Loading ChangeLog +6 −0 Original line number Diff line number Diff line Loading @@ -19,6 +19,8 @@ Changes in version 0.1.1.9-alpha - 2005-11-01 - Make directory authorities be non-versioning, non-naming by default. Now we can add new directory servers without requiring their operators to pay close attention. - When logging via syslog, include the pid whenever we provide a log entry. Suggested by Todd Fries. o Performance improvements: - Directory servers now silently throw away new descriptors that Loading Loading @@ -51,6 +53,10 @@ Changes in version 0.1.1.9-alpha - 2005-11-01 - Do round-robin writes of at most 16 kB per write. This might be more fair on loaded Tor servers, and it might resolve our Windows crash bug. It might also slow things down. - Our TLS handshakes were generating a single public/private keypair for the TLS context, rather than making a new one for each new connections. Oops. (But we were still rotating them periodically, so it's not so bad.) - When we were cannibalizing a circuit with a particular exit node in mind, we weren't checking to see if that exit node was already present earlier in the circuit. Oops. Loading Loading
ChangeLog +6 −0 Original line number Diff line number Diff line Loading @@ -19,6 +19,8 @@ Changes in version 0.1.1.9-alpha - 2005-11-01 - Make directory authorities be non-versioning, non-naming by default. Now we can add new directory servers without requiring their operators to pay close attention. - When logging via syslog, include the pid whenever we provide a log entry. Suggested by Todd Fries. o Performance improvements: - Directory servers now silently throw away new descriptors that Loading Loading @@ -51,6 +53,10 @@ Changes in version 0.1.1.9-alpha - 2005-11-01 - Do round-robin writes of at most 16 kB per write. This might be more fair on loaded Tor servers, and it might resolve our Windows crash bug. It might also slow things down. - Our TLS handshakes were generating a single public/private keypair for the TLS context, rather than making a new one for each new connections. Oops. (But we were still rotating them periodically, so it's not so bad.) - When we were cannibalizing a circuit with a particular exit node in mind, we weren't checking to see if that exit node was already present earlier in the circuit. Oops. Loading