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git@daemon.de
2013-11-07 13:52:28 +01:00
parent ec9ca2b356
commit a2c55c96b4
3 changed files with 11 additions and 11 deletions
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6
man/details.pod
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@@ -135,7 +135,7 @@ Users have to find other means to exchange keys. That's a pity
since with Curve25519 you can't just publish your public key since with Curve25519 you can't just publish your public key
to some key server because in order to encrypt a message, both to some key server because in order to encrypt a message, both
the recipient AND the sender need to have the public key of the recipient AND the sender need to have the public key of
each other. It would be possible to publich public keys, each other. It would be possible to publish public keys,
and attach the senders public key to the encrypted message, but and attach the senders public key to the encrypted message, but
I'm not sure if such an aproach would be secure enough. I'm not sure if such an aproach would be secure enough.
@@ -175,7 +175,7 @@ of B<file>.
Encoded or decoded output will be written to B<STDOUT> unless an Encoded or decoded output will be written to B<STDOUT> unless an
output file has been specified using the option B<-O>. output file has been specified using the option B<-O>.
=head2 EXAMPLES =head2 Z85 EXAMPLES
To encode a given file to Z85 and write the output to another: To encode a given file to Z85 and write the output to another:
@@ -193,7 +193,7 @@ To decode the above and print to stdout:
pcp1 -Z -d pslist.z85 pcp1 -Z -d pslist.z85
=head2 BACKGROUND =head2 Z85 BACKGROUND
The Z85 encoding format is described here: B<http://rfc.zeromq.org/spec:32>. The Z85 encoding format is described here: B<http://rfc.zeromq.org/spec:32>.
It's part of ZeroMQ (B<http://zeromq.org>). Z85 is based on ASCII85 with It's part of ZeroMQ (B<http://zeromq.org>). Z85 is based on ASCII85 with

10
man/pcp1.1
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@@ -415,7 +415,7 @@ Users have to find other means to exchange keys. That's a pity
since with Curve25519 you can't just publish your public key since with Curve25519 you can't just publish your public key
to some key server because in order to encrypt a message, both to some key server because in order to encrypt a message, both
the recipient \s-1AND\s0 the sender need to have the public key of the recipient \s-1AND\s0 the sender need to have the public key of
each other. It would be possible to publich public keys, each other. It would be possible to publish public keys,
and attach the senders public key to the encrypted message, but and attach the senders public key to the encrypted message, but
I'm not sure if such an aproach would be secure enough. I'm not sure if such an aproach would be secure enough.
.IP "\fBCurve25519 not widely adopted\fR" 4 .IP "\fBCurve25519 not widely adopted\fR" 4
@@ -449,8 +449,8 @@ of \fBfile\fR.
.PP .PP
Encoded or decoded output will be written to \fB\s-1STDOUT\s0\fR unless an Encoded or decoded output will be written to \fB\s-1STDOUT\s0\fR unless an
output file has been specified using the option \fB\-O\fR. output file has been specified using the option \fB\-O\fR.
.SS "\s-1EXAMPLES\s0" .SS "Z85 \s-1EXAMPLES\s0"
.IX Subsection "EXAMPLES" .IX Subsection "Z85 EXAMPLES"
To encode a given file to Z85 and write the output to another: To encode a given file to Z85 and write the output to another:
.PP .PP
.Vb 1 .Vb 1
@@ -474,8 +474,8 @@ To decode the above and print to stdout:
.Vb 1 .Vb 1
\& pcp1 \-Z \-d pslist.z85 \& pcp1 \-Z \-d pslist.z85
.Ve .Ve
.SS "\s-1BACKGROUND\s0" .SS "Z85 \s-1BACKGROUND\s0"
.IX Subsection "BACKGROUND" .IX Subsection "Z85 BACKGROUND"
The Z85 encoding format is described here: \fBhttp://rfc.zeromq.org/spec:32\fR. The Z85 encoding format is described here: \fBhttp://rfc.zeromq.org/spec:32\fR.
It's part of ZeroMQ (\fBhttp://zeromq.org\fR). Z85 is based on \s-1ASCII85\s0 with It's part of ZeroMQ (\fBhttp://zeromq.org\fR). Z85 is based on \s-1ASCII85\s0 with
a couple of modifications (portability, readability etc). a couple of modifications (portability, readability etc).

6
man/pcp1.pod
View File

@@ -288,7 +288,7 @@ Users have to find other means to exchange keys. That's a pity
since with Curve25519 you can't just publish your public key since with Curve25519 you can't just publish your public key
to some key server because in order to encrypt a message, both to some key server because in order to encrypt a message, both
the recipient AND the sender need to have the public key of the recipient AND the sender need to have the public key of
each other. It would be possible to publich public keys, each other. It would be possible to publish public keys,
and attach the senders public key to the encrypted message, but and attach the senders public key to the encrypted message, but
I'm not sure if such an aproach would be secure enough. I'm not sure if such an aproach would be secure enough.
@@ -328,7 +328,7 @@ of B<file>.
Encoded or decoded output will be written to B<STDOUT> unless an Encoded or decoded output will be written to B<STDOUT> unless an
output file has been specified using the option B<-O>. output file has been specified using the option B<-O>.
=head2 EXAMPLES =head2 Z85 EXAMPLES
To encode a given file to Z85 and write the output to another: To encode a given file to Z85 and write the output to another:
@@ -346,7 +346,7 @@ To decode the above and print to stdout:
pcp1 -Z -d pslist.z85 pcp1 -Z -d pslist.z85
=head2 BACKGROUND =head2 Z85 BACKGROUND
The Z85 encoding format is described here: B<http://rfc.zeromq.org/spec:32>. The Z85 encoding format is described here: B<http://rfc.zeromq.org/spec:32>.
It's part of ZeroMQ (B<http://zeromq.org>). Z85 is based on ASCII85 with It's part of ZeroMQ (B<http://zeromq.org>). Z85 is based on ASCII85 with