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Werner Koch 2006-09-08 17:02:06 +00:00
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README
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@ -11,9 +11,9 @@ available in 1.9.
You should use this GnuPG version if you want to use the gpg-agent or
gpgsm (the S/MIME variant of gpg). Note that the gpg-agent is also
helpful when using the standard gpg versions (1.4.x as well as some of
the old 1.2.x). There are no problems installing 1.4 and 1.9
alongside; in dact we suggest to do this.
helpful when using the standard gpg versions (1.4.x) the old 1.2.x).
There are no problems installing 1.4 and 1.9 alongside; in fact we
suggest to do this.
BUILD INSTRUCTIONS
@ -23,11 +23,8 @@ GnuPG 1.9 depends on the following packages:
libgpg-error (ftp://ftp.gnupg.org/gcrypt/libgpg-error/)
libgcrypt (ftp://ftp.gnupg.org/gcrypt/libgcrypt/)
libksba (ftp://ftp.gnupg.org/gcrypt/libksba/)
libassuan (ftp://ftp.gnupg.org/gcrypt/alpha/libassuan/)
libksba (ftp://ftp.gnupg.org/gcrypt/alpha/libksba/)
If you use the configure option --enable-agent-only, libksba is not
required.
You also need the pinentry package for most function of GnuPG; however
it is not a build requirement. pinentry is available at
@ -51,452 +48,21 @@ As with all packages, you just have to do
If everything succeeds, you have a working GnuPG with support for
S/MIME and smartcards. Note that there is no binary gpg but a gpg2 so
that this package won't conflict with a GnuPG 1.2 or 1.3
installation. gpg2 behaves just like gpg; it is however suggested to
keep using gpg 1.2.x or 1.3.x. gpg2 is not even build by default.
that this package won't conflict with a GnuPG 1.4 installation. gpg2
behaves just like gpg.
In case of problem please ask on gnupg-dev@gnupg.org for advise. Note
In case of problem please ask on gnupg-users@gnupg.org for advise. Note
that this release is only expected to build on GNU and *BSD systems.
A texinfo manual named `gnupg.info' will get installed. man pages for
all major components are also provided. Some commands and options
given below. See also the section `SMARTCARD INTRO'.
COMMANDS
========
See the info documentation ("info gnupg") for a full list of commands
and options.
gpgsm:
------
--learn-card
Read information about the private keys from the smartcard and
import the certificates from there.
--export
Export all certificates stored in the Keybox or those specified on
the command line. When using --armor a few informational lines are
prepended before each block.
OPTIONS
=======
gpgsm:
------
--include-certs <n>
Using N of -2 includes all certificate except for the Root cert,
-1 includes all certs, 0 does not include any certs, 1 includes only
the signers cert (this is the default) and all other positives
values include up to N certs starting with the signer cert.
--policy-file <filename>
Change the default name of the policy file
--enable-policy-checks
--disable-policy-checks
By default policy checks are enabled. These options may be used to
change it.
--enable-crl-checks
--disable-crl-checks
By default the CRL checks are enabled and the DirMngr is used to
check for revoked certificates. The disable option is most useful
with an off-line connection to suppres this check.
--agent-program <path_to_agent_program>
Specify an agent program to be used for secret key operations. The
default value is "../agent/gpg-agent". This is only used as a
fallback when the envrionment variable GPG_AGENT_INFO is not set or
a running agent can't be connected.
--dirmngr-program <path_to_dirmgr_program>
Specify a dirmngr program to be used for CRL checks. The default
value is "/usr/sbin/dirmngr". This is only used as a fallback when
the environment variable DIRMNGR_INFO is not set or a running
dirmngr can't be connected.
--no-secmem-warning
Don't print the warning "no secure memory"
--armor
Create PEM encoded output. Default is binary output.
--base64
Create Base-64 encoded output; i.e. PEM without the header lines.
--assume-armor
Assume the input data is PEM encoded. Default is to autodetect the
encoding but this is may fail.
--assume-base64
Assume the input data is plain base-64 encoded.
--assume-binary
Assume the input data is binary encoded.
--server
Run in server mode. This is used by GPGME to control gpgsm. See
the assuan specification regarding gpgsm about the used protocol.
Some options are ignored in server mode.
--local-user <user_id>
Set the user to be used for signing. The default is the first
secret key found in the database.
--with-key-data
Displays extra information with the --list-keys commands. Especially
a line tagged "grp" is printed which tells you the keygrip of a
key. This is string is for example used as the filename of the
secret key.
gpg-agent:
---------
--pinentry-program <path_to_pinentry_program>
Specify the PINentry program. The default value is
"<prefix>/bin/pinentry" so you most likely want to specify it.
--no-grab
Tell the pinentry not to grab keyboard and mouse. You most likely
want to give this option during testing and development to avoid
lockups in case of bugs.
scdaemon:
--------
--ctapi-driver <libraryname>
The default for Scdaemon is to use the PC/SC API currently provided
by libpcsclite.so. As an alternative the ctAPI can be used by
specify this option with the appropriate driver name
(e.g. libtowitoko.so).
--reader-port <portname>
This specifies the port of the chipcard reader. For PC/SC this is
currently ignored and the first PC/SC reader is used. For the
ctAPI, a number must be specified (the default is 32768 for the
first USB port).
--disable-ccid
Disable the integrated support for CCID compliant readers. This
allows to fall back to one of the other drivers even if the internal
CCID driver can handle the reader. Note, that CCID support is only
available if libusb was available at build time.
FILES
=====
The default home directory is ~/.gnupg. It can be changed by
either the --homedir option or by setting the environment variable
GNUPGHOME. This is a list of files usually found in this directory:
gpgsm.conf
Options for gpgsm. Options are the same as the command line
options but don't enter the leading dashes and give arguments
without an equal sign. Blank lines and lines starting with a
hash mark as the first non white space character are ignored.
gpg-agent.conf
Options for gpg-agent
scdaemon.conf
Options for scdaemon.
dirmngr.conf
Options for the DirMngr which is not part of this package and
the option file will most likely be moved to /etc
gpg.conf
Options for gpg. Note that old versions of gpg use the
filename `options' instead of `gpg.conf'.
gpg.conf-1.9.x
Options for gpg; tried before gpg.conf
policies.txt
A list of allowed CA policies. This file should give the
object identifiers of the policies line by line. Empty lines
and lines starting with a hash mark are ignored.
++++++++++
2.289.9.9
++++++++++
trustlist.txt
A list of trusted certificates. The file will be created
automagically with some explaining comments. By using
gpg-agent's option --allow-mark-trusted, gpg-agent may add new
entries after user confirmation.
random_seed
Used internally for keeping the state of the RNG over
invocations.
pubring.kbx
The database file with the certificates.
pubring.gpg
The database file with the OpenPGP public keys. This will
eventually be merged with pubring.kbx
secring.gpg
The database file with the OpenPGP secret keys. This will be
removed when gpg is changed to make use of the gpg-agent.
private-keys-v1.d/
Directory holding the private keys maintained by gpg-agent.
For detailed info see agent/keyformat.txt. Note that there is
a helper tool gpg-protect-tool which may be used to protect or
unprotect keys. This is however nothing a user should care
about.
SOURCE FILES
============
Here is a list of directories with source files:
jnlib/ utility functions
kbx/ keybox library
g10/ the gpg program here called gpg2
sm/ the gpgsm program
agent/ the gpg-agent
scd/ the smartcard daemon
doc/ documentation
HOW TO SPECIFY A USER ID
========================
Due to the way X.509 certificates are made up we need a few new ways
to specify a certificate (aka key in OpenPGP). In addition to the
ways a user ID can be specified with gpg, I have implemented 3 new
modes for gpgsm, here is the entire list of ways to specify a key:
* By keyID.
This format is deducted from the length of the string and its
content or "0x" prefix. For use with OpenPGP an exclamation mark may
be appended to force use of the specified (sub)key.
As with v34 OpenPGP keys, the keyID of an X509 certificate are the
low 64 bits of the SHA-1 fingerprint. The use of keyIDs is just a
shortcut, for all automated processing the fingerprint should be
used.
Examples:
234567C4
0F34E556E
01347A56A
0xAB123456
234AABBCC34567C4
0F323456784E56EAB
01AB3FED1347A5612
0x234AABBCC34567C4
* By fingerprint
This is format is deduced from the length of the string and its
content or "0x" prefix. Note, that only the 20 byte fingerprint is
used with GPGSM (SHA-1 hash of the certificate). For use with
OpenPGP an exclamation mark may be appended to force use of the
specified (sub)key.
Examples:
1234343434343434C434343434343434
123434343434343C3434343434343734349A3434
0E12343434343434343434EAB3484343434343434
0xE12343434343434343434EAB3484343434343434
* Exact match on OpenPGP user ID
This is denoted by a leading equal sign. It does not make much
sense for X.509.
Example:
=Heinrich Heine <heinrichh@uni-duesseldorf.de>
* Exact match on an email address.
This is indicated by enclosing the email address in the usual way
with left and right angles
Example:
<heinrichh@uni-duesseldorf.de>
* Word match
All words must match exactly (not case sensitive) but can appear in
any order in the user ID or a subjects name. Words are any
sequences of letters, digits, the underscore and all characters
with bit 7 set.
Example:
+Heinrich Heine duesseldorf
* Exact match by subject's DN
This is indicated by a leading slash, directly followed by the
rfc2253 encoded DN of the subject. Note that you can't use the
string printed by "gpgsm --list-keys" because that one as been
reordered and modified for better readability; use --with-colons to
print the raw (but standard escaped) rfc2253 string
Example:
/CN=Heinrich Heine,O=Poets,L=Paris,C=FR
* Exact match by issuer's DN
This is indicated by a leading hash mark, directly followed by a
slash and then directly followed by the rfc2253 encoded DN of the
issuer. This should return the Root cert of the issuer. See note
above.
Example:
#/CN=Root Cert,O=Poets,L=Paris,C=FR
* Exact match by serial number and issuer's DN
This is indicated by a hash mark, followed by the hexadecmal
representation of the serial number, the followed by a slash and
the RFC2253 encoded DN of the issuer. See note above.
Example:
#4F03/CN=Root Cert,O=Poets,L=Paris,C=FR
* Substring match
By case insensitive substring matching. This is the default mode
but applications may want to explicitly indicate this by putting
the asterisk in front.
Example:
Heine
*Heine
Please note that we have reused the hash mark identifier which was
used in old GnuPG versions to indicate the so called local-id. It is
not anymore used and there should be no conflict when used with X.509
stuff.
Using the rfc2253 format of DNs has the drawback that it is not
possible to map them back to the original encoding, however we don't
have to do this, because our key database stores this encoding as meta
data.
Some of the search modes are not yet implemented ;-)
HOW TO IMPORT A PRIVATE KEY
===========================
There is some limited support to import a private key from a PKCS-12
file.
gpgsm --import foo.p12
This requires that the gpg-agent is running.
HOW TO EXPORT A PRIVATE KEY
===========================
There is also limited support to export a private key in PKCS-12
format. However there is no MAC applied.
gpgsm --export-secret-key-p12 userID >foo.p12
SMARTCARD INTRO
===============
GPG, the OpenPGP part of GnuPG, supports the OpenPGP smartcard
(surprise!); see http://g10code.com/p-card.html and
http://www.gnupg.org/documentation/howtos.html#GnuPG-cardHOWTO .
GPGSM, the CMS (S/MIME) part of GnuPG, supports two kinds of
smartcards. The most flexible way is to use PKCS#15 compliant cards,
however you must have build GnuPG with support for the OpenSC library.
The build process automagically detects the presence of this library
and will include support for these cards.
The other cards we currently support are the Telesec NetKey card with
the NKS 2.0 card application and all generic DINSIG cards.
Before GPGSM can make use of a new card it must gather some
information, like the card's serial number, the public keys and the
certificates stored on the card. Thus for a new card you need to run
the command
gpgsm --learn-card
once. This is also a good test to see whether your card reader is
properly installed. See below in case of error. Once this has been
done you may use the keys stored on the card in the same way you use
keys stored on the disk. gpgsm automagically knows whether a card is
required and will pop up the pinentry to ask you to insert the
correct card.
For selecting the driver, see the options of scdaemon. A useful
debugging flag is "--debug 2048" showing the communication between
scdaemon and the reader.
DOCUMENTATION
==================
The complete documentation is in the texinfo manual named
`gnupg.info'. Run "info gnupg" to read it. If you want a a printable
copy of the manual, change to the "doc" directory and enter "make
gnupg.pdf". For a HTML version enter "make gnupg.html" and point your
browser to gnupg.html/index.html. Standard man pages for all
components are provided as well.

7
doc/ChangeLog
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@ -1,3 +1,10 @@
2006-09-08 Werner Koch <wk@g10code.com>
* yat2m.c (parse_file): Ignore @node lines immediately.
(proc_texi_cmd): No special @end ifset processing anymore.
* specify-user-id.texi: New. Factored out of gpg.texi and ../README.
2006-09-07 Werner Koch <wk@g10code.com>
* scdaemon.texi (Scdaemon Configuration): New.

16
doc/HACKING
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@ -6,6 +6,22 @@
===> Under construction <=======
SOURCE FILES
============
Here is a list of directories with source files:
jnlib/ utility functions
kbx/ keybox library
g10/ the gpg program here called gpg2
sm/ the gpgsm program
agent/ the gpg-agent
scd/ the smartcard daemon
doc/ documentation
CVS Access
==========

2
doc/Makefile.am
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@ -27,7 +27,7 @@ EXTRA_DIST = DETAILS HACKING TRANSLATE OpenPGP KEYSERVER samplekeys.asc \
gnupg-card-architecture.eps gnupg-card-architecture.png \
gnupg-card-architecture.pdf \
faq.raw FAQ faq.html gnupg7.texi \
opt-homedir.texi see-also-note.texi \
opt-homedir.texi see-also-note.texi specify-user-id.texi \
$(examples)
BUILT_SOURCES = gnupg-card-architecture.eps gnupg-card-architecture.png \

4
doc/examples/scd-event
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@ -36,12 +36,12 @@ Options:
--reader-port N Reports change for port N
--old-code 0xNNNN Previous status code
--old-code 0xNNNN Current status code
--status USABLE|ACTIVE|PRESENT}NOCARD
--status USABLE|ACTIVE|PRESENT|NOCARD
Human readable status code
Environment:
GNUPGHOME=DIR Set to the active hmedir
GNUPGHOME=DIR Set to the active homedir
EOF
exit 0

7
doc/gnupg.texi
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@ -118,6 +118,7 @@ the administration and the architecture.
* Invoking GPGSM:: Using the S/MIME protocol.
* Invoking GPG-AGENT:: How to launch the secret key daemon.
* Invoking SCDAEMON:: How to handle Smartcards.
* Specify a User ID:: How to Specify a User Id.
* Helper Tools:: Description of small helper tools
@ -152,6 +153,12 @@ the administration and the architecture.
@include gpg-agent.texi
@include scdaemon.texi
@node Specify a User ID
@chapter How to Specify a User Id
@anchor{how-to-specify-a-user-id}
@include specify-user-id.texi
@include tools.texi
@include sysnotes.texi

8
doc/gpg-agent.texi
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@ -500,6 +500,14 @@ agent. By default they may all be found in the current home directory
# Key added on 2005-02-25 15:08:29
5A6592BF45DC73BD876874A28FD4639282E29B52 0
@end example
@item private-keys-v1.d/
This is the directory where gpg-agent stores the private keys. Each
key is stored in a file with the name made up of the keygrip and the
suffix @file{key}.
@end table
Note that on larger installations, it is useful to put predefined

62
doc/gpg.texi
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@ -30,7 +30,7 @@
@mansect description
@command{gpg2} is the OpenPGP part of the GNU Privacy Guard (GnuPG). It
is a tool to provide digitla encryption and signing services using the
is a tool to provide digital encryption and signing services using the
OpenPGP standard. @command{gpg2} features complete key management and
all bells and whistles you can expect from a decent OpenPGP
implementation.
@ -2455,59 +2455,15 @@ user for the filename.
@end table
@c *******************************************
@c *************** ****************
@c *************** USER ID ****************
@c *************** ****************
@c *******************************************
@mansect how to specify a user id
@chapheading How to specify a user ID
There are different ways to specify a user ID to GnuPG; here are some
examples:
@table @asis
@item
@item 234567C4
@itemx 0F34E556E
@itemx 01347A56A
@itemx 0xAB123456
Here the key ID is given in the usual short form.
@item 234AABBCC34567C4
@itemx 0F323456784E56EAB
@itemx 01AB3FED1347A5612
@itemx 0x234AABBCC34567C4
Here the key ID is given in the long form as used by OpenPGP
(you can get the long key ID using the option --with-colons).
@item 1234343434343434C434343434343434
@itemx 123434343434343C3434343434343734349A3434
@itemx 0E12343434343434343434EAB3484343434343434
@itemx 0xE12343434343434343434EAB3484343434343434
The best way to specify a key ID is by using the fingerprint of
the key. This avoids any ambiguities in case that there are duplicated
key IDs (which are really rare for the long key IDs).
@item =Heinrich Heine <heinrichh@@uni-duesseldorf.de>
Using an exact to match string. The equal sign indicates this.
@item <heinrichh@@uni-duesseldorf.de>
Using the email address part which must match exactly. The left angle bracket
indicates this email address mode.
@item @@heinrichh
Match within the <email.address> part of a user ID. The at sign
indicates this email address mode.
@item Heine
@itemx *Heine
By case insensitive substring matching. This is the default mode but
applications may want to explicitly indicate this by putting the asterisk
in front.
@end table
Note that you can append an exclamation mark (!) to key IDs or
fingerprints. This flag tells GnuPG to use the specified primary or
secondary key and not to try and calculate which primary or secondary
key to use.
@ifset isman
@include specify-user-id.texi
@end ifset
@mansect return vaue
@chapheading RETURN VALUE

84
doc/gpgsm.texi
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@ -105,18 +105,19 @@ abbreviate this command.
@table @gnupgtabopt
@item --encrypt
@opindex encrypt
Perform an encryption.
Perform an encryption. The keys the data is encrypted too must be set
using the option @option{--recipient}.
@item --decrypt
@opindex decrypt
Perform a decryption; the type of input is automatically detmerined. It
Perform a decryption; the type of input is automatically determined. It
may either be in binary form or PEM encoded; automatic determination of
base-64 encoding is not done.
@item --sign
@opindex sign
Create a digital signature. The key used is either the fist one found
in the keybox or thise set with the -u option
in the keybox or those set with the @option{--local-user} option.
@item --verify
@opindex verify
@ -428,6 +429,14 @@ Assume the input data is binary encoded.
Set the user(s) to be used for signing. The default is the first
secret key found in the database.
@item --recipient @var{name}
@itemx -r
@opindex recipient
Encrypt to the user id @var{name}. There are several ways a user id
may be given (@pxref{how-to-specify-a-user-id}).
@item --output @var{file}
@itemx -o @var{file}
@opindex output
@ -500,18 +509,18 @@ Include ephemeral flagged keys in the output of key listings.
Select the debug level for investigating problems. @var{level} may be
one of:
@table @code
@item none
no debugging at all.
@item basic
some basic debug messages
@item advanced
more verbose debug messages
@item expert
even more detailed messages
@item guru
all of the debug messages you can get
@end table
@table @code
@item none
no debugging at all.
@item basic
some basic debug messages
@item advanced
more verbose debug messages
@item expert
even more detailed messages
@item guru
all of the debug messages you can get
@end table
How these messages are mapped to the actual debugging flags is not
specified and may change with newer releaes of this program. They are
@ -524,24 +533,24 @@ at any time without notice; using @code{--debug-levels} is the
preferred method to select the debug verbosity. FLAGS are bit encoded
and may be given in usual C-Syntax. The currently defined bits are:
@table @code
@item 0 (1)
X.509 or OpenPGP protocol related data
@item 1 (2)
values of big number integers
@item 2 (4)
low level crypto operations
@item 5 (32)
memory allocation
@item 6 (64)
caching
@item 7 (128)
show memory statistics.
@item 9 (512)
write hashed data to files named @code{dbgmd-000*}
@item 10 (1024)
trace Assuan protocol
@end table
@table @code
@item 0 (1)
X.509 or OpenPGP protocol related data
@item 1 (2)
values of big number integers
@item 2 (4)
low level crypto operations
@item 5 (32)
memory allocation
@item 6 (64)
caching
@item 7 (128)
show memory statistics.
@item 9 (512)
write hashed data to files named @code{dbgmd-000*}
@item 10 (1024)
trace Assuan protocol
@end table
Note, that all flags set using this option may get overriden by
@code{--debug-level}.
@ -580,6 +589,15 @@ package and may be revised or removed at any time without notice.
All the long options may also be given in the configuration file after
stripping off the two leading dashes.
@c *******************************************
@c *************** ****************
@c *************** USER ID ****************
@c *************** ****************
@c *******************************************
@mansect how to specify a user id
@ifset isman
@include specify-user-id.texi
@end ifset
@c *******************************************
@c *************** ****************

160
doc/specify-user-id.texi Normal file
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@ -0,0 +1,160 @@
@c Include file to allow for different placements in man pages and the manual
There are different ways to specify a user ID to GnuPG. Some of them
are only valid for @command{gpg} others are only good for
@command{gpgsm}. Here is the entire list of ways to specify a key:
@itemize @bullet
@item By key Id.
This format is deduced from the length of the string and its content or
@code{0x} prefix. The key Id of an X.509 certificate are the low 64 bits
of its SHA-1 fingerprint. The use of key Ids is just a shortcut, for
all automated processing the fingerprint should be used.
When using @command{gpg} an exclamation mark may be appended to force
using the specified primary or secondary key and not to try and
calculate which primary or secondary key to use.
The last four lines of the example give the key ID in their long form as
internally used by the OpenPGP protocol. You can see the long key ID
using the option @option{--with-colons}.
@cartouche
@example
234567C4
0F34E556E
01347A56A
0xAB123456
234AABBCC34567C4
0F323456784E56EAB
01AB3FED1347A5612
0x234AABBCC34567C4
@end example
@end cartouche
@item By fingerprint.
This format is deduced from the length of the string and its content or
the @code{0x} prefix. Note, that only the 20 byte version fingerprint
is available with @command{gpgsm} (i.e. the SHA-1 hash of the
certificate).
When using @command{gpg} an exclamation mark may be appended to force
using the specified primary or secondary key and not to try and
calculate which primary or secondary key to use.
The best way to specify a key Id is by using the fingerprint. This
avoids any ambiguities in case that there are duplicated key IDs.
@cartouche
@example
1234343434343434C434343434343434
123434343434343C3434343434343734349A3434
0E12343434343434343434EAB3484343434343434
0xE12343434343434343434EAB3484343434343434
@end example
@end cartouche
@noindent
(@command{gpgsm} also accepts colons between each pair of hexadecimal
digits because this is the de-facto standard on how to present X.509
fingerprints.)
@item By exact match on OpenPGP user ID.
This is denoted by a leading equal sign. It does not make sense for
X.509 certificates.
@cartouche
@example
=Heinrich Heine <heinrichh@@uni-duesseldorf.de>
@end example
@end cartouche
@item By exact match on an email address.
This is indicated by enclosing the email address in the usual way
with left and right angles.
@cartouche
@example
<heinrichh@@uni-duesseldorf.de>
@end example
@end cartouche
@item By word match.
All words must match exactly (not case sensitive) but can appear in any
order in the user ID or a subjects name. Words are any sequences of
letters, digits, the underscore and all characters with bit 7 set.
@cartouche
@example
+Heinrich Heine duesseldorf
@end example
@end cartouche
@item By exact match on the subject's DN.
This is indicated by a leading slash, directly followed by the RFC-2253
encoded DN of the subject. Note that you can't use the string printed
by "gpgsm --list-keys" because that one as been reordered and modified
for better readability; use --with-colons to print the raw (but standard
escaped) RFC-2253 string
@cartouche
@example
/CN=Heinrich Heine,O=Poets,L=Paris,C=FR
@end example
@end cartouche
@item By exact match on the issuer's DN.
This is indicated by a leading hash mark, directly followed by a slash
and then directly followed by the rfc2253 encoded DN of the issuer.
This should return the Root cert of the issuer. See note above.
@cartouche
@example
#/CN=Root Cert,O=Poets,L=Paris,C=FR
@end example
@end cartouche
@item By exact match on serial number and issuer's DN.
This is indicated by a hash mark, followed by the hexadecmal
representation of the serial number, the followed by a slash and the
RFC-2253 encoded DN of the issuer. See note above.
@cartouche
@example
#4F03/CN=Root Cert,O=Poets,L=Paris,C=FR
@end example
@end cartouche
@item By substring match.
This is the default mode but applications may want to explicitly
indicate this by putting the asterisk in front. Match is not case
sensitive.
@cartouche
@example
Heine
*Heine
@end example
@end cartouche
@end itemize
Please note that we have reused the hash mark identifier which was used
in old GnuPG versions to indicate the so called local-id. It is not
anymore used and there should be no conflict when used with X.509 stuff.
Using the RFC-2253 format of DNs has the drawback that it is not
possible to map them back to the original encoding, however we don't
have to do this because our key database stores this encoding as meta
data.

45
doc/tools.texi
View File

@ -948,13 +948,13 @@ It is very similar to running @command{gpg-agent} in server mode; but
here we connect to a running instance.
@menu
* Invoking gpg-connect-agent:: List of all commands and options.
* Invoking gpg-connect-agent:: List of all options.
* Controlling gpg-connect-agent:: Control commands.
@end menu
@manpause
@node Invoking gpg-connect-agent
@subsection List of all commands and options.
@mancont
@subsection List of all options.
@noindent
@command{gpg-connect-agent} is invoked this way:
@ -962,6 +962,7 @@ here we connect to a running instance.
@example
gpg-connect-agent [options]
@end example
@mancont
@noindent
The following options may be used:
@ -990,11 +991,47 @@ be used to directly connect to any Assuan style socket server.
@end table
@mansect control commands
@node Controlling gpg-connect-agent
@subsection Control commands.
While reading Assuan commands, gpg-agent also allows a few special
commands to control its operation. These control commands all start
with a slash (@code{/}).
@table @code
@item /echo @var{args}
Just print @var{args}.
@item /definqfile @var{name} @var{file}
Use content of @var{file} for inquiries with @var{name}.
@var{name} may be an asterisk (@code{*} to match any inquiry.
@item /definqprog @var{name} @var{prog}
Run @var{prog} for inquiries matching @var{name} and pass the
entire line to it as command line arguments
@item /showdef
Print all definitions
@item /cleardef
Delete all definitions
@item /help
Print a list of available control commands.
@end table
@ifset isman
@mansect see also
@command{gpg-agent}(1),
@command{scdaemon}(1)
@include see-also-note.texi
@end ifset
@c

16
doc/yat2m.c
View File

@ -456,7 +456,6 @@ proc_texi_cmd (FILE *fp, const char *command, const char *rest, size_t len,
{ "opindex", 1 },
{ "cpindex", 1 },
{ "cindex", 1 },
{ "node", 1 },
{ "noindent", 0 },
{ "section", 1 },
{ "chapter", 1 },
@ -465,6 +464,8 @@ proc_texi_cmd (FILE *fp, const char *command, const char *rest, size_t len,
{ "item", 2, ".TP\n.B " },
{ "itemx", 2, ".TP\n.B " },
{ "table", 3 },
{ "itemize", 3 },
{ "bullet", 0, "* " },
{ "end", 4 },
{ "quotation",1, ".RS\n\\fB" },
{ "ifset", 1 },
@ -523,11 +524,6 @@ proc_texi_cmd (FILE *fp, const char *command, const char *rest, size_t len,
{
fputs ("\\fR\n.RE\n", fp);
}
else if (n >= 5 && !memcmp (s, "ifset", 5)
&& (!n || s[5] == ' ' || s[5] == '\t' || s[5] == '\n'))
{
fputs ("\\fR\n.RE\n", fp);
}
/* Now throw away the entire line. */
s = memchr (rest, '\n', len);
return s? (s-rest)+1 : len;
@ -832,6 +828,14 @@ parse_file (const char *fname, FILE *fp, char **section_name, int in_pause)
}
line[--n] = 0;
if (n >= 5 && !memcmp (line, "@node", 5)
&& (line[5]==' '||line[5]=='\t'||!line[5]))
{
/* Completey ignore @node lines. */
continue;
}
if (skip_sect_line)
{
skip_sect_line = 0;