LOCAL void hel_opt ()
{
WX("\n");
WX("FunnelWeb Command Line Options\n");
WX("------------------------------\n");
WX("Options are of the form (\"+\" | \"=\" | \"-\") <letter> [<string>].\n");
WX("+ turns on an option. - turns it off. = doesn't affect it's onoffedness.\n");
WX("The case (e.g. upper or lower) of <letter> does not matter.\n");
WX("<string> is usually a filename or directory, but sometimes a number.\n");
WX("Convention: f=filename, n=decimal number, h=help message name.\n");
WX("\n");
WX("Example: fw sloth +L +Jaardvark.xxx +W80 -Q =Twalrus.tex\n");
WX("\n");
WX("Action options: (choose at least one when you invoke FunnelWeb from the OS).\n");
WX("If you choose more than one, they will be executed in the order given here.\n");
WX(" +Xf Execute specified Funnelweb script.\n");
WX(" +Ff Process specified input file.\n");
WX(" +Hh Display specified help message.\n");
WX(" +K Invoke FunnelWeb's interative mode.\n");
WX("\n");
WX("Other options:\n");
WX(" +B1 Diagnostic: Dump image of input file to listing file.\n");
WX(" +B2 Diagnostic: Dump scanner's line list to listing file.\n");
WX(" +B3 Diagnostic: Dump scanner's token list to listing file.\n");
WX(" +B4 Diagnostic: Dump parser's macro table to listing file.\n");
WX(" +B5 Diagnostic: Dump parser's document list to listing file.\n");
WX(" +B6 Diagnostic: Dump time breakdown report to listing file.\n");
WX(" +B7 Diagnostic: Suppress non-deterministic output.\n");
WX(" +Cn Number of lines of context around diagnostics in listing file.\n");
WX(" +D Delete each output file identical to its previous version.\n");
WX(" +If Default file specification for include files.\n");
WX(" +Jf Generate journal file. Default file specification.\n");
WX(" +Lf Generate listing file. Default file specification.\n");
WX(" +Of Generate product files. Default file specification.\n");
WX(" +Q Quiet mode. Only really important messages displayed on console.\n");
WX(" +Tf Generate typesetter file. Default file specification.\n");
WX(" +U Output listing messages in UNIX compiler format.\n");
WX(" +Sn Send errors to console with specified number of lines of context.\n");
WX(" +Wn Set maximum length of lines in product files.\n");
WX("\n");
WX("If an option appears more than once, the rightmost one dominates.\n");
WX("For more detailed information, refer to the FunnelWeb User's Manual.\n");
WX("For default values refer to the \"DEFOPTIONS\" help message.\n");
}
LOCAL void hel_com ()
{
WX("\n");
WX("FunnelWeb Interactive Commands\n");
WX("------------------------------\n");
WX(" ! - Comment. Ignores the whole line. \n");
WX(" ABSENT fn - Aborts if specified file exists. \n");
WX(" CODIFY ftext fC - Convert text file into C code to write text. \n");
WX(" COMPARE f1 f2 - Aborts if two files are different. \n");
WX(" DEFINE n \"text\" - Defines $n to translate to text. \n");
WX(" DIFF f1 f2 logf [ABORT] - Writes differences between f1 and f2 to logf.\n");
WX(" - Severe if different and ABORT is present. \n");
WX(" DIFFSUMMARY - Summary of differences done since DIFFZERO. \n");
WX(" DIFFZERO - Zeros differences counters. \n");
WX(" ENEO fn - Establish Non Existence Of file. \n");
WX(" EXECUTE fn - Execute commands in specified file. \n");
WX(" EXISTS fn - Aborts if file does not exist. \n");
WX(" FIXEOLS fn [outf] - Fixes up EOL markers in specified file. \n");
WX(" FW options - Invoke FunnelWeb-proper once. \n");
WX(" HELP [name] - Displays specified help message. \n");
WX(" HERE - Terminates effect of SKIPTO command. \n");
WX(" QUIT - Quits FunnelWeb. \n");
WX(" SET options - Sets options. \n");
WX(" SHOW - Displays currently active options. \n");
WX(" SKIPTO - Ignore commands until HERE command. \n");
WX(" STATUS - Write out status and diagnostic counts. \n");
WX(" STATUS [Sn] [En] [Wn] - Aborts if status is not as specified. \n");
WX(" TOLERATE - Don't abort script if next commmand gens err.\n");
WX(" TRACE ON | OFF - Turns command tracing ON or OFF. \n");
WX(" WRITE \"text\" - Writes specified text to screen and journal. \n");
WX(" WRITEU \"text\" - Same as WRITE but underlines text. \n");
WX("\n");
WX("More detailed information can be found in the FunnelWeb User's Manual.\n");
WX("\n");
WX("Most of these commands were created to support regression testing and\n");
WX("can be ignored by most users. In fact most users will never need to invoke\n");
WX("FunnelWeb's interactive mode at all. If you are just getting started\n");
WX("with FunnelWeb, it's probably best to run FunnelWeb directly from your\n");
WX("command interface and ignore the +K command line option for now.\n");
}
LOCAL void hel_int ()
{
WX("\n");
WX("FunnelWeb Introduction\n");
WX("----------------------\n");
WX("Welcome to FunnelWeb, a literate-programming macro preprocessor.\n");
WX("\n");
WX("Traditional computer programs are primarily written for computers and consist\n");
WX("of code laced with comments. In contrast, literate programs are primarily\n");
WX("written for humans and consist of comments laced with code. While simple, the\n");
WX("effect of this inversion can be so profound as to change one's whole approach\n");
WX("to programming. The literate programmer focuses on conveying meaning to other\n");
WX("intelligent beings rather than merely convincing the computer to behave in a\n");
WX("particular way. It is the difference between performing and exposing a magic\n");
WX("trick.\n");
WX("\n");
WX("FunnelWeb is a production-quality literate-programming tool that emphasises\n");
WX("simplicity and reliability. It provides a macro facility, and assists in the\n");
WX("production of typeset documentation. FunnelWeb runs on most popular machines\n");
WX("(Sun, VAX, Mac, PC) and its highly portable source code in C is freely\n");
WX("available under a GNU license.\n");
WX("\n");
WX("To get started with FunnelWeb, obtain a printed copy of the \"FunnelWeb User's\n");
WX("Manual\" (see the \"DOCUMENTATION\" help message). Read the introduction and work\n");
WX("through the tutorial. The manual contains an overview of FunnelWeb, an\n");
WX("introductory tutorial, and a comprehensive reference manual. Try it!\n");
}
{'m', 0, switch_to_map},
{'k', 0, main_init_kiss},
{0, KEY_DN, main_move_cursor},
{0, KEY_UP, main_move_cursor},
{0, KEY_PGDN, main_move_cursor},
{0, KEY_PGUP, main_move_cursor},
{0x00, 0, NULL}
};
struct key_map config_screen[] = {
{0x1B, 0, switch_to_main},
{0x00, 0, NULL}
};
struct element_layout aprs_info_elements[] = {
{"AI_ICON", WX(540), WY(0)},
{"AI_CALLSIGN", WX(0), WY(10)},
{"AI_COURSE", WX(0), WY(50), 560},
{"AI_COMMENT", WX(0), WY(80), 560},
{"AI_DISTANCE", WX(220), WY(15)},
{NULL, 0, 0}
};
struct element_layout aprs_list_elements[] = {
{"AL_00", WX(0), 120},
{"AL_01", WX(0), 150},
{"AL_02", WX(0), 180},
{"AL_03", WX(0), 210},
{"AL_04", WX(320), WY(120)},
{"AL_05", WX(320), WY(150)},
/*
* _nd_drawObjCommon() draws the common parts of string, menu, list, and text
* objects. It returns a bitmap of what it drew:
*
* rc & DREW_TITLE -- drew a title
* rc & DREW_PREFIX -- drew a prefix
* rc & DREW_SUFFIX -- drew a suffix
* rc & DREW_A_BOX -- drew a little box around where the data
* is supposed to go.
*
*/
int
_nd_drawObjCommon(void *o, void* w)
{
Obj *obj = OBJ(o);
int preflen; /* length of any prefix */
int sufflen; /* length of any suffix */
int status = 0;
int boxcolor, objcolor;
WINDOW *win = Window(w);
int x = WX(w),
y = WY(w);
if (obj == 0)
return 0;
ADJUSTXY(obj, x, y);
/* If we're part of a widget, we either return DREW_A_BOX if we've
* got an (ignored) prefix or suffix or 0.
*/
if (obj->parent != 0 && (obj->flags & OBJ_DRAW) == 0)
return (obj->prefix || obj->suffix) ? DREW_A_BOX : 0;
/* otherwise we draw like mad */
boxcolor = IS_CURRENT(o) ? ACTIVE_COLOR : WINDOW_COLOR;
objcolor = WINDOW_COLOR | (OBJ_READONLY(o) ? READONLY_COLOR : 0);
preflen = obj->prefix ? strlen(obj->prefix) : 0;
sufflen = obj->suffix ? strlen(obj->suffix) : 0;
setcolor(win, objcolor);
/* print any title */
if (obj->title) {
/* If we have a prefix or suffix, the data will be boxed, so
* don't forget to adjust the title position to account for
* the box frame.
*/
if (obj->prefix || obj->suffix)
wmove(win, y, x+preflen+1);
else
wmove(win, y, x);
waddstr(win, obj->title);
status |= DREW_TITLE;
y++;
}
/* print a box around the data field, if needed */
if (obj->prefix || obj->suffix || objType(obj) == O_TEXT) {
drawbox(win, y, x+preflen, obj->depth+2, obj->width+2, 0,
boxcolor, boxcolor);
status |= DREW_A_BOX;
y++;
}
setcolor(win, objcolor);
/* print any prefix */
if (obj->prefix) {
wmove(win, y, x);
status |= DREW_PREFIX;
waddstr(win, obj->prefix);
}
/* print any suffix */
if (obj->suffix) {
wmove(win, y, x+preflen+2+obj->width);
waddstr(win, obj->suffix);
status |= DREW_SUFFIX;
}
return status;
} /* _nd_drawObjCommon */
void CImage::WriteHeader(ScsiWindow *pscsiwindow, int size, char *szMeta)
{
TiffBitonal tiffbitonal;
TiffGray tiffgray;
TiffColor tiffcolor;
if (pod.m_pfile)
{
fseek(pod.m_pfile,0,SEEK_SET);
switch (pscsiwindow->ImageComposition)
{
default:
case 1:
memcpy(&tiffbitonal,&s_tiffbitonal,sizeof(tiffbitonal));
tiffbitonal.tifftag[2].u32Value = UX(pscsiwindow->Width) / (1200 / WX(pscsiwindow->X_resolution));
tiffbitonal.tifftag[3].u32Value = size / ((tiffbitonal.tifftag[2].u32Value + 7) / 8);
tiffbitonal.tifftag[5].u32Value = 1;
tiffbitonal.tifftag[6].u32Value = 1;
tiffbitonal.tifftag[10].u32Value = size / ((tiffbitonal.tifftag[2].u32Value + 7) / 8);
tiffbitonal.tifftag[11].u32Value = size;
tiffbitonal.tifftag[14].u32Value = 292;
tiffbitonal.tifftag[14].u32Value = 0;
tiffbitonal.u32XResolution[0] = WX(pscsiwindow->X_resolution);
tiffbitonal.u32YResolution[0] = WX(pscsiwindow->Y_resolution);
fwrite(&tiffbitonal,1,sizeof(tiffbitonal),pod.m_pfile);
if (szMeta)
{
sprintf
(
szMeta,
"<sword>\n"
"\t<pixel>bw</pixel>\n"
"\t<resolution>%d</resolution>\n"
"\t<size>%d</size>\n"
"\t<width>%d</width>\n"
"\t<height>%d</height>\n"
"\t<bytesperrow>%d</bytesperrow>\n"
"</sword>\n",
WX(pscsiwindow->X_resolution),
sizeof(tiffbitonal) + size,
UX(tiffbitonal.tifftag[2].u32Value),
UX(tiffbitonal.tifftag[3].u32Value),
tiffbitonal.tifftag[10].u32Value
);
}
break;
case 2:
memcpy(&tiffgray,&s_tiffgray,sizeof(tiffgray));
tiffgray.tifftag[2].u32Value = UX(pscsiwindow->Width) / (1200 / WX(pscsiwindow->X_resolution));
tiffgray.tifftag[3].u32Value = size / tiffgray.tifftag[2].u32Value;
tiffgray.tifftag[5].u32Value = 1;
tiffgray.tifftag[9].u32Value = size / tiffgray.tifftag[2].u32Value;
tiffgray.tifftag[10].u32Value = size;
tiffgray.u32XResolution[0] = WX(pscsiwindow->X_resolution);
tiffgray.u32YResolution[0] = WX(pscsiwindow->Y_resolution);
fwrite(&tiffgray,1,sizeof(tiffgray),pod.m_pfile);
if (szMeta)
{
sprintf
(
szMeta,
"<sword>\n"
"\t<pixel>gray</pixel>\n"
"\t<resolution>%d</resolution>\n"
"\t<size>%d</size>\n"
"\t<width>%d</width>\n"
"\t<height>%d</height>\n"
"\t<bytesperrow>%d</bytesperrow>\n"
"</sword>\n",
WX(pscsiwindow->X_resolution),
sizeof(tiffgray) + size,
tiffgray.tifftag[2].u32Value,
tiffgray.tifftag[3].u32Value,
tiffgray.tifftag[9].u32Value
);
}
break;
case 5:
memcpy(&tiffcolor,&s_tiffcolor,sizeof(tiffcolor));
tiffcolor.tifftag[2].u32Value = UX(pscsiwindow->Width) / (1200 / WX(pscsiwindow->X_resolution));
tiffcolor.tifftag[3].u32Value = size / (tiffcolor.tifftag[2].u32Value * 3);
tiffcolor.tifftag[5].u32Value = 1;
tiffcolor.tifftag[9].u32Value = size / (tiffcolor.tifftag[2].u32Value * 3);
tiffcolor.tifftag[10].u32Value = size;
tiffcolor.u32XResolution[0] = WX(pscsiwindow->X_resolution);
tiffcolor.u32YResolution[0] = WX(pscsiwindow->Y_resolution);
fwrite(&tiffcolor,1,sizeof(tiffcolor),pod.m_pfile);
if (szMeta)
{
sprintf
(
szMeta,
"<sword>\n"
"\t<pixel>color</pixel>\n"
"\t<resolution>%d</resolution>\n"
"\t<size>%d</size>\n"
"\t<width>%d</width>\n"
"\t<height>%d</height>\n"
"\t<bytesperrow>%d</bytesperrow>\n"
"</sword>\n",
WX(pscsiwindow->X_resolution),
sizeof(tiffcolor) + size,
UX(tiffcolor.tifftag[2].u32Value),
UX(tiffcolor.tifftag[3].u32Value),
tiffcolor.tifftag[9].u32Value
);
}
break;
}
}
}
data, extra);
}
static int iw_get_encodeext(struct net_device *netdev,
struct iw_request_info *info,
union iwreq_data *data,
char *extra)
{
return ieee80211_wx_get_encodeext(zd_netdev_ieee80211(netdev), info,
data, extra);
}
#define WX(x) [(x)-SIOCIWFIRST]
static const iw_handler zd_standard_iw_handlers[] = {
WX(SIOCGIWNAME) = iw_get_name,
WX(SIOCSIWFREQ) = iw_set_freq,
WX(SIOCGIWFREQ) = iw_get_freq,
WX(SIOCSIWMODE) = iw_set_mode,
WX(SIOCGIWMODE) = iw_get_mode,
WX(SIOCGIWRANGE) = iw_get_range,
WX(SIOCSIWENCODE) = iw_set_encode,
WX(SIOCGIWENCODE) = iw_get_encode,
WX(SIOCSIWENCODEEXT) = iw_set_encodeext,
WX(SIOCGIWENCODEEXT) = iw_get_encodeext,
WX(SIOCSIWAUTH) = ieee80211_wx_set_auth,
WX(SIOCGIWAUTH) = ieee80211_wx_get_auth,
WX(SIOCSIWSCAN) = ieee80211softmac_wx_trigger_scan,
WX(SIOCGIWSCAN) = ieee80211softmac_wx_get_scan_results,
WX(SIOCSIWESSID) = ieee80211softmac_wx_set_essid,
WX(SIOCGIWESSID) = ieee80211softmac_wx_get_essid,
