--- a/scrip7.c	Thu May 21 22:12:55 2015 +0000
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,806 +0,0 @@
-#define true
-true /*
-if [ $1 = 'simple' ]
-then
-cc $0 -Wall -Wextra -lm -fwrapv -o scrip7
-else
-echo "Compiling binaries and extracting doc and test..."
-cc $0 -Wall -Wextra -lm -fwrapv -o scrip7 2>err
-cc -DNOS7MAIN $0 -c -lm -fwrapv -o scrip7.o 2>>err
-head err
-sed -n '/B[E]GINHEADER/,/E[N]DHEADER/p' $0 >scrip7.h
-cat >docs.txt <<END
-Author: Oren Watson
-Scrip7 hopefully getting stabler release 2015-05-12
-You can extract and compile the full distribution simply by running this
-file as a shell script like sh scrip7.c This produces the interpreter scrip7,
-the library scrip7.o, the documentation docs.txt.
-To include, include this file. If your platform does not support weak symbols, 
-you will also need to define NOS7MAIN when including it.
-Changes in this new version:
-Added a variable system to make things easier. the $ set instruction and
-@ get instruction are used with string src as varaible name,
-and dest as value. e.g. a='a a$3"foo a='f _.a a@3"foo _.a prints fa.
-
-Language Description:
-A scrip7 program or script consists of statements, jumps, and loop brackets.
-Jump targets are written with #, Loops are written with {} and [] 
-The {} brackets will jump  to the matching {} or [] bracket. [] brackets
-are inert labels. The quickest way to see how these are supposed to be used, 
-is to see the example code.
-Statements consist of a register letter, an optional offset, an operator,
-and either a literal, or another register and optional offset.
-There are 6 registers which store memory addresses, and whose notation 
-depends on the type of data they are being used to point to. The data types 
-in scrip7 are: 8 bit integers, 16 bit integers, 32 bit integers, 64 bit 
-integers, 32 bit floating point, 64 bit floating point, pointers, and the 
-"address" type which means accessing the address the register stores.
-The notation for registers is in the following table:
-int8 int16 int32 int64 float double pointer addr
-  a    A     i     I     u     U      o      O
-  b    B     j     J     v     V      p      P
-  c    C     k     K     w     W      q      Q
-  d    D     l     L     x     X      r      R
-  e    E     m     M     y     Y      s      S
-  f    F     n     N     z     Z      t      T
-                   g           g      g      G
-                   h           h      h      H
-A special register called _ is supported for the first register in a statement.
-It is zero when read, and does nothing when written to.
-g and h are relatively normal registers, with VARIANT type adjusting
-between double, int64, and pointer depending on the other operand.
-The offsets are added to the address of the accessed data. An offset of
-the form (1234 counts by bytes. An offset of the form )1234 counts by
-the size of the addressed data type.
-The literal syntax is as follows: 
-1234    Decimal integer.
-%34af   Hexadecimal integer. A space at the end is mandatory.
-3%ff    Repeated hex. 3%ff is equivalent to %ffffffff .
-12.34   Decimal floating point number.
-12/34   Fractional floating point number.
-1.23^4  Decimal floating point with decimal exponent.
-{...}   Delimited string or code literal.
-3"foo   Hollerith constant string. end " is not allowed or needed.
-'a      Character constant. No ' after it.
-The operators have a common semantics where usually only the first register's
-data or address (hereafter called the destination) is modified, and the
-second operand (hereafter called the source) is only read.
-If the second operand is a literal, or the first operand is the _ register,
-modifying it does nothing.
-Command List:
-END
-grep '^\( \|	\)*\(c\|br\)ase' scrip7.c | sed -e "s/.*ase '/α/; s/\\\\//; s/': \\/\\//β /; s/src/β/g; s/dest/α/g" >>docs.txt
-echo "Running test:"
-./scrip7 >out <<END
-I=260I%170I+8I*9I/2I-5_pI {checks arithmetic}
-I=7%7f I&6%e0 I|3%01 IX7%0f _xI {checks bit operations}
-I=5I^5_pII=3I^4_pI {checks exponentiation}
-u=43/8_xi {basic check for ieee float}
-U=35478/256_xI {basic check for ieee double}
-U=355/113_pU {check real number output}
-I=1J>1[J+II+JIl1000}#_pI {check basic looping}
-I=%5253545556575859{insert newline}b='
- [_.aa>1O!P(1}# {check character output, char literals, and byte order}
-X=4.5325_pX_xXJ\X_pJJ>1_pJ 
-{check float literals and output some more and undivide}
-I=-99_pI {check negative integer literals}
-J<2J:23J:17J:27J:67J:44
-{Now a test of insertion sort}
-[O=RQ=R[IlKQ=O#I>1O!P}#KzLL>1R!P}#
-O=SP=SQ=SR=S
-_pI_pI)1_pI)2_pI)3_pI)4 {verify sort result and register offsets}
-_z0 {modifying void register and constants should do nothing}
-END
-if diff out - <<END
-436
-0f6f6f6f6e6e6e6e
-3125
-81
-40ac0000
-406152c000000000
-3.141593
-1597
-YXWVUTSR
-4.532500
-1813/400
-1813
-400
--99
-17
-23
-27
-44
-67
-END
-then
-echo "Success"
-else
-echo "Failure"
-fi
-rm out
-fi
-exit 0
-true */
-//BEGINHEADER
-#include "stdio.h"
-#include "stdint.h"
-extern int s7logflag,s7freeflag,s7errflag,s7memsafe;
-/*Declarations for non-static*/
-void scrip7(char *code);
-/*execute string*/
-void scrip7f(FILE *code);
-/*execute whole file as a series of programs.*/
-int scrip7rc(FILE *code);
-/*execute a program, ending with .\n, returns 0 if the program was empty.*/
-void scrip7cli(FILE *code);
-/*execute a set of programs, ending with an empty program.*/
-struct va7 {int64_t c;double x;char *p;};
-extern struct scrip7state{
-	char *v[8];
-	char *data;
-	struct scrip7var *vars;
-}globa7;
-void se7var(char *name,struct va7 val);
-struct va7 ge7var(char *name);
-//ENDHEADER
-char scrap[1000];
-struct scrip7state globa7 = {{0,0,0,0,0,0,0,0},scrap,0};
-int s7logflag=0;
-int s7freeflag=0;
-int s7errflag=1;
-
-#include "stdlib.h"
-#include "string.h"
-#include "math.h"
-#include "inttypes.h"
-#include "stddef.h"
-#include "unistd.h"
-#define ei else if
-#define un(x) if(!(x))
-#define wh while
-#define loop for(;;)
-#define brase break;case
-#define brault break;default
-#define sut struct
-#define let(x,y) typeof(y) x = y
-#define new(T,y...) ({T *$$tmp=malloc(sizeof(T)); *$$tmp=(T){y}; $$tmp;})
-
-sut scrip7var{sut scrip7var*tbl[32];sut va7 val;};
-
-void se7var(char *n,sut va7 val){
-	sut scrip7var**q=&(globa7.vars);
-	loop{
-		if(!*q)*q=new(sut scrip7var,{0},{0,0,0});
-		if(!*n){(*q)->val=val;return;}
-		q=(*q)->tbl+*n%32;
-		n++;
-	}
-}
-
-sut va7 ge7var(char *n){
-	sut scrip7var**q=&(globa7.vars);
-	loop{
-		if(!*q)*q=new(sut scrip7var,{0},{0,0,0});
-		if(!*n){return (*q)->val;}
-		q=(*q)->tbl+*n%32;
-		n++;
-	}
-}
-
-static char *s7getcmd(FILE *f){
-	int n=80,l=0;
-	char *s=NULL,*q;
-	loop{
-		s=realloc(s,n);
-		q=fgets(s+l,n-l,f);
-		if(!q)return s;
-		l+=strlen(s+l);
-		if(s[l-1]=='\n')
-		if(s[l-2]=='.'){
-			s[l-2]=0;
-			return s;
-		}
-		if(l==n-1)n*=2;
-	}
-}
-
-int undiv(double x,int64_t*np,int64_t*dp){
-	double y;int i=0;
-	int64_t p=0,q=1,r=1,s=0,n;
-	do{i++;if(i>10)break;
-	n = (int64_t)((p-x*q)/(x*s-r));
-	p += n*r;q += n*s;y = (double)p/q;
-	if(y==x){*np=p;*dp=q;return i;}
-	n = (int64_t)((r-x*s)/(x*q-p));
-	r += n*p;s += n*q;y = (double)r/s;
-	}while(y!=x);
-	*np=r;*dp=s;return i;
-}
-
-static void memsetl(char *r,char *s,int len,int num){
-	memmove(r,s,len);
-	int k=1;
-	wh(k<num){
-		memcpy(r+k*len,r,len*(k*2>num?num-k:k));
-		k*=2;
-	}
-}
-
-static char *s7getinput(int fn,char b){
-	int n=80,l=0;
-	char *s=malloc(n);
-	wh(1){
-		read(fn,s+l,1);
-		if(s[l]==b)break;
-		l++;
-		if(l==n-1){
-			n*=2;
-			s=realloc(s,n);
-		}
-	}
-	s[l]=0;
-	return s;
-}
-
-#define TY_INT8 0
-#define TY_INT16 1
-#define TY_INT32 2
-#define TY_INT64 3
-#define TY_ADDR 4
-#define TY_PTR 5
-#define TY_FLOAT 6
-#define TY_DOUBLE 7
-#define TY_VARIANT 8
-static char *tpnm[]={"int8","int16","int32","int64",
-		"addr","void*","float","double","variant"};
-static int tpsz[]={1,2,4,8,1,sizeof(void*),sizeof(float),sizeof(double),8};
-static int isint[]={1,1,1,1,0,0,0,0,0};
-static int isreal[]={0,0,0,0,0,0,1,1,0};
-static int isptr[]={0,0,0,0,1,1,0,0,0};
-static int isnum[]={1,1,1,1,0,0,1,1,0};
-#define VR_AIOU 0
-#define VR_BJPV 1
-#define VR_CKQW 2
-#define VR_DLRX 3
-#define VR_EMSY 4
-#define VR_FNTZ 5
-#define VR_G 6
-#define VR_H 7
-#define VR_LIT 8
-#define VR_VOID 9
-static char *vrnm[]={"aiou","bjpv","ckqw","dlrx","emsy","fntz",
-		"g","h","constant","voidvar"};
-
-#define Log(mesg,args...) {if(s7logflag)fprintf(stderr,"%ld:"mesg"\n",g-code,##args);}wh(0)
-
-#define Die(mesg) {if(s7errflag)fprintf(stderr,"%ld:"mesg"\n",g-code);goto hell;}wh(0)
-
-static void gettype(char*g,int*d,int *dt){
-	if(*g>='a'&&*g<='f')*d=*g-'a',*dt=TY_INT8;
-	ei(*g>='A'&&*g<='F')*d=*g-'A',*dt=TY_INT16;
-	ei(*g>='i'&&*g<='n')*d=*g-'i',*dt=TY_INT32;
-	ei(*g>='I'&&*g<='N')*d=*g-'I',*dt=TY_INT64;
-	ei(*g>='o'&&*g<='t')*d=*g-'o',*dt=TY_PTR;
-	ei(*g>='O'&&*g<='T')*d=*g-'O',*dt=TY_ADDR;
-	ei(*g>='u'&&*g<='z')*d=*g-'u',*dt=TY_FLOAT;
-	ei(*g>='U'&&*g<='Z')*d=*g-'U',*dt=TY_DOUBLE;
-	ei(*g=='G')*d=VR_G,*dt=TY_ADDR;
-	ei(*g=='H')*d=VR_H,*dt=TY_ADDR;
-	ei(*g=='g')*d=VR_G,*dt=TY_VARIANT;
-	ei(*g=='h')*d=VR_H,*dt=TY_VARIANT;
-	ei(*g=='_')*d=VR_VOID,*dt=-1;
-}
-
-static void setva7(int dt,char **dp, ptrdiff_t dx, struct va7*v){
-	if(dp==0)return;
-	if(dt==TY_INT8)(*(int8_t*)(*dp+dx)) = v->c;
-	ei(dt==TY_INT16)(*(int16_t*)(*dp+dx)) = v->c;
-	ei(dt==TY_INT32)(*(int32_t*)(*dp+dx)) = v->c;
-	ei(dt==TY_INT64)(*(int64_t*)(*dp+dx)) = v->c;
-	ei(dt==TY_ADDR)(*dp) = v->p-dx;
-	ei(dt==TY_PTR)(*(void**)(*dp+dx)) = v->p;
-	ei(dt==TY_FLOAT)(*(float*)(*dp+dx)) = v->x;
-	ei(dt==TY_DOUBLE)*(double*)(*dp+dx) = v->x;
-}
-
-static void getva7(int st,char **sp, ptrdiff_t sx, struct va7 *v){
-	if(!sp){
-		v->c=0;
-		v->p=NULL;
-		v->x=0.0;
-		return;
-	}
-	if(st==TY_INT8)   v->c=*(int8_t*)(*sp+sx);
-	if(st==TY_INT16)  v->c=*(int16_t*)(*sp+sx);
-	if(st==TY_INT32)  v->c=*(int32_t*)(*sp+sx);
-	if(st==TY_INT64||st==TY_VARIANT)  v->c=*(int64_t*)(*sp+sx);
-	if(st==TY_ADDR)   v->p=(*sp+sx);
-	if(st==TY_PTR||st==TY_VARIANT)    v->p=*(void**)(*sp+sx);
-	if(st==TY_FLOAT)  v->x=*(float*)(*sp+sx);
-	if(st==TY_DOUBLE||st==TY_VARIANT) v->x=*(double*)(*sp+sx);
-	if(st<=TY_INT64){ v->p=(*sp+sx);v->x=v->c;}
-	ei(st<=TY_PTR){   v->c=(int64_t)v->p;v->x=v->c;}
-	ei(st<=TY_DOUBLE){v->c=v->x;v->p=(*sp+sx);}
-}
-
-static int64_t memlen(char *d,struct va7 *s,int t){
-	int64_t n=0;
-	struct va7 v;
-	loop{
-		char *q=d+tpsz[t]*n;
-		getva7(t,&q,0,&v);
-		if(t<TY_ADDR&&v.c==s->c)break;
-		ei(t<TY_FLOAT&&t>=TY_ADDR&&v.p==s->p)break;
-		ei(t<8&&t>=TY_FLOAT&&v.x==s->x)break;
-		n++;
-	}
-	return n;
-}
-
-#define usg uintptr_t
-
-static char *fwdjmptbl[256][2];
-static uint8_t bakjmptbl[256];
-static int pcache(char **s){
-	if(**s=='{'){
-		uint8_t k = ((usg)*s)%256;
-		if(fwdjmptbl[k][0]==*s){
-			*s = fwdjmptbl[k][1]+1;
-			return 1;
-		}else return 0;
-	}
-	if(**s=='}'){
-		uint8_t k = bakjmptbl[((usg)*s)%256];
-		if(fwdjmptbl[k][1]==*s){
-			*s = fwdjmptbl[k][0]+1;
-			return 1;
-		}else return 0;
-	}
-	return 0;
-}
-
-static char *skipp(char *s){
-	int l=0,nl=0;
-	char *ss=s;
-	if(*s=='['||*s==']')return s+1;
-	un(*s=='{'||*s=='}')return s;
-	if(pcache(&s))return s;
-	do{
-		if(*s=='['||*s=='{')nl=l+1;
-		if(*s==']'||*s=='}')nl=l-1;
-		if(nl==0){
-			usg ssh = (usg)ss%256, sh = (usg)s%256;
-			if(l>0){
-				fwdjmptbl[ssh][0]=ss;
-				fwdjmptbl[ssh][1]=s;
-				bakjmptbl[sh]=ssh;
-			}ei(l<0){
-				fwdjmptbl[sh][0]=s;
-				fwdjmptbl[sh][1]=ss;
-				bakjmptbl[ssh]=sh;
-			}
-			return ++s;
-		}
-		l=nl;
-		if(l<0)s--;
-		if(l>0)s++;
-	}wh(1);
-}
-
-static int64_t parsedec(char **gp){
-	int64_t i=0;
-	wh(**gp>='0'&&**gp<='9'){
-		i=i*10+*(*gp)++-'0';
-	}
-	return i;
-}
-
-static void parsenum(char **gp,int *stp,struct va7 *sp){
-	int64_t i=0,j;
-	double x;
-	static char *p=0;
-	int sgn=1;
-	char *g=*gp;
-	if(*g>='0'&&*g<='9'){
-		i=parsedec(&g);
-	}else if(*g=='-'){
-		sgn = -1;
-		g++;
-		i=-parsedec(&g);
-	}
-	x = i;
-	*stp = TY_INT64;
-	if(*g=='.'){
-		*stp = TY_DOUBLE;
-		g++;
-		j=0;
-		while(*g>='0'&&*g<='9'){
-			i=i*10+(*g++-'0')*sgn;
-			j++;
-		}
-		i=x=(double)i/pow(10,j);
-		if(*g=='^'){
-			g++;
-			j=parsedec(&g);
-			x*=pow(10,j);
-		}
-	}ei(*g=='/'){
-		*stp = TY_DOUBLE;
-		g++;
-		j=parsedec(&g);
-		i=x=(double)i/j;
-	}ei(*g=='%'){
-		g++;
-		j=0;
-		int l=0;
-		loop{
-			int k=(*g+30)%39;
-			if(k>=16)break;
-			j=j*16+k;
-			g++;l++;
-		}
-		int64_t t=j;
-		wh(i>0){
-			j=(j<<(l*4))+t;
-			i--;
-		}
-		i=j;
-		x=i;
-	}ei(*g=='"'){
-		p=(char*)realloc(p,i+1);
-		p[i]=0;
-		for(j=0;j<i;j++){
-			p[j]=*++g;
-		}
-		g++;
-		*stp=TY_ADDR;
-	}else{
-		x=i;
-	}
-	sp->p = p;
-	sp->c = i;
-	sp->x = x;
-	*gp = g;
-}
-
-void scrip7(char *code){
-	char **v=globa7.v;
-	int i;
-	for(i=0;i<8;i++)v[i]=globa7.data;
-	char *g=code;
-	int d,dt,s,st;
-	char op;
-	intptr_t dx,sx;
-	struct va7 dv,sv;
-	wh(*g){
-		char*j=skipp(g);
-		if(j!=g)Log("skipped parens");
-		g=j;
-		if(*g=='`'){Log("backtick is early exit");goto hell;}
-		if((*g>0&&*g<=' ')||*g=='#'){g++;continue;}
-		un((*g<='Z'&&*g>='A')||(*g<='z'&&*g>='a')||*g=='_')
-			Die("bad dest name");
-		gettype(g,&d,&dt);
-		dx=0;
-		sx=0;
-		g++;
-		wh(*g>0&&*g<=' ')g++;
-		if(*g==0)Die("unexpected zero");
-		if(*g=='('){
-			g++;
-			dx=parsedec(&g);
-		}ei(*g==')'){
-			g++;
-			dx=parsedec(&g)*tpsz[dt];
-		}
-		if(*g==0)Die("unexpected zero");
-		op=*g;
-		g++;
-		if(*g==0)Die("unexpected zero");
-		if((*g<='z'&&*g>='a')||(*g<='Z'&&*g>='A')){
-			gettype(g,&s,&st);
-			g++;
-			if(*g=='('){
-				g++;
-				sx=parsedec(&g);
-			}ei(*g==')'){
-				g++;
-				sx=parsedec(&g)*tpsz[st];
-			}
-		}ei((*g<='9'&&*g>='0')||*g=='.'||*g=='-'||*g=='%'){
-			s=8;
-			parsenum(&g,&st,&sv);
-		}ei(*g=='\''){
-			s=8;
-			st=TY_INT8;
-			g++;
-			sv.x=sv.c=*g;
-			g++;
-		}ei(*g=='{'){
-			s=8;
-			st=TY_ADDR;
-			sv.p=g+1;
-			sv.x=sv.c=0;
-			g=skipp(g)+1;
-		}else Die("bad arg");
-		if(dt==-1)dt=st;
-		Log("%s %"PRIuPTR" %s %c %s %"PRIuPTR" %s",
-			vrnm[d],dx,tpnm[dt],op,vrnm[s],sx,tpnm[st]);
-		char **sp=0;
-		if(s<8){
-			sp=v+s;
-			getva7(st,sp,sx,&sv);
-		}
-		char **dp=(d<8)?&(v[d]):0;
-		getva7(dt,dp,dx,&dv);
-		if(dt==TY_VARIANT)dt=st;
-		if(st==TY_VARIANT)st=dt;
-		if(dt==TY_VARIANT)Die("Cannot perform operation on two variants.");
-		int skip=0;
-		char *r;
-		int dvn=d;
-		int fdes;
-		int64_t n,d;
-		struct va7 nv;
-		char pbuf[100];
-		switch(op){
-		case '=': //set dest to src
-			setva7(dt,dp,dx,&sv);
-		brase 'z': //swap dest and src
-			setva7(st,sp,sx,&dv);
-			setva7(dt,dp,dx,&sv);
-		brase 'p': //print src to stream given by dest. _ is stdout
-			if(dvn!=VR_VOID&&!isint[dt])Die("dest must be a stream number, as an integer.");
-			if(dvn==VR_VOID)fdes=1;
-			else fdes=dv.c;
-			if(isint[st])sprintf(pbuf,"%"PRId64"\n",sv.c);
-			ei(isptr[st])sprintf(pbuf,"%p\n",sv.p);
-			ei(isreal[st])sprintf(pbuf,"%f\n",sv.x);
-			write(fdes,pbuf,strlen(pbuf));
-		brase 'x': //print src in hex to stream given by dest. _ is stdout
-			if(dvn!=VR_VOID&&!isint[dt])Die("dest must be a stream number, as an integer.");
-			if(dvn==VR_VOID)fdes=1;
-			else fdes=dv.c;
-			if(dt==TY_INT8)sprintf(pbuf,"%02"PRIx8"\n",(uint8_t)sv.c);
-			ei(dt==TY_INT16)
-				sprintf(pbuf,"%04"PRIx16"\n",(uint16_t)sv.c);
-			ei(dt==TY_INT32)
-				sprintf(pbuf,"%08"PRIx32"\n",(uint32_t)sv.c);
-			ei(dt==TY_INT64)sprintf(pbuf,"%016"PRIx64"\n",sv.c);
-			ei(dt<=TY_PTR)sprintf(pbuf,"%p\n",sv.p);
-			else{
-				int64_t n,d;
-				undiv(sv.x,&n,&d);
-				sprintf(pbuf,"%"PRId64"/%"PRId64"\n",n,d);
-			}
-			write(fdes,pbuf,strlen(pbuf));
-		brase 'r': //read in a line from stream given by src and put value in dest
-			if(!isint[st])Die("src must be a stream number, as an integer.");
-			r=s7getinput(sv.c,'\n');
-			if(dt<=TY_INT64)dv.c=strtol(r,0,0);
-			ei(dt==TY_FLOAT||dt==TY_DOUBLE)dv.x=strtod(r,0);
-			else dv.p = r;
-			if(!isptr[dt])free(r);
-			setva7(dt,dp,dx,&dv);
-		brase 'S': //copy N objects from src to dest, if src is an address. (N being the register N of course) otherwise, set N objects in dest to the value of src.
-			r=*dp;
-			getva7(TY_INT64,&v[5],0,&nv);
-			if(isptr[st]){
-				memmove(r,*sp,nv.c*tpsz[dt]);
-			}else{
-				memsetl(r,*sp,tpsz[st],nv.c);
-			}
-		brase 'L': //get number of objects in dest until the value of src is reached. set N to it.
-			nv.c = memlen(*dp,&sv,dt);
-			setva7(TY_INT64,v+5,0,&nv);
-		brase '\\': //undivide src into two consecutive values in dest.
-			if(!isnum[dt])Die("Undivide result must be placed in numeric type.");
-			undiv(sv.x,&n,&d);
-			dv.x=dv.c = n;
-			setva7(dt,dp,dx,&dv);
-			dv.x=dv.c = d;
-			*dp = *dp + tpsz[dt];
-			setva7(dt,dp,dx,&dv);
-			*dp = *dp - tpsz[dt];
-		brase 'R': //read N objects of dest's type into dest, from steem number src.
-			if(!isint[st])Die("Source must be a stream number, as an integer.");
-			getva7(TY_INT64,&v[5],0,&nv);
-			read(sv.c,*dp,tpsz[dt]*nv.c);
-		brase 'W': //write N objects of dest's type from dest, to stream number src..
-			if(!isint[st])Die("Source must be a stream number, as an integer.");
-			getva7(TY_INT64,&v[5],0,&nv);
-			write(sv.c,*dp,tpsz[dt]*nv.c);
-		brase '.': //put src as char, to stream indicated by dest. _ is stdout.
-			if(dvn!=VR_VOID&&!isint[dt])Die("dest must be a stream number, as an integer.");
-			if(dvn==VR_VOID)fdes=1;
-			else fdes = dv.c;
-			write(fdes,&sv.c,1);
-		brase ',': //get char into dest, from stream indicated by src.
-			if(!isint[st])Die("src must be a stream number, as an integer.");
-			{char c;
-			read(sv.c,&c,1);
-			dv.x=dv.c=c;}
-			setva7(dt,dp,dx,&dv);
-		brase '+': //add src to dest.
-			dv.c+=sv.c;
-			dv.x+=sv.x;
-			dv.p+=sv.c;
-			setva7(dt,dp,dx,&dv);
-		brase '-': //subtract src from dest.
-			dv.c-=sv.c;
-			dv.x-=sv.x;
-			dv.p-=sv.c;
-			setva7(dt,dp,dx,&dv);
-		brase '/': //divide dest by src
-			if(sv.c)dv.c/=sv.c;
-			dv.x/=sv.x;
-			if(isptr[st]||isptr[dt])Die("Can't divide pointers.");
-			setva7(dt,dp,dx,&dv);
-		brase '%': //modulo dest by src
-			dv.c%=sv.c;
-			dv.x=fmod(dv.x,sv.x);
-			if(isptr[st]||isptr[dt])Die("Can't modulo pointers.");
-			setva7(dt,dp,dx,&dv);
-		brase '*': //multiply dest by src
-			dv.c*=sv.c;
-			dv.x*=dv.x;
-			if(isptr[st]||isptr[dt])
-				Die("Can't multiply pointers.");
-			setva7(dt,dp,dx,&dv);
-		brase '|': //bitor src into dest
-			dv.c|=sv.c;
-			if(!isint[st]||!isint[dt])
-				Die("Can only bitor integers.");
-			setva7(dt,dp,dx,&dv);
-		brase '&': //bitand src with dest
-			dv.c&=sv.c;
-			if(!isint[st]||!isint[dt])
-				Die("Can only bitand integers.");
-			setva7(dt,dp,dx,&dv);
-		brase '^': //raise dest to src power
-			dv.c=pow(dv.c,sv.x);
-			dv.x=pow(dv.x,sv.x);
-			if(isptr[st]||isptr[dt])
-				Die("Can only exponent numbers.");
-			setva7(dt,dp,dx,&dv);
-		brase 'c': //multiply dest by cos src
-			dv.c=dv.x=dv.x*cos(sv.x);
-			if(isptr[st]||isptr[dt])
-				Die("Can only cosine numbers.");
-			setva7(dt,dp,dx,&dv);
-		brase 's': //multiply dest by sin src
-			dv.c=dv.x=dv.x*sin(sv.x);
-			if(isptr[st]||isptr[dt])
-				Die("Can only sine numbers.");
-			setva7(dt,dp,dx,&dv);
-		brase '_': //multiply dest by log src
-			dv.c=dv.x=dv.x*log(sv.x);
-			if(isptr[st]||isptr[dt])
-				Die("Can only logarithm numbers.");
-			setva7(dt,dp,dx,&dv);
-		brase 't': //multiply dest by tan src
-			dv.c=dv.x=dv.x*tan(sv.x);
-			if(isptr[st]||isptr[dt])
-				Die("Can only tangent numbers.");
-			setva7(dt,dp,dx,&dv);
-		brase 'a': //set dest to atan(dest/src)
-			dv.c=dv.x=atan2(dv.x,sv.x);
-			if(isptr[st]||isptr[dt])
-				Die("Can only arctangent numbers.");
-			setva7(dt,dp,dx,&dv);
-		brase 'e': //multiply dest by e^src
-			dv.c=dv.x=dv.x*exp(sv.x);
-			if(isptr[st]||isptr[dt])
-				Die("Can only exponent numbers.");
-			setva7(dt,dp,dx,&dv);
-		brase 'X': //xor dest with src
-			dv.c^=sv.c;
-			if(!isint[st]||!isint[dt])
-				Die("Can only bitxor integers.");
-			setva7(dt,dp,dx,&dv);
-		brase 'M': //set dest to point to src newly allocated bytes
-			if(isptr[st])
-				Die("Non number malloc size.");
-			*dp=malloc(sv.c*tpsz[dt]);
-		brase 'N': //resize allocated memory at dest to src bytes.
-			if(isptr[st])
-				Die("Non number realloc size.");
-			*dp=realloc(*dp,sv.c*tpsz[dt]);
-		brase '>': //move dest src objects forward
-			if(isptr[st])
-				Die("Non number move size.");
-			*dp=*dp+(sv.c*tpsz[dt]);
-		brase ':': //set dest to src and move dest to next object
-			setva7(dt,dp,dx,&sv);
-			*dp=*dp+tpsz[dt];
-		brase ';': // move to previous object and set dest to src
-			*dp=*dp-tpsz[dt];
-			setva7(dt,dp,dx,&sv);
-		brase '<': //move dest src objects backward
-			if(isptr[st])
-				Die("Non number move size.");
-			*dp=*dp-(sv.c*tpsz[dt]);
-		brase 'F': //free memory at dest
-			free(*dp);
-			*dp=globa7.data;
-		brase '~': //skip to # if dest != src
-			if(dt<=TY_INT64)skip=(dv.c!=sv.c);
-			ei(dt<=TY_PTR)skip=(dv.p!=sv.p);
-			else skip=(dv.x!=sv.x);
-		brase 'g': //skip to # if dest <= src
-			if(dt<=TY_INT64)skip=(dv.c<=sv.c);
-			ei(dt<=TY_PTR)skip=(dv.p<=sv.p);
-			else skip=(dv.x<=sv.x);
-		brase 'l': //skip to # if dest > src
-			if(dt<=TY_INT64)skip=(dv.c>sv.c);
-			ei(dt<=TY_PTR)skip=(dv.p>sv.p);
-			else skip=(dv.x>=sv.x);
-		brase '!': //skip to # if dest == src
-			if(dt<=TY_INT64)skip=(dv.c==sv.c);
-			ei(dt<=TY_PTR)skip=(dv.p==sv.p);
-			else skip=(dv.x==sv.x);
-		brase 'K': //save current place into dest
-			if(dt==TY_PTR||dt==TY_ADDR)dv.p=g;
-			else Die("Can only save label to a pointer.");
-		brase '@': //get variable of name src into dest
-			if(st==TY_ADDR)dv=ge7var(sv.p);
-			else Die("Variable name must be string");
-			setva7(dt,dp,dx,&dv);
-		brase '$': //set variable of name src from dest
-			if(st==TY_ADDR)se7var(sv.p,dv);
-			else Die("Variable name must be string");
-		brase 'G': //goto place saved in src
-			if(st==TY_PTR||st==TY_ADDR)g=sv.p;
-			else Die("Can only jump to a pointer.");
-		brase 'C': //call dest as a void(*)(char*) with src as parameter.
-			un(dt==TY_PTR||dt==TY_ADDR)Die("Can only call a pointer.");
-			((void(*)(char*))dv.p)(sv.p);
-		brault: Die("Bad Operator");
-		}
-		if(skip){
-			Log("condition false, skipping");
-			wh(*g&&*g!='#')g++;
-			if(*g)g++;
-		}
-	}
-	hell:
-	Log("end");
-}
-
-int scrip7rc(FILE *in){
-	char *cmd=s7getcmd(in);
-	if(*cmd==0){free(cmd);return 0;}
-	scrip7(cmd);
-	if(s7freeflag)free(cmd);
-	return 1;
-}
-
-
-void scrip7f(FILE *f){
-	wh(!feof(f))scrip7rc(f);
-}
-
-void scrip7cli(FILE *in){
-	wh(!feof(in)&&scrip7rc(in));
-}
-
-#if !defined(NOS7MAIN)
-__attribute__((weak)) int main(int argc,char **argv){
-	int i=argc,cli=1;
-	wh(i>1){
-		i--;
-		FILE *f=fopen(argv[i],"r");
-		if(!f){
-			if(strchr(argv[i],'d'))s7logflag=1;
-			if(strchr(argv[i],'f'))s7freeflag=1;
-			if(strchr(argv[i],'c'))cli=1;
-			continue;
-		}
-		cli=0;
-		scrip7f(f);
-		fclose(f);
-	}
-	if(cli)scrip7cli(stdin);
-	return 0;
-}
-#endif