ods-hsmutil(1) [debian man page]

ods-hsmutil(1)						      OpenDNSSEC ods-hsmutil						    ods-hsmutil(1)

NAME

       ods-hsmutil - OpenDNSSEC HSM utility

SYNOPSIS

       ods-hsmutil [-c config] [-v] command [options]

DESCRIPTION

       The ods-hsmutil utility is mainly used for debugging or testing. It is designed to interact directly with your HSM and can be used to manu-
       ally list, create or delete keys. It can also be used to perform a set of basics HSM tests. Be careful before  creating	or  deleting  keys
       using ods-hsmutil, as the changes are not synchronized with the KASP Enforcer.

       The  repositories  are  configured by the user in the OpenDNSSEC configuration file. The configuration contains the name of the repository,
       the token label, the user PIN, and the path to its shared library.

COMMANDS

       list [repository]
	      List the keys that are available in all or one repository

       generate repository rsa keysize
	      Generate a new RSA key with the given keysize in the repository

       remove id
	      Delete the key with the given id

       purge repository
	      Delete all keys in one repository

       dnskey id name
	      Create a DNSKEY RR for the given owner name based on the key with this id

       test repository
	      Perform a number of tests on a repository

       info   Show detailed information about all repositories

OPTIONS

       -c config
	      Path to an OpenDNSSEC configuration file

	      (defaults to /etc/opendnssec/conf.xml)

       -h     Show the help screen

       -v     Output more information by increasing the verbosity level

SEE ALSO

       ods-auditor(1),	ods-control(8),  ods-enforcerd(8),  ods-hsmspeed(1),  ods-kaspcheck(1),  ods-ksmutil(1),  ods-signer(8),   ods-signerd(8),
       ods-timing(5), opendnssec(7), http://www.opendnssec.org/

AUTHORS

       ods-hsmutil was written by Jakob Schlyter as part of the OpenDNSSEC project.

OpenDNSSEC							   February 2010						    ods-hsmutil(1)

DS(3)							   DACS Library Functions Manual						     DS(3)

NAME

       ds - Dynamic strings and vectors

SYNOPSIS

       #include "dsslib.h"

       Ds *ds_init(Ds *ods);

       Ds *ds_init_size(Ds *ods, size_t nbytes);

       Ds *ds_alloc(void);

       Ds *ds_alloc_size(size_t nbytes);

       Ds *ds_reinit(Ds *ds);

       Ds *ds_reinit_size(Ds *ods, size_t nbytes);

       Ds *ds_reset(Ds *ds);

       Ds *ds_reset_buf(Ds *ds);

       Ds *ds_trim(Ds *ds);

       Ds *ds_grow(Ds *ds);

       void ds_free(Ds *ds);

       int ds_appendc(Ds *ds, int ch);

       int ds_copyb(Ds *ds, void *src, size_t len, unsigned int offset);

       int ds_insertb(Ds *ds, void *src, size_t len, unsigned int offset);

       int ds_append(Ds *ds, char *str);

       int ds_concat(Ds *ds, char *str);

       int ds_concatc(Ds *ds, int ch);

       int ds_concatn(Ds *ds, char *str, size_t len);

       Ds *ds_set(Ds *ds, char *str);

       Ds *ds_setn(Ds *ds, unsigned char *s, size_t slen);

       Ds *ds_range(Ds *ds, char *str, char *range_spec, Range_syntax *ors);

       int ds_getc(Ds *ds, FILE *fp, int *ch_ptr);

       Dsio *dsio_set(Ds *ds, FILE *fp, char *buf, unsigned long len, int have_length);

       int dsio_free(Ds *ds);

       int dsio_eof(Ds *ds);

       int dsio_nextc(Ds *ds, int *ch_ptr);

       int dsio_peekc(Ds *ds, int *ch_ptr);

       char *dsio_agets(Ds *ds);

       char *dsio_gets(Ds *ds);

       int dsio_load(Ds *ds);

       char *dsio_load_str(Ds *ds);

       char *ds_gets(Ds *ds, FILE *fp);

       char *ds_agets(Ds *ds, FILE *fp);

       char *ds_agets_buf(Ds *ds, char *buf);

       char *ds_prompt(Ds *ds, char *prompt, unsigned int flag);

       char *ds_readline(Ds *ds, char *prompt, char *cprompt);

       Ds *ds_load_file(Ds *ds, char *pathname);

       Ds *ds_agetf(Ds *ds, FILE *fp);

       Ds *ds_getf(FILE *fp);

       int ds_sprintf(Ds *ds, unsigned int offset, char *fmt, ...);

       int ds_asprintf(Ds *ds, char *fmt, ...);

       int ds_vasprintf(Ds *ds, char *fmt, va_list ap);

       char *ds_xprintf(char *fmt, ...);

       char *ds_vxprintf(char *fmt, va_list ap);

       FILE *ds_fopen_secure(const char *path, const char *mode, size_t size);

       int ds_fclose(FILE *fp);

       int ds_fclean(FILE *fp);

       Dsvec *dsvec_init(Dsvec *dsv, size_t size);

       Dsvec *dsvec_alloc(size_t size);

       Dsvec *dsvec_init_size(Dsvec *dsv, size_t size, int n);

       Dsvec *dsvec_alloc_size(size_t size, int n);

       void dsvec_free(Dsvec *dsv);

       Dsvec *dsvec_grow(Dsvec *dsv, unsigned int new_nelements);

       Dsvec *dsvec_subset(Dsvec *dsv, Dsvec *old_dsv, unsigned int start, int len);

       Dsvec *dsvec_copy(Dsvec *dsv, Dsvec *old_dsv);

       void *dsvec_ptr_index(Dsvec *dsv, unsigned int ind);

       int dsvec_delete_ptr_index(Dsvec *dsv, unsigned int ind);

       int dsvec_delete_ptr(Dsvec *dsv, void *ptr);

       int dsvec_replace_ptr(Dsvec *dsv, void *ptr, unsigned int ind);

       int dsvec_streq(Dsvec *dsv1, Dsvec *dsv2);

       int dsvec_strneq(Dsvec *dsv1, Dsvec *dsv2, size_t len);

       int dsvec_rotate(Dsvec *dsv, int npos);

       Dsvec *dsvec_strlist(Dsvec *dsv, char *str_spec);

       Dsvec *dsvec_slice(Dsvec *dsv, Dsvec *primary, unsigned int ind, unsigned int len);

       Dsvec *dsvec_range(Dsvec *dsv, Dsvec *primary, char *range_spec, Range_syntax *ors);

       int dsvec_replace(Dsvec *primary, unsigned int ind, unsigned int delete_len, Dsvec *secondary);

       int dsvec_append(Dsvec *primary, Dsvec *secondary);

       int dsvec_insert_ptr(Dsvec *dsv, unsigned int ind, void *ptr);

       int dsvec_add_ptr(Dsvec *dsv, void *ptr);

       int dsvec_insert(Dsvec *primary, unsigned int ind, Dsvec *secondary);

       int dsvec_delete(Dsvec *dsv, unsigned int ind, unsigned int ndelete);

       int dsvec_add_obj(Dsvec *dsv);

       void dsvec_sort(Dsvec *dsv, int (*compar)(const void *, const void *));

       Dsvec *dsvec_load(Ds *ds, Dsvec *dsv);

       Dsvec *ds_mkargv_add(Dsvec *dsv, char *el);

       Dsvec *ds_mkargv_addv(Dsvec *dsv, int argc, char **argv);

			     typedef struct Mkargv {
			       int keepq;
			       int keepws;
			       char *ifs;
			       char *startq;
			       char *endq;
			     } Mkargv;

       Dsvec *ds_mkargv(Dsvec *dsv, char *str, Mkargv *conf);

       char *ds_buf(Ds *ds);

       size_t ds_len(Ds *ds);

       size_t ds_size(Ds *ds);

       int ds_eq(Ds *ds1, Ds *ds2);

       (TYPE) dsvec_ptr(Ds *DSV, unsigned int IND, TYPE);

       (TYPE) dsvec_obj(Ds *DSV, unsigned int IND, TYPE);

       (TYPE) dsvec_new_obj(Ds *DSV, TYPE);

       (TYPE) dsvec_base_type(Ds *DSV, TYPE);

       void **dsvec_base(Dsvec *dsv);

       unsigned int dsvec_len(Dsvec *dsv);

			      extern int ds_default_clear_flag;
			      extern int ds_default_delnl_flag;
			      extern size_t ds_default_len_limit;
			      extern void *(*ds_default_malloc_func)(size_t size);
			      extern void *(*ds_default_free_func)(void *ptr);

DESCRIPTION

       The DS library is a collection of functions for creating, manipulating, and formatting strings of bytes. The memory used by these strings
       is dynamically allocated and released as necessary. When used correctly, bugs caused by buffer overruns and other programming errors can be
       avoided. There are also functions for creating and manipulating dynamic vectors of pointers and objects.

   Byte Strings
       A Ds data structure represents a dynamic string. It must be initialized before it can be used. A Ds variable contains several fields that
       may be set after initialization but before it is first used. Default values for some of these fields are copied from global variables
       exported by the library.

       Initialization
       Manipulation
       Formatting
   Vectors
DACS 1.4.27b							    10/22/2012								     DS(3)