercase(ss[2]);
i2=findvar(ss1);
if (i2==-1){
printf("error var2\n");
error=1;
}
openring();
fprintf(f2," mov si,varnext%d\n",i2+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov esi,[si]");
addtxtbody(" call len32");
fprintf(f2," mov di,varnext%d\n",i1+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov [di],eax");
closering();
}
return 0;
}
//=================================================================
int strs(){
int i;
int i1;
int i2;
int i3;
int i4;
int i5;
char *ss1;
if(3==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
ss1=uppercase(ss[2]);
i2=findvar(ss1);
if (i2==-1){
printf("error var2\n");
error=1;
}
openring();
fprintf(f2," mov si,varnext%d\n",i2+varnextstart);
fprintf(f2," mov bx,varnext%d\n",i1+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov edi,[bx]");
addtxtbody(" call STR32");
closering();
}
return 0;
}
//=================================================================
//=================================================================
int strcats(){
int i;
int i1;
int i2;
int i3;
int i4;
int i5;
char *ss1;
if(3==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
ss1=uppercase(ss[2]);
i2=findvar(ss1);
if (i2==-1){
printf("error var2\n");
error=1;
}
openring();
fprintf(f2," mov bx,varnext%d\n",i1+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov edi,[bx]");
fprintf(f2," mov bx,varnext%d\n",i2+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov esi,[bx]");
addtxtbody(" call strcat");
closering();
}
return 0;
}
//=================================================================
int strcopys(){
int i;
int i1;
int i2;
int i3;
int i4;
int i5;
char *ss1;
if(3==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
ss1=uppercase(ss[2]);
i2=findvar(ss1);
if (i2==-1){
printf("error var2\n");
error=1;
}
openring();
fprintf(f2," mov bx,varnext%d\n",i1+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov di,[bx]");
addtxtbody(" mov ax,0");
addtxtbody(" mov ds,ax");
addtxtbody(" mov al,0");
addtxtbody(" mov [edi],al");
addtxtbody(" mov ax,cs");
addtxtbody(" mov ds,ax");
fprintf(f2," mov bx,varnext%d\n",i2+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov esi,[bx]");
addtxtbody(" call strcat");
addtxtbody(" mov ax,cs");
addtxtbody(" mov ds,ax");
closering();
}
return 0;
}
//=================================================================
//=================================================================
int mempoke(){
int i;
int i1;
int i2;
int i3;
int i4;
int i5;
char *ss1;
if(3==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
ss1=uppercase(ss[2]);
i2=findvar(ss1);
if (i2==-1){
printf("error var2\n");
error=1;
}
openring();
fprintf(f2," mov bx,varnext%d\n",i1+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov edi,[bx]");
fprintf(f2," mov bx,varnext%d\n",i2+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov al,[bx]");
addtxtbody(" mov dx,0");
addtxtbody(" mov ds,dx");
addtxtbody(" mov [edi],al");
addtxtbody(" mov ax,cs");
addtxtbody(" mov ds,ax");
closering();
}
return 0;
}
//=================================================================
int mempeek(){
int i;
int i1;
int i2;
int i3;
int i4;
int i5;
char *ss1;
if(3==count){
error=0;
ss1=uppercase(ss[1]);
i1=findvar(ss1);
if (i1==-1){
printf("error var1\n");
error=1;
}
ss1=uppercase(ss[2]);
i2=findvar(ss1);
if (i2==-1){
printf("error var2\n");
error=1;
}
openring();
fprintf(f2," mov bx,varnext%d\n",i1+varnextstart);
addtxtbody(" mov di,bx");
fprintf(f2," mov bx,varnext%d\n",i2+varnextstart);
addtxtbody(" cs");
addtxtbody(" mov esi,[bx]");
addtxtbody(" mov dx,0");