instead of calling it a 'server process'.

dead xlog segments are not considered part of a critical section.  It is
not necessary to force a database-wide panic if we get a failure in these
operations.  Per recent trouble reports.

Cleanup new crypt() source code.

for rint prototype.

the folly of not passing element type to typsend/typreceive, so fix that.

so that COPY BINARY regression test passes.

fastpath.c had better check for strict functions.

messages.  Binary I/O is now up and working, but only for a small set
of datatypes (integers, text, bytea).

testing purposes.

Keep SRA copyright on file because it contains BSD license clause.

yet, but they're there.  Also some editorial work on CREATE TYPE reference
page.

as speaking the one true 3.0 protocol.

handle multiple 'formats' for data I/O.  Restructure CommandDest and
DestReceiver stuff one more time (it's finally starting to look a bit
clean though).  Code now matches latest 3.0 protocol document as far
as message formats go --- but there is no support for binary I/O yet.

Allow backends to attached to specified shared memory address.

terminating zero byte in StartupMessage, docs didn't mention it.

external representation of binary data.

first version of the 3.0 protocol that can be considered non-draft.

than WIN32.

the connection when appropriate.
This checkin also adds the type map for jdbc3, however currently it is
identical to the jdbc2 mapping.

 Modified Files:
 	jdbc/org/postgresql/core/BaseStatement.java
 	jdbc/org/postgresql/core/QueryExecutor.java
 	jdbc/org/postgresql/jdbc3/AbstractJdbc3Connection.java

fork/exec.

of Describe on a prepared statement.  This was in the original 3.0
protocol proposal, but I took it out for reasons that seemed good at
the time.  Put it back per yesterday's pghackers discussion.

Describe would claim that no tuples will be returned.  Only affects
SELECTs added to non-SELECT base queries by rewrite rules.  If you
want to see the output of such a select, you gotta use 'simple Query'
protocol.

DestReceiver pointers instead of just CommandDest values.  The DestReceiver
is made at the point where the destination is selected, rather than
deep inside the executor.  This cleans up the original kluge implementation
of tstoreReceiver.c, and makes it easy to support retrieving results
from utility statements inside portals.  Thus, you can now do fun things
like Bind and Execute a FETCH or EXPLAIN command, and it'll all work
as expected (e.g., you can Describe the portal, or use Execute's count
parameter to suspend the output partway through).  Implementation involves
stuffing the utility command's output into a Tuplestore, which would be
kind of annoying for huge output sets, but should be quite acceptable
for typical uses of utility commands.

Reorder non-default variable loading until PGDATA is defined.

the column by table OID and column number, if it's a simple column
reference.  Along the way, get rid of reskey/reskeyop fields in Resdoms.
Turns out that representation was not convenient for either the planner
or the executor; we can make the planner deliver exactly what the
executor wants with no more effort.
initdb forced due to change in stored rule representation.