int dlclose(void * handle)
{
struct dlstatus * dls = handle;
if (!isValidStatus(dls))
return 1;
if (dls->module == MAGIC_DYLIB_MOD)
{
warning("trying to close a .dylib!");
error("dynamic libraries cannot be closed");
// Code inside the PAL expects to be able to dlclose anything that
// could be dlopen'd, so we return success here. It doesn't matter
// that we don't do anything; the PAL doesn't require any action
// as a result of this dlclose. Clients of the PAL can't call
// dlclose() directly, so this isn't a concern.
return 0;
}
if (!dls->module)
{
error("module already closed");
return 1;
}
dls->refs--;
if (!dls->refs)
{
unsigned long options = 0;
void (*fini)(void);
if ((fini = dlsymIntern(dls, "__fini",0)))
{
debug("calling _fini()");
fini();
}
if (isFlagSet(dls->mode, RTLD_NODELETE))
options |= NSUNLINKMODULE_OPTION_KEEP_MEMORY_MAPPED;
if (!NSUnLinkModule(dls->module, options))
{
error("unable to unlink module");
return 1;
}
dls->module = 0;
/* Note: the dlstatus struct dls is neither removed from the list
* nor is the memory it occupies freed. This shouldn't pose a
* problem in mostly all cases, though.
*/
}
return 0;
}
static IPTR mLampDraw(struct IClass *cl, Object *obj, struct MUIP_Draw *msg)
{
struct lampData *data = INST_DATA(cl,obj);
IPTR res;
res = DoSuperMethodA(cl,obj,(APTR)msg);
if(hasFlag(msg->flags, (MADF_DRAWOBJECT|MADF_DRAWUPDATE)))
{
WORD l, t, r, b;
/* Don't ask or modify ! */
l = _mleft(obj);
r = _mright(obj);
t = _mtop(obj)+(_mheight(obj)+data->delta)/2-1;
b = t-data->delta;
if (r-l>2)
{
l += 1;
r -= 1;
}
if (b-t>2)
{
t += 1;
b -= 1;
}
SetAPen(_rp(obj), MUIPEN(isFlagSet(data->flags, FLG_LampDisabled) ? data->disabled : data->enabled));
RectFill(_rp(obj),l,t,r,b);
SetAPen(_rp(obj),MUIPEN(data->detail));
Move(_rp(obj),l,t);
Draw(_rp(obj),r,t);
Draw(_rp(obj),r,b);
Draw(_rp(obj),l,b);
Draw(_rp(obj),l,t);
}
return res;
}
///
/// SetupDbgMalloc
// initialize the memory tracking framework
static void SetupDbgMalloc(void)
{
ENTER();
if(isFlagSet(debug_classes, DBC_MTRACK))
{
ULONG i;
for(i = 0; i < ARRAY_SIZE(DbgMallocList); i++)
NewList((struct List *)&DbgMallocList[i]);
DbgMallocCount = 0;
DbgUnsuitableFreeCount = 0;
memset(&DbgMallocListSema, 0, sizeof(DbgMallocListSema));
InitSemaphore(&DbgMallocListSema);
}
LEAVE();
}
static void sbcFromRegA(struct gameboy * gameboy, uint8_t value)
{
value += isFlagSet(gameboy, CARRY) ? 1 : 0;
setFlag(gameboy, SUB, true);
if (value > gameboy->cpu.a){
setFlag(gameboy, ZERO, true);
}
else {
setFlag(gameboy, ZERO, false);
}
if ((value & 0x0F) > (gameboy->cpu.a & 0x0F)){
setFlag(gameboy, HALF_CARRY, true);
}
else {
setFlag(gameboy, HALF_CARRY, false);
}
gameboy->cpu.a -= value;
}
/*----------------------------*
* Remove n chars from a line *
*----------------------------*/
BOOL RemoveChars(LONG x, struct line_node *line, LONG length, struct InstData *data)
{
ENTER();
if(line->line.Styles != NULL)
{
if(*line->line.Styles != EOS)
{
UWORD start_style = GetStyle(x-1, line);
UWORD end_style = GetStyle(x+length, line);
ULONG c = 0, store;
while(*(line->line.Styles+c) <= x)
c += 2;
if(start_style != end_style)
{
UWORD turn_off = start_style & ~end_style;
UWORD turn_on = end_style & ~start_style;
if(isFlagSet(turn_off, BOLD))
{
*(line->line.Styles+c++) = x+1;
*(line->line.Styles+c++) = ~BOLD;
}
if(isFlagSet(turn_off, ITALIC))
{
*(line->line.Styles+c++) = x+1;
*(line->line.Styles+c++) = ~ITALIC;
}
if(isFlagSet(turn_off, UNDERLINE))
{
*(line->line.Styles+c++) = x+1;
*(line->line.Styles+c++) = ~UNDERLINE;
}
if(isFlagSet(turn_on, BOLD))
{
*(line->line.Styles+c++) = x+1;
*(line->line.Styles+c++) = BOLD;
}
if(isFlagSet(turn_on, ITALIC))
{
*(line->line.Styles+c++) = x+1;
*(line->line.Styles+c++) = ITALIC;
}
if(isFlagSet(turn_on, UNDERLINE))
{
*(line->line.Styles+c++) = x+1;
*(line->line.Styles+c++) = UNDERLINE;
}
}
store = c;
while(*(line->line.Styles+c) <= x+length+1)
c += 2;
while(*(line->line.Styles+c) != EOS)
{
*(line->line.Styles+store++) = *(line->line.Styles+c++)-length;
*(line->line.Styles+store++) = *(line->line.Styles+c++);
}
*(line->line.Styles+store) = EOS;
}
}
if(line->line.Colors != NULL)
{
if(*line->line.Colors != 0xffff)
{
UWORD start_color = x ? GetColor(x-1, line) : 0;
UWORD end_color = GetColor(x+length, line);
ULONG c = 0, store;
while(*(line->line.Colors+c) <= x)
c += 2;
if(start_color != end_color)
{
*(line->line.Colors+c++) = x+1;
*(line->line.Colors+c++) = end_color;
}
store = c;
while(*(line->line.Colors+c) <= x+length+1)
c += 2;
while(*(line->line.Colors+c) != 0xffff)
{
*(line->line.Colors+store++) = *(line->line.Colors+c++)-length;
*(line->line.Colors+store++) = *(line->line.Colors+c++);
}
*(line->line.Colors+store) = 0xffff;
}
}
UpdateChange(x, line, length, NULL, NULL, data);
RETURN(TRUE);
return(TRUE);
}
/* Save_FreqPlots_Gnuplot_Data()
*
* Saves frequency plots data to a file for gnuplot
*/
void
Save_FreqPlots_Gnuplot_Data( char *filename )
{
/* Abort if plot data not available */
if( isFlagClear(FREQ_LOOP_DONE) )
return;
/* Used to calculate net gain */
double Zr, Zo, Zi;
/* Open gplot file, abort on error */
FILE *fp = NULL;
if( !Open_File(&fp, filename, "w") )
return;
/* Plot max gain vs frequency, if possible */
if( isFlagSet(PLOT_GMAX) && isFlagSet(ENABLE_RDPAT) )
{
int nth, nph, idx, pol;
gboolean no_fbr;
double
gmax, /* Max gain buffer */
netgain, /* Viewer direction net gain buffer */
gdir_phi, /* Direction in phi of gain */
fbratio; /* Front to back ratio */
/* Find max gain and direction, F/B ratio */
no_fbr = FALSE;
netgain = 0;
/* Polarization type and impedance */
pol = calc_data.pol_type;
Zo = calc_data.zo;
/* Save data for all frequency steps that were used */
fprintf( fp, _("# Gain and F/B Ratio vs Frequency\n") );
for( idx = 0; idx <= calc_data.lastf; idx++ )
{
double fbdir;
int fbidx, mgidx;
/* Index to gtot buffer where max gain
* occurs for given polarization type */
mgidx = rad_pattern[idx].max_gain_idx[pol];
/* Max gain for given polarization type */
gmax = rad_pattern[idx].gtot[mgidx] +
Polarization_Factor(pol, idx, mgidx);
/* Net gain if selected */
if( isFlagSet(PLOT_NETGAIN) )
{
Zr = impedance_data.zreal[idx];
Zi = impedance_data.zimag[idx];
netgain = gmax + 10*log10(4*Zr*Zo/(pow(Zr+Zo,2)+pow(Zi,2)));
}
/* Radiation angle/phi where max gain occurs */
gdir_phi = rad_pattern[idx].max_gain_phi[pol];
/* Find F/B direction in theta */
fbdir = 180.0 - rad_pattern[idx].max_gain_tht[pol];
if( fpat.dth == 0.0 )
nth = 0;
else
nth = (int)( fbdir/fpat.dth + 0.5 );
/* If the antenna is modelled over ground, then use the same
* theta as the max gain direction, relying on phi alone to
* take us to the back. Patch supplied by Rik van Riel AB1KW
*/
if( (nth >= fpat.nth) || (nth < 0) )
{
fbdir = rad_pattern[idx].max_gain_tht[pol];
if( fpat.dth == 0.0 )
nth = 0;
else
nth = (int)( fbdir/fpat.dth + 0.5 );
}
/* Find F/B direction in phi */
fbdir = gdir_phi + 180.0;
if( fbdir >= 360.0 ) fbdir -= 360.0;
nph = (int)( fbdir/fpat.dph + 0.5 );
/* No F/B calc. possible if no phi step at +180 from max gain */
if( (nph >= fpat.nph) || (nph < 0) )
no_fbr = TRUE;
/* Index to gtot buffer for gain in back direction */
fbidx = nth + nph*fpat.nth;
/* Front to back ratio */
fbratio = pow( 10.0, gmax / 10.0 );
fbratio /= pow( 10.0,
(rad_pattern[idx].gtot[fbidx] +
Polarization_Factor(pol, idx, fbidx)) / 10.0 );
fbratio = 10.0 * log10( fbratio );
if( no_fbr && isFlagClear(PLOT_NETGAIN) ) /* Plot max gain only */
fprintf( fp, "%13.6E %10.3E\n", save.freq[idx], gmax );
else if( isFlagSet(PLOT_NETGAIN) ) /* Plot max gain and net gain */
fprintf( fp, "%13.6E %10.3E %10.3E\n", save.freq[idx], gmax, netgain );
else if( !no_fbr ) /* Plot max gain and F/B ratio */
fprintf( fp, "%13.6E %10.3E %10.3E\n", save.freq[idx], gmax, fbratio );
} /* for( idx = 0; idx < calc_data.lastf; idx++ ) */
/* Plot gain direction in phi and theta */
if( isFlagSet(PLOT_GAIN_DIR) )
{
fprintf( fp, "\n\n" );
fprintf( fp, _("# Direction of gain in theta and phi\n") );
for( idx = 0; idx < calc_data.lastf; idx++ )
{
double gdir_tht; /* Direction in theta of gain */
/* Radiation angle/phi where max gain occurs */
gdir_tht = 90.0 - rad_pattern[idx].max_gain_tht[pol];
gdir_phi = rad_pattern[idx].max_gain_phi[pol];
fprintf( fp, "%13.6E %10.3E %10.3E\n", save.freq[idx], gdir_tht, gdir_phi );
} /* for( idx = 0; idx < calc_data.lastf; idx++ ) */
} /* if( isFlagSet(PLOT_GAIN_DIR) ) */
fprintf( fp, "\n\n" );
} /* if( isFlagSet(PLOT_GMAX) && isFlagSet(ENABLE_RDPAT) ) */
/* Plot VSWR vs freq */
if( isFlagSet(PLOT_VSWR) )
{
int idx;
double vswr, gamma;
double zrpro2, zrmro2, zimag2;
/* Calculate VSWR */
fprintf( fp, _("# VSWR vs Frequency\n") );
for(idx = 0; idx <= calc_data.lastf; idx++ )
{
zrpro2 = impedance_data.zreal[idx] + calc_data.zo;
zrpro2 *= zrpro2;
zrmro2 = impedance_data.zreal[idx] - calc_data.zo;
zrmro2 *= zrmro2;
zimag2 = impedance_data.zimag[idx] * impedance_data.zimag[idx];
gamma = sqrt( (zrmro2 + zimag2)/(zrpro2 + zimag2) );
vswr = (1+gamma)/(1-gamma);
if( vswr > 10.0 ) vswr = 10.0;
fprintf( fp, "%13.6E %10.3E\n", save.freq[idx], vswr );
}
fprintf( fp, "\n\n" );
} /* if( isFlagSet(PLOT_VSWR) ) */
/* Plot z-real and z-imag */
if( isFlagSet(PLOT_ZREAL_ZIMAG) )
{
int idx;
fprintf( fp, _("# Z real & Z imaginary vs Frequency\n") );
for(idx = 0; idx <= calc_data.lastf; idx++ )
fprintf( fp, "%13.6E %10.3E %10.3E\n",
save.freq[idx], impedance_data.zreal[idx], impedance_data.zimag[idx] );
fprintf( fp, "\n\n" );
} /* if( isFlagSet(PLOT_ZREAL_ZIMAG) ) */
/* Plot z-magn and z-phase */
if( isFlagSet(PLOT_ZMAG_ZPHASE) )
{
int idx;
fprintf( fp, _("# Z magnitude & Z phase vs Frequency\n") );
for(idx = 0; idx <= calc_data.lastf; idx++ )
fprintf( fp, "%13.6E %10.3E %10.3E\n",
save.freq[idx], impedance_data.zmagn[idx], impedance_data.zphase[idx] );
} /* if( isFlagSet(PLOT_ZREAL_ZIMAG) ) */
fclose(fp);
} /* Save_FreqPlots_Gnuplot_Data() */
/* Save_RadPattern_Gnuplot_Data()
*
* Saves radiation pattern data to a file for gnuplot
*/
void
Save_RadPattern_Gnuplot_Data( char *filename )
{
int idx, npts; /* Number of points to plot */
/* Scale factor ref, for normalizing field strength values */
double dr;
double
fx, fy, fz, /* Co-ordinates of "free" end of field lines */
fscale; /* Scale factor for equalizing field line segments */
FILE *fp = NULL;
/* Draw near field pattern if possible */
if( isFlagSet(ENABLE_NEAREH) && near_field.valid )
{
/* Open gplot file, abort on error */
if( !Open_File(&fp, filename, "w") )
return;
/* Reference for scale factor used in
* normalizing field strength values */
if( fpat.near ) /* Spherical co-ordinates */
dr = (double)fpat.dxnr;
/* Rectangular co-ordinates */
else dr = sqrt(
(double)fpat.dxnr * (double)fpat.dxnr +
(double)fpat.dynr * (double)fpat.dynr +
(double)fpat.dznr * (double)fpat.dznr )/1.75;
npts = fpat.nrx * fpat.nry * fpat.nrz;
/*** Draw Near E Field ***/
if( isFlagSet(DRAW_EFIELD) && (fpat.nfeh & NEAR_EFIELD) )
{
fprintf( fp, _("# Near E field\n") );
/* Write e-field out to file [DJS] */
for( idx = 0; idx < npts; idx++ )
{
fscale = dr / near_field.er[idx];
fx = near_field.px[idx] + near_field.erx[idx] * fscale;
fy = near_field.py[idx] + near_field.ery[idx] * fscale;
fz = near_field.pz[idx] + near_field.erz[idx] * fscale;
/* Print as x, y, z, dx, dy, dz for gnuplot */
fprintf( fp, "%f %f %f %f %f %f\n",
near_field.px[idx],
near_field.py[idx],
near_field.pz[idx],
fx - near_field.px[idx],
fy - near_field.py[idx],
fz - near_field.pz[idx] );
}
} /* if( isFlagSet(DRAW_EFIELD) */
/*** Draw Near H Field ***/
if( isFlagSet(DRAW_HFIELD) && (fpat.nfeh & NEAR_HFIELD) )
{
fprintf( fp, _("# Near H field\n") );
/* Write h-field out to file [DJS] */
for( idx = 0; idx < npts; idx++ )
{
fscale = dr / near_field.hr[idx];
fx = near_field.px[idx] + near_field.hrx[idx] * fscale;
fy = near_field.py[idx] + near_field.hry[idx] * fscale;
fz = near_field.pz[idx] + near_field.hrz[idx] * fscale;
/* Print as x, y, z, dx, dy, dz for gnuplot */
fprintf( fp, "%f %f %f %f %f %f\n",
near_field.px[idx],
near_field.py[idx],
near_field.pz[idx],
fx - near_field.px[idx],
fy - near_field.py[idx],
fz - near_field.pz[idx] );
}
} /* if( isFlagSet(DRAW_HFIELD) && (fpat.nfeh & NEAR_HFIELD) ) */
/*** Draw Poynting Vector ***/
if( isFlagSet(DRAW_POYNTING) &&
(fpat.nfeh & NEAR_EFIELD) &&
(fpat.nfeh & NEAR_HFIELD) )
{
int ipv;
static size_t mreq = 0;
/* Co-ordinates of Poynting vectors */
static double *pov_x = NULL, *pov_y = NULL;
static double *pov_z = NULL, *pov_r = NULL;
/* Range of Poynting vector values,
* its max and min and log of max/min */
static double pov_max = 0;
/* Allocate on new near field matrix size */
if( mreq != (size_t)npts * sizeof( double ) )
{
mreq = (size_t)npts * sizeof( double );
mem_realloc( (void **)&pov_x, mreq, "in draw_radiation.c" );
mem_realloc( (void **)&pov_y, mreq, "in draw_radiation.c" );
mem_realloc( (void **)&pov_z, mreq, "in draw_radiation.c" );
mem_realloc( (void **)&pov_r, mreq, "in draw_radiation.c" );
}
/* Calculate Poynting vector and its max and min */
fprintf( fp, _("# Poynting Vector\n") );
for( idx = 0; idx < npts; idx++ )
{
pov_max = 0;
for( ipv = 0; ipv < npts; ipv++ )
{
pov_x[ipv] =
near_field.ery[ipv] * near_field.hrz[ipv] -
near_field.hry[ipv] * near_field.erz[ipv];
pov_y[ipv] =
near_field.erz[ipv] * near_field.hrx[ipv] -
near_field.hrz[ipv] * near_field.erx[ipv];
pov_z[ipv] =
near_field.erx[ipv] * near_field.hry[ipv] -
near_field.hrx[ipv] * near_field.ery[ipv];
pov_r[ipv] = sqrt(
pov_x[ipv] * pov_x[ipv] +
pov_y[ipv] * pov_y[ipv] +
pov_z[ipv] * pov_z[ipv] );
if( pov_max < pov_r[ipv] )
pov_max = pov_r[ipv];
} /* for( ipv = 0; ipv < npts; ipv++ ) */
/* Scale factor for each field point, to make
* near field direction lines equal-sized */
fscale = dr / pov_r[idx];
/* Scaled field values are used to set one end of a
* line segment that represents direction of field.
* The other end is set by the field point co-ordinates */
fx = near_field.px[idx] + pov_x[idx] * fscale;
fy = near_field.py[idx] + pov_y[idx] * fscale;
fz = near_field.pz[idx] + pov_z[idx] * fscale;
/* Print as x, y, z, dx, dy, dz for gnuplot */
fprintf( fp, "%f %f %f %f %f %f\n",
near_field.px[idx],
near_field.py[idx],
near_field.pz[idx],
fx - near_field.px[idx],
fy - near_field.py[idx],
fz - near_field.pz[idx] );
} /* for( idx = 0; idx < npts; idx++ ) */
} /* if( isFlagSet(DRAW_POYNTING) ) */
} /* if( isFlagSet(ENABLE_NEAREH) && near_field.valid ) */
/* Save radiation pattern data if possible */
if( isFlagSet(ENABLE_RDPAT) && (calc_data.fstep >= 0) )
{
int
nth, /* Theta step count */
nph; /* Phi step count */
/* Frequency step and polarization type */
int fstep = calc_data.fstep;
/* Theta and phi angles defining a rad pattern point
* and distance of its projection from xyz origin */
double theta, phi, r;
/* theta and phi step in rads */
double dth = (double)fpat.dth * (double)TA;
double dph = (double)fpat.dph * (double)TA;
/* Open gplot file, abort on error */
if( !Open_File(&fp, filename, "w") )
return;
fprintf( fp, _("# Radiation Pattern") );
/* Distance of rdpattern point nearest to xyz origin */
/*** Convert radiation pattern values
* to points in 3d space in x,y,z axis ***/
phi = (double)fpat.phis * (double)TA; /* In rads */
/* Step phi angle */
idx = 0;
for( nph = 0; nph < fpat.nph; nph++ )
{
theta = (double)fpat.thets * (double)TA; /* In rads */
/* Step theta angle */
for( nth = 0; nth < fpat.nth; nth++ )
{
double x, y, z;
/* Distance of pattern point from the xyz origin */
r = Scale_Gain(
rad_pattern[fstep].gtot[idx], fstep, idx );
/* Distance of point's projection on xyz axis, from origin */
z = r * cos(theta);
r *= sin(theta);
x = r * cos(phi);
y = r * sin(phi);
/* Print to file */
fprintf( fp, "%10.3E %10.3E %10.3E\n", x, y, z );
/* Step theta in rads */
theta += dth;
idx++;
} /* for( nth = 0; nth < fpat.nth; nth++ ) */
/* Step phi in rads */
phi += dph;
} /* for( nph = 0; nph < fpat.nph; nph++ ) */
} /* if( isFlagSet(ENABLE_RDPAT) && (calc_data.fstep >= 0) ) */
if( fp != NULL ) fclose(fp);
} /* Save_RadPattern_Gnuplot_Data() */
//////////////////////////////////////////////////////////////////////////
// isAttached
BcBool ScnComponent::isAttached() const
{
return isFlagSet( scnCF_ATTACHED );
}
/// mSearch()
IPTR mSearch(UNUSED struct IClass *cl, Object *obj, struct MUIP_TextEditor_Search *msg)
{
struct InstData *data = INST_DATA(cl, obj);
STRPTR str = msg->SearchString;
LONG len = strlen(str), step = 0;
ENTER();
if(len > 0 && len <= 120)
{
BYTE map[256];
LONG (*StrCmp)(STRPTR, STRPTR, LONG);
LONG cursor;
struct line_node *line;
// if the FromTop flag is set we start the search right from the top
if(isFlagSet(msg->Flags, MUIF_TextEditor_Search_FromTop))
{
cursor = 0;
line = GetFirstLine(&data->linelist);
}
else
{
cursor = data->CPos_X;
line = data->actualline;
}
memset(map, len, 256);
// if a casesensitive search is requested we use a different
// compare function.
if(isFlagSet(msg->Flags, MUIF_TextEditor_Search_CaseSensitive))
{
StrCmp = Native_strncmp;
while(*str)
map[(int)*str++] = step--;
}
else
{
StrCmp = Utility_strnicmp;
while(*str)
{
map[ToLower(*str)] = step;
map[ToUpper(*str++)] = step--;
}
}
if(isFlagSet(msg->Flags, MUIF_TextEditor_Search_Backwards))
{
//D(DBF_STARTUP, "MUIF_TextEditor_Search_Backwards search=%s\n", msg->SearchString);
if(Enabled(data))
cursor -= len;
while(line != NULL)
{
LONG lenTmp = len;
STRPTR contents = line->line.Contents + cursor - lenTmp+1;
STRPTR lower = line->line.Contents;
while(contents >= lower)
{
//D(DBF_STARTUP, "MUIF_TextEditor_Search_Backwards previous=%ld, contents=%s\n",line, contents);
if(!StrCmp(contents, msg->SearchString, len))
{
LONG startx = contents - line->line.Contents;
//D(DBF_STARTUP, "MUIF_TextEditor_Search_Backwards found\n");
SimpleMarkText(data, startx, line, startx+len, line);
RETURN(TRUE);
return TRUE;
}
contents -= 1;
lenTmp += 1;
}
line = GetPrevLine(line);
if(line != NULL)
cursor = line->line.Length;
}
}
else
{
while(line)
{
LONG skip;
STRPTR contents = line->line.Contents + cursor + len-1;
STRPTR upper = line->line.Contents + line->line.Length;
while(contents < upper)
{
skip = map[(int)(*contents)];
contents += skip;
if(skip <= 0)
{
if(!StrCmp(contents, msg->SearchString, len))
{
LONG startx = contents - line->line.Contents;
SimpleMarkText(data, startx, line, startx+len, line);
RETURN(TRUE);
return TRUE;
}
contents += len;
}
}
cursor = 0;
line = GetNextLine(line);
}
}
}
RETURN(FALSE);
return FALSE;
}
void ShaderBuildFromBuffer(Shader_t *shader)
{
int i,n;
int offset;
int needsworldinv = LUX_FALSE;
ShaderParam_t *parambrowse;
// copy stages
offset = 0;
shader->numStages = l_SHDData.stagesColorInBuffer + l_SHDData.stagesTexGpuInBuffer;
shader->stages = reszalloc(sizeof(ShaderStage_t*)*shader->numStages);
shader->totalParams = reszalloc(sizeof(ShaderParam_t*)*shader->numTotalParams);
// we will need manual matrix paramters
shader->cgMode = l_SHDData.cgmode == -1 ? SHADER_PASSMODE_FIXEDARB : l_SHDData.cgmode;
if (!(shader->shaderflag & SHADER_NOCOMPILE))
l_SHDData.colorStage = 0;
n = 0;
for (i = 0; i < l_SHDData.stagesColorInBuffer + l_SHDData.stagesTexGpuInBuffer; i++){
if (i == l_SHDData.colorStage && l_SHDData.stagesColorInBuffer)
shader->stages[i]=l_SHDData.stagesColor;
else{
ShaderStage_t *stage = l_SHDData.stagesTex[n];
shader->stages[i]=stage;
if (stage->paramListHead){
lxListNode_forEach(stage->paramListHead,parambrowse)
shader->totalParams[parambrowse->totalid] = parambrowse;
needsworldinv |= ShaderParam_needsWorldInv(parambrowse);
lxListNode_forEachEnd(stage->paramListHead,parambrowse);
}
if (stage->stagetype == SHADER_STAGE_TEX){
if (stage->stageflag & (SHADER_EYELINMAP | SHADER_OBJLINMAP) && !stage->texgen){
stage->stageflag &= ~(SHADER_EYELINMAP | SHADER_OBJLINMAP);
stage->texgen = NULL;
lprintf("WARNING shdload: no texgenplanes defined,%s\n",shader->resinfo.name);
}
if (stage->texgen){
uchar legalcombos[] = { LUX_TRUE,LUX_TRUE,LUX_FALSE,LUX_FALSE, // XY
LUX_TRUE,LUX_TRUE,LUX_TRUE,LUX_FALSE, // XYZ
LUX_TRUE,LUX_TRUE,LUX_FALSE,LUX_TRUE, // XYW
LUX_TRUE,LUX_TRUE,LUX_TRUE,LUX_TRUE}; // XYZW
enum32 legalmodes[] = { VID_TEXCOORD_TEXGEN_ST,
VID_TEXCOORD_TEXGEN_STR,
VID_TEXCOORD_TEXGEN_STQ,
VID_TEXCOORD_TEXGEN_STRQ};
uint *pIn = (uint*)legalcombos;
uint *pCur = (uint*)stage->texgen->enabledaxis;
int c;
for (c = 0; c < 4; c++,pIn++){
if (*pIn == *pCur){
stage->texgen->texgenmode = legalmodes[c];
break;
}
}
if (!stage->texgen){
stage->texgen = NULL;
stage->stageflag &= ~(SHADER_EYELINMAP | SHADER_OBJLINMAP);
lprintf("WARNING shdload: illegal combination of texgenplanes defined,%s\n",shader->resinfo.name);
}
}
}
n++;
}
}
if (needsworldinv)
shader->shaderflag |= SHADER_NEEDINVMATRIX;
// check if textured
if (l_SHDData.stagesTexInBuffer)
shader->shaderflag |= SHADER_TEXTURED;
// nicer to work with, if first stage = color replace & second stage = tex modulate, we "encode" the modulate via vcolor flag
if ( l_SHDData.stagesColorInBuffer && l_SHDData.stagesColor->blendmode == VID_REPLACE
&& l_SHDData.stagesTexInBuffer)
for (i = 0; i < shader->numStages; i++){
if (shader->stages[i]->stagetype == SHADER_STAGE_TEX ){
if (shader->stages[i]->blendmode == VID_MODULATE && !(isFlagSet(shader->stages[i]->stageflag,SHADER_VCOLOR))){
shader->stages[i]->blendmode = VID_REPLACE;
shader->stages[i]->stageflag |= SHADER_VCOLOR | SHADER_VCOLOR_KEEP;
}
break;
}
}
// if there is a bumpstage, we will remove lighting info from all other stages
if (l_SHDData.bumpStage != -1){
shader->shaderflag |= SHADER_TANGENTS;
for (i= 0; i < shader->numStages; i++)
shader->stages[i]->stageflag &= ~(SHADER_VCOLOR | SHADER_VCOLOR_KEEP);
}
}
static struct dlstatus * loadModule(const char * path,
const struct stat * sbuf, int mode)
{
NSObjectFileImage ofi = 0;
NSObjectFileImageReturnCode ofirc;
struct dlstatus * dls;
NSLinkEditErrors ler;
int lerno;
const char* errstr;
const char* file;
void (*init)(void);
ofirc = NSCreateObjectFileImageFromFile(path, &ofi);
switch (ofirc)
{
case NSObjectFileImageSuccess:
break;
case NSObjectFileImageInappropriateFile:
if (isFlagSet(mode, RTLD_LOCAL))
{
warning("trying to open a .dylib with RTLD_LOCAL");
error("unable to open this file with RTLD_LOCAL");
return NULL;
}
break;
case NSObjectFileImageFailure:
error("object file setup failure");
return NULL;
case NSObjectFileImageArch:
error("no object for this architecture");
return NULL;
case NSObjectFileImageFormat:
error("bad object file format");
return NULL;
case NSObjectFileImageAccess:
error("can't read object file");
return NULL;
default:
error("unknown error from NSCreateObjectFileImageFromFile()");
return NULL;
}
dls = lookupStatus(sbuf);
if (!dls)
{
dls = allocStatus();
}
if (!dls)
{
error("unable to allocate memory");
return NULL;
}
dls->lib=0;
if (ofirc == NSObjectFileImageInappropriateFile)
{
if ((dls->lib = NSAddImage(path, NSADDIMAGE_OPTION_RETURN_ON_ERROR)))
{
debug("Dynamic lib loaded at %ld",dls->lib);
ofi = MAGIC_DYLIB_OFI;
dls->module = MAGIC_DYLIB_MOD;
ofirc = NSObjectFileImageSuccess;
}
}
else
{
/* Should change this to take care of RLTD_LAZY etc */
dls->module = NSLinkModule(ofi, path,
NSLINKMODULE_OPTION_RETURN_ON_ERROR
| NSLINKMODULE_OPTION_PRIVATE
| NSLINKMODULE_OPTION_BINDNOW);
NSDestroyObjectFileImage(ofi);
}
if (!dls->module)
{
NSLinkEditError(&ler,&lerno,&file,&errstr);
free(dls);
error(errstr);
return NULL;
}
insertStatus(dls, sbuf);
if ((init = dlsymIntern(dls, "__init",0)))
{
debug("calling _init()");
init();
}
return dls;
}
static IPTR mGetPrefs(struct IClass *cl,Object *obj, struct MUIP_Win_GetPrefs *msg)
{
struct data *data = INST_DATA(cl,obj);
struct URL_Prefs *p;
struct URL_BrowserNode *bn;
struct URL_MailerNode *mn;
struct URL_FTPNode *fn;
ULONG mode, error = 0;
/* get the openurl.library prefs */
switch (msg->mode)
{
case MUIV_Win_GetPrefs_InUse: mode = URL_GetPrefs_Mode_InUse; break;
case MUIV_Win_GetPrefs_LastSaveds: mode = URL_GetPrefs_Mode_Envarc; break;
case MUIV_Win_GetPrefs_Restore: mode = URL_GetPrefs_Mode_Env; break;
case MUIV_Win_GetPrefs_Defaults: mode = URL_GetPrefs_Mode_Default; break;
default: return FALSE;
}
p = URL_GetPrefs(URL_GetPrefs_Mode,mode,TAG_DONE);
if (!p) error = MSG_Err_NoPrefs;
else if (p->up_Version!=PREFS_VERSION) error = MSG_Err_BadPrefs;
if (error)
{
MUI_Request(_app(obj),NULL,0,getString(MSG_ErrReqTitle),
getString(MSG_ErrReqGadget),
getString(error),
p ? p->up_Version : 0);
if (p) URL_FreePrefsA(p,NULL);
return FALSE;
}
/* Browsers */
set(data->browserList,MUIA_List_Quiet,TRUE);
DoMethod(data->browserList,MUIM_List_Clear);
for (bn = (struct URL_BrowserNode *)p->up_BrowserList.mlh_Head;
bn->ubn_Node.mln_Succ;
bn = (struct URL_BrowserNode *)bn->ubn_Node.mln_Succ)
{
DoMethod(data->browserList,MUIM_List_InsertSingle,(IPTR)bn,MUIV_List_Insert_Bottom);
}
set(data->browserList,MUIA_List_Quiet,FALSE);
/* Mailers */
set(data->mailerList,MUIA_List_Quiet,TRUE);
DoMethod(data->mailerList,MUIM_List_Clear);
for (mn = (struct URL_MailerNode *)p->up_MailerList.mlh_Head;
mn->umn_Node.mln_Succ;
mn = (struct URL_MailerNode *)mn->umn_Node.mln_Succ)
{
DoMethod(data->mailerList,MUIM_List_InsertSingle,(IPTR)mn,MUIV_List_Insert_Bottom);
}
set(data->mailerList,MUIA_List_Quiet,FALSE);
/* FTPs */
set(data->FTPList,MUIA_List_Quiet,TRUE);
DoMethod(data->FTPList,MUIM_List_Clear);
for (fn = (struct URL_FTPNode *)p->up_FTPList.mlh_Head;
fn->ufn_Node.mln_Succ;
fn = (struct URL_FTPNode *)fn->ufn_Node.mln_Succ)
{
DoMethod(data->FTPList,MUIM_List_InsertSingle,(IPTR)fn,MUIV_List_Insert_Bottom);
}
set(data->FTPList,MUIA_List_Quiet,FALSE);
/* Miscellaneous */
set(data->prepend, MUIA_Selected, isFlagSet(p->up_Flags, UPF_PREPENDHTTP));
set(data->mailto, MUIA_Selected, isFlagSet(p->up_Flags, UPF_DOMAILTO));
set(data->useFTP, MUIA_Selected, isFlagSet(p->up_Flags, UPF_DOFTP));
set(data->show, MUIA_Selected, p->up_DefShow);
set(data->toFront, MUIA_Selected, p->up_DefBringToFront);
set(data->newWin, MUIA_Selected, p->up_DefNewWindow);
set(data->launch, MUIA_Selected, p->up_DefLaunch);
/* Activate the first entry */
DoSuperMethod(cl,obj,MUIM_MultiSet,MUIA_List_Active,MUIV_List_Active_Top,
(IPTR)data->browserList,
(IPTR)data->mailerList,
(IPTR)data->FTPList,
NULL);
URL_FreePrefsA(p,NULL);
return TRUE;
}
/**
* get IF-M PTS message (TNC)
* return *msg (Network Byte Order)
* TODO use RC core
*/
BYTE* getPtsTlvMessage(OPENPTS_CONTEXT *ctx, int type, int *len) {
int i;
OPENPTS_CONFIG *conf;
UINT32 length = 0; // endian of host
BYTE * buf;
int ptr;
int rc;
UINT16 nbou16;
int fsize[MAX_RM_NUM];
int fd[MAX_RM_NUM];
int count[MAX_RM_NUM];
struct stat st[MAX_RM_NUM];
UINT32 num;
DEBUG("writePtsTlvToSock - start\n");
/* check */
if (ctx == NULL) {
LOG(LOG_ERR, "null input");
return NULL;
}
conf = ctx->conf;
if (conf == NULL) {
LOG(LOG_ERR, "null input");
return NULL;
}
/* init fd[] */
for (i = 0; i < MAX_RM_NUM; i++) {
fd[i] = -1;
}
/* TLV */
*len = 0;
switch (type) {
/* Collector <-- Verifier Simple requests (no value)*/
case REQUEST_TPM_PUBKEY:
case REQUEST_INTEGRITY_REPORT:
case REQUEST_RIMM_SET:
case REQUEST_NEW_RIMM_SET:
case VERIFICATION_RESULT: // TODO
#ifdef CONFIG_AIDE
case REQUEST_AIDE_DATABASE:
#endif
buf = getTlvBuffer(type, 0);
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
break;
/* Collector <-> Verifier */
case OPENPTS_CAPABILITIES:
{
length = sizeof(OPENPTS_IF_M_Capability);
buf = getTlvBuffer(type, length);
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
ptr = 12;
/* Send versions */
memcpy(&buf[ptr + 0], &ctx->conf->pts_flag, 4);
memcpy(&buf[ptr + 4], &ctx->conf->tpm_version, 4);
memcpy(&buf[ptr + 8], &ctx->conf->tss_version, 4);
memcpy(&buf[ptr + 12], &ctx->conf->pts_version, 4);
/* Send Platform UUID, ctx->uuid */
memcpy(&buf[ptr + 16], ctx->conf->uuid->uuid, 16);
/* Send RM UUID */
if (ctx->conf->rm_uuid == NULL) {
// TODO verifier does not have Rm UUID. just send Verifier's UUID
DEBUG("writePtsTlvToSock() RM uuid is NULL, => send platform UUID\n");
memcpy(&buf[ptr + 32], ctx->conf->uuid->uuid, 16);
} else if (ctx->conf->rm_uuid->uuid == NULL) {
// TODO verifier?
DEBUG("writePtsTlvToSock() RM uuid is NULL, => send platform UUID, file = %s\n",
ctx->conf->rm_uuid->filename);
memcpy(&buf[ptr + 32], ctx->conf->uuid->uuid, 16);
} else {
memcpy(&buf[ptr + 32], ctx->conf->rm_uuid->uuid, 16);
}
if (isFlagSet(ctx->conf->pts_flag[0], OPENPTS_FLAG0_NEWRM_EXIST) &&
ctx->conf->newrm_uuid != NULL &&
ctx->conf->newrm_uuid->uuid != NULL) {
memcpy(&buf[ptr + 48], ctx->conf->newrm_uuid->uuid, 16);
} else {
DEBUG("New RM unavailable -> sending platform UUID");
memcpy(&buf[ptr + 48], ctx->conf->uuid->uuid, 16);
}
break;
}
/* Collector --> Verifier (v0.2.5) */
case OPENPTS_CAPABILITIES_025:
{
length = sizeof(OPENPTS_IF_M_Capability_025);
buf = getTlvBuffer(OPENPTS_CAPABILITIES, length); // v0.2.5
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
ptr = 12;
/* Send versions */
memcpy(&buf[ptr + 0], &ctx->conf->pts_flag, 4);
memcpy(&buf[ptr + 4], &ctx->conf->tpm_version, 4);
memcpy(&buf[ptr + 8], &ctx->conf->tss_version, 4);
memcpy(&buf[ptr + 12], &ctx->conf->pts_version, 4);
/* Send Platform UUID, ctx->uuid */
memcpy(&buf[ptr + 16], ctx->conf->uuid->uuid, 16);
/* Send RM UUID */
if (ctx->conf->rm_uuid == NULL) {
// TODO verifier does not have Rm UUID. just send Verifier's UUID
DEBUG("writePtsTlvToSock() RM uuid is NULL, => send platform UUID\n");
memcpy(&buf[ptr + 32], ctx->conf->uuid->uuid, 16);
} else if (ctx->conf->rm_uuid->uuid == NULL) {
// TODO verifier?
DEBUG("writePtsTlvToSock() RM uuid is NULL, => send platform UUID, file = %s\n",
ctx->conf->rm_uuid->filename);
memcpy(&buf[ptr + 32], ctx->conf->uuid->uuid, 16);
} else {
memcpy(&buf[ptr + 32], ctx->conf->rm_uuid->uuid, 16);
}
break;
}
/* Collector --> Verifier */
case TPM_PUBKEY:
{
if ((ctx->conf->pubkey != NULL) && (ctx->conf->pubkey_length > 0)) {
/* PUB key exist */
length = ctx->conf->pubkey_length;
buf = getTlvBuffer(type, length);
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
/* copy PUBKEY */
memcpy(&buf[12], ctx->conf->pubkey, ctx->conf->pubkey_length);
} else {
/* PUB key is missing */
LOG(LOG_ERR, "writePtsTlvToSock - PUBKEY blob is missing\n");
ctx->ifm_errno = PTS_FATAL;
ctx->ifm_strerror = smalloc_assert("Public key is missing");
length = 0;
goto error;
}
break;
}
/* Collector --> Verifier */
case RIMM_SET:
{
/* open/read RM files */
length = 4; // for RM num
for (i = 0; i < conf->rm_num; i++) {
/* open */
fd[i] = open(ctx->conf->rm_filename[i], O_RDONLY);
if (fd[i] < 0) {
// 20101124 SM must be a fullpath for Daemon
LOG(LOG_ERR, "Can't open RM[%d] files, %s\n",
i, ctx->conf->rm_filename[i]);
/* send Error massage */
ctx->ifm_errno = PTS_FATAL;
ctx->ifm_strerror =
smalloc_assert("Manifest not found, initialize the collector");
goto error;
}
/* size */
if (-1 == fstat(fd[i], &st[i])) {
LOG(LOG_ERR, "fstat failed with errno %d\n", errno);
goto error;
}
fsize[i] = st[i].st_size;
length += 4 + fsize[i];
}
DEBUG_IFM("writePtsTlv - RIMM_SET, length = %d", length);
buf = getTlvBuffer(type, length);
if (buf == NULL) goto error;
ptr = 12;
// NUM of RM
num = htonl(conf->rm_num);
memcpy(&buf[ptr], (BYTE *)&num, 4);
ptr += 4;
for (i = 0; i< conf->rm_num; i++) {
// length of RM[i]
num = htonl(fsize[i]);
// rc = wrapWrite(fdout, (BYTE *)&num, 4);
memcpy(&buf[ptr], (BYTE *)&num, 4);
ptr += 4;
count[i] = copyfile(&buf[ptr], fd[i], fsize[i]);
if (count[i] != fsize[i]) {
LOG(LOG_ERR, "copyfile() faild %d != %d\n", count[i], fsize[i]);
}
/* close */
close(fd[i]);
fd[i] = -1;
ptr += fsize[i];
DEBUG_IFM("RM[%d] len = %d\n", i, count[i]);
}
break;
}
/* Collector --> Verifier */
case NEW_RIMM_SET:
{
/* check */
if (conf->newrm_num == 0) {
/* New RM is missing => send Error massage */
DEBUG_IFM("New RM is missing. send Error massage\n");
ctx->ifm_errno = PTS_FATAL;
ctx->ifm_strerror = smalloc_assert("New Manifest not found, check the collector");
goto error;
}
/* setup TLV header (2/2) */
length = 16 + 4; // UUID + num
for (i = 0; i < conf->newrm_num; i++) {
fd[i] = open(ctx->conf->newrm_filename[i], O_RDONLY);
if (fd[i] < 0) {
// 20101124 SM must be a fullpath for Daemon
LOG(LOG_ERR, "Error RM file, %s not found\n", ctx->conf->newrm_filename[i]);
/* send Error massage */
ctx->ifm_errno = PTS_FATAL;
ctx->ifm_strerror =
smalloc_assert("New Manifest file not found, check the collector");
goto error;
}
/* check the size */
if (-1 == fstat(fd[i], &st[i])) {
LOG(LOG_ERR, "fstat failed with errno %d\n", errno);
goto error;
}
fsize[i] = st[i].st_size;
length += 4 + fsize[i];
}
DEBUG_IFM("writePtsTlv - NEW_RIMM_SET, length = %d", length);
buf = getTlvBuffer(type, length);
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
ptr = 12;
// UUID
memcpy(&buf[ptr], ctx->conf->newrm_uuid->uuid, 16);
ptr += 16;
// NUM of RM
num = htonl(conf->newrm_num);
memcpy(&buf[ptr], (BYTE *)&num, 4);
ptr += 4;
for (i = 0; i< conf->newrm_num; i++) {
// length of RM[i]
num = htonl(fsize[i]);
memcpy(&buf[ptr], (BYTE *)&num, 4);
ptr += 4;
// RM[i] body
count[i] = copyfile(&buf[ptr], fd[i], fsize[i]);
/* close */
close(fd[i]);
fd[i] = -1;
ptr += fsize[i];
DEBUG_IFM("RM[%d] len = %d\n", i, count[i]);
}
break;
}
case NONCE:
{
length = ctx->nonce->nonce_length;
buf = getTlvBuffer(type, length);
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
memcpy(&buf[12], ctx->nonce->nonce, length);
break;
}
case INTEGRITY_REPORT:
{
/* generate new IR, giving us a file descriptor corresponding
to an already deleted file for added security - once the file
gets closed you lose the IR! */
rc = genIr(ctx, &fd[0]);
if (rc != PTS_SUCCESS) {
LOG(LOG_ERR, "writePtsTlvToSock - gen IR failed\n");
/* send Error massage */
ctx->ifm_errno = PTS_FATAL;
ctx->ifm_strerror = smalloc_assert("Generation of IR failed");
goto error;
}
/* check the IR size */
if (-1 == fstat(fd[0], &st[0])) {
LOG(LOG_ERR, "fstat failed with errno %d\n", errno);
goto error;
}
fsize[0] = st[0].st_size;
length = fsize[0];
buf = getTlvBuffer(type, length);
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
ptr = 12;
if (-1 == lseek(fd[0], 0, SEEK_SET)) {
LOG(LOG_ERR, "Could not seek to start of %s (fd '%d')\n", ctx->conf->ir_filename, fd[0]);
goto error;
}
count[0] = copyfile(&buf[ptr], fd[0], fsize[0]);
if (count[0] != fsize[0]) {
LOG(LOG_ERR, "copyfile() faild %d != %d\n", count[0], fsize[0]);
}
/* close */
close(fd[0]);
fd[0] = -1;
break;
}
#ifdef CONFIG_AIDE
case AIDE_DATABASE: /* AIDE DATABASE: C -> V */
{
/* setup TLV header (2/2) */
/* body */
if (ctx->conf->aide_database_filename == NULL) {
// Test
DEBUG("writePtsTlvToSock - Error AIDE DB file is not configured\n");
ctx->ifm_errno = PTS_FATAL;
ctx->ifm_strerror = smalloc_assert("AIDE DB file is not configured");
goto error;
} else {
fd[0] = open(ctx->conf->aide_database_filename, O_RDONLY);
if (fd[0] < 0) {
/* AIDE file is missing, erorr */
LOG(LOG_ERR, "writePtsTlvToSock - Error AIDE DB file, %s not found\n",
ctx->conf->aide_database_filename);
/* send Error massage */
ctx->ifm_errno = PTS_FATAL;
ctx->ifm_strerror = smalloc_assert("AIDE file not found");
goto error;
} else {
/* OK */
if (-1 == fstat(fd[0], &st[0])) {
LOG(LOG_ERR, "fstat failed with errno %d\n", errno);
goto error;
}
fsize[0] = st[0].st_size;
length = fsize[0];
}
}
buf = getTlvBuffer(type, length);
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
ptr = 12;
if (length > 0) {
// BODY1
count[0] = copyfile(&buf[ptr], fd[0], fsize[0]);
if (count[0] != fsize[0]) {
LOG(LOG_ERR, "copyfile() faild %d != %d\n", count[0], fsize[0]);
}
/* close */
close(fd[0]);
fd[0] = -1;
DEBUG_IFM("writePtsTlv - AIDE_DATABASE, file = %s\n",
ctx->conf->aide_database_filename);
// DEBUG_IFM("AIDE DATABASE len = %d\n", count[0]);
}
DEBUG_IFM("writePtsTlv - AIDE_DATABASE, length = %d", length);
break;
}
#endif // CONFIG_AIDE
case DH_NONCE_PARAMETERS_REQUEST: /* DH: Initiator -> Respondor */
{
/* setup TLV header (2/2) */
length = 4;
buf = getTlvBuffer(type, length);
if (buf == NULL) {
goto error;
}
ptr = 12;
/* Send DH Nonce */
buf[0] = ctx->nonce->req->reserved;
buf[1] = ctx->nonce->req->min_nonce_len;
memcpy(&buf[ptr], buf, 2);
ptr += 2;
nbou16 = htons(ctx->nonce->req->dh_group_set);
memcpy(&buf[ptr], (BYTE *)&nbou16, 2);
ptr += 2;
DEBUG_IFM("writePtsTlv - DH_NONCE_PARAMETERS_REQUEST, length = %d", length);
break;
}
case DH_NONCE_PARAMETORS_RESPONSE: /* DH: IRespondor -> Initiator */
{
/* setup TLV header (2/2) */
length =
4 + 4 +
ctx->nonce->respondor_nonce_length +
ctx->nonce->pubkey_length;
buf = getTlvBuffer(type, length);
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
ptr = 12;
/* Send DH param */
buf[0] = ctx->nonce->res->reserved[0];
buf[1] = ctx->nonce->res->reserved[1];
buf[2] = ctx->nonce->res->reserved[2];
buf[3] = ctx->nonce->res->nonce_length;
memcpy(&buf[ptr], buf, 4);
ptr += 4;
nbou16 = htons(ctx->nonce->res->selected_dh_group);
memcpy(&buf[ptr], (BYTE *)&nbou16, 2);
ptr += 2;
nbou16 = htons(ctx->nonce->res->hash_alg_set);
memcpy(&buf[ptr], (BYTE *)&nbou16, 2);
ptr += 2;
/* nonce */
memcpy(
&buf[ptr],
ctx->nonce->respondor_nonce,
ctx->nonce->respondor_nonce_length);
ptr += ctx->nonce->respondor_nonce_length;
/* send dh_respondor_public */
memcpy(
&buf[ptr],
ctx->nonce->pubkey,
ctx->nonce->pubkey_length);
ptr += ctx->nonce->pubkey_length;
DEBUG_IFM("writePtsTlv - DH_NONCE_PARAMETORS_RESPONSE, length = %d", length);
break;
}
case DH_NONCE_FINISH: /* DH: Initiator -> Respondor */
{
/* setup TLV header (2/2) */
length =
4 +
ctx->nonce->initiator_nonce_length +
ctx->nonce->pubkey_length;
buf = getTlvBuffer(type, length);
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
ptr = 12;
/* Send IF-M TLV header */
/* Send */
buf[0] = ctx->nonce->fin->reserved = 0;
buf[1] = ctx->nonce->fin->nonce_length = ctx->nonce->initiator_nonce_length;
memcpy(&buf[ptr], (BYTE *)&buf, 2);
ptr += 2;
nbou16 = htons(ctx->nonce->fin->selected_hash_alg);
memcpy(&buf[ptr], (BYTE *)&nbou16, 2);
ptr += 2;
/* send dh_initiator_pubkey */
memcpy(&buf[ptr], ctx->nonce->pubkey, ctx->nonce->pubkey_length);
ptr += ctx->nonce->pubkey_length;
/* send dh_initiator_nonce */
memcpy(
&buf[ptr],
ctx->nonce->initiator_nonce,
ctx->nonce->initiator_nonce_length);
ptr += ctx->nonce->initiator_nonce_length;
DEBUG_IFM("writePtsTlv - DH_NONCE_FINISH, length = %d", length);
break;
}
case OPENPTS_ERROR:
{
/* setup TLV header (2/2) */
// TODO
if (ctx->ifm_strerror != NULL) {
length = 4 + 4 + strlen(ctx->ifm_strerror);
} else {
length = 4 + 4 + 0;
}
buf = getTlvBuffer(type, length);
if (buf == NULL) {
LOG(LOG_ERR, "getTlvBuffer() is null");
goto error;
}
ptr = 12;
{
UINT32 ifm_errno;
UINT32 size = 0;
UINT32 len = 0;
/* send error code */
ifm_errno = htonl(ctx->ifm_errno);
memcpy(&buf[ptr], (BYTE *)&ifm_errno, 4);
ptr += 4;
/* send msg num */
if (ctx->ifm_strerror != NULL) {
len = strlen(ctx->ifm_strerror);
size = htonl(len);
memcpy(&buf[ptr], (BYTE *)&size, 4);
ptr += 4;
memcpy(&buf[ptr], (BYTE *)&ctx->ifm_strerror, len);
ptr += len;
/* free */
xfree(ctx->ifm_strerror);
} else {
size = 0;
memcpy(&buf[ptr], (BYTE *)&size, 4);
ptr += 4;
}
}
DEBUG_IFM("writePtsTlv - OPENPTS_ERROR, length = %d", length);
break;
}
default:
// BAD type
LOG(LOG_ERR, "BAD IF-M OPENPTS MESSAGE TYPE, type=0x%x\n", type);
return NULL;
}
DEBUG_IFM("IF-M message, type=0x%x, length=%d\n",
type, length);
DEBUG("writePtsTlvToSock - done\n");
*len = 12 + length;
return buf;
error:
/* close files*/
for (i = 0; i < MAX_RM_NUM; i++) {
if (fd[i] >= 0) close(fd[i]);
}
*len = 0;
return NULL;
}
///
/// US_LoadUsers
// Loads user database from .users
static void US_LoadUsers(void)
{
BOOL save = FALSE;
FILE *fh;
ENTER();
// reset the user data
memset(&G->Users, 0, sizeof(struct Users));
G->Users.Num = 0;
if((fh = fopen("PROGDIR:.users", "r")) != NULL)
{
char *buffer = NULL;
size_t size = 0;
BOOL hasmanager = FALSE;
if(GetLine(&buffer, &size, fh) >= 3 && strncmp(buffer,"YUS", 3) == 0)
{
int ver = buffer[3] - '0';
while(GetLine(&buffer, &size, fh) >= 0)
{
if(strncmp(buffer, "@USER", 5) == 0)
{
struct User *user = &G->Users.User[G->Users.Num];
int flags;
enum FType type;
strlcpy(user->Name, Trim(&buffer[6]), sizeof(user->Name));
GetLine(&buffer, &size, fh);
strlcpy(user->MailDir, Trim(buffer), sizeof(user->MailDir));
if(user->MailDir[0] == '\0')
{
strlcpy(user->MailDir, G->MA_MailDir, sizeof(user->MailDir));
save = TRUE;
}
GetLine(&buffer, &size, fh);
flags = atoi(Trim(buffer));
user->Limited = isFlagSet(flags, UFLAG_LIMITED_USER);
user->UseAddr = isFlagSet(flags, UFLAG_USE_GLOBAL_ADDRESSBOOK);
user->UseDict = isFlagSet(flags, UFLAG_USE_GLOBAL_DICTIONARY);
if(user->Limited == FALSE)
hasmanager = TRUE;
if(ver >= 2)
{
GetLine(&buffer, &size, fh);
strlcpy(user->Password, Decrypt(buffer), sizeof(user->Password));
}
user->ID = GetUniqueID();
G->Users.Num++;
// check if the user's home directory exists
if(ObtainFileInfo(user->MailDir, FI_TYPE, &type) == FALSE || type != FIT_DRAWER)
ER_NewError(tr(MSG_ER_USER_DIR_MISSING), user->MailDir, user->Name);
// skip all lines until we read the "@ENDUSER"
while(GetLine(&buffer, &size, fh) >= 0)
{
if(strcmp(buffer, "@ENDUSER") == 0)
break;
}
}
}
}
fclose(fh);
free(buffer);
// if we found no user with manager privileges we give these privilege to the first user
if(hasmanager == FALSE)
{
G->Users.User[0].Limited = FALSE;
save = TRUE;
}
}
// create a default user if none exists so far
if(G->Users.Num == 0)
{
struct User *user = &G->Users.User[0];
user->Name[0] = '\0';
strlcpy(user->MailDir, G->MA_MailDir, sizeof(user->MailDir));
user->Limited = FALSE;
user->UseAddr = TRUE;
user->UseDict = TRUE;
user->ID = GetUniqueID();
// there can only be one :)
G->Users.Num = 1;
save = TRUE;
}
// if the first user doesn't have a real name yet then copy over the name from the configuration
if(G->Users.User[0].Name[0] == '\0')
{
struct UserIdentityNode *uin = GetUserIdentity(&C->userIdentityList, 0, TRUE);
if(uin != NULL)
strlcpy(G->Users.User[0].Name, uin->realname, sizeof(G->Users.User[0].Name));
// if the first user still doesn't have a name then we use a fallback name
if(G->Users.User[0].Name[0] == '\0')
strlcpy(G->Users.User[0].Name, tr(MSG_USERNAME_FALLBACK), sizeof(G->Users.User[0].Name));
// make sure our modifications are saved
save = TRUE;
}
if(save == TRUE)
US_SaveUsers();
LEAVE();
}
/*---------------------*
* Split line into two *
*---------------------*/
BOOL SplitLine(LONG x, struct line_node *line, BOOL move_crsr, struct UserAction *buffer, struct InstData *data)
{
struct line_node *newline;
struct line_node *next;
struct pos_info pos;
LONG line_nr, lines;
ULONG c;
UWORD crsr_x = data->CPos_X;
struct line_node *crsr_l = data->actualline;
ENTER();
OffsetToLines(x, line, &pos, data);
lines = pos.lines;
next = line->next;
if((newline = AllocLine(data)) != NULL)
{
UWORD *styles = line->line.Styles;
UWORD *newstyles = NULL;
UWORD *colors = line->line.Colors;
UWORD *newcolors = NULL;
data->HasChanged = TRUE;
Init_LineNode(newline, line, line->line.Contents+x, data);
newline->line.Color = line->line.Color;
newline->line.Flow = line->line.Flow;
newline->line.Separator = line->line.Separator;
if(buffer != NULL)
{
newline->line.Color = buffer->del.style;
newline->line.Flow = buffer->del.flow;
newline->line.Separator = buffer->del.separator;
}
if(styles != NULL)
{
LONG style = 0;
LONG length = 0;
UWORD *ostyles;
while(*styles++ <= x+1)
{
if(*styles > 0xff)
style &= *styles++;
else
style |= *styles++;
}
styles--;
ostyles = styles;
while(*(styles+length) != EOS)
length += 2;
length = (length*2) + 16;
if((newstyles = MyAllocPooled(data->mypool, length)) != NULL)
{
UWORD *nstyles = newstyles;
if(isFlagSet(style, BOLD))
{
*nstyles++ = 1;
*nstyles++ = BOLD;
}
if(isFlagSet(style, ITALIC))
{
*nstyles++ = 1;
*nstyles++ = ITALIC;
}
if(isFlagSet(style, UNDERLINE))
{
*nstyles++ = 1;
*nstyles++ = UNDERLINE;
}
while(*styles != EOS)
{
*nstyles++ = (*styles++) - x;
*nstyles++ = *styles++;
}
*nstyles = EOS;
}
if(isFlagSet(style, BOLD))
{
*ostyles++ = x+1;
*ostyles++ = ~BOLD;
}
if(isFlagSet(style, ITALIC))
{
*ostyles++ = x+1;
*ostyles++ = ~ITALIC;
}
if(isFlagSet(style, UNDERLINE))
{
*ostyles++ = x+1;
*ostyles++ = ~UNDERLINE;
}
if(x != 0)
ostyles = line->line.Styles;
*ostyles = EOS;
}
newline->line.Styles = newstyles;
if(colors != NULL)
{
UWORD color = GetColor(x, line);
UWORD length = 0;
UWORD *ocolors;
while(*colors <= x+1)
{
colors += 2;
}
ocolors = colors;
while(*(colors+length) != 0xffff)
length += 2;
length = (length*2) + 16;
if((newcolors = MyAllocPooled(data->mypool, length)) != NULL)
{
UWORD *ncolors = newcolors;
if(color && *colors-x != 1)
{
*ncolors++ = 1;
*ncolors++ = color;
}
while(*colors != 0xffff)
{
*ncolors++ = (*colors++) - x;
*ncolors++ = *colors++;
}
*ncolors = 0xffff;
}
if(x != 0)
ocolors = line->line.Colors;
*ocolors = 0xffff;
}
newline->line.Colors = newcolors;
newline->next = next;
if(next != NULL)
next->previous = newline;
*(line->line.Contents+x) = '\n';
*(line->line.Contents+x+1) = '\0';
line->line.Length = x+1;
/*------------------*/
c = line->visual;
line->visual = VisualHeight(line, data);
CompressLine(line, data);
line_nr = LineToVisual(line, data) + line->visual - 1;
if(line_nr < 0)
line_nr = 0;
if(move_crsr)
{
data->CPos_X = 0;
data->actualline = data->actualline->next;
}
if(x == 0)
{
line->line.Color = 0;
line->line.Separator = 0;
if(!(line->previous && line->previous->line.Flow == line->line.Flow))
{
line->line.Flow = MUIV_TextEditor_Flow_Left;
}
if(line_nr != data->maxlines)
{
data->totallines += 1;
if(data->fastbackground)
{
if(line_nr)
{
ScrollDown(line_nr-1, 1, data);
PrintLine(0, line, line_nr, FALSE, data);
}
else
{
ScrollDown(line_nr, 1, data);
}
}
else DumpText(data->visual_y+line_nr-1, line_nr-1, data->maxlines, TRUE, data);
}
else
{
data->visual_y++;
data->totallines += 1;
if(isFlagClear(data->flags, FLG_Quiet))
{
struct Hook *oldhook;
oldhook = InstallLayerHook(data->rport->Layer, LAYERS_NOBACKFILL);
ScrollRasterBF(data->rport, 0, data->height,
data->xpos, data->ypos,
data->xpos + data->innerwidth - 1, (data->ypos + ((data->maxlines-1) * data->height)) - 1);
InstallLayerHook(data->rport->Layer, oldhook);
PrintLine(0, line, data->maxlines-1, FALSE, data);
if(!data->fastbackground)
{
DumpText(data->visual_y+data->maxlines-1, data->maxlines-1, data->maxlines, TRUE, data);
}
}
}
RETURN(TRUE);
return(TRUE);
}
if(x == (LONG)(line->line.Length + newline->line.Length - 2))
{
data->totallines += 1;
if(buffer == NULL)
{
line->next->line.Color = 0;
line->next->line.Separator = 0;
}
SetCursor(crsr_x, crsr_l, FALSE, data);
if(line_nr < data->maxlines)
{
if(data->fastbackground)
{
ScrollDown(line_nr, 1, data);
if(line_nr+1 <= data->maxlines)
PrintLine(0, line->next, line_nr+1, FALSE, data);
}
else DumpText(data->visual_y+line_nr, line_nr, data->maxlines, TRUE, data);
}
RETURN(TRUE);
return(TRUE);
}
x = line->line.Length;
OffsetToLines(x-1, line, &pos, data);
if(((ULONG)(line->visual + line->next->visual) >= c) && (line->visual == lines))
{
if((ULONG)(line->visual + line->next->visual) > c)
data->totallines += 1;
PrintLine(pos.bytes, line, line_nr, TRUE, data);
if((line_nr+line->next->visual-1 < data->maxlines) && ((ULONG)(line->visual + line->next->visual) > c))
{
ScrollDown(line_nr+line->next->visual-1, 1, data);
}
}
else
{
PrintLine((x-1)-pos.x, line, line_nr, TRUE, data);
if((line_nr < data->maxlines) && ((ULONG)(line->visual + line->next->visual) < c))
{
data->totallines -= 1;
ScrollUp(line_nr, 1, data);
}
}
/*------------------*/
line = line->next;
line_nr++;
c = 0;
while((c < line->line.Length) && (line_nr <= data->maxlines))
c = c + PrintLine(c, line, line_nr++, TRUE, data);
/* Her printes !HELE! den nye linie, burde optimeres! */
RETURN(TRUE);
return (TRUE);
}
else
{
RETURN(FALSE);
return (FALSE);
}
}
static struct dlstatus *loadModule(const char *path, const struct stat *sbuf, int mode)
{
NSObjectFileImage ofi = 0;
NSObjectFileImageReturnCode ofirc;
struct dlstatus *dls;
NSLinkEditErrors ler;
int lerno;
const char *errstr;
const char *file;
void (*init) (void);
ofirc = NSCreateObjectFileImageFromFile(path, &ofi);
switch (ofirc)
{
case NSObjectFileImageSuccess:
break;
case NSObjectFileImageInappropriateFile:
if (dyld_NSAddImage && dyld_NSIsSymbolNameDefinedInImage && dyld_NSLookupSymbolInImage)
{
if (isFlagSet(mode, RTLD_LOCAL))
{
warning("trying to open a .dylib with RTLD_LOCAL");
error("unable to open this file with RTLD_LOCAL");
return NULL;
}
}
else
{
error("opening this file is unsupported on this system");
return NULL;
}
break;
case NSObjectFileImageFailure:
error("object file setup failure");
return NULL;
case NSObjectFileImageArch:
error("no object for this architecture");
return NULL;
case NSObjectFileImageFormat:
error("bad object file format");
return NULL;
case NSObjectFileImageAccess:
error("can't read object file");
return NULL;
default:
error("unknown error from NSCreateObjectFileImageFromFile()");
return NULL;
}
dls = lookupStatus(sbuf);
if (!dls)
{
dls = allocStatus();
}
if (!dls)
{
error("unable to allocate memory");
return NULL;
}
dls->lib = 0;
if (ofirc == NSObjectFileImageInappropriateFile)
{
if ((dls->lib = dyld_NSAddImage(path, NSADDIMAGE_OPTION_RETURN_ON_ERROR)))
{
debug("Dynamic lib loaded at %ld", dls->lib);
ofi = MAGIC_DYLIB_OFI;
dls->module = MAGIC_DYLIB_MOD;
ofirc = NSObjectFileImageSuccess;
/* Although it is possible with a bit of work to modify this so it works and
functions with RTLD_NOW, I don't deem it necessary at the moment */
}
if (!(dls->module))
{
NSLinkEditError(&ler, &lerno, &file, &errstr);
if (!errstr || (!strlen(errstr)))
error("Can't open this file type");
else
error(errstr);
if ((dls->flags & DL_IN_LIST) == 0)
{
free(dls);
}
return NULL;
}
}
else
{
dls->module = NSLinkModule(ofi, path,
NSLINKMODULE_OPTION_RETURN_ON_ERROR |
NSLINKMODULE_OPTION_PRIVATE |
(isFlagSet(mode, RTLD_NOW) ? NSLINKMODULE_OPTION_BINDNOW : 0));
NSDestroyObjectFileImage(ofi);
if (dls->module)
{
dls->lib = get_mach_header_from_NSModule(dls->module);
}
}
if (!dls->module)
{
NSLinkEditError(&ler, &lerno, &file, &errstr);
if ((dls->flags & DL_IN_LIST) == 0)
{
free(dls);
}
error(errstr);
return NULL;
}
insertStatus(dls, sbuf);
dls = reference(dls, mode);
if ((init = dlsymIntern(dls, "__init", 0)))
{
debug("calling _init()");
init();
}
return dls;
}
ULONG loadPrefs(ULONG mode)
{
struct URL_Prefs *p;
ULONG error = 0;
/* get the openurl.library prefs */
/* switch(mode)
{
case MUIV_Win_GetPrefs_InUse: mode = URL_GetPrefs_Mode_InUse; break;
case MUIV_Win_GetPrefs_LastSaveds: mode = URL_GetPrefs_Mode_Envarc; break;
case MUIV_Win_GetPrefs_Restore: mode = URL_GetPrefs_Mode_Env; break;
case MUIV_Win_GetPrefs_Defaults: mode = URL_GetPrefs_Mode_Default; break;
default: return FALSE;
}
*/
p = IOpenURL->URL_GetPrefs(URL_GetPrefs_Mode,mode,TAG_DONE);
if (!p) error = MSG_Err_NoPrefs;
else if (p->up_Version!=PREFS_VERSION) error = MSG_Err_BadPrefs;
if (error)
{
RA_Request(NULL,0,getString(MSG_ErrReqTitle),
getString(MSG_ErrReqGadget),
getString(error),
p ? p->up_Version : 0);
if (p) IOpenURL->URL_FreePrefsA(p,NULL);
return FALSE;
}
/* Browsers */
gadset(GAD(OBJ_LBROWSER_BROW), window, LISTBROWSER_Labels, ~0);
updateBrowserList(&list_Brow, p->up_BrowserList);
gadset(GAD(OBJ_LBROWSER_BROW), window, LISTBROWSER_Labels, &list_Brow, LISTBROWSER_AutoFit, TRUE);
/* Mailers */
gadset(GAD(OBJ_LBROWSER_MAIL), window, LISTBROWSER_Labels, ~0, TAG_DONE);
updateMailerList(&list_Mail, p->up_MailerList);
gadset(GAD(OBJ_LBROWSER_MAIL), window, LISTBROWSER_Labels, &list_Mail, LISTBROWSER_AutoFit, TRUE);
/* FTPs */
gadset(GAD(OBJ_LBROWSER_FTP), window, LISTBROWSER_Labels, ~0, TAG_DONE);
updateFTPList(&list_FTPs, p->up_FTPList);
gadset(GAD(OBJ_LBROWSER_FTP), window, LISTBROWSER_Labels, &list_FTPs, LISTBROWSER_AutoFit, TRUE);
/* Miscellaneous */
gadset(GAD(OBJ_PREPEND), window, GA_Selected, isFlagSet(p->up_Flags, UPF_PREPENDHTTP));
gadset(GAD(OBJ_SEND_MAILTO), window, GA_Selected, isFlagSet(p->up_Flags, UPF_DOMAILTO));
gadset(GAD(OBJ_SEND_FTP), window, GA_Selected, isFlagSet(p->up_Flags, UPF_DOFTP));
gadset(GAD(OBJ_UNICONIFY), window, GA_Selected, p->up_DefShow);
gadset(GAD(OBJ_BRING), window, GA_Selected, p->up_DefBringToFront);
gadset(GAD(OBJ_OPEN), window, GA_Selected, p->up_DefNewWindow);
gadset(GAD(OBJ_LAUNCH), window, GA_Selected, p->up_DefLaunch);
/* free the preferences */
IOpenURL->URL_FreePrefsA(p,NULL);
return TRUE;
}
/* Main program */
int
main(void)
{
/* TLE source file */
char tle_file[] = "./rax.txt";
/* Observer's geodetic co-ordinates. */
/* Lat North, Lon East in rads, Alt in km */
geodetic_t obs_geodetic = {0.7368, -1.4615, 0.251, 0.0};
/* Two-line Orbital Elements for the satellite */
tle_t tle ;
/* Zero vector for initializations */
vector_t zero_vector = {0,0,0,0};
/* Satellite position and velocity vectors */
vector_t vel = zero_vector;
vector_t pos = zero_vector;
/* Satellite Az, El, Range, Range rate */
vector_t obs_set;
/* Solar ECI position vector */
vector_t solar_vector = zero_vector;
/* Solar observed azi and ele vector */
vector_t solar_set;
/* Calendar date and time (UTC) */
struct tm utc;
/* Satellite's predicted geodetic position */
geodetic_t sat_geodetic;
double
tsince, /* Time since epoch (in minutes) */
jul_epoch, /* Julian date of epoch */
jul_utc, /* Julian UTC date */
eclipse_depth = 0, /* Depth of satellite eclipse */
/* Satellite's observed position, range, range rate */
sat_azi, sat_ele, sat_range, sat_range_rate,
/* Satellites geodetic position and velocity */
sat_lat, sat_lon, sat_alt, sat_vel,
/* Solar azimuth and elevation */
sun_azi, sun_ele;
/* Used for storing function return codes */
int flg;
char
ephem[5], /* Ephemeris in use string */
sat_status[12]; /* Satellite eclipse status */
/* Input one (first!) TLE set from file */
flg = Input_Tle_Set(tle_file, &tle);
/* Abort if file open fails */
if( flg == -1 )
{
printf(" File open failed - Exiting!\n");
exit(-1);
}
/* Print satellite name and TLE read status */
printf(" %s: ", tle.sat_name);
if( flg == -2 )
{
printf("TLE set bad - Exiting!\n");
exit(-2);
}
else
printf("TLE set good - Happy Tracking!\n");
/* Printout of tle set data for tests if needed */
/* printf("\n %s %s %i %i %i\n"
" %14f %10f %8f %8f\n"
" %8f %8f %9f %8f %8f %12f\n",
tle.sat_name, tle.idesg, tle.catnr, tle.elset, tle.revnum,
tle.epoch, tle.xndt2o, tle.xndd6o, tle.bstar,
tle.xincl, tle.xnodeo, tle.eo, tle.omegao, tle.xmo, tle.xno);
*/
/** !Clear all flags! **/
/* Before calling a different ephemeris */
/* or changing the TLE set, flow control */
/* flags must be cleared in main(). */
ClearFlag(ALL_FLAGS);
/** Select ephemeris type **/
/* Will set or clear the DEEP_SPACE_EPHEM_FLAG */
/* depending on the TLE parameters of the satellite. */
/* It will also pre-process tle members for the */
/* ephemeris functions SGP4 or SDP4 so this function */
/* must be called each time a new tle set is used */
select_ephemeris(&tle);
do /* Loop */
{
/* Get UTC calendar and convert to Julian */
UTC_Calendar_Now(&utc);
jul_utc = Julian_Date(&utc);
/* Convert satellite's epoch time to Julian */
/* and calculate time since epoch in minutes */
jul_epoch = Julian_Date_of_Epoch(tle.epoch);
tsince = (jul_utc - jul_epoch) * xmnpda;
/* Copy the ephemeris type in use to ephem string */
if( isFlagSet(DEEP_SPACE_EPHEM_FLAG) )
strcpy(ephem,"SDP4");
else
strcpy(ephem,"SGP4");
/* Call NORAD routines according to deep-space flag */
if( isFlagSet(DEEP_SPACE_EPHEM_FLAG) )
SDP4(tsince, &tle, &pos, &vel);
else
SGP4(tsince, &tle, &pos, &vel);
/* Scale position and velocity vectors to km and km/sec */
Convert_Sat_State( &pos, &vel );
/* Calculate velocity of satellite */
Magnitude( &vel );
sat_vel = vel.w;
/** All angles in rads. Distance in km. Velocity in km/s **/
/* Calculate satellite Azi, Ele, Range and Range-rate */
Calculate_Obs(jul_utc, &pos, &vel, &obs_geodetic, &obs_set);
/* Calculate satellite Lat North, Lon East and Alt. */
Calculate_LatLonAlt(jul_utc, &pos, &sat_geodetic);
/* Calculate solar position and satellite eclipse depth */
/* Also set or clear the satellite eclipsed flag accordingly */
Calculate_Solar_Position(jul_utc, &solar_vector);
Calculate_Obs(jul_utc,&solar_vector,&zero_vector,&obs_geodetic,&solar_set);
if( Sat_Eclipsed(&pos, &solar_vector, &eclipse_depth) )
SetFlag( SAT_ECLIPSED_FLAG );
else
ClearFlag( SAT_ECLIPSED_FLAG );
/* Copy a satellite eclipse status string in sat_status */
if( isFlagSet( SAT_ECLIPSED_FLAG ) )
strcpy( sat_status, "Eclipsed" );
else
strcpy( sat_status, "In Sunlight" );
/* Convert and print satellite and solar data */
sat_azi = Degrees(obs_set.x);
sat_ele = Degrees(obs_set.y);
sat_range = obs_set.z;
sat_range_rate = obs_set.w;
sat_lat = Degrees(sat_geodetic.lat);
sat_lon = Degrees(sat_geodetic.lon);
sat_alt = sat_geodetic.alt;
sun_azi = Degrees(solar_set.x);
sun_ele = Degrees(solar_set.y);
printf("\n Date: %02d/%02d/%04d UTC: %02d:%02d:%02d Ephemeris: %s"
"\n Azi=%6.1f Ele=%6.1f Range=%8.1f Range Rate=%6.2f"
"\n Lat=%6.1f Lon=%6.1f Alt=%8.1f Vel=%8.3f"
"\n Stellite Status: %s - Depth: %2.3f"
"\n Sun Azi=%6.1f Sun Ele=%6.1f\n",
utc.tm_mday, utc.tm_mon, utc.tm_year,
utc.tm_hour, utc.tm_min, utc.tm_sec, ephem,
sat_azi, sat_ele, sat_range, sat_range_rate,
sat_lat, sat_lon, sat_alt, sat_vel,
sat_status, eclipse_depth,
sun_azi, sun_ele);
sleep(1);
} /* End of do */
while( 1 ); /* This stops Compaq ccc 'unreachcode' warning! */
return(0);
} /* End of main() */
void Draw_Mesh_simple(Mesh_t *mesh)
{
int meshtype = mesh->meshtype;
LUX_DEBUGASSERT(mesh);
if (!mesh->numVertices)
return;
// draw mesh
if (meshtype != MESH_DL){
int n;
ushort *pointtri;
uint *pointtriI;
uint offsetTri;
uint vertexoffset;
GLenum rendertype = mesh->primtype;
GLenum indicestype = mesh->index16 ? GL_UNSIGNED_SHORT : GL_UNSIGNED_INT;
LUX_DEBUGASSERT(!(mesh->meshtype == MESH_VBO && !mesh->vid.vbo));
if (mesh->vid.ibo){
pointtri = NULL;
pointtriI = NULL;
offsetTri = mesh->vid.ibooffset;
}
else{
offsetTri = 0;
pointtri = mesh->indicesData16;
pointtriI = mesh->indicesData32;
}
vidBindBufferIndex(mesh->vid.ibo);
vertexoffset = mesh->vid.vbo ? mesh->vid.vbooffset : 0;
// feed vertex attribs
{
int t;
Mesh_setStandardAttribsGL(mesh,
!(g_VID.state.renderflag & RENDER_NOVERTEXCOLOR),
g_VID.drawsetup.lightCnt || g_VID.drawsetup.setnormals);
for (t = 0; t < VID_MAX_TEXTURE_UNITS; t++){
if (g_VID.state.texcoords[t].type < 0){
Mesh_setTexCoordGL(mesh,t,g_VID.state.texcoords[t].channel);
}
}
if (g_VID.drawsetup.attribs.needed & (1<<VERTEX_ATTRIB_TANGENT)){
Mesh_setTangentGL(mesh);
}
}
if (mesh->vid.ibo || mesh->indicesData){
if (mesh->numGroups < 2){
if (GLEW_EXT_draw_range_elements)
glDrawRangeElementsEXT(rendertype,mesh->indexMin + vertexoffset,mesh->indexMax + vertexoffset, USED_INDICES(mesh->numIndices), indicestype ,mesh->index16 ? (void*)(&pointtri[offsetTri]) : (void*)(&pointtriI[offsetTri]));
else
glDrawElements(rendertype, USED_INDICES(mesh->numIndices), indicestype, mesh->index16 ? (void*)(&pointtri[offsetTri]) : (void*)(&pointtriI[offsetTri]));
}
else {
for (n = 0; n < mesh->numGroups; n++){
if (GLEW_EXT_draw_range_elements)
glDrawRangeElementsEXT(rendertype,mesh->indexMin + vertexoffset,mesh->indexMax + vertexoffset, USED_INDICES(mesh->indicesGroupLength[n]), indicestype ,mesh->index16 ? (void*)(&pointtri[offsetTri]) : (void*)(&pointtriI[offsetTri]));
else
glDrawElements(rendertype, USED_INDICES(mesh->indicesGroupLength[n]), indicestype, mesh->index16 ? (void*)(&pointtri[offsetTri]) : (void*)(&pointtriI[offsetTri]));
offsetTri += mesh->indicesGroupLength[n];
}
}
}
else{
glDrawArrays(rendertype,vertexoffset,mesh->numVertices);
}
}
else{
vidBindBufferArray(NULL);
vidBindBufferIndex(NULL);
if (g_VID.gpuvendor == VID_VENDOR_ATI)
if((g_VID.drawsetup.lightCnt || g_VID.drawsetup.setnormals) && (mesh->vertextype == VERTEX_32_NRM || mesh->vertextype == VERTEX_64_TEX4 || mesh->vertextype == VERTEX_64_SKIN || mesh->vertextype == VERTEX_32_FN))
glEnableClientState(GL_NORMAL_ARRAY);
else
glDisableClientState(GL_NORMAL_ARRAY);
glCallList(mesh->vid.glID);
g_VID.state.activeTex = -1;
g_VID.state.activeClientTex = -1;
LUX_DEBUGASSERT(!glIsEnabled(GL_COLOR_ARRAY)==isFlagSet(g_VID.state.renderflag,RENDER_NOVERTEXCOLOR));
//if (!glIsEnabled(GL_COLOR_ARRAY)) g_VID.state.renderflag |= RENDER_NOVERTEXCOLOR;
//else g_VID.state.renderflag &= ~RENDER_NOVERTEXCOLOR;
vidResetPointer();
}
#if 0
glEnableClientState(GL_VERTEX_ARRAY);
vidResetPointer();
vidResetBuffers();
#endif
}
IPTR Get(struct IClass *cl, Object *obj, struct opGet *msg)
{
struct InstData *data = (struct InstData *)INST_DATA(cl, obj);
IPTR ti_Data;
switch(msg->opg_AttrID)
{
case MUIA_Font:
ti_Data = (IPTR)(data->Font ? data->Font : muiAreaData(obj)->mad_Font);
break;
case MUIA_ControlChar:
ti_Data = (IPTR)data->CtrlChar;
break;
case MUIA_String_AttachedList:
ti_Data = (IPTR)data->ForwardObject;
break;
case MUIA_String_BufferPos:
ti_Data = (IPTR)data->BufferPos;
break;
case MUIA_String_Acknowledge:
case MUIA_String_Contents:
ti_Data = (IPTR)data->Contents;
break;
case MUIA_String_DisplayPos:
ti_Data = (IPTR)data->DisplayPos;
break;
case MUIA_String_Format:
ti_Data = (IPTR)data->Alignment;
break;
case MUIA_String_Integer:
StrToLong(data->Contents, (ULONG *)&ti_Data);
break;
case MUIA_String_MaxLen:
ti_Data = (IPTR)data->MaxLength;
break;
case MUIA_String_Reject:
ti_Data = (IPTR)data->Reject;
break;
case MUIA_String_Secret:
ti_Data = isFlagSet(data->Flags, FLG_Secret) ? TRUE : FALSE;
break;
case MUIA_String_EditHook:
ti_Data = (IPTR)data->EditHook;
break;
case MUIA_String_AdvanceOnCR:
ti_Data = isFlagSet(data->Flags, FLG_AdvanceOnCr) ? TRUE : FALSE;
break;
case MUIA_BetterString_KeyUpFocus:
ti_Data = (IPTR)data->KeyUpFocus;
break;
case MUIA_BetterString_KeyDownFocus:
ti_Data = (IPTR)data->KeyDownFocus;
break;
case MUIA_BetterString_SelectSize:
ti_Data = isFlagSet(data->Flags, FLG_BlockEnabled) ? data->BlockStop-data->BlockStart : 0;
break;
case MUIA_BetterString_StayActive:
ti_Data = isFlagSet(data->Flags, FLG_StayActive) ? TRUE : FALSE;
break;
case MUIA_BetterString_NoInput:
ti_Data = isFlagSet(data->Flags, FLG_NoInput) ? TRUE : FALSE;
break;
case MUIA_BetterString_InactiveContents:
ti_Data = (IPTR)data->InactiveContents;
break;
case MUIA_BetterString_NoShortcuts:
ti_Data = isFlagSet(data->Flags, FLG_NoShortcuts) ? TRUE : FALSE;
break;
case MUIA_BetterString_SelectOnActive:
{
if((data->SelectOnActive == TRUE && isFlagClear(data->Flags, FLG_ForceSelectOff)) ||
isFlagSet(data->Flags, FLG_ForceSelectOn))
{
ti_Data = TRUE;
}
else
ti_Data = FALSE;
}
break;
case MUIA_Version:
ti_Data = LIB_VERSION;
break;
case MUIA_Revision:
ti_Data = LIB_REVISION;
break;
default:
return DoSuperMethodA(cl, obj, (Msg)msg);
break;
}
*msg->opg_Storage = ti_Data;
return TRUE;
}
