static void put_time(Namval_t* np, const char* val, int flag, Namfun_t* nfp)
{
struct dctime *dp = (struct dctime*)nfp;
char *last;
if(val)
{
int32_t t;
if(flag&NV_INTEGER)
{
if(flag&NV_LONG)
t = *(Sfdouble_t*)val;
else
t = *(double*)val;
}
else
{
t = tmdate(val, &last, (time_t*)0);
if(*last)
errormsg(SH_DICT,ERROR_exit(1),"%s: invalid date/time string",val);
}
nv_putv(np,(char*)&t,NV_INTEGER,nfp);
}
else
{
nv_unset(dp->format);
free((void*)dp->format);
nv_putv(np,val,flag,nfp);
}
}
static_fn void put_enum(Namval_t *np, const void *val, nvflag_t flags, Namfun_t *fp) {
struct Enum *ep = (struct Enum *)fp;
const char *v;
int n;
if (!val && !(flags & NV_INTEGER)) {
nv_putv(np, val, flags, fp);
nv_disc(np, &ep->namfun, DISC_OP_POP);
if (!ep->namfun.nofree) free_enum(ep);
return;
}
if (flags & NV_INTEGER) {
nv_putv(np, val, flags, fp);
return;
}
for (int i = 0; i < ep->nelem; i++) {
v = ep->values[i];
if (ep->iflag) {
n = strcasecmp(v, val);
} else {
n = strcmp(v, val);
}
if (n == 0) {
// TODO: Figure out if a static var is correct. The code used to store a pointer to the
// stack local var `i` which is obviously wrong and only works by accident if the
// pointer is used before the stack location is overwritten.
static uint16_t x;
x = i;
nv_putv(np, (char *)&x, NV_UINT16, fp);
return;
}
}
if (nv_isattr(np, NV_NOFREE)) error(ERROR_exit(1), "%s: invalid value %s", nv_name(np), val);
}
static void put_enum(Namval_t* np,const char *val,int flags,Namfun_t *fp)
{
struct Enum *ep = (struct Enum*)fp;
register const char *v;
unsigned short i=0, n;
if(!val && !(flags&NV_INTEGER))
{
nv_putv(np, val, flags,fp);
nv_disc(np,&ep->hdr,NV_POP);
if(!ep->hdr.nofree)
free((void*)ep);
return;
}
if(flags&NV_INTEGER)
{
nv_putv(np,val,flags,fp);
return;
}
while(v=ep->values[i])
{
if(ep->iflag)
n = strcasecmp(v,val);
else
n = strcmp(v,val);
if(n==0)
{
nv_putv(np, (char*)&i, NV_UINT16, fp);
return;
}
i++;
}
if(nv_isattr(np,NV_NOFREE))
error(ERROR_exit(1), "%s: invalid value %s",nv_name(np),val);
}
static_fn void put_funcname(Namval_t *np, const void *val, int flags, Namfun_t *fp) {
// Bash silently returns with an error when FUNCNAME is set, unsetting
// FUNCNAME is allowed.
if (val && !(flags & NV_RDONLY)) sh_exit(sh_getinterp(), 1);
nv_putv(np, val, flags, fp);
}
static void put_funcname(register Namval_t* np,const char *val,int flags,Namfun_t *fp)
{
/* bash silently returns with an error when FUNCNAME is set,
unsetting FUNCNAME is allowed */
if(val && !(flags&NV_RDONLY))
error_info.exit(1);
nv_putv(np,val,flags,fp);
}
static void put_globignore(register Namval_t* np, const char *val, int flags, Namfun_t *fp)
{
if(val)
sh_onoption(SH_DOTGLOB);
else
sh_offoption(SH_DOTGLOB);
nv_putv(np,val,flags,fp);
}
static_fn void put_globignore(Namval_t *np, const void *val, int flags, Namfun_t *fp) {
Shell_t *shp = np->nvshell;
if (val) {
sh_onoption(shp, SH_DOTGLOB);
} else {
sh_offoption(shp, SH_DOTGLOB);
}
nv_putv(np, val, flags, fp);
}
static void put_mode(Namval_t* np, const char* val, int flag, Namfun_t* nfp)
{
if(val)
{
int32_t mode;
char *last;
if(flag&NV_INTEGER)
{
if(flag&NV_LONG)
mode = *(Sfdouble_t*)val;
else
mode = *(double*)val;
}
else
{
mode = strperm(val, &last,0);
if(*last)
errormsg(SH_DICT,ERROR_exit(1),"%s: invalid mode string",val);
}
nv_putv(np,(char*)&mode,NV_INTEGER,nfp);
}
else
nv_putv(np,val,flag,nfp);
}
