clist
} clist[] = {
if (!(cp = bsearch(&tmp, clist,
__arraycount(clist), sizeof(*clist), c_conv))) {
struct clist *rbp;
struct clist sc_q;
struct clist *cl;
struct clist *cl;
struct clist *rbp;
struct clist *cl;
struct clist *cl;
char *clist;
clist = name;
clist = kmem_tmpbuf_alloc(clist_size,
if (OF_getprop(node, "compatible", clist, clist_size)
kmem_tmpbuf_free(clist, clist_size, compat_buf);
clist, clist_size, addr,
if (clist != name) {
kmem_tmpbuf_free(clist, clist_size, compat_buf);
struct clist *cl = &tp->t_outq;
struct clist *cl;
struct clist *cl = &tp->t_outq;
struct clist *cl;
struct clist *cl;
struct clist *cl = &tp->t_outq;
struct clist *cl;
struct clist *cl;
struct clist *cl = &tp->t_outq;
struct clist *cl;
struct clist *cl;
struct clist *rbp;
struct clist *cl;
char *clist;
clist = acpi_pack_compat_list(ad, &clist_size);
if (clist == NULL) {
clist, clist_size, i2cc.i2c_addr,
kmem_free(clist, clist_size);
struct clist *cl;
char *clist;
clist = kmem_tmpbuf_alloc(clist_size,
if (OF_getprop(node, "compatible", clist, clist_size)
kmem_tmpbuf_free(clist, clist_size, compat_buf);
cbrv = i2c_enumerate_device(dev, args, name, clist,
kmem_tmpbuf_free(clist, clist_size, compat_buf);
char *clist;
clist = kmem_tmpbuf_alloc(clist_size,
if (OF_getprop(node, "compatible", clist, clist_size) <
kmem_tmpbuf_free(clist, clist_size, compat_buf);
args->sa->sa_clist = clist;
kmem_tmpbuf_free(clist, clist_size, compat_buf);
struct clist sc_q; /* protected by sc_lock */
const char *name, const char *clist, size_t clist_size, i2c_addr_t addr,
args->ia->ia_clist = clist;
if (clist == NULL) {
clist_size = strlen(clist) + 1;
struct clist q;
int clist, gotseq_ok, i, j, k, op, rcalls;
clist = fxdr_unsigned(int, *tl);
for (j = 0; j < clist; j++) {
struct clist tq;
struct clist tq;
struct clist *qp;
struct clist rawq, canq, outq;
struct clist orawq, ocanq, ooutq;
getc(struct clist *clp)
q_to_b(struct clist *clp, u_char *cp, int count)
ndqb(struct clist *clp, int flag)
ndflush(struct clist *clp, int count)
putc(int c, struct clist *clp)
b_to_q(const u_char *cp, int count, struct clist *clp)
nextc(struct clist *clp, u_char *cp, int *c)
firstc(struct clist *clp, int *c)
unputc(struct clist *clp)
catq(struct clist *from, struct clist *to)
clalloc(struct clist *clp, int size, int quot)
clfree(struct clist *clp)
struct clist t_rawq; /* Device raw input queue. */
struct clist t_canq; /* Device canonical queue. */
struct clist t_outq; /* Device output queue. */
int b_to_q(const u_char *, int, struct clist *);
void catq(struct clist *, struct clist *);
int getc(struct clist *);
void ndflush(struct clist *, int);
int ndqb(struct clist *, int);
u_char *nextc(struct clist *, u_char *, int *);
int putc(int, struct clist *);
int q_to_b(struct clist *, u_char *, int);
int unputc(struct clist *);
u_char *firstc(struct clist *, int *);
int clalloc(struct clist *, int, int);
void clfree(struct clist *);
static struct cand *clist; /* merely a free storage pot for candidates */
clist = xcalloc(clistlen, sizeof(*clist));
free(clist);
if (y <= clist[oldc].y)
if (clist[c[l]].y <= y)
clist = xreallocarray(clist, clistlen, sizeof(*clist));
q = clist + clen;
if (clist[c[k]].y < y) /* quick look for typical case */
t = clist[c[l]].y;
for (q = clist + p; q->y != 0; q = clist + q->pred)
clpos = clist + i;
clist[i].start = clist[i].end = lineend;
if (clist[0].start < line_data)
clist[0].start++;
lineend = clist[ncols].end;
p = realloc(clist, (ncols + 2) * sizeof(*clist));
clist = p;
memset(&clist[ncols], 0, sizeof(clist[ncols]));
if (field->icol.num <= clist[i].num)
if (field->icol.num != clist[i].num) {
memmove(clist+i+1, clist+i, sizeof(COLDESC)*(ncols-i));
clist[i].num = field->icol.num;
if (field->tcol.num <= clist[i].num)
if (field->tcol.num != clist[i].num) {
memmove(clist+i+1, clist+i,sizeof(COLDESC)*(ncols-i));
clist[i].num = field->tcol.num;
fldtab[0].tcol.p = clist + ncols - 1;
for (i = 0; fldtab->icol.num != clist[i].num; i++)
fldtab->icol.p = clist + i;
for (i = 0; fldtab->tcol.num != clist[i].num; i++)
fldtab->tcol.p = clist + i;
struct coldesc *clist = NULL;
extern struct coldesc *clist;
struct classinfo *clinfo, *clist[2];
clist[0] = clinfo;
clist[1] = NULL;
clist[0] = NULL;
if ((error = qop_add_cdnr(&clinfo, cdnr_name, ifinfo, clist,
struct classinfo *clinfo, *clist[3];
clist[n] = clhandle2clinfo(ifinfo, in_action->tca_handle);
if (clist[n] == NULL)
clist[n] = clhandle2clinfo(ifinfo, out_action->tca_handle);
if (clist[n] == NULL)
clist[n] = NULL;
if ((error = qop_add_cdnr(&clinfo, cdnr_name, ifinfo, clist,
struct classinfo *clinfo, *clist[4];
clist[n] = clhandle2clinfo(ifinfo, green_action->tca_handle);
if (clist[n] == NULL)
clist[n] = clhandle2clinfo(ifinfo, yellow_action->tca_handle);
if (clist[n] == NULL)
clist[n] = clhandle2clinfo(ifinfo, yellow_action->tca_handle);
if (clist[n] == NULL)
clist[n] = NULL;
if ((error = qop_add_cdnr(&clinfo, cdnr_name, ifinfo, clist,
struct classinfo *clinfo, *clist[4];
clist[n] = clhandle2clinfo(ifinfo, green_action->tca_handle);
if (clist[n] == NULL)
clist[n] = clhandle2clinfo(ifinfo, yellow_action->tca_handle);
if (clist[n] == NULL)
clist[n] = clhandle2clinfo(ifinfo, yellow_action->tca_handle);
if (clist[n] == NULL)
clist[n] = NULL;
if ((error = qop_add_cdnr(&clinfo, cdnr_name, ifinfo, clist,