#include <assert.h>
#include <ctype.h>
-#if NEED_NCURSES
-#if HAVE_NCURSES_NCURSES_H
-#include <ncurses/ncurses.h>
-#else
-#include <ncurses.h>
-#endif
-#else
-#include <curses.h>
-#endif
#include <errno.h>
#include <stdlib.h>
#include <stdio.h>
#include "cpmfs.h"
#include "getopt_.h"
-
-#ifdef USE_DMALLOC
-#include <dmalloc.h>
-#endif
+#include "term.h"
/*}}}*/
extern char **environ;
{
const char *msg;
- clear();
+ term_clear();
msg="File system characteristics";
- move(0,(COLS-strlen(msg))/2); printw(msg);
- move(2,0); printw(" Image: %s",image);
- move(3,0); printw(" Format: %s",format);
- move(4,0); printw(" File system: ");
+ term_xy((term_cols()-strlen(msg))/2,0); term_printf(msg);
+ term_xy(0,2); term_printf(" Image: %s",image);
+ term_xy(0,3); term_printf(" Format: %s",format);
+ term_xy(0,4); term_printf(" File system: ");
switch (sb->type)
{
- case CPMFS_DR22: printw("CP/M 2.2"); break;
- case CPMFS_P2DOS: printw("P2DOS 2.3"); break;
- case CPMFS_DR3: printw("CP/M Plus"); break;
+ case CPMFS_DR22: term_printf("CP/M 2.2"); break;
+ case CPMFS_P2DOS: term_printf("P2DOS 2.3"); break;
+ case CPMFS_DR3: term_printf("CP/M Plus"); break;
}
- move(6,0); printw(" Sector length: %d",sb->secLength);
- move(7,0); printw(" Number of tracks: %d",sb->tracks);
- move(8,0); printw(" Sectors per track: %d",sb->sectrk);
+ term_xy(0,6); term_printf(" Sector length: %d",sb->secLength);
+ term_xy(0,7); term_printf(" Number of tracks: %d",sb->tracks);
+ term_xy(0,8); term_printf(" Sectors per track: %d",sb->sectrk);
- move(10,0);printw(" Block size: %d",sb->blksiz);
- move(11,0);printw("Number of directory entries: %d",sb->maxdir);
- move(12,0);printw(" Logical sector skew: %d",sb->skew);
- move(13,0);printw(" Number of system tracks: %d",sb->boottrk);
- move(14,0);printw(" Logical extents per extent: %d",sb->extents);
- move(15,0);printw(" Allocatable data blocks: %d",sb->size-(sb->maxdir*32+sb->blksiz-1)/sb->blksiz);
+ term_xy(0,10);term_printf(" Block size: %d",sb->blksiz);
+ term_xy(0,11);term_printf("Number of directory entries: %d",sb->maxdir);
+ term_xy(0,12);term_printf(" Number of directory blocks: %d",sb->dirblks);
+ term_xy(0,13);term_printf(" Logical sector skew: %d",sb->skew);
+ term_xy(0,14);term_printf(" Number of system tracks: %d",sb->boottrk);
+ term_xy(0,15);term_printf(" Logical extents per extent: %d",sb->extents);
+ term_xy(0,16);term_printf(" Allocatable data blocks: %d",sb->size-(sb->maxdir*32+sb->blksiz-1)/sb->blksiz);
msg="Any key to continue";
- move(23,(COLS-strlen(msg))/2); printw(msg);
- getch();
+ term_xy((term_cols()-strlen(msg))/2,23); term_printf(msg);
+ term_getch();
}
/*}}}*/
static void map(struct cpmSuperBlock *sb) /*{{{*/
int secmap,sys,directory;
int pos;
- clear();
+ term_clear();
msg="Data map";
- move(0,(COLS-strlen(msg))/2); printw(msg);
+ term_xy((term_cols()-strlen(msg))/2,0); term_printf(msg);
secmap=(sb->tracks*sb->sectrk+80*18-1)/(80*18);
memset(bmap,' ',sizeof(bmap));
int sector;
sector=mapbuf[entry*32+16+i]&0xff;
- if (sb->size>=256) sector|=(((mapbuf[entry*32+16+ ++i]&0xff)<<8));
+ if (sb->size>256) sector|=(((mapbuf[entry*32+16+ ++i]&0xff)<<8));
if (sector>0 && sector<=sb->size)
{
/* not entirely correct without the last extent record count */
for (pos=0; pos<(int)sizeof(bmap); ++pos)
{
- move(2+pos%18,pos/18);
- addch(bmap[pos]);
+ term_xy(pos/18,2+pos%18);
+ term_putch(bmap[pos]);
}
- move(21,0); printw("S=System area D=Directory area #=File data .=Free");
+ term_xy(0,21); term_printf("S=System area D=Directory area #=File data .=Free");
msg="Any key to continue";
- move(23,(COLS-strlen(msg))/2); printw(msg);
- getch();
+ term_xy((term_cols()-strlen(msg))/2,23); term_printf(msg);
+ term_getch();
}
/*}}}*/
static void data(struct cpmSuperBlock *sb, const char *buf, unsigned long int pos) /*{{{*/
for (i=0; i<128; ++i)
{
- move(4+(i>>4),(i&0x0f)*3+!!(i&0x8)); printw("%02x",buf[i+offset]&0xff);
- if (pos%sb->secLength==i+offset) attron(A_REVERSE);
- move(4+(i>>4),50+(i&0x0f)); printw("%c",isprint(buf[i+offset]) ? buf[i+offset] : '.');
- attroff(A_REVERSE);
+ term_xy((i&0x0f)*3+!!(i&0x8),4+(i>>4)); term_printf("%02x",buf[i+offset]&0xff);
+ if (pos%sb->secLength==i+offset) term_reverse(1);
+ term_xy(50+(i&0x0f),4+(i>>4)); term_printf("%c",isprint((unsigned char)buf[i+offset]) ? buf[i+offset] : '.');
+ term_reverse(0);
}
- move(4+((pos&0x7f)>>4),((pos&0x7f)&0x0f)*3+!!((pos&0x7f)&0x8)+1);
+ term_xy(((pos&0x7f)&0x0f)*3+!!((pos&0x7f)&0x8)+1,4+((pos&0x7f)>>4));
}
/*}}}*/
{
/* variables */ /*{{{*/
const char *devopts=(const char*)0;
+ int uppercase=0;
char *image;
const char *err;
struct cpmSuperBlock drive;
const char *format;
int c,usage=0;
off_t pos;
- chtype ch;
+ int ch;
int reload;
char *buf;
/*}}}*/
/* parse options */ /*{{{*/
if (!(format=getenv("CPMTOOLSFMT"))) format=FORMAT;
- while ((c=getopt(argc,argv,"T:f:h?"))!=EOF) switch(c)
+ while ((c=getopt(argc,argv,"T:f:uh?"))!=EOF) switch(c)
{
case 'f': format=optarg; break;
case 'T': devopts=optarg; break;
+ case 'u': uppercase=1; break;
case 'h':
case '?': usage=1; break;
}
fprintf(stderr,"%s: cannot open %s (%s)\n",cmd,image,err);
exit(1);
}
- if (cpmReadSuper(&drive,&root,format)==-1)
+ if (cpmReadSuper(&drive,&root,format,uppercase)==-1)
{
fprintf(stderr,"%s: cannot read superblock (%s)\n",cmd,boo);
exit(1);
exit(1);
}
/*}}}*/
- /* init curses */ /*{{{*/
- initscr();
- noecho();
- raw();
- nonl();
- idlok(stdscr,TRUE);
- idcok(stdscr,TRUE);
- keypad(stdscr,TRUE);
- clear();
- /*}}}*/
+ term_init();
pos=0;
reload=1;
do
{
/* display position and load data */ /*{{{*/
- clear();
- move(2,0); printw("Byte %8lu (0x%08lx) ",pos,pos);
+ term_clear();
+ term_xy(0,2); term_printf("Byte %8lu (0x%08lx) ",pos,pos);
if (pos<(drive.boottrk*drive.sectrk*drive.secLength))
{
- printw("Physical sector %3lu ",((pos/drive.secLength)%drive.sectrk)+1);
+ term_printf("Physical sector %3lu ",((pos/drive.secLength)%drive.sectrk)+1);
}
else
{
- printw("Sector %3lu ",((pos/drive.secLength)%drive.sectrk)+1);
- printw("(physical %3d) ",drive.skewtab[(pos/drive.secLength)%drive.sectrk]+1);
+ term_printf("Sector %3lu ",((pos/drive.secLength)%drive.sectrk)+1);
+ term_printf("(physical %3d) ",drive.skewtab[(pos/drive.secLength)%drive.sectrk]+1);
}
- printw("Offset %5lu ",pos%drive.secLength);
- printw("Track %5lu",pos/(drive.secLength*drive.sectrk));
- move(LINES-3,0); printw("N)ext track P)revious track");
- move(LINES-2,0); printw("n)ext record p)revious record f)orward byte b)ackward byte");
- move(LINES-1,0); printw("i)nfo q)uit");
+ term_printf("Offset %5lu ",pos%drive.secLength);
+ term_printf("Track %5lu",pos/(drive.secLength*drive.sectrk));
+ term_xy(0,term_lines()-3); term_printf("N)ext track P)revious track");
+ term_xy(0,term_lines()-2); term_printf("n)ext record p)revious record f)orward byte b)ackward byte");
+ term_xy(0,term_lines()-1); term_printf("i)nfo q)uit");
if (reload)
{
if (pos<(drive.boottrk*drive.sectrk*drive.secLength))
}
if (err)
{
- move(4,0); printw("Data can not be read: %s",err);
+ term_xy(0,4); term_printf("Data can not be read: %s",err);
}
else reload=0;
}
{
const char *msg;
- msg="System area"; move(0,(COLS-strlen(msg))/2); printw(msg);
- move(LINES-3,36); printw("F)orward 16 byte B)ackward 16 byte");
+ msg="System area"; term_xy((term_cols()-strlen(msg))/2,0); term_printf(msg);
+ term_xy(36,term_lines()-3); term_printf("F)orward 16 byte B)ackward 16 byte");
if (!reload) data(&drive,buf,pos);
- switch (ch=getch())
+ switch (ch=term_getch())
{
case 'F': /* next 16 byte */ /*{{{*/
{
int entry=(pos-(drive.boottrk*drive.sectrk*drive.secLength))>>5;
int offset=pos&0x1f;
- msg="Directory area"; move(0,(COLS-strlen(msg))/2); printw(msg);
- move(LINES-3,36); printw("F)orward entry B)ackward entry");
+ msg="Directory area"; term_xy((term_cols()-strlen(msg))/2,0); term_printf(msg);
+ term_xy(36,term_lines()-3); term_printf("F)orward entry B)ackward entry");
- move(13,0); printw("Entry %3d: ",entry);
+ term_xy(0,13); term_printf("Entry %3d: ",entry);
if /* free or used directory entry */ /*{{{*/
((buf[entrystart]>=0 && buf[entrystart]<=(drive.type==CPMFS_P2DOS ? 31 : 15)) || buf[entrystart]==(char)0xe5)
{
if (buf[entrystart]==(char)0xe5)
{
- if (offset==0) attron(A_REVERSE);
- printw("Free");
- attroff(A_REVERSE);
+ if (offset==0) term_reverse(1);
+ term_printf("Free");
+ term_reverse(0);
}
- else printw("Directory entry");
- move(15,0);
+ else term_printf("Directory entry");
+ term_xy(0,15);
if (buf[entrystart]!=(char)0xe5)
{
- printw("User: ");
- if (offset==0) attron(A_REVERSE);
- printw("%2d",buf[entrystart]);
- attroff(A_REVERSE);
- printw(" ");
+ term_printf("User: ");
+ if (offset==0) term_reverse(1);
+ term_printf("%2d",buf[entrystart]);
+ term_reverse(0);
+ term_printf(" ");
}
- printw("Name: ");
+ term_printf("Name: ");
for (i=0; i<8; ++i)
{
- if (offset==1+i) attron(A_REVERSE);
- printw("%c",buf[entrystart+1+i]&0x7f);
- attroff(A_REVERSE);
+ if (offset==1+i) term_reverse(1);
+ term_printf("%c",buf[entrystart+1+i]&0x7f);
+ term_reverse(0);
}
- printw(" Extension: ");
+ term_printf(" Extension: ");
for (i=0; i<3; ++i)
{
- if (offset==9+i) attron(A_REVERSE);
- printw("%c",buf[entrystart+9+i]&0x7f);
- attroff(A_REVERSE);
+ if (offset==9+i) term_reverse(1);
+ term_printf("%c",buf[entrystart+9+i]&0x7f);
+ term_reverse(0);
}
- move(16,0); printw("Extent: %3d",((buf[entrystart+12]&0xff)+((buf[entrystart+14]&0xff)<<5))/drive.extents);
- printw(" (low: ");
- if (offset==12) attron(A_REVERSE);
- printw("%2d",buf[entrystart+12]&0xff);
- attroff(A_REVERSE);
- printw(", high: ");
- if (offset==14) attron(A_REVERSE);
- printw("%2d",buf[entrystart+14]&0xff);
- attroff(A_REVERSE);
- printw(")");
- move(17,0); printw("Last extent record count: ");
- if (offset==15) attron(A_REVERSE);
- printw("%3d",buf[entrystart+15]&0xff);
- attroff(A_REVERSE);
- move(18,0); printw("Last record byte count: ");
- if (offset==13) attron(A_REVERSE);
- printw("%3d",buf[entrystart+13]&0xff);
- attroff(A_REVERSE);
- move(19,0); printw("Data blocks:");
+ term_xy(0,16); term_printf("Extent: %3d",((buf[entrystart+12]&0xff)+((buf[entrystart+14]&0xff)<<5))/drive.extents);
+ term_printf(" (low: ");
+ if (offset==12) term_reverse(1);
+ term_printf("%2d",buf[entrystart+12]&0xff);
+ term_reverse(0);
+ term_printf(", high: ");
+ if (offset==14) term_reverse(1);
+ term_printf("%2d",buf[entrystart+14]&0xff);
+ term_reverse(0);
+ term_printf(")");
+ term_xy(0,17); term_printf("Last extent record count: ");
+ if (offset==15) term_reverse(1);
+ term_printf("%3d",buf[entrystart+15]&0xff);
+ term_reverse(0);
+ term_xy(0,18); term_printf("Last record byte count: ");
+ if (offset==13) term_reverse(1);
+ term_printf("%3d",buf[entrystart+13]&0xff);
+ term_reverse(0);
+ term_xy(0,19); term_printf("Data blocks:");
for (i=0; i<16; ++i)
{
unsigned int block=buf[entrystart+16+i]&0xff;
- if (drive.size>=256)
+ if (drive.size>256)
{
- printw(" ");
- if (offset==16+i || offset==16+i+1) attron(A_REVERSE);
- printw("%5d",block|(((buf[entrystart+16+ ++i]&0xff)<<8)));
- attroff(A_REVERSE);
+ term_printf(" ");
+ if (offset==16+i || offset==16+i+1) term_reverse(1);
+ term_printf("%5d",block|(((buf[entrystart+16+ ++i]&0xff)<<8)));
+ term_reverse(0);
}
else
{
- printw(" ");
- if (offset==16+i) attron(A_REVERSE);
- printw("%3d",block);
- attroff(A_REVERSE);
+ term_printf(" ");
+ if (offset==16+i) term_reverse(1);
+ term_printf("%3d",block);
+ term_reverse(0);
}
}
}
const struct tm *tm;
char s[30];
- if (offset==0) attron(A_REVERSE);
- printw("Disc label");
- attroff(A_REVERSE);
- move(15,0);
- printw("Label: ");
+ if (offset==0) term_reverse(1);
+ term_printf("Disc label");
+ term_reverse(0);
+ term_xy(0,15);
+ term_printf("Label: ");
for (i=0; i<11; ++i)
{
- if (i+1==offset) attron(A_REVERSE);
- printw("%c",buf[entrystart+1+i]&0x7f);
- attroff(A_REVERSE);
+ if (i+1==offset) term_reverse(1);
+ term_printf("%c",buf[entrystart+1+i]&0x7f);
+ term_reverse(0);
}
- move(16,0);
- printw("Bit 0,7: ");
- if (offset==12) attron(A_REVERSE);
- printw("Label %s",buf[entrystart+12]&1 ? "set" : "not set");
- printw(", password protection %s",buf[entrystart+12]&0x80 ? "set" : "not set");
- attroff(A_REVERSE);
- move(17,0);
- printw("Bit 4,5,6: ");
- if (offset==12) attron(A_REVERSE);
- printw("Time stamp ");
- if (buf[entrystart+12]&0x10) printw("on create, ");
- else printw("not on create, ");
- if (buf[entrystart+12]&0x20) printw("on modification, ");
- else printw("not on modifiction, ");
- if (buf[entrystart+12]&0x40) printw("on access");
- else printw("not on access");
- attroff(A_REVERSE);
- move(18,0);
- printw("Password: ");
+ term_xy(0,16);
+ term_printf("Bit 0,7: ");
+ if (offset==12) term_reverse(1);
+ term_printf("Label %s",buf[entrystart+12]&1 ? "set" : "not set");
+ term_printf(", password protection %s",buf[entrystart+12]&0x80 ? "set" : "not set");
+ term_reverse(0);
+ term_xy(0,17);
+ term_printf("Bit 4,5,6: ");
+ if (offset==12) term_reverse(1);
+ term_printf("Time stamp ");
+ if (buf[entrystart+12]&0x10) term_printf("on create, ");
+ else term_printf("not on create, ");
+ if (buf[entrystart+12]&0x20) term_printf("on modification, ");
+ else term_printf("not on modifiction, ");
+ if (buf[entrystart+12]&0x40) term_printf("on access");
+ else term_printf("not on access");
+ term_reverse(0);
+ term_xy(0,18);
+ term_printf("Password: ");
for (i=0; i<8; ++i)
{
char printable;
- if (offset==16+(7-i)) attron(A_REVERSE);
+ if (offset==16+(7-i)) term_reverse(1);
printable=(buf[entrystart+16+(7-i)]^buf[entrystart+13])&0x7f;
- printw("%c",isprint(printable) ? printable : ' ');
- attroff(A_REVERSE);
+ term_printf("%c",isprint(printable) ? printable : ' ');
+ term_reverse(0);
}
- printw(" XOR value: ");
- if (offset==13) attron(A_REVERSE);
- printw("0x%02x",buf[entrystart+13]&0xff);
- attroff(A_REVERSE);
- move(19,0);
- printw("Created: ");
+ term_printf(" XOR value: ");
+ if (offset==13) term_reverse(1);
+ term_printf("0x%02x",buf[entrystart+13]&0xff);
+ term_reverse(0);
+ term_xy(0,19);
+ term_printf("Created: ");
tm=cpmtime(buf[entrystart+24],buf[entrystart+25],buf[entrystart+26],buf[entrystart+27]);
- if (offset==24 || offset==25) attron(A_REVERSE);
+ if (offset==24 || offset==25) term_reverse(1);
strftime(s,sizeof(s),"%x",tm);
- printw("%s",s);
- attroff(A_REVERSE);
- printw(" ");
- if (offset==26) attron(A_REVERSE);
- printw("%2d",tm->tm_hour);
- attroff(A_REVERSE);
- printw(":");
- if (offset==27) attron(A_REVERSE);
- printw("%02d",tm->tm_min);
- attroff(A_REVERSE);
- printw(" Updated: ");
+ term_printf("%s",s);
+ term_reverse(0);
+ term_printf(" ");
+ if (offset==26) term_reverse(1);
+ term_printf("%2d",tm->tm_hour);
+ term_reverse(0);
+ term_printf(":");
+ if (offset==27) term_reverse(1);
+ term_printf("%02d",tm->tm_min);
+ term_reverse(0);
+ term_printf(" Updated: ");
tm=cpmtime(buf[entrystart+28],buf[entrystart+29],buf[entrystart+30],buf[entrystart+31]);
- if (offset==28 || offset==29) attron(A_REVERSE);
+ if (offset==28 || offset==29) term_reverse(1);
strftime(s,sizeof(s),"%x",tm);
- printw("%s",s);
- attroff(A_REVERSE);
- printw(" ");
- if (offset==30) attron(A_REVERSE);
- printw("%2d",tm->tm_hour);
- attroff(A_REVERSE);
- printw(":");
- if (offset==31) attron(A_REVERSE);
- printw("%02d",tm->tm_min);
- attroff(A_REVERSE);
+ term_printf("%s",s);
+ term_reverse(0);
+ term_printf(" ");
+ if (offset==30) term_reverse(1);
+ term_printf("%2d",tm->tm_hour);
+ term_reverse(0);
+ term_printf(":");
+ if (offset==31) term_reverse(1);
+ term_printf("%02d",tm->tm_min);
+ term_reverse(0);
}
/*}}}*/
else if /* time stamp */ /*{{{*/
const struct tm *tm;
char s[30];
- if (offset==0) attron(A_REVERSE);
- printw("Time stamps");
- attroff(A_REVERSE);
- move(15,0);
- printw("3rd last extent: Created/Accessed ");
+ if (offset==0) term_reverse(1);
+ term_printf("Time stamps");
+ term_reverse(0);
+ term_xy(0,15);
+ term_printf("3rd last extent: Created/Accessed ");
tm=cpmtime(buf[entrystart+1],buf[entrystart+2],buf[entrystart+3],buf[entrystart+4]);
- if (offset==1 || offset==2) attron(A_REVERSE);
+ if (offset==1 || offset==2) term_reverse(1);
strftime(s,sizeof(s),"%x",tm);
- printw("%s",s);
- attroff(A_REVERSE);
- printw(" ");
- if (offset==3) attron(A_REVERSE);
- printw("%2d",tm->tm_hour);
- attroff(A_REVERSE);
- printw(":");
- if (offset==4) attron(A_REVERSE);
- printw("%02d",tm->tm_min);
- attroff(A_REVERSE);
- printw(" Modified ");
+ term_printf("%s",s);
+ term_reverse(0);
+ term_printf(" ");
+ if (offset==3) term_reverse(1);
+ term_printf("%2d",tm->tm_hour);
+ term_reverse(0);
+ term_printf(":");
+ if (offset==4) term_reverse(1);
+ term_printf("%02d",tm->tm_min);
+ term_reverse(0);
+ term_printf(" Modified ");
tm=cpmtime(buf[entrystart+5],buf[entrystart+6],buf[entrystart+7],buf[entrystart+8]);
- if (offset==5 || offset==6) attron(A_REVERSE);
+ if (offset==5 || offset==6) term_reverse(1);
strftime(s,sizeof(s),"%x",tm);
- printw("%s",s);
- attroff(A_REVERSE);
- printw(" ");
- if (offset==7) attron(A_REVERSE);
- printw("%2d",tm->tm_hour);
- attroff(A_REVERSE);
- printw(":");
- if (offset==8) attron(A_REVERSE);
- printw("%02d",tm->tm_min);
- attroff(A_REVERSE);
-
- move(16,0);
- printw("2nd last extent: Created/Accessed ");
+ term_printf("%s",s);
+ term_reverse(0);
+ term_printf(" ");
+ if (offset==7) term_reverse(1);
+ term_printf("%2d",tm->tm_hour);
+ term_reverse(0);
+ term_printf(":");
+ if (offset==8) term_reverse(1);
+ term_printf("%02d",tm->tm_min);
+ term_reverse(0);
+
+ term_xy(0,16);
+ term_printf("2nd last extent: Created/Accessed ");
tm=cpmtime(buf[entrystart+11],buf[entrystart+12],buf[entrystart+13],buf[entrystart+14]);
- if (offset==11 || offset==12) attron(A_REVERSE);
+ if (offset==11 || offset==12) term_reverse(1);
strftime(s,sizeof(s),"%x",tm);
- printw("%s",s);
- attroff(A_REVERSE);
- printw(" ");
- if (offset==13) attron(A_REVERSE);
- printw("%2d",tm->tm_hour);
- attroff(A_REVERSE);
- printw(":");
- if (offset==14) attron(A_REVERSE);
- printw("%02d",tm->tm_min);
- attroff(A_REVERSE);
- printw(" Modified ");
+ term_printf("%s",s);
+ term_reverse(0);
+ term_printf(" ");
+ if (offset==13) term_reverse(1);
+ term_printf("%2d",tm->tm_hour);
+ term_reverse(0);
+ term_printf(":");
+ if (offset==14) term_reverse(1);
+ term_printf("%02d",tm->tm_min);
+ term_reverse(0);
+ term_printf(" Modified ");
tm=cpmtime(buf[entrystart+15],buf[entrystart+16],buf[entrystart+17],buf[entrystart+18]);
- if (offset==15 || offset==16) attron(A_REVERSE);
+ if (offset==15 || offset==16) term_reverse(1);
strftime(s,sizeof(s),"%x",tm);
- printw("%s",s);
- attroff(A_REVERSE);
- printw(" ");
- if (offset==17) attron(A_REVERSE);
- printw("%2d",tm->tm_hour);
- attroff(A_REVERSE);
- printw(":");
- if (offset==18) attron(A_REVERSE);
- printw("%02d",tm->tm_min);
- attroff(A_REVERSE);
-
- move(17,0);
- printw(" Last extent: Created/Accessed ");
+ term_printf("%s",s);
+ term_reverse(0);
+ term_printf(" ");
+ if (offset==17) term_reverse(1);
+ term_printf("%2d",tm->tm_hour);
+ term_reverse(0);
+ term_printf(":");
+ if (offset==18) term_reverse(1);
+ term_printf("%02d",tm->tm_min);
+ term_reverse(0);
+
+ term_xy(0,17);
+ term_printf(" Last extent: Created/Accessed ");
tm=cpmtime(buf[entrystart+21],buf[entrystart+22],buf[entrystart+23],buf[entrystart+24]);
- if (offset==21 || offset==22) attron(A_REVERSE);
+ if (offset==21 || offset==22) term_reverse(1);
strftime(s,sizeof(s),"%x",tm);
- printw("%s",s);
- attroff(A_REVERSE);
- printw(" ");
- if (offset==23) attron(A_REVERSE);
- printw("%2d",tm->tm_hour);
- attroff(A_REVERSE);
- printw(":");
- if (offset==24) attron(A_REVERSE);
- printw("%02d",tm->tm_min);
- attroff(A_REVERSE);
- printw(" Modified ");
+ term_printf("%s",s);
+ term_reverse(0);
+ term_printf(" ");
+ if (offset==23) term_reverse(1);
+ term_printf("%2d",tm->tm_hour);
+ term_reverse(0);
+ term_printf(":");
+ if (offset==24) term_reverse(1);
+ term_printf("%02d",tm->tm_min);
+ term_reverse(0);
+ term_printf(" Modified ");
tm=cpmtime(buf[entrystart+25],buf[entrystart+26],buf[entrystart+27],buf[entrystart+28]);
- if (offset==25 || offset==26) attron(A_REVERSE);
+ if (offset==25 || offset==26) term_reverse(1);
strftime(s,sizeof(s),"%x",tm);
- printw("%s",s);
- attroff(A_REVERSE);
- printw(" ");
- if (offset==27) attron(A_REVERSE);
- printw("%2d",tm->tm_hour);
- attroff(A_REVERSE);
- printw(":");
- if (offset==28) attron(A_REVERSE);
- printw("%02d",tm->tm_min);
- attroff(A_REVERSE);
+ term_printf("%s",s);
+ term_reverse(0);
+ term_printf(" ");
+ if (offset==27) term_reverse(1);
+ term_printf("%2d",tm->tm_hour);
+ term_reverse(0);
+ term_printf(":");
+ if (offset==28) term_reverse(1);
+ term_printf("%02d",tm->tm_min);
+ term_reverse(0);
}
/*}}}*/
else if /* password */ /*{{{*/
{
int i;
- if (offset==0) attron(A_REVERSE);
- printw("Password");
- attroff(A_REVERSE);
+ if (offset==0) term_reverse(1);
+ term_printf("Password");
+ term_reverse(0);
- move(15,0);
- printw("Name: ");
+ term_xy(0,15);
+ term_printf("Name: ");
for (i=0; i<8; ++i)
{
- if (offset==1+i) attron(A_REVERSE);
- printw("%c",buf[entrystart+1+i]&0x7f);
- attroff(A_REVERSE);
+ if (offset==1+i) term_reverse(1);
+ term_printf("%c",buf[entrystart+1+i]&0x7f);
+ term_reverse(0);
}
- printw(" Extension: ");
+ term_printf(" Extension: ");
for (i=0; i<3; ++i)
{
- if (offset==9+i) attron(A_REVERSE);
- printw("%c",buf[entrystart+9+i]&0x7f);
- attroff(A_REVERSE);
+ if (offset==9+i) term_reverse(1);
+ term_printf("%c",buf[entrystart+9+i]&0x7f);
+ term_reverse(0);
}
- move(16,0);
- printw("Password required for: ");
- if (offset==12) attron(A_REVERSE);
- if (buf[entrystart+12]&0x80) printw("Reading ");
- if (buf[entrystart+12]&0x40) printw("Writing ");
- if (buf[entrystart+12]&0x20) printw("Deleting ");
- attroff(A_REVERSE);
+ term_xy(0,16);
+ term_printf("Password required for: ");
+ if (offset==12) term_reverse(1);
+ if (buf[entrystart+12]&0x80) term_printf("Reading ");
+ if (buf[entrystart+12]&0x40) term_printf("Writing ");
+ if (buf[entrystart+12]&0x20) term_printf("Deleting ");
+ term_reverse(0);
- move(17,0);
- printw("Password: ");
+ term_xy(0,17);
+ term_printf("Password: ");
for (i=0; i<8; ++i)
{
char printable;
- if (offset==16+(7-i)) attron(A_REVERSE);
+ if (offset==16+(7-i)) term_reverse(1);
printable=(buf[entrystart+16+(7-i)]^buf[entrystart+13])&0x7f;
- printw("%c",isprint(printable) ? printable : ' ');
- attroff(A_REVERSE);
+ term_printf("%c",isprint(printable) ? printable : ' ');
+ term_reverse(0);
}
- printw(" XOR value: ");
- if (offset==13) attron(A_REVERSE);
- printw("0x%02x",buf[entrystart+13]&0xff);
- attroff(A_REVERSE);
+ term_printf(" XOR value: ");
+ if (offset==13) term_reverse(1);
+ term_printf("0x%02x",buf[entrystart+13]&0xff);
+ term_reverse(0);
}
/*}}}*/
else /* bad status */ /*{{{*/
{
- printw("Bad status ");
- if (offset==0) attron(A_REVERSE);
- printw("0x%02x",buf[entrystart]);
- attroff(A_REVERSE);
+ term_printf("Bad status ");
+ if (offset==0) term_reverse(1);
+ term_printf("0x%02x",buf[entrystart]);
+ term_reverse(0);
}
/*}}}*/
if (!reload) data(&drive,buf,pos);
- switch (ch=getch())
+ switch (ch=term_getch())
{
case 'F': /* next entry */ /*{{{*/
{
{
const char *msg;
- msg="Data area"; move(0,(COLS-strlen(msg))/2); printw(msg);
+ msg="Data area"; term_xy((term_cols()-strlen(msg))/2,0); term_printf(msg);
if (!reload) data(&drive,buf,pos);
- ch=getch();
+ ch=term_getch();
}
/*}}}*/
/*}}}*/
} while (ch!='q');
- /* exit curses */ /*{{{*/
- move(LINES-1,0);
- refresh();
- echo();
- noraw();
- endwin();
- /*}}}*/
+ term_exit();
exit(0);
}
/*}}}*/
projects / debian / cpmtools / blobdiff