void check_my_type(t_mar *mar)
{
int c;
c = 0;
if (mar->str[c] == 'i' || mar->str[c] == 'c' && mar->str[c + 1] == 'h'
|| mar->str[c] == 's' && mar->str[c + 1] == 'h')
print_basic(mar, c);
else if (mar->str[c] == 'l')
check_long(mar, c);
else if (mar->str[c] == 's' && mar->str[c + 1] == 't'
&& mar->str[c + 2] == 'a' && mar->str[c + 3] == 't'
&& mar->str[c + 4] == 'i' && mar->str[c + 5] == 'c'
&& mar->str[c + 6] == ' ')
check_static(mar, c);
else if (mar->str[c] == 'c' && mar->str[c + 1] == 'o'
&& mar->str[c + 2] == 'n' && mar->str[c + 3] == 's'
&& mar->str[c + 4] == 't' && mar->str[c + 5] == ' ')
check_const(mar, c);
else if (mar->str[c] == 'u' || mar->str[c] == 'v' || mar->str[c] == 'f'
|| mar->str[c] == 'd')
check_my_type_two(mar, c);
printf("Déclaration de la variable de type %s%s nommé %s.\n",
mar->ptr, mar->type, mar->var);
}
int soltrack_init(double deg_lat, double deg_long)
{
// Check domain
if (!(check_lat(deg_lat) && check_long(deg_long))) {
return SOL_DOMAIN_ERROR;
}
// Calculate latitude and longitude in radians
double rad_lat = deg_to_rad(deg_lat);
double rad_long = deg_to_rad(deg_long);
// Create a 3-dimensional vector
uv_orth_w_spin = gsl_vector_alloc(V_DIM);
gsl_vector_set(uv_orth_w_spin, X_AXIS, \
gsl_sf_cos(rad_long) * gsl_sf_cos(rad_lat));
gsl_vector_set(uv_orth_w_spin, Y_AXIS, \
gsl_sf_sin(rad_long) * gsl_sf_cos(rad_lat));
gsl_vector_set(uv_orth_w_spin, Z_AXIS, gsl_sf_sin(rad_lat));
// Create the rotation matrix for axial tilt of the earth
rm_ax_tilt = gsl_matrix_calloc(V_DIM, V_DIM); // Initialize 0
// X-Axis
gsl_matrix_set(rm_ax_tilt, X_AXIS, X_AXIS, gsl_sf_cos(rad_ax_tilt));
gsl_matrix_set(rm_ax_tilt, X_AXIS, Z_AXIS, -gsl_sf_sin(rad_ax_tilt));
// Y-Axis (no rotation)
gsl_matrix_set(rm_ax_tilt, Y_AXIS, Y_AXIS, 1.0);
// Z-Axis
gsl_matrix_set(rm_ax_tilt, Z_AXIS, X_AXIS, gsl_sf_sin(rad_ax_tilt));
gsl_matrix_set(rm_ax_tilt, Z_AXIS, Z_AXIS, gsl_sf_cos(rad_ax_tilt));
// Initialisation complete
initialized = 1;
return 0;
}
static int
check_all (model_t model, int *src, TransitionCB cb, void *context)
{
check_ctx_t *ctx = GBgetContext (model);
int res = 0;
for (int i = 0; i < ctx->K; i++) {
res += check_long (model, i, src, cb, context);
}
return res;
}
void os2_checkinstallation(void)
{
char *emxopt, *tmp, *home, *logname, *termcap;
char hostname[256], *display, *hostvar, *s, *h;
struct hostent *hent;
struct in_addr *in;
int i;
if (diag_checks) return;
diag_checks = TRUE;
/* test whether the EMX version is okay */
check_emx();
/* Check a number of environment variables */
emxopt = getenv("EMXOPT");
if (emxopt) {
for (i=0; i<strlen(emxopt); i++) {
if (emxopt[i]=='-') {
switch (emxopt[++i]) {
case 't':
ErrorF("xf86-OS/2: Remove -t option from EMXOPT variable!\n");
break;
case 'r':
ErrorF("xf86-OS/2: Remove -r option from EMXOPT variable!\n");
}
}
}
}
tmp = check_env_present("TMP");
if (tmp) {
check_bsl(tmp);
check_long(tmp);
}
home = check_env_present("HOME");
if (home) {
check_bsl(home);
check_long(home);
}
logname = check_env_present("LOGNAME");
termcap = check_env_present("TERMCAP");
if (termcap)
check_fsl(termcap);
if (gethostname(hostname,sizeof(hostname)) != 0) {
ErrorF("xf86-OS/2: gethostname() failed: Check TCP/IP setup!\n");
} else {
ErrorF("xf86-OS/2: gethostname() returns: \"%s\"\n",hostname);
}
display = check_env_present("DISPLAY");
if (display)
ErrorF("xf86-OS/2: DISPLAY to listen is set to: \"%s\"\n",
display);
hostvar = check_env_present("HOSTNAME");
strcpy(hostname,display);
h = strchr(hostname,':');
if (!h)
ErrorF("xf86-OS/2: Invalid DISPLAY name: expected something like XXX:0.0\n");
else
*h = 0;
h = strchr(hostname,'/');
if (h)
h++;
else
h = hostname;
if (stricmp(h,hostvar)) {
ErrorF("xf86-OS/2: HOSTNAME does not match DISPLAY: Do you really mean this?\n");
ErrorF("xf86-OS/2: This means that xinit/startx and client access may not work\n");
ErrorF("xf86-OS/2: which is intentional usually only when connection to a XDM server\n");
}
hent = gethostbyname(h);
if (!hent)
ErrorF("xf86-OS/2: gethostbyname() failed: Check TCP/IP setup\n");
else {
ErrorF("xf86-OS/2: gethostbyname() returns the following data:\n");
ErrorF("xf86-OS/2: official host name: \"%s\"\n",hent->h_name);
while ((s= *(hent->h_aliases)) != NULL) {
ErrorF("xf86-OS/2: alias: \"%s\"\n",s);
hent->h_aliases++;
}
ErrorF("xf86-OS/2: addr type = %d, addr length = %d\n",
hent->h_addrtype, hent->h_length);
if (hent->h_addrtype == AF_INET) {
while ((in= (struct in_addr*)*(hent->h_addr_list++)) != NULL) {
ErrorF("xf86-OS/2: Internet address: \"%s\"\n",
inet_ntoa(*in));
}
} else {
ErrorF("xf86-OS/2: addr type should be %d: Check network setup and install TCP/IP support correctly\n",
AF_INET);
}
}
}
