/* $NetBSD: defs.h,v 1.109 2024/04/05 00:43:42 riastradh Exp $ */
/*
* Copyright (c) 1992, 1993
* The Regents of the University of California. All rights reserved.
*
* This software was developed by the Computer Systems Engineering group
* at Lawrence Berkeley Laboratory under DARPA contract BG 91-66 and
* contributed to Berkeley.
*
* All advertising materials mentioning features or use of this software
* must display the following acknowledgement:
* This product includes software developed by the University of
* California, Lawrence Berkeley Laboratories.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
* 3. Neither the name of the University nor the names of its contributors
* may be used to endorse or promote products derived from this software
* without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND
* ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
* ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
* DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
* OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
* LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
* OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
* SUCH DAMAGE.
*
* from: @(#)config.h 8.1 (Berkeley) 6/6/93
*/
/*
* defs.h: Global definitions for "config"
*/
#if HAVE_NBTOOL_CONFIG_H
#include "nbtool_config.h"
#endif
#include <sys/types.h>
#include <sys/param.h>
#include <sys/queue.h>
#if !defined(MAKE_BOOTSTRAP) && defined(BSD)
#include <sys/cdefs.h>
#include <paths.h>
#endif
#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>
/* These are really for MAKE_BOOTSTRAP but harmless. */
#ifndef __dead
#define __dead
#endif
#ifndef __printflike
#define __printflike(a, b)
#endif
#ifndef _PATH_DEVNULL
#define _PATH_DEVNULL "/dev/null"
#endif
#ifdef MAKE_BOOTSTRAP
#undef dev_t
#undef devmajor_t
#undef devminor_t
#undef NODEV
#undef NODEVMAJOR
#undef major
#undef minor
#undef makedev
#define dev_t unsigned int /* XXX: assumes int is 32 bits */
#define NODEV ((dev_t)-1)
#define devmajor_t int
#define devminor_t int
#define NODEVMAJOR (-1)
#define major(x) ((devmajor_t)((((x) & 0x000fff00) >> 8)))
#define minor(x) ((devminor_t)((((x) & 0xfff00000) >> 12) | \
(((x) & 0x000000ff) >> 0)))
#define makedev(x,y) ((dev_t)((((dev_t)(x) << 8) & 0x000fff00U) | \
(((dev_t)(y) << 12) & 0xfff00000U) | \
(((dev_t)(y) << 0) & 0x000000ffU)))
#define __attribute__(x)
#endif /* MAKE_BOOTSTRAP */
#undef setprogname
#undef getprogname
extern const char *progname;
#define setprogname(s) ((void)(progname = (s)))
#define getprogname() (progname)
#define ARRCHR '#'
/*
* The next two lines define the current version of the config(1) binary,
* and the minimum version of the configuration files it supports.
*/
#define CONFIG_VERSION 20240118
#define CONFIG_MINVERSION 0
struct where {
const char *w_srcfile; /* file name where we are defined */
u_short w_srcline; /* line number where we are defined */
};
/*
* Name/value lists. Values can be strings or pointers and/or can carry
* integers. The names can be NULL, resulting in simple value lists.
*/
struct nvlist {
struct nvlist *nv_next;
const char *nv_name;
const char *nv_str;
void *nv_ptr;
long long nv_num;
int nv_ifunit; /* XXX XXX XXX */
int nv_flags;
#define NV_DEPENDED 1
struct where nv_where;
};
/*
* Kernel configurations.
*/
struct config {
TAILQ_ENTRY(config) cf_next;
const char *cf_name; /* "netbsd" */
const char *cf_fstype; /* file system type */
struct nvlist *cf_root; /* "root on ra0a" */
struct nvlist *cf_dump; /* "dumps on ra0b" */
struct where cf_where;
};
/*
* Option definition list
*/
struct defoptlist {
struct defoptlist *dl_next;
const char *dl_name;
const char *dl_value;
const char *dl_lintvalue;
int dl_obsolete;
int dl_mkvar;
struct nvlist *dl_depends;
struct where dl_where;
};
struct files;
TAILQ_HEAD(filelist, files);
struct module {
const char *m_name;
#if 1
struct attrlist *m_deps;
#else
struct attrlist *m_attrs;
struct modulelist *m_deps;
#endif
int m_expanding;
struct filelist m_files;
int m_weight;
};
/*
* Attributes. These come in three flavors: "plain", "device class,"
* and "interface". Plain attributes (e.g., "ether") simply serve
* to pull in files. Device class attributes are like plain
* attributes, but additionally specify a device class (e.g., the
* "disk" device class attribute specifies that devices with the
* attribute belong to the "DV_DISK" class) and are mutually exclusive.
* Interface attributes (e.g., "scsi") carry three lists: locators,
* child devices, and references. The locators are those things
* that must be specified in order to configure a device instance
* using this attribute (e.g., "tg0 at scsi0"). The a_devs field
* lists child devices that can connect here (e.g., "tg"s), while
* the a_refs are parents that carry the attribute (e.g., actual
* SCSI host adapter drivers such as the SPARC "esp").
*/
struct attr {
/* XXX */
struct module a_m;
#define a_name a_m.m_name
#define a_deps a_m.m_deps
#define a_expanding a_m.m_expanding
#define a_files a_m.m_files
#define a_weight a_m.m_weight
/* "interface attribute" */
uint8_t a_iattr; /* true => allows children */
uint8_t a_deselected; /* deselected */
struct loclist *a_locs; /* locators required */
int a_loclen; /* length of above list */
struct nvlist *a_devs; /* children */
struct nvlist *a_refs; /* parents */
/* "device class" */
const char *a_devclass; /* device class described */
struct where a_where;
size_t a_idx; /* index to break sorting ties */
};
/*
* List of attributes.
*/
struct attrlist {
struct attrlist *al_next;
struct attr *al_this;
};
/*
* List of locators. (Either definitions or uses...)
*
* XXX it would be nice if someone could clarify wtf ll_string and ll_num
* are actually holding. (This stuff was previously stored in a very ad
* hoc fashion, and the code is far from clear.)
*/
struct loclist {
const char *ll_name;
const char *ll_string;
long long ll_num;
struct loclist *ll_next;
};
/*
* Parent specification. Multiple device instances may share a
* given parent spec. Parent specs are emitted only if there are
* device instances which actually reference it.
*/
struct pspec {
TAILQ_ENTRY(pspec) p_list; /* link on parent spec list */
struct attr *p_iattr; /* interface attribute of parent */
struct devbase *p_atdev; /* optional parent device base */
int p_atunit; /* optional parent device unit */
struct nvlist *p_devs; /* children using it */
int p_inst; /* parent spec instance */
int p_active; /* parent spec is actively used */
int p_ref; /* refcount */
};
/*
* The "base" part (struct devbase) of a device ("uba", "sd"; but not
* "uba2" or "sd0"). It may be found "at" one or more attributes,
* including "at root" (this is represented by a NULL attribute), as
* specified by the device attachments (struct deva).
*
* Each device may also export attributes. If any provide an output
* interface (e.g., "esp" provides "scsi"), other devices (e.g.,
* "tg"s) can be found at instances of this one (e.g., "esp"s).
* Such a connection must provide locators as specified by that
* interface attribute (e.g., "target"). The base device can
* export both output (aka `interface') attributes, as well as
* import input (`plain') attributes. Device attachments may
* only import input attributes; it makes no sense to have a
* specific attachment export a new interface to other devices.
*
* Each base carries a list of instances (via d_ihead). Note that this
* list "skips over" aliases; those must be found through the instances
* themselves. Each base also carries a list of possible attachments,
* each of which specify a set of devices that the device can attach
* to, as well as the device instances that are actually using that
* attachment.
*/
struct devbase {
const char *d_name; /* e.g., "sd" */
TAILQ_ENTRY(devbase) d_next;
int d_level;
struct devbase *d_levelparent;
int d_isdef; /* set once properly defined */
int d_ispseudo; /* is a pseudo-device */
devmajor_t d_major; /* used for "root on sd0", e.g. */
struct attrlist *d_attrs; /* attributes, if any */
int d_umax; /* highest unit number + 1 */
struct devi *d_ihead; /* first instance, if any */
struct devi **d_ipp; /* used for tacking on more instances */
struct deva *d_ahead; /* first attachment, if any */
struct deva **d_app; /* used for tacking on attachments */
struct attr *d_classattr; /* device class attribute (if any) */
struct where d_where;
};
struct deva {
const char *d_name; /* name of attachment, e.g. "com_isa" */
TAILQ_ENTRY(deva) d_next; /* list of all instances */
struct deva *d_bsame; /* list on same base */
int d_isdef; /* set once properly defined */
struct devbase *d_devbase; /* the base device */
struct nvlist *d_atlist; /* e.g., "at tg" (attr list) */
struct attrlist *d_attrs; /* attributes, if any */
struct devi *d_ihead; /* first instance, if any */
struct devi **d_ipp; /* used for tacking on more instances */
struct where d_where;
};
/*
* An "instance" of a device. The same instance may be listed more
* than once, e.g., "xx0 at isa? port FOO" + "xx0 at isa? port BAR".
*
* After everything has been read in and verified, the devi's are
* "packed" to collect all the information needed to generate ioconf.c.
* In particular, we try to collapse multiple aliases into a single entry.
* We then assign each "primary" (non-collapsed) instance a cfdata index.
* Note that there may still be aliases among these.
*/
struct devi {
/* created while parsing config file */
const char *i_name; /* e.g., "sd0" */
int i_unit; /* unit from name, e.g., 0 */
struct devbase *i_base;/* e.g., pointer to "sd" base */
TAILQ_ENTRY(devi) i_next; /* list of all instances */
struct devi *i_bsame; /* list on same base */
struct devi *i_asame; /* list on same base attachment */
struct devi *i_alias; /* other aliases of this instance */
const char *i_at; /* where this is "at" (NULL if at root) */
struct pspec *i_pspec; /* parent spec (NULL if at root) */
struct deva *i_atdeva;
const char **i_locs; /* locators (as given by pspec's iattr) */
int i_cfflags; /* flags from config line */
int i_level; /* position between negated instances */
int i_active;
#define DEVI_ORPHAN 0 /* instance has no active parent */
#define DEVI_ACTIVE 1 /* instance has an active parent */
#define DEVI_IGNORED 2 /* instance's parent has been removed */
#define DEVI_BROKEN 3 /* instance is broken (syntax error) */
int i_pseudoroot; /* instance is pseudoroot */
/* created during packing or ioconf.c generation */
short i_collapsed; /* set => this alias no longer needed */
u_short i_cfindex; /* our index in cfdata */
int i_locoff; /* offset in locators.vec */
struct where i_where;
};
/* special units */
#define STAR (-1) /* unit number for, e.g., "sd*" */
#define WILD (-2) /* unit number for, e.g., "sd?" */
/*
* Files (*.c, *.S, or *.o). This structure defines the common fields
* between the two.
*/
struct files {
TAILQ_ENTRY(files) fi_next;
TAILQ_ENTRY(files) fi_snext; /* per-suffix list */
struct where fi_where;
u_char fi_flags; /* as below */
const char *fi_tail; /* name, i.e., strrchr(fi_path, '/') + 1 */
const char *fi_base; /* tail minus ".c" (or whatever) */
const char *fi_dir; /* path to file */
const char *fi_path; /* full file path */
const char *fi_prefix; /* any file prefix */
const char *fi_buildprefix; /* prefix in builddir */
int fi_suffix; /* single char suffix */
size_t fi_len; /* path string length */
struct condexpr *fi_optx; /* options expression */
struct nvlist *fi_optf; /* flattened version of above, if needed */
const char *fi_mkrule; /* special make rule, if any */
struct attr *fi_attr; /* owner attr */
int fi_order; /* score of order in ${ALLFILES} */
TAILQ_ENTRY(files) fi_anext; /* next file in attr */
};
/* flags */
#define FI_SEL 0x01 /* selected */
#define FI_NEEDSCOUNT 0x02 /* needs-count */
#define FI_NEEDSFLAG 0x04 /* needs-flag */
#define FI_HIDDEN 0x08 /* obscured by other(s), base names overlap */
extern size_t nselfiles;
extern struct files **selfiles;
/*
* Condition expressions.
*/
enum condexpr_types {
CX_ATOM,
CX_NOT,
CX_AND,
CX_OR,
};
struct condexpr {
enum condexpr_types cx_type;
union {
const char *atom;
struct condexpr *not;
struct {
struct condexpr *left;
struct condexpr *right;
} and, or;
} cx_u;
};
#define cx_atom cx_u.atom
#define cx_not cx_u.not
#define cx_and cx_u.and
#define cx_or cx_u.or
/*
* File/object prefixes. These are arranged in a stack, and affect
* the behavior of the source path.
*/
struct prefix;
SLIST_HEAD(prefixlist, prefix);
struct prefix {
SLIST_ENTRY(prefix) pf_next; /* next prefix in stack */
const char *pf_prefix; /* the actual prefix */
};
/*
* Device major informations.
*/
struct devm {
TAILQ_ENTRY(devm) dm_next;
const char *dm_name; /* [bc]devsw name */
devmajor_t dm_cmajor; /* character major */
devmajor_t dm_bmajor; /* block major */
struct condexpr *dm_opts; /* options */
struct nvlist *dm_devnodes; /* information on /dev nodes */
struct where dm_where;
};
/*
* Hash tables look up name=value pairs. The pointer value of the name
* is assumed to be constant forever; this can be arranged by interning
* the name. (This is fairly convenient since our lexer does this for
* all identifier-like strings---it has to save them anyway, lest yacc's
* look-ahead wipe out the current one.)
*/
struct hashtab;
extern int lkmmode;
extern const char *conffile; /* source file, e.g., "GENERIC.sparc" */
extern const char *machine; /* machine type, e.g., "sparc" or "sun3" */
extern const char *machinearch; /* machine arch, e.g., "sparc" or "m68k" */
extern struct nvlist *machinesubarches;
/* machine subarches, e.g., "sun68k" or "hpc" */
extern const char *ioconfname; /* ioconf name, mutually exclusive to machine */
extern const char *srcdir; /* path to source directory (rel. to build) */
extern const char *builddir; /* path to build directory */
extern const char *defbuilddir; /* default build directory */
extern const char *ident; /* kernel "ident"ification string */
extern int errors; /* counts calls to error() */
extern int minmaxusers; /* minimum "maxusers" parameter */
extern int defmaxusers; /* default "maxusers" parameter */
extern int maxmaxusers; /* default "maxusers" parameter */
extern int maxusers; /* configuration's "maxusers" parameter */
extern int maxpartitions; /* configuration's "maxpartitions" parameter */
extern int version; /* version of the configuration file */
extern struct nvlist *options; /* options */
extern struct nvlist *fsoptions; /* filesystems */
extern struct nvlist *mkoptions; /* makeoptions */
extern struct nvlist *appmkoptions; /* appending mkoptions */
extern struct nvlist *condmkoptions; /* conditional makeoption table */
extern struct hashtab *devbasetab; /* devbase lookup */
extern struct hashtab *devroottab; /* attach at root lookup */
extern struct hashtab *devatab; /* devbase attachment lookup */
extern struct hashtab *devitab; /* device instance lookup */
extern struct hashtab *deaddevitab; /* removed instances lookup */
extern struct hashtab *selecttab; /* selects things that are "optional foo" */
extern struct hashtab *needcnttab; /* retains names marked "needs-count" */
extern struct hashtab *opttab; /* table of configured options */
extern struct hashtab *fsopttab; /* table of configured file systems */
extern struct dlhash *defopttab; /* options that have been "defopt"'d */
extern struct dlhash *defflagtab; /* options that have been "defflag"'d */
extern struct dlhash *defparamtab; /* options that have been "defparam"'d */
extern struct dlhash *defoptlint; /* lint values for options */
extern struct nvhash *deffstab; /* defined file systems */
extern struct dlhash *optfiletab; /* "defopt"'d option .h files */
extern struct hashtab *attrtab; /* attributes (locators, etc.) */
extern struct hashtab *attrdeptab; /* attribute dependencies */
extern struct hashtab *bdevmtab; /* block devm lookup */
extern struct hashtab *cdevmtab; /* character devm lookup */
TAILQ_HEAD(devbasetq, devbase);
TAILQ_HEAD(devatq, deva);
TAILQ_HEAD(conftq, config);
TAILQ_HEAD(devitq, devi);
TAILQ_HEAD(devmtq, devm);
TAILQ_HEAD(pspectq, pspec);
extern struct devbasetq allbases; /* list of all devbase structures */
extern struct devatq alldevas; /* list of all devbase attachments */
extern struct conftq allcf; /* list of configured kernels */
extern struct devitq alldevi, /* list of all instances */
allpseudo; /* list of all pseudo-devices */
extern struct devmtq alldevms; /* list of all device-majors */
extern struct pspectq allpspecs; /* list of all parent specs */
extern int ndevi; /* number of devi's (before packing) */
extern int npspecs; /* number of parent specs */
extern devmajor_t maxbdevm; /* max number of block major */
extern devmajor_t maxcdevm; /* max number of character major */
extern int do_devsw; /* 0 if pre-devsw config */
extern int oktopackage; /* 0 before setmachine() */
extern int devilevel; /* used for devi->i_level */
extern struct filelist allfiles; /* list of all kernel source files */
extern struct filelist allcfiles; /* list of all .c files */
extern struct filelist allsfiles; /* list of all .S files */
extern struct filelist allofiles; /* list of all .o files */
extern struct prefixlist prefixes, /* prefix stack */
allprefixes; /* all prefixes used
* (after popped) */
extern struct prefixlist buildprefixes, /* build prefix stack */
allbuildprefixes;/* all build prefixes used
* (after popped) */
extern struct attr allattr;
extern struct devi **packed; /* arrayified table for packed devi's */
extern size_t npacked; /* size of packed table, <= ndevi */
extern struct locators { /* loc[] table for config */
const char **vec;
int used;
} locators;
struct numconst {
int64_t val;
int fmt;
};
/* files.c */
void initfiles(void);
void checkfiles(void);
int fixfiles(void); /* finalize */
int fixdevsw(void);
void addfile(const char *, struct condexpr *, u_char, const char *);
int expr_eval(struct condexpr *, int (*)(const char *, void *), void *);
/* hash.c */
struct hashtab *ht_new(void);
void ht_free(struct hashtab *);
int ht_insrep2(struct hashtab *, const char *, const char *, void *, int);
int ht_insrep(struct hashtab *, const char *, void *, int);
#define ht_insert2(ht, nam1, nam2, val) ht_insrep2(ht, nam1, nam2, val, 0)
#define ht_insert(ht, nam, val) ht_insrep(ht, nam, val, 0)
#define ht_replace(ht, nam, val) ht_insrep(ht, nam, val, 1)
int ht_remove2(struct hashtab *, const char *, const char *);
int ht_remove(struct hashtab *, const char *);
void *ht_lookup2(struct hashtab *, const char *, const char *);
void *ht_lookup(struct hashtab *, const char *);
void initintern(void);
const char *intern(const char *);
typedef int (*ht_callback2)(const char *, const char *, void *, void *);
typedef int (*ht_callback)(const char *, void *, void *);
int ht_enumerate2(struct hashtab *, ht_callback2, void *);
int ht_enumerate(struct hashtab *, ht_callback, void *);
/* typed hash, named struct HT, whose type is string -> struct VT */
#define DECLHASH(HT, VT) \
struct HT; \
struct HT *HT##_create(void); \
int HT##_insert(struct HT *, const char *, struct VT *); \
int HT##_replace(struct HT *, const char *, struct VT *); \
int HT##_remove(struct HT *, const char *); \
struct VT *HT##_lookup(struct HT *, const char *); \
int HT##_enumerate(struct HT *, \
int (*)(const char *, struct VT *, void *), \
void *)
DECLHASH(nvhash, nvlist);
DECLHASH(dlhash, defoptlist);
/* lint.c */
void emit_instances(void);
void emit_options(void);
void emit_params(void);
/* main.c */
extern int Mflag;
extern int Sflag;
void addoption(const char *, const char *);
void addfsoption(const char *);
void addmkoption(const char *, const char *);
void appendmkoption(const char *, const char *);
void appendcondmkoption(struct condexpr *, const char *, const char *);
void deffilesystem(struct nvlist *, struct nvlist *);
void defoption(const char *, struct defoptlist *, struct nvlist *);
void defflag(const char *, struct defoptlist *, struct nvlist *, int);
void defparam(const char *, struct defoptlist *, struct nvlist *, int);
void deloption(const char *, int);
void delfsoption(const char *, int);
void delmkoption(const char *, int);
int devbase_has_instances(struct devbase *, int);
struct where *find_declared_option(const char *);
struct defoptlist *find_declared_option_option(const char *name);
int deva_has_instances(struct deva *, int);
void setupdirs(void);
void fixmaxusers(void);
void fixmkoption(void);
void mkflagvar(struct defoptlist *);
const char *strtolower(const char *);
/* tests on option types */
#define OPT_FSOPT(n) (nvhash_lookup(deffstab, (n)) != NULL)
#define OPT_DEFOPT(n) (dlhash_lookup(defopttab, (n)) != NULL)
#define OPT_DEFFLAG(n) (dlhash_lookup(defflagtab, (n)) != NULL)
#define OPT_DEFPARAM(n) (dlhash_lookup(defparamtab, (n)) != NULL)
#define OPT_OBSOLETE(n) (dlhash_lookup(obsopttab, (n)) != NULL)
#define DEFINED_OPTION(n) (find_declared_option((n)))
/* main.c */
void logconfig_include(FILE *, const char *);
/* mkdevsw.c */
int mkdevsw(void);
/* mkheaders.c */
int mkheaders(void);
int moveifchanged(const char *, const char *);
int emitlocs(void);
int emitioconfh(void);
/* mkioconf.c */
int mkioconf(void);
/* mkmakefile.c */
int mkmakefile(void);
/* mkswap.c */
int mkswap(void);
/* pack.c */
void pack(void);
/* scan.l */
u_short currentline(void);
int firstfile(const char *);
void package(const char *);
int include(const char *, int, int, int);
extern int includedepth;
/* sem.c, other than for yacc actions */
void initsem(void);
int onlist(struct nvlist *, void *);
/* util.c */
void prefix_push(const char *);
void prefix_pop(void);
void buildprefix_push(const char *);
void buildprefix_pop(void);
char *sourcepath(const char *);
extern int dflag;
#define CFGDBG(n, ...) \
do { if ((dflag) >= (n)) cfgdbg(__VA_ARGS__); } while (0)
void cfgdbg(const char *, ...) /* debug info */
__printflike(1, 2);
void cfgwarn(const char *, ...) /* immediate warns */
__printflike(1, 2);
void cfgxwarn(const char *, int, const char *, ...) /* delayed warns */
__printflike(3, 4);
void cfgerror(const char *, ...) /* immediate errs */
__printflike(1, 2);
void cfgxerror(const char *, int, const char *, ...) /* delayed errs */
__printflike(3, 4);
__dead void panic(const char *, ...)
__printflike(1, 2);
struct nvlist *newnv(const char *, const char *, void *, long long, struct nvlist *);
void nvfree(struct nvlist *);
void nvfreel(struct nvlist *);
struct nvlist *nvcat(struct nvlist *, struct nvlist *);
void autogen_comment(FILE *, const char *);
struct defoptlist *defoptlist_create(const char *, const char *, const char *);
void defoptlist_destroy(struct defoptlist *);
struct defoptlist *defoptlist_append(struct defoptlist *, struct defoptlist *);
struct attrlist *attrlist_create(void);
struct attrlist *attrlist_cons(struct attrlist *, struct attr *);
void attrlist_destroy(struct attrlist *);
void attrlist_destroyall(struct attrlist *);
struct loclist *loclist_create(const char *, const char *, long long);
void loclist_destroy(struct loclist *);
struct condexpr *condexpr_create(enum condexpr_types);
void condexpr_destroy(struct condexpr *);
/* liby */
void yyerror(const char *);
int yylex(void);
