# Automatically built by dist/s_test; may require local editing.


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Cold-boot a 4-site group.  The first two sites start quickly and
	initiate an election.  The other two sites don't join the election until
	the middle of the long full election timeout period.  It's important that
	the number of sites that start immediately be a sub-majority, because
	that's the case that used to have a bug in it [#18456].

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backup
	Test of hotbackup functionality. 

	Do all the of the following tests with and without 
	the -c (checkpoint) option; and with and without the
	transactional bulk loading optimization.  Make sure
	that -c and -d (data_dir) are not allowed together. 

	(1) Test that plain and simple hotbackup works. 
	(2) Test with -data_dir (-d). 
	(3) Test updating an existing hot backup (-u).
	(4) Test with absolute path. 
	(5) Test with DB_CONFIG, setting log_dir (-l)
	and data_dir (-d).
	(6) DB_CONFIG and update.  
	(7) Repeat hot backup (non-update) with DB_CONFIG, 
	DB_CONFIG (-D) and existing directories. 

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bigfile001
	Create a database greater than 4 GB in size.  Close, verify.
	Grow the database somewhat.  Close, reverify.  Lather, rinse,
	repeat.  Since it will not work on all systems, this test is
	not run by default.

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bigfile002
	This one should be faster and not require so much disk space,
	although it doesn't test as extensively.  Create an mpool file
	with 1K pages.  Dirty page 6000000.  Sync.

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db_reptest
	Wrapper to configure and run the db_reptest program.

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dbm
	Historic DBM interface test.  Use the first 1000 entries from the
	dictionary.  Insert each with self as key and data; retrieve each.
	After all are entered, retrieve all; compare output to original.
	Then reopen the file, re-retrieve everything.  Finally, delete
	everything.

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dead001
	Use two different configurations to test deadlock detection among a
	variable number of processes.  One configuration has the processes
	deadlocked in a ring.  The other has the processes all deadlocked on
	a single resource.

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dead002
	Same test as dead001, but use "detect on every collision" instead
	of separate deadlock detector.

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dead003

	Same test as dead002, but explicitly specify DB_LOCK_OLDEST and
	DB_LOCK_YOUNGEST.  Verify the correct lock was aborted/granted.

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dead006
	use timeouts rather than the normal dd algorithm.

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dead007
	Tests for locker and txn id wraparound.

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dead008
	Run dead001 deadlock test using priorities

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dead009
	Run dead002 deadlock test using priorities

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dead010

	Same test as dead003, except the actual youngest and oldest will have
	higher priorities.  Verify that the oldest/youngest of the lower
	priority lockers gets killed.  Doesn't apply to 2 procs.

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dead011
	Test out the minlocks, maxlocks, and minwrites options
	to the deadlock detector when priorities are used.

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env001
	Test of env remove interface (formerly env_remove).

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env002
	Test of DB_LOG_DIR and env name resolution.
	With an environment path specified using -home, and then again
	with it specified by the environment variable DB_HOME:
	1) Make sure that the set_lg_dir option is respected
	a) as a relative pathname.
	b) as an absolute pathname.
	2) Make sure that the DB_LOG_DIR db_config argument is respected,
	again as relative and absolute pathnames.
	3) Make sure that if -both- db_config and a file are present,
	only the file is respected (see doc/env/naming.html).

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env003
	Test DB_TMP_DIR and env name resolution
	With an environment path specified using -home, and then again
	with it specified by the environment variable DB_HOME:
	1) Make sure that the DB_TMP_DIR config file option is respected
	a) as a relative pathname.
	b) as an absolute pathname.
	2) Make sure that the -tmp_dir config option is respected,
	again as relative and absolute pathnames.
	3) Make sure that if -both- -tmp_dir and a file are present,
	only the file is respected (see doc/env/naming.html).

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env004
	Test multiple data directories.  Do a bunch of different opens
	to make sure that the files are detected in different directories.

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env005
	Test that using subsystems without initializing them correctly
	returns an error.  Cannot test mpool, because it is assumed in
	the Tcl code.

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env006
	Make sure that all the utilities exist and run.
	Test that db_load -r options don't blow up.

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env007
	Test DB_CONFIG config file options for berkdb env.
	1) Make sure command line option is respected
	2) Make sure that config file option is respected
	3) Make sure that if -both- DB_CONFIG and the set_<whatever>
	method is used, only the file is respected.
	Then test all known config options.
	Also test config options on berkdb open.  This isn't
	really env testing, but there's no better place to put it.

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env008
	Test environments and subdirectories.

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env009
	Test calls to all the various stat functions.  We have several
	sprinkled throughout the test suite, but this will ensure that
	we run all of them at least once.

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env010
	Run recovery in an empty directory, and then make sure we can still
	create a database in that directory.

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env011
	Run with region overwrite flag.

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env012
	Test DB_REGISTER.

	DB_REGISTER will fail on systems without fcntl.  If it
	fails, make sure we got the expected DB_OPNOTSUP return.

	Then, the real tests:
	For each test, we start a process that opens an env with -register.

	1. Verify that a 2nd process can enter the existing env with -register.

	2. Kill the 1st process, and verify that the 2nd process can enter
	with "-register -recover".

	3. Kill the 1st process, and verify that the 2nd process cannot
	enter with just "-register".

	4. While the 1st process is still running, a 2nd process enters
	with "-register".  Kill the 1st process.  Verify that a 3rd process
	can enter with "-register -recover".  Verify that the 3rd process,
	entering, causes process 2 to fail with the message DB_RUNRECOVERY.

	5. We had a bug where recovery was always run with -register
	if there were empty slots in the process registry file.  Verify
	that recovery doesn't automatically run if there is an empty slot.

	6. Verify process cannot connect when specifying -failchk and an
	isalive function has not been declared.

	7. Verify that a 2nd process can enter the existing env with -register
	and -failchk and having specified an isalive function

	8. Kill the 1st process, and verify that the 2nd process can enter
	with "-register -failchk -recover"

	9. 2nd process enters with "-register -failchk".  Kill the 1st process.
	2nd process may get blocked on a mutex held by process one.  Verify
	3rd process can enter with "-register -recover -failchk".   3rd process
	should run failchk, clear out open txn/log from process 1.   It will
	enter env without need for any additional recovery.   We look for 
	"Freeing log information .." sentence in the log for 3rd process as 
	an indication that failchk ran.   If DB_RUNRECOVERY were returned 
	instead it would mean failchk could not recover. 

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env013
	Test of basic functionality of fileid_reset.

	Create a database in an env.  Copy it to a new file within
	the same env.  Reset the file id and make sure it has changed.

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env014

	Make sure that attempts to open an environment with
	incompatible flags (e.g. replication without transactions)
	fail with the appropriate messages.

	A new thread of control joining an env automatically
	initializes the same subsystems as the original env.
	Make sure that the attempt to change subsystems when
	joining an env fails with the appropriate messages.

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env015
	Rename the underlying directory of an env, make sure everything
	still works.  Test runs with regular named databases and with
	in-memory named databases.

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env016
	Replication settings and DB_CONFIG

	Create a DB_CONFIG for various replication settings.  Use
	rep_stat or getter functions to verify they're set correctly.

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env017
	Check documented "stat" fields against the fields
	returned by the "stat" functions.  Make sure they
	match, and that none are missing.	
	These are the stat functions we test:
	env log_stat
	env lock_stat
	env txn_stat
	env mutex_stat
	env rep_stat
	env repmgr_stat
	env mpool_stat
	db stat
	seq stat
	db compact_stat

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env018
	Test getters when joining an env.  When a second handle is 
	opened on an existing env, get_open_flags needs to return 
	the correct flags to the second handle so it knows what sort
	of environment it's just joined.

	For several different flags to env_open, open an env.  Open
	a second handle on the same env, get_open_flags and verify 
	the flag is returned.

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env019
	Test that stats are correctly set and reported when 
	an env is accessed from a second process.

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env020
	Check if the output information for stat_print is expected.
	These are the stat_print functions we test:
	env stat_print
	env lock_stat_print
	env log_stat_print
	env mpool_stat_print
	env mutex_stat_print
	env rep_stat_print
	env repmgr_stat_print
	env txn_stat_print
	db stat_print
	seq stat_print

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env021
	Test the operations on a transaction in a CDS environment.
	These are the operations we test:
	$txn abort
	$txn commit
	$txn id
	$txn prepare
	$txn setname name
	$txn getname
	$txn discard
	$txn set_timeout
	In these operations, we only support the following:
	$txn id
	$txn commit

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fop001.tcl
	Test two file system operations combined in one transaction. 

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fop002.tcl
	Test file system operations in the presence of bad permissions.

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fop003

	Test behavior of create and truncate for compatibility
	with sendmail.
	1.  DB_TRUNCATE is not allowed with locking or transactions.
	2.  Can -create into zero-length existing file.
	3.  Can -create into non-zero-length existing file if and
	only if DB_TRUNCATE is specified.

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fop004
	Test of DB->rename(). (formerly test075)
	Test that files can be renamed from one directory to another.
	Test that files can be renamed using absolute or relative
	pathnames.

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fop005
	Test of DB->remove()
	Formerly test080.
	Test use of dbremove with and without envs, with absolute
	and relative paths, and with subdirectories.

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fop006
	Test file system operations in multiple simultaneous
	transactions.  Start one transaction, do a file operation.
	Start a second transaction, do a file operation.  Abort
	or commit txn1, then abort or commit txn2, and check for
	appropriate outcome.

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fop007
	Test file system operations on named in-memory databases.
	Combine two ops in one transaction.

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fop008
	Test file system operations on named in-memory databases.
	Combine two ops in one transaction.

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fop009
	Test file system operations in child transactions. 
	Combine two ops in one child transaction.

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fop010
	Test file system operations in child transactions. 
	Two ops, each in its own child txn.

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fop011
	Test file system operations in child transactions. 
	Combine two ops in one child transaction, with in-emory
	databases.

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fop012
	Test file system operations in child transactions. 
	Two ops, each in its own child txn, with in-memory dbs.

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jointest
	Test duplicate assisted joins.  Executes 1, 2, 3 and 4-way joins
	with differing index orders and selectivity.

	We'll test 2-way, 3-way, and 4-way joins and figure that if those
	work, everything else does as well.  We'll create test databases
	called join1.db, join2.db, join3.db, and join4.db.  The number on
	the database describes the duplication -- duplicates are of the
	form 0, N, 2N, 3N, ...  where N is the number of the database.
	Primary.db is the primary database, and null.db is the database
	that has no matching duplicates.

	We should test this on all btrees, all hash, and a combination thereof

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lock001
	Make sure that the basic lock tests work.  Do some simple gets
	and puts for a single locker.

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lock002
	Exercise basic multi-process aspects of lock.

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lock003
	Exercise multi-process aspects of lock.  Generate a bunch of parallel
	testers that try to randomly obtain locks;  make sure that the locks
	correctly protect corresponding objects.

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lock004
	Test locker ids wraping around.

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lock005
	Check that page locks are being released properly.

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lock006
	Test lock_vec interface.  We do all the same things that
	lock001 does, using lock_vec instead of lock_get and lock_put,
	plus a few more things like lock-coupling.
	1.  Get and release one at a time.
	2.  Release with put_obj (all locks for a given locker/obj).
	3.  Release with put_all (all locks for a given locker).
	Regularly check lock_stat to verify all locks have been
	released.

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log001
	Read/write log records.
	Test with and without fixed-length, in-memory logging,
	and encryption.

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log002
	Tests multiple logs
	Log truncation
	LSN comparison and file functionality.

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log003
	Verify that log_flush is flushing records correctly.

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log004
	Make sure that if we do PREVs on a log, but the beginning of the
	log has been truncated, we do the right thing.

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log005
	Check that log file sizes can change on the fly.

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log006
	Test log file auto-remove.
	Test normal operation.
	Test a long-lived txn.
	Test log_archive flags.
	Test db_archive flags.
	Test turning on later.
	Test setting via DB_CONFIG.

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log007
	Test of in-memory logging bugs. [#11505]

	Test db_printlog with in-memory logs.

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log008
	Test what happens if a txn_ckp record falls into a
	different log file than the DBREG_CKP records generated
	by the same checkpoint.

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log009
	Test of logging and getting log file version information.
	Each time we cross a log file boundary verify we can
	get the version via the log cursorlag.
	Do this both forward and backward.

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memp001
	Randomly updates pages.

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memp002
	Tests multiple processes accessing and modifying the same files.

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memp003
	Test reader-only/writer process combinations; we use the access methods
	for testing.

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memp004
	Test that small read-only databases are mapped into memory.

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memp005
	Make sure that db pagesize does not interfere with mpool pagesize.

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mut001
	Exercise the mutex API.

	Allocate, lock, unlock, and free a bunch of mutexes. 
	Set basic configuration options and check mutex_stat and 
	the mutex getters for the correct values. 

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mut002
	Two-process mutex test.

	Allocate and lock a self-blocking mutex.  Start another process. 
	Try to lock the mutex again -- it will block.  
	Unlock the mutex from the other process, and the blocked 
	lock should be obtained.  Clean up.
	Do another test with a "-process-only" mutex.  The second 
	process should not be able to unlock the mutex.

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mut003
	Try doing mutex operations out of order.  Make sure 
	we get appropriate errors.

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plat001

	Test of portability of sequences.

	Create and dump a database containing sequences.  Save the dump.
	This test is used in conjunction with the upgrade tests, which
	will compare the saved dump to a locally created dump.

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recd001
	Per-operation recovery tests for non-duplicate, non-split
	messages.  Makes sure that we exercise redo, undo, and do-nothing
	condition.  Any test that appears with the message (change state)
	indicates that we've already run the particular test, but we are
	running it again so that we can change the state of the data base
	to prepare for the next test (this applies to all other recovery
	tests as well).

	These are the most basic recovery tests.  We do individual recovery
	tests for each operation in the access method interface.  First we
	create a file and capture the state of the database (i.e., we copy
	it.  Then we run a transaction containing a single operation.  In
	one test, we abort the transaction and compare the outcome to the
	original copy of the file.  In the second test, we restore the
	original copy of the database and then run recovery and compare
	this against the actual database.

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recd002
	Split recovery tests.  For every known split log message, makes sure
	that we exercise redo, undo, and do-nothing condition.

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recd003
	Duplicate recovery tests.  For every known duplicate log message,
	makes sure that we exercise redo, undo, and do-nothing condition.

	Test all the duplicate log messages and recovery operations.  We make
	sure that we exercise all possible recovery actions: redo, undo, undo
	but no fix necessary and redo but no fix necessary.

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recd004
	Big key test where big key gets elevated to internal page.

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recd005
	Verify reuse of file ids works on catastrophic recovery.

	Make sure that we can do catastrophic recovery even if we open
	files using the same log file id.

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recd006
	Nested transactions.

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recd007
	File create/delete tests.

	This is a recovery test for create/delete of databases.  We have
	hooks in the database so that we can abort the process at various
	points and make sure that the transaction doesn't commit.  We
	then need to recover and make sure the file is correctly existing
	or not, as the case may be.

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recd008
	Test deeply nested transactions and many-child transactions.

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recd009
	Verify record numbering across split/reverse splits and recovery.

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recd010
	Test stability of btree duplicates across btree off-page dup splits
	and reverse splits and across recovery.

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recd011
	Verify that recovery to a specific timestamp works.

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recd012
	Test of log file ID management. [#2288]
	Test recovery handling of file opens and closes.

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recd013
	Test of cursor adjustment on child transaction aborts. [#2373]

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recd014
	This is a recovery test for create/delete of queue extents.  We
	then need to recover and make sure the file is correctly existing
	or not, as the case may be.

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recd015
	This is a recovery test for testing lots of prepared txns.
	This test is to force the use of txn_recover to call with the
	DB_FIRST flag and then DB_NEXT.

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recd016
	Test recovery after checksum error.

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recd017
	Test recovery and security.  This is basically a watered
	down version of recd001 just to verify that encrypted environments
	can be recovered.

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recd018
	Test recover of closely interspersed checkpoints and commits.

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recd019
	Test txn id wrap-around and recovery.

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recd020
	Test creation of intermediate directories -- an
	undocumented, UNIX-only feature.

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recd021
	Test of failed opens in recovery.

	If a file was deleted through the file system (and not
	within Berkeley DB), an error message should appear.
	Test for regular files and subdbs.

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recd022
	Test that pages allocated by an aborted subtransaction
	within an aborted prepared parent transaction are returned
	to the free list after recovery.  This exercises
	__db_pg_prepare in systems without FTRUNCATE.  [#7403]

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recd023
	Test recover of reverse split.

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recd024
	Test recovery of streaming partial insert operations. These are 
	operations that do multiple partial puts that append to an existing
	data item (as long as the data item is on an overflow page).
	The interesting cases are:
	* Simple streaming operations
	* Operations that cause the overflow item to flow onto another page.


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recd025
	Basic tests for transaction bulk loading and recovery.
	In particular, verify that the tricky hot backup protocol works.

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rep001
	Replication rename and forced-upgrade test.

	Run rep_test in a replicated master environment.
	Verify that the database on the client is correct.
	Next, remove the database, close the master, upgrade the
	client, reopen the master, and make sure the new master can
	correctly run rep_test and propagate it in the other direction.

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rep002
	Basic replication election test.

	Run a modified version of test001 in a replicated master
	environment; hold an election among a group of clients to
	make sure they select a proper master from amongst themselves,
	in various scenarios.

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rep003
	Repeated shutdown/restart replication test

	Run a quick put test in a replicated master environment;
	start up, shut down, and restart client processes, with
	and without recovery.  To ensure that environment state
	is transient, use DB_PRIVATE.

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rep005
	Replication election test with error handling.

	Run rep_test in a replicated master environment;
	hold an election among a group of clients to make sure they select
	a proper master from amongst themselves, forcing errors at various
	locations in the election path.

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rep006
	Replication and non-rep env handles.

	Run a modified version of test001 in a replicated master
	environment; verify that the database on the client is correct.
	Next, create a non-rep env handle to the master env.
	Attempt to open the database r/w to force error.

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rep007
	Replication and bad LSNs

	Run rep_test in a replicated master env.
	Close the client.  Make additional changes to master.
	Close the master.  Open the client as the new master.
	Make several different changes.  Open the old master as
	the client.  Verify periodically that contents are correct.
	This test is not appropriate for named in-memory db testing
	because the databases are lost when both envs are closed.

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rep008
	Replication, back up and synchronizing

	Run a modified version of test001 in a replicated master
	environment.
	Close master and client.
	Copy the master log to the client.
	Clean the master.
	Reopen the master and client.

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rep009
	Replication and DUPMASTERs
	Run test001 in a replicated environment.

	Declare one of the clients to also be a master.
	Close a client, clean it and then declare it a 2nd master.

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rep010
	Replication and ISPERM

	With consecutive message processing, make sure every
	DB_REP_PERMANENT is responded to with an ISPERM when
	processed.  With gaps in the processing, make sure
	every DB_REP_PERMANENT is responded to with an ISPERM
	or a NOTPERM.  Verify in both cases that the LSN returned
	with ISPERM is found in the log.

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rep011
	Replication: test open handle across an upgrade.

	Open and close test database in master environment.
	Update the client.  Check client, and leave the handle
	to the client open as we close the masterenv and upgrade
	the client to master.  Reopen the old master as client
	and catch up.  Test that we can still do a put to the
	handle we created on the master while it was still a
	client, and then make sure that the change can be
	propagated back to the new client.

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rep012
	Replication and dead DB handles.

	Run a modified version of test001 in a replicated master env.
	Run in replicated environment with secondary indices too.
	Make additional changes to master, but not to the client.
	Downgrade the master and upgrade the client with open db handles.
	Verify that the roll back on clients gives dead db handles.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep013
	Replication and swapping master/clients with open dbs.

	Run a modified version of test001 in a replicated master env.
	Make additional changes to master, but not to the client.
	Swap master and client.
	Verify that the roll back on clients gives dead db handles.
	Rerun the test, turning on client-to-client synchronization.
	Swap and verify several times.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep014
	Replication and multiple replication handles.
	Test multiple client handles, opening and closing to
	make sure we get the right openfiles.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep015
	Locking across multiple pages with replication.

	Open master and client with small pagesize and
	generate more than one page and generate off-page
	dups on the first page (second key) and last page
	(next-to-last key).
	Within a single transaction, for each database, open
	2 cursors and delete the first and last entries (this
	exercises locks on regular pages).  Intermittently
	update client during the process.
	Within a single transaction, for each database, open
	2 cursors.  Walk to the off-page dups and delete one
	from each end (this exercises locks on off-page dups).
	Intermittently update client.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep016
	Replication election test with varying required nvotes.

	Run a modified version of test001 in a replicated master environment;
	hold an election among a group of clients to make sure they select
	the master with varying required participants.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep017
	Concurrency with checkpoints.

	Verify that we achieve concurrency in the presence of checkpoints.
	Here are the checks that we wish to make:
	While dbenv1 is handling the checkpoint record:
	Subsequent in-order log records are accepted.
	Accepted PERM log records get NOTPERM
	A subsequent checkpoint gets NOTPERM
	After checkpoint completes, next txn returns PERM

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep018
	Replication with dbremove.

	Verify that the attempt to remove a database file
	on the master hangs while another process holds a
	handle on the client.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep019
	Replication and multiple clients at same LSN.
	Have several clients at the same LSN.  Run recovery at
	different times.  Declare a client master and after sync-up
	verify all client logs are identical.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep020
	Replication elections - test election generation numbers.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep021
	Replication and multiple environments.
	Run similar tests in separate environments, making sure
	that some data overlaps.  Then, "move" one client env
	from one replication group to another and make sure that
	we do not get divergent logs.  We either match the first
	record and end up with identical logs or we get an error.
	Verify all client logs are identical if successful.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep022
	Replication elections - test election generation numbers
	during simulated network partition.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep023
	Replication using two master handles.

	Open two handles on one master env.  Create two
	databases, one through each master handle.  Process
	all messages through the first master handle.  Make
	sure changes made through both handles are picked
	up properly.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep024
	Replication page allocation / verify test

	Start a master (site 1) and a client (site 2).  Master
	closes (simulating a crash).  Site 2 becomes the master
	and site 1 comes back up as a client.  Verify database.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep025
	Test of DB_REP_JOIN_FAILURE.

	One master, one client.
	Generate several log files.
	Remove old master log files.
	Delete client files and restart client.
	Put one more record to the master.  At the next
	processing of messages, the client should get JOIN_FAILURE.
	Recover with a hot failover.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep026
	Replication elections - simulate a crash after sending
	a vote.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep027
	Replication and secondary indexes.

	Set up a secondary index on the master and make sure
	it can be accessed from the client.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep028
	Replication and non-rep env handles. (Also see rep006.)

	Open second non-rep env on client, and create a db
	through this handle.  Open the db on master and put
	some data.  Check whether the non-rep handle keeps
	working.  Also check if opening the client database
	in the non-rep env writes log records.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep029
	Test of internal initialization.

	One master, one client.
	Generate several log files.
	Remove old master log files.
	Delete client files and restart client.
	Put one more record to the master.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep030
	Test of internal initialization multiple files and pagesizes.
	Hold some databases open on master.

	One master, one client using a data_dir for internal init.
	Generate several log files.
	Remove old master log files.
	Delete client files and restart client.
	Put one more record to the master.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep031
	Test of internal initialization and blocked operations.

	One master, one client.
	Put one more record to the master.
	Test that internal initialization blocks:
	log_archive, rename, remove, fileid_reset, lsn_reset.
	Sleep 30+ seconds.
	Test that blocked operations are now unblocked.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep032
	Test of log gap processing.

	One master, one client.
	Run rep_test.
	Run rep_test without sending messages to client.
	Make sure client missing the messages catches up properly.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep033
	Test of internal initialization with rename and remove of dbs.

	One master, one client.
	Generate several databases.  Replicate to client.
	Do some renames and removes, both before and after
	closing the client.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep034
	Test of STARTUPDONE notification.

	STARTUPDONE can now be recognized without the need for new "live" log
	records from the master (under favorable conditions).  The response to
	the ALL_REQ at the end of synchronization includes an end-of-log marker
	that now triggers it.  However, the message containing that end marker
	could get lost, so live log records still serve as a back-up mechanism.
	The end marker may also be set under c2c sync, but only if the serving
	client has itself achieved STARTUPDONE.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep035
	Test sync-up recovery in replication.

	We need to fork off 3 child tclsh processes to operate
	on Site 3's (client always) home directory:
	Process 1 continually calls lock_detect.
	Process 2 continually calls txn_checkpoint.
	Process 3 continually calls memp_trickle.
	Process 4 continually calls log_archive.
	Sites 1 and 2 will continually swap being master
	(forcing site 3 to continually run sync-up recovery)
	New master performs 1 operation, replicates and downgrades.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep036
	Multiple master processes writing to the database.
	One process handles all message processing.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep037
	Test of internal initialization and page throttling.

	One master, one client, force page throttling.
	Generate several log files.
	Remove old master log files.
	Delete client files and restart client.
	Put one more record to the master.
	Verify page throttling occurred.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep038
	Test of internal initialization and ongoing master updates.

	One master, one client.
	Generate several log files.
	Remove old master log files.
	Delete client files and restart client.
	Put more records on master while initialization is in progress.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep039
	Test of interrupted internal initialization.  The
	interruption is due to a changed master, or the client crashing,
	or both.

	One master, two clients.
	Generate several log files. Remove old master log files.
	Restart client, optionally having "cleaned" client env dir.  Either
	way, this has the effect of forcing an internal init.
	Interrupt the internal init.
	Vary the number of times we process messages to make sure
	the interruption occurs at varying stages of the first internal
	initialization.

	Run for btree and queue only because of the number of permutations.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep040
	Test of racing rep_start and transactions.

	One master, one client.
	Have master in the middle of a transaction.
	Call rep_start to make master a client.
	Commit the transaction.
	Call rep_start to make master the master again.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep041
	Turn replication on and off at run-time.

	Start a master with replication OFF (noop transport function).
	Run rep_test to advance log files and archive.
	Start up client; change master to working transport function.
	Now replication is ON.
	Do more ops, make sure client is up to date.
	Close client, turn replication OFF on master, do more ops.
	Repeat from point A.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep042
	Concurrency with updates.

	Verify racing role changes and updates don't result in
	pages with LSN 0,1.  Set up an environment that is master.
	Spawn child process that does a delete, but using the
	$env check so that it sleeps in the middle of the call.
	Master downgrades and then sleeps as a client so that
	child will run.  Verify child does not succeed (should
	get read-only error) due to role change in the middle of
	its call.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep043

	Constant writes during upgrade/downgrade.

	Three envs take turns being master.  Each env
	has a child process which does writes all the
	time.  They will succeed when that env is master
	and fail when it is not.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep044

	Test rollbacks with open file ids.

	We have one master with two handles and one client.
	Each time through the main loop, we open a db, write
	to the db, and close the db.  Each one of these actions
	is propagated to the client, or a roll back is forced
	by swapping masters.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep045

	Replication with versions.

	Mimic an application where a database is set up in the
	background and then put into a replication group for use.
	The "version database" identifies the current live
	version, the database against which queries are made.
	For example, the version database might say the current
	version is 3, and queries would then be sent to db.3.
	Version 4 is prepared for use while version 3 is in use.
	When version 4 is complete, the version database is updated
	to point to version 4 so queries can be directed there.

	This test has a master and two clients.  One client swaps
	roles with the master, and the other client runs constantly
	in another process.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep046
	Replication and basic bulk transfer.
	Set bulk transfer replication option.
	Run long txns on master and then commit.  Process on client
	and verify contents.  Run a very long txn so that logging
	must send the log.  Process and verify on client.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep047
	Replication and log gap bulk transfers.
	Set bulk transfer replication option.
	Run test.  Start a new client (to test ALL_REQ and bulk).
	Run small test again.  Clear messages for 1 client.
	Run small test again to test LOG_REQ gap processing and bulk.
	Process and verify on clients.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep048
	Replication and log gap bulk transfers.
	Have two master env handles.  Turn bulk on in
	one (turns it on for both).  Turn it off in the other.
	While toggling, send log records from both handles.
	Process message and verify master and client match.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep049
	Replication and delay syncing clients - basic test.

	Open and start up a master and two clients.  Turn on delay sync
	in the delayed client.  Change master, add data and process messages.
	Verify delayed client does not match.  Make additional changes and
	update the delayted client.  Verify all match.
	Add in a fresh delayed client to test delay of ALL_REQ.
	Process startup messages and verify freshc client has no database.
	Sync and verify fresh client matches.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep050
	Replication and delay syncing clients - change master test.

	Open and start up master and 4 clients.  Turn on delay for 3 clients.
	Switch masters, add data and verify delayed clients are out of date.
	Make additional changes to master.  And change masters again.
	Sync/update delayed client and verify.  The 4th client is a brand
	new delayed client added in to test the non-verify path.

	Then test two different things:
	1. Swap master again while clients are still delayed.
	2. Swap master again while sync is proceeding for one client.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep051
	Test of compaction with replication.

	Run rep_test in a replicated master environment.
	Delete a large number of entries and compact with -freespace.
	Propagate the changes to the client and make sure client and
	master match.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep052
	Test of replication with NOWAIT.

	One master, one client.  After initializing
	everything normally, close client and let the
	master get ahead -- far enough that the master
	no longer has the client's last log file.
	Reopen the client and turn on NOWAIT.
	Process a few messages to get the client into
	recovery mode, and verify that lockout occurs
	on a txn API call (txn_begin) and an env API call.
	Process all the messages and verify that lockout
	is over.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep053
	Replication and basic client-to-client synchronization.

	Open and start up master and 1 client.
	Start up a second client later and verify it sync'ed from
	the original client, not the master.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep054
	Test of internal initialization where a far-behind
	client takes over as master.

	One master, two clients.
	Run rep_test and process.
	Close client 1.
	Run rep_test, opening new databases, and processing
	messages.  Archive as we go so that log files get removed.
	Close master and reopen client 1 as master.  Process messages.
	Verify that new master and client are in sync.
	Run rep_test again, adding data to one of the new
	named databases.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep055
	Test of internal initialization and log archiving.

	One master, one client.
	Generate several log files.
	Remove old master log files and generate several more.
	Get list of archivable files from db_archive and restart client.
	As client is in the middle of internal init, remove
	the log files returned earlier by db_archive.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep058

	Replication with early databases

	Mimic an application where they create a database before
	calling rep_start, thus writing log records on a client
	before it is a client.  Verify we cannot join repl group.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep060
	Test of normally running clients and internal initialization.
	Have a client running normally, but slow/far behind the master.
	Then the master checkpoints and archives, causing the client
	to suddenly be thrown into internal init.  This test tests
	that we clean up the old files/pages in mpool and dbreg.
	Also test same thing but the app holding an open dbp as well.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep061
	Test of internal initialization multiple files and pagesizes
	with page gaps.

	One master, one client.
	Generate several log files.
	Remove old master log files.
	Delete client files and restart client.
	Put one more record to the master.
	Force some page messages to get dropped.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep062
	Test of internal initialization where client has a different
	kind of database than the master.

	Create a master of one type, and let the client catch up.
	Close the client.
	Remove the database on the master, and create a new
	database of the same name but a different type.
	Run the master ahead far enough that internal initialization
	will be required on the reopen of the client.
	Reopen the client and verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep063
	Replication election test with simulated different versions
	for each site.  This tests that old sites with real priority
	trump ELECTABLE sites with zero priority even with greater LSNs.
	There is a special case in the code for testing that if the
	priority is <= 10, we simulate mixed versions for elections.

	Run a rep_test in a replicated master environment and close;
	hold an election among a group of clients to make sure they select
	the master with varying LSNs and priorities.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep064
	Replication rename and forced-upgrade test.

	The test verifies that the client correctly
	(internally) closes files when upgrading to master.
	It does this by having the master have a database
	open, then crashing.  The client upgrades to master,
	and attempts to remove the open database.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep065
	Tests replication running with different versions.
	This capability is introduced with 4.5.

	Start a replication group of 1 master and N sites, all
	running some historical version greater than or equal to 4.4.
	Take down a client and bring it up again running current.
	Run some upgrades, make sure everything works.

	Each site runs the tcllib of its own version, but uses
	the current tcl code (e.g. test.tcl).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep066
	Replication and dead log handles.

	Run rep_test on master and a client.
	Simulate client crashes (master continues) until log 2.
	Open 2nd master env handle and put something in log and flush.
	Downgrade master, restart client as master.
	Run rep_test on newmaster until log 2.
	New master writes log records, newclient processes records
	and 2nd newclient env handle calls log_flush.
	New master commits, newclient processes and should succeed.
	Make sure 2nd handle detects the old log handle and doesn't
	write to a stale handle (if it does, the processing of the
	commit will fail).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep067
	Full election timeout test.

	Verify that elections use a separate "full election timeout" (if such
	configuration is in use) instead of the normal timeout, when the
	replication group is "cold-booted" (all sites starting with recovery).


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep068
	Verify replication of dbreg operations does not hang clients.
	In a simple replication group, create a database with very
	little data.  With DB_TXN_NOSYNC the database can be created
	at the client even though the log is not flushed.  If we crash
	and restart, the application of the log starts over again, even
	though the database is still there.  The application can open
	the database before replication tries to re-apply the create.
	This causes a hang as replication waits to be able to get a
	handle lock.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep069
	Test of internal initialization and elections.

	If a client is in a recovery mode of any kind, it
	participates in elections at priority 0 so it can
	never be elected master.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep070
	Test of startup_done condition with idle master.

	Join a client to an existing master, and verify that
	the client detects startup_done even if the master
	does not execute any new transactions.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep071
	Test of multiple simultaneous client env handles and
	upgrading/downgrading.  Tests use of temp db handle
	internally.

	Open a master and 2 handles to the same client env.
	Run rep_test.
	Close master and upgrade client to master using one env handle.
	Run rep_test again, and then downgrade back to client.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep072
	Verify that internal init does not leak resources from
	the locking subsystem.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep073

	Test of allowing clients to create and update their own scratch
	databases within the environment.  Doing so requires the use
	use of the DB_TXN_NOT_DURABLE flag for those databases.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep074
	Verify replication withstands send errors processing requests.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep075
	Replication and prepared transactions.
	Test having outstanding prepared transactions and simulating
	crashing or upgrading or downgrading sites.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep076
	Replication elections - what happens if elected client
	does not become master?

	Set up a master and 3 clients.  Take down master, run election.
	The elected client will ignore the fact that it's been elected,
	so we still have 2 clients.

	Run another election, a regular election that allows the winner
	to become master, and make sure it goes okay.  We do this both
	for the client that ignored its election and for the other client.

	This simulates what would happen if, say, we had a temporary
	network partition and lost the winner.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep077

	Replication, recovery and applying log records immediately.
	Master and 1 client.  Start up both sites.
	Close client and run rep_test on the master so that the
	log record is the same LSN the client would be expecting.
	Reopen client with recovery and verify the client does not
	try to apply that "expected" record before it synchronizes
	with the master.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep078

	Replication and basic lease test.
	Set leases on master and 2 clients.
	Do a lease operation and process to all clients.
	Read with lease on master.  Do another lease operation
	and don't process on any client.  Try to read with
	on the master and verify it fails.  Process the messages
	to the clients and retry the read.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep079
	Replication leases and invalid usage.

	Open a client without leases.  Attempt to set leases after rep_start.
	Attempt to declare as master without election.
	Run an election with an nsites parameter value.
	Elect a master with leases.  Put some data and send to clients.
	Cleanly shutdown master env.  Restart without
	recovery and verify leases are expired and refreshed.
	Add a new client without leases to a group using leases.
	Test errors if we cannot get leases before/after txn_commit.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep080
	AUTOINIT off with empty client logs.

	Verify that a fresh client trying to join the group for
	the first time observes the setting of DELAY_SYNC and !AUTOINIT
	properly.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep081
	Test of internal initialization and missing database files.

	One master, one client, two databases.
	Generate several log files.
	Remove old master log files.
	Start up client.
	Remove or replace one master database file while client initialization 
	is in progress, make sure other master database can keep processing.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep082
	Sending replication requests to correct master site.

	Regression test for a bug [#16592] where a client could send an
	UPDATE_REQ to another client instead of the master.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep083
	Replication clients must never send VERIFY_FAIL to a c2c request.

	Regression test for a bug [#16592] where a client could send a
	VERIFY_FAIL to another client, which is illegal.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep084
	Abbreviated internal init for named in-memory databases (NIMDBs).


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep085
	Skipping unnecessary abbreviated internal init.

	Make sure that once we've materialized NIMDBs, we don't bother
	trying to do it again on subsequent sync without recovery.  Make
	sure we do probe for the need to materialize NIMDBs, but don't do
	any internal init at all if there are no NIMDBs.  Note that in order to
	do this test we don't even need any NIMDBs.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep086
	Interrupted abbreviated internal init.

	Make sure we cleanly remove partially loaded named in-memory
	databases (NIMDBs).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep087
	Abbreviated internal init with open file handles.

	Client has open handle to an on-disk DB when abbreviated
	internal init starts.  Make sure we lock out access, and make sure
	it ends up as HANDLE_DEAD.  Also, make sure that if there are
	no NIMDBs, that we *don't* get HANDLE_DEAD.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep088
	Replication roll-back preserves checkpoint.

	Create a situation where a client has to roll back its
	log, discarding some existing transactions, in order to sync
	with a new master.

	1. When the client still has its entire log file history, all
	the way back to log file #1, it's OK if the roll-back discards
	any/all checkpoints.
	2. When old log files have been archived, if the roll-back would
	remove all existing checkpoints it must be forbidden.  The log
	must always have a checkpoint (or all files back through #1).
	The client must do internal init or return JOIN_FAILURE.
	3. (the normal case) Old log files archived, and a checkpoint
	still exists in the portion of the log which will remain after
	the roll-back: no internal-init/JOIN_FAILURE necessary.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep089
	Test of proper clean-up of mpool during interrupted internal init.

	Have a client in the middle of internal init when a new master
	generation comes along, forcing the client to interrupt the internal
	init, including doing the clean-up.  The client is in the middle of
	retrieving database pages, so that we are forced to clean up mpool.
	(Regression test for bug 17121)

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep090
	Test of AUTO_REMOVE on both master and client sites.

	One master, one client.  Set AUTO_REMOVE on the client env.
	Generate several log files.
	Verify the client has properly removed the log files.
	Turn on AUTO_REMOVE on the master and generate more log files.
	Confirm both envs have the same log files.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep091
	Read-your-writes consistency.
	Write transactions at the master, and then call the txn_applied()
	method to see whether the client has received and applied them yet.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep092
	Read-your-writes consistency.
	Test events in one thread (process) waking up another sleeping thread,
	before a timeout expires.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep093
	Egen changes during election.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep094
	Full election with less than majority initially connected.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep095
	Test of internal initialization use of shared region memory.

	One master, one client.  Create a gap that requires internal
	initialization.  Start the internal initialization in this
	parent process and complete it in a separate child process.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep096
	Replication and db_replicate utility.

	Create a master and client environment.  Open them.
	Start a db_replicate process on each.  Create a database on
	the master and write some data.  Then verify contents.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep097

	Replication and lease data durability test.
	Set leases on master and 2 clients.
	Have the original master go down and a client take over.
	Have the old master rejoin as client, but go down again.
	The other two sites do one txn, while the original master's
	LSN extends beyond due to running recovery.
	Original Master rejoins while new master fails.  Make sure remaining
	original site is elected, with the smaller LSN, but with txn data.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep098
	Test of internal initialization and page deallocation.

	Use one master, one client.
	Generate several log files.
	Remove old master log files.
	Start a client.
	After client gets UPDATE file information, delete entries to
	remove pages in the database.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep099
	Test of multiple data dirs and databases, both active replication
	and internal init.

	One master, two clients using several data_dirs.
	Create databases in different data_dirs.  Replicate to client.
	Add 2nd client later to require it to catch up via internal init.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep100
	Checkpoints and unresolved txns


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep101
	Test of exclusive access to databases and HA.
	Confirm basic functionality with master and client.
	Confirm excl access after checkpoint and archive.
	Confirm internal init with open excl databases.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rep102
	Test of exclusive access to databases and HA.
	Master creates a database, writes some txns, and closes the db.
	Client opens the database (in child process).
	Master opens database exclusively.
	Client tries to read database and gets HANDLE_DEAD.  Closes db.
	Client tries to reopen database and is blocked.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr001
	Basic repmgr test.

	Run all mix-and-match combinations of the basic_repmgr_test.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr002
	Basic repmgr test.

	Run all combinations of the basic_repmgr_election_test.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr003
	Basic repmgr init test.

	Run all combinations of the basic_repmgr_init_test.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr007
	Basic repmgr client shutdown/restart test.

	Start an appointed master site and two clients. Shut down and
	restart each client, processing transactions after each restart.
	Verify all expected transactions are replicated.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr009
	repmgr API error test.

	Try a variety of repmgr calls that result in errors. Also
	try combinations of repmgr and base replication API calls
	that result in errors.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr010
	Acknowledgement policy and timeout test. 

	Verify that "quorum" acknowledgement policy succeeds with fewer than 
	nsites running. Verify that "all" acknowledgement policy results in 
	ack failures with fewer than nsites running.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr011
	repmgr two site strict majority test.

	Start an appointed master and one client with 2 site strict
	majority set. Shut down the master site, wait and verify that
	the client site was not elected master. Start up master site
	and verify that transactions are processed as expected.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr012
	repmgr heartbeat test.

	Start an appointed master and one client site. Set heartbeat
	send and monitor values and process some transactions. Stop
	sending heartbeats from master and verify that client sees
	a dropped connection.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr013
	Site list test. 

	Configure a master and two clients where one client is a peer of 
	the other and verify resulting site lists.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr017
	repmgr in-memory cache overflow test. 

	Start an appointed master site and one client, putting databases,
	environment regions, logs and replication files in-memory. Set 
	very small cachesize and run enough transactions to overflow cache. 
	Shut down and restart master and client, giving master a larger cache. 
	Run and verify a small number of transactions.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr018
	Check repmgr stats.

	Start an appointed master and one client. Shut down the client,
	run some transactions at the master and verify that there are
	acknowledgement failures and one dropped connection. Shut down
	and restart client again and verify that there are two dropped
	connections.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr023
	Test of JOIN_FAILURE event for repmgr applications.

	Run for btree only because access method shouldn't matter.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr024
	Test of group-wide log archiving awareness.
	Verify that log archiving will use the ack from the clients in
	its decisions about what log files are allowed to be archived.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr025
	repmgr heartbeat rerequest test.

	Start an appointed master site and one client.  Use a test hook
	to inhibit PAGE_REQ processing at the master (i.e., "lose" some
	messages). 
	Start a second client that gets stuck in internal init.  Wait
	long enough to rely on the heartbeat rerequest to request the
	missing pages, rescind the test hook and verify that all
	data appears on both clients.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr026
	Test of "full election" timeouts.
	1. Cold boot with all sites present.
	2. Cold boot with some sites missing.
	3. Partial-participation election with one client having seen a master,
	but another just starting up fresh.
	4. Partial participation, with all participants already having seen a
	master.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr027
	Test of "full election" timeouts, where a client starts up and joins the
	group during the middle of an election.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr028
	Repmgr allows applications to choose master explicitly, instead of
	relying on elections.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr029
	Test repmgr group membership: create, join, re-join and remove from
	repmgr group and observe changes in group membership database.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr030
	repmgr multiple client-to-client peer test.

	Start an appointed master and three clients. The third client
	configures the other two clients as peers and delays client
	sync.  Add some data and confirm that the third client uses first
	client as a peer.  Close the master so that the first client now
	becomes the master.  Add some more data and confirm that the
	third client now uses the second client as a peer.

	Run for btree only because access method shouldn't matter.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr032
	The (undocumented) AUTOROLLBACK config feature.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr033
	Under quorum policy, if the number of peers in the group is less than a
	majority, that's still OK.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr034
	Repmgr site removal and restart.

	Start two repmgr sites, master and client1.  The client1 removes
	itself and restarts, sometimes more than once.  Start a third 
	repmgr site client2 and make sure it can remove client1 from
	the group.

	This test must use heartbeats to ensure that a client that has
	been removed and restarted without recovery can sync up.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr100
	Basic test of repmgr's multi-process master support.

	Set up a simple 2-site group, create data and replicate it.
	Add a second process at the master and have it write some
	updates.  It does not explicitly start repmgr (nor do any
	replication configuration, for that matter).  Its first
	update triggers initiation of connections, and so it doesn't
	get to the client without a log request.  But later updates
	should go directly.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr101
	Repmgr support for multi-process master.

	Start two processes at the master.
	Add a client site (not previously known to the master 
	processes), and make sure
	both master processes connect to it.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr102
	Ensuring exactly one listener process.

	Start a repmgr process with a listener.
	Start a second process, and see that it does not become the listener.
	Shut down the first process (gracefully).  Now a second process should
	become listener.
	Kill the listener process abruptly.  Running failchk should show that
	recovery is necessary.  Run recovery and start a clean listener.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr105
	Repmgr recognition of peer setting, across processes.

	Set up a master and two clients, synchronized with some data.
	Add a new client, configured to use c2c sync with one of the original
	clients.  Check stats to make sure the correct c2c peer was used.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr106
	Simple smoke test for repmgr elections with multi-process envs.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr107
	Repmgr combined with replication-unaware process at master.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr108
	Subordinate connections and processes should not trigger elections.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr109
	Test repmgr's internal juggling of peer EID's.

	Set up master and 2 clients, A and B.
	Add a third client (C), with two processes.
	The first process will be configured to know about A.
	The second process will know about B, and set that as peer,
	but when it joins the env site B will have to be shuffled
	into a later position in the list, because A is already first.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr110
	Multi-process repmgr start-up policies.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr111
	Multi-process repmgr with env open before set local site.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
repmgr112
	Multi-process repmgr ack policies.

	Subordinate processes sending live log records must observe the
	ack policy set by the main process.  Also, a policy change made by a
	subordinate process should be observed by all processes.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rsrc001
	Recno backing file test.  Try different patterns of adding
	records and making sure that the corresponding file matches.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rsrc002
	Recno backing file test #2: test of set_re_delim.  Specify a backing
	file with colon-delimited records, and make sure they are correctly
	interpreted.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rsrc003
	Recno backing file test.  Try different patterns of adding
	records and making sure that the corresponding file matches.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
rsrc004
	Recno backing file test for EOF-terminated records.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
scr###
	The scr### directories are shell scripts that test a variety of
	things, including things about the distribution itself.  These
	tests won't run on most systems, so don't even try to run them.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb001	Tests mixing db and subdb operations
	Tests mixing db and subdb operations
	Create a db, add data, try to create a subdb.
	Test naming db and subdb with a leading - for correct parsing
	Existence check -- test use of -excl with subdbs

	Test non-subdb and subdb operations
	Test naming (filenames begin with -)
	Test existence (cannot create subdb of same name with -excl)

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb002
	Tests basic subdb functionality
	Small keys, small data
	Put/get per key
	Dump file
	Close, reopen
	Dump file

	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and data; retrieve each.
	After all are entered, retrieve all; compare output to original.
	Close file, reopen, do retrieve and re-verify.
	Then repeat using an environment.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb003
	Tests many subdbs
	Creates many subdbs and puts a small amount of
	data in each (many defaults to 1000)

	Use the first 1000 entries from the dictionary as subdbnames.
	Insert each with entry as name of subdatabase and a partial list
	as key/data.  After all are entered, retrieve all; compare output
	to original.  Close file, reopen, do retrieve and re-verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb004
	Tests large subdb names
	subdb name = filecontents,
	key = filename, data = filecontents
	Put/get per key
	Dump file
	Dump subdbs, verify data and subdb name match

	Create 1 db with many large subdbs.  Use the contents as subdb names.
	Take the source files and dbtest executable and enter their names as
	the key with their contents as data.  After all are entered, retrieve
	all; compare output to original. Close file, reopen, do retrieve and
	re-verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb005
	Tests cursor operations in subdbs
	Put/get per key
	Verify cursor operations work within subdb
	Verify cursor operations do not work across subdbs


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb006
	Tests intra-subdb join

	We'll test 2-way, 3-way, and 4-way joins and figure that if those work,
	everything else does as well.  We'll create test databases called
	sub1.db, sub2.db, sub3.db, and sub4.db.  The number on the database
	describes the duplication -- duplicates are of the form 0, N, 2N, 3N,
	...  where N is the number of the database.  Primary.db is the primary
	database, and sub0.db is the database that has no matching duplicates.
	All of these are within a single database.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb007
	Tests page size difference errors between subdbs.
	If the physical file already exists, we ignore pagesize specifications
	on any subsequent -creates.

	1.  Create/open a subdb with system default page size.
	Create/open a second subdb specifying a different page size.
	The create should succeed, but the pagesize of the new db
	will be the system default page size.
	2.  Create/open a subdb with a specified, non-default page size.
	Create/open a second subdb specifying a different page size.
	The create should succeed, but the pagesize of the new db
	will be the specified page size from the first create.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb008
	Tests explicit setting of lorders for subdatabases -- the
	lorder should be ignored.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb009
	Test DB->rename() method for subdbs

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb010
	Test DB->remove() method and DB->truncate() for subdbs

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb011
	Test deleting Subdbs with overflow pages
	Create 1 db with many large subdbs.
	Test subdatabases with overflow pages.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb012
	Test subdbs with locking and transactions
	Tests creating and removing subdbs while handles
	are open works correctly, and in the face of txns.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb013
	Tests in-memory subdatabases.
	Create an in-memory subdb.  Test for persistence after
	overflowing the cache.  Test for conflicts when we have
	two in-memory files.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb014
	Tests mixing in-memory named and in-memory unnamed dbs.
	Create a regular in-memory db, add data.
	Create a named in-memory db.
	Try to create the same named in-memory db again (should fail).
	Try to create a different named in-memory db (should succeed).


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb015
	Tests basic in-memory named database functionality
	Small keys, small data
	Put/get per key

	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and data; retrieve each.
	After all are entered, retrieve all; compare output to original.
	Close file, reopen, do retrieve and re-verify.
	Then repeat using an environment.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb016
	Creates many in-memory named dbs and puts a small amount of
	data in each (many defaults to 100)

	Use the first 100 entries from the dictionary as names.
	Insert each with entry as name of subdatabase and a partial list
	as key/data.  After all are entered, retrieve all; compare output
	to original.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb017
	Test DB->rename() for in-memory named databases.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb018
	Tests join of in-memory named databases.

	We'll test 2-way, 3-way, and 4-way joins and figure that if those work,
	everything else does as well.  We'll create test databases called
	sub1.db, sub2.db, sub3.db, and sub4.db.  The number on the database
	describes the duplication -- duplicates are of the form 0, N, 2N, 3N,
	...  where N is the number of the database.  Primary.db is the primary
	database, and sub0.db is the database that has no matching duplicates.
	All of these are within a single database.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb019
	Tests in-memory subdatabases.
	Create an in-memory subdb.  Test for persistence after
	overflowing the cache.  Test for conflicts when we have
	two in-memory files.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdb020
	Tests in-memory subdatabases.
	Create an in-memory subdb with one page size.  Close, and
	open with a different page size: should succeed, but the underlying
	page size is not changed.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdbtest001
	Tests multiple access methods in one subdb
	Open several subdbs, each with a different access method
	Small keys, small data
	Put/get per key per subdb
	Dump file, verify per subdb
	Close, reopen per subdb
	Dump file, verify per subdb

	Make several subdb's of different access methods all in one DB.
	Rotate methods and repeat [#762].
	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and data; retrieve each.
	After all are entered, retrieve all; compare output to original.
	Close file, reopen, do retrieve and re-verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sdbtest002
	Tests multiple access methods in one subdb access by multiple
	processes.
	Open several subdbs, each with a different access method
	Small keys, small data
	Put/get per key per subdb
	Fork off several child procs to each delete selected
	data from their subdb and then exit
	Dump file, verify contents of each subdb is correct
	Close, reopen per subdb
	Dump file, verify per subdb

	Make several subdb's of different access methods all in one DB.
	Fork of some child procs to each manipulate one subdb and when
	they are finished, verify the contents of the databases.
	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and data; retrieve each.
	After all are entered, retrieve all; compare output to original.
	Close file, reopen, do retrieve and re-verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sec001
	Test of security interface

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sec002
	Test of security interface and catching errors in the
	face of attackers overwriting parts of existing files.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
si001
	Secondary index put/delete with lorder test

	Put data in primary db and check that pget on secondary
	index finds the right entries.  Alter the primary in the
	following ways, checking for correct data each time:
	Overwrite data in primary database.
	Delete half of entries through primary.
	Delete half of remaining entries through secondary.
	Append data (for record-based primaries only).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
si002
	Basic cursor-based secondary index put/delete test

	Cursor put data in primary db and check that pget
	on secondary index finds the right entries.
	Open and use a second cursor to exercise the cursor
	comparison API on secondaries.  
	Overwrite while walking primary, check pget again.
	Overwrite while walking secondary (use c_pget), check
	pget again.
	Cursor delete half of entries through primary, check.
	Cursor delete half of remainder through secondary, check.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
si003
	si001 with secondaries created and closed mid-test
	Basic secondary index put/delete test with secondaries
	created mid-test.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
si004
	si002 with secondaries created and closed mid-test
	Basic cursor-based secondary index put/delete test, with
	secondaries created mid-test.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
si005
	Basic secondary index put/delete test with transactions

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
si006

	Test -immutable_key interface.

	DB_IMMUTABLE_KEY is an optimization to be used when a
	secondary key will not be changed.  It does not prevent
	a deliberate change to the secondary key, it just does not
	propagate that change when it is made to the primary.
	This test verifies that a change to the primary is propagated
	to the secondary or not as specified by -immutable_key.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
si007
	Secondary index put/delete with lorder test

	This test is the same as si001 with the exception
	that we create and populate the primary and THEN
	create the secondaries and associate them with -create.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
si008
	Secondary index put/delete with lorder test

	This test is the same as si001 except that we
	create the secondaries with different byte orders:
	one native, one swapped.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sijointest: Secondary index and join test.
	This used to be si005.tcl.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
sql001
	Test db_replicate using a simple SQL app.

	Start db_replicate on master side and client side,
	and do various operations using dbsql on master side.
	After every operation, we will check the records on both sides,
	to make sure we get same results from both sides.
	Also try an insert operation on client side; it should fail.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test001
	Small keys/data
	Put/get per key
	Dump file
	Close, reopen
	Dump file

	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and data; retrieve each.
	After all are entered, retrieve all; compare output to original.
	Close file, reopen, do retrieve and re-verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test002
	Small keys/medium data
	Put/get per key
	Dump file
	Close, reopen
	Dump file

	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and a fixed, medium length data string;
	retrieve each. After all are entered, retrieve all; compare output
	to original. Close file, reopen, do retrieve and re-verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test003
	Small keys/large data
	Put/get per key
	Dump file
	Close, reopen
	Dump file

	Take the source files and dbtest executable and enter their names
	as the key with their contents as data.  After all are entered,
	retrieve all; compare output to original. Close file, reopen, do
	retrieve and re-verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test004
	Small keys/medium data
	Put/get per key
	Sequential (cursor) get/delete

	Check that cursor operations work.  Create a database.
	Read through the database sequentially using cursors and
	delete each element.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test005
	Small keys/medium data
	Put/get per key
	Close, reopen
	Sequential (cursor) get/delete

	Check that cursor operations work.  Create a database; close
	it and reopen it.  Then read through the database sequentially
	using cursors and delete each element.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test006
	Small keys/medium data
	Put/get per key
	Keyed delete and verify

	Keyed delete test.
	Create database.
	Go through database, deleting all entries by key.
	Then do the same for unsorted and sorted dups.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test007
	Small keys/medium data
	Put/get per key
	Close, reopen
	Keyed delete

	Check that delete operations work.  Create a database; close
	database and reopen it.  Then issues delete by key for each
	entry.  (Test006 plus reopen)

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test008
	Small keys/large data
	Put/get per key
	Loop through keys by steps (which change)
	... delete each key at step
	... add each key back
	... change step
	Confirm that overflow pages are getting reused

	Take the source files and dbtest executable and enter their names as
	the key with their contents as data.  After all are entered, begin
	looping through the entries; deleting some pairs and then readding them.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test009
	Small keys/large data
	Same as test008; close and reopen database

	Check that we reuse overflow pages.  Create database with lots of
	big key/data pairs.  Go through and delete and add keys back
	randomly.  Then close the DB and make sure that we have everything
	we think we should.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test010
	Duplicate test
	Small key/data pairs.

	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and data; add duplicate records for each.
	After all are entered, retrieve all; verify output.
	Close file, reopen, do retrieve and re-verify.
	This does not work for recno

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test011
	Duplicate test
	Small key/data pairs.
	Test DB_KEYFIRST, DB_KEYLAST, DB_BEFORE and DB_AFTER.
	To test off-page duplicates, run with small pagesize.

	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and data; add duplicate records for each.
	Then do some key_first/key_last add_before, add_after operations.
	This does not work for recno

	To test if dups work when they fall off the main page, run this with
	a very tiny page size.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test012
	Large keys/small data
	Same as test003 except use big keys (source files and
	executables) and small data (the file/executable names).

	Take the source files and dbtest executable and enter their contents
	as the key with their names as data.  After all are entered, retrieve
	all; compare output to original. Close file, reopen, do retrieve and
	re-verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test013
	Partial put test
	Overwrite entire records using partial puts.
	Make sure that NOOVERWRITE flag works.

	1. Insert 10000 keys and retrieve them (equal key/data pairs).
	2. Attempt to overwrite keys with NO_OVERWRITE set (expect error).
	3. Actually overwrite each one with its datum reversed.

	No partial testing here.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test014
	Exercise partial puts on short data
	Run 5 combinations of numbers of characters to replace,
	and number of times to increase the size by.

	Partial put test, small data, replacing with same size.  The data set
	consists of the first nentries of the dictionary.  We will insert them
	(and retrieve them) as we do in test 1 (equal key/data pairs).  Then
	we'll try to perform partial puts of some characters at the beginning,
	some at the end, and some at the middle.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test015
	Partial put test
	Partial put test where the key does not initially exist.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test016
	Partial put test
	Partial put where the datum gets shorter as a result of the put.

	Partial put test where partial puts make the record smaller.
	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and a fixed, medium length data string;
	retrieve each. After all are entered, go back and do partial puts,
	replacing a random-length string with the key value.
	Then verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test017
	Basic offpage duplicate test.

	Run duplicates with small page size so that we test off page duplicates.
	Then after we have an off-page database, test with overflow pages too.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test018
	Offpage duplicate test
	Key_{first,last,before,after} offpage duplicates.
	Run duplicates with small page size so that we test off page
	duplicates.

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test019
	Partial get test.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test020
	In-Memory database tests.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test021
	Btree range tests.

	Use the first 10,000 entries from the dictionary.
	Insert each with self, reversed as key and self as data.
	After all are entered, retrieve each using a cursor SET_RANGE, and
	getting about 20 keys sequentially after it (in some cases we'll
	run out towards the end of the file).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test022
	Test of DB->getbyteswapped().

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test023
	Duplicate test
	Exercise deletes and cursor operations within a duplicate set.
	Add a key with duplicates (first time on-page, second time off-page)
	Number the dups.
	Delete dups and make sure that CURRENT/NEXT/PREV work correctly.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test024
	Record number retrieval test.
	Test the Btree and Record number get-by-number functionality.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test025
	DB_APPEND flag test.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test026
	Small keys/medium data w/duplicates
	Put/get per key.
	Loop through keys -- delete each key
	... test that cursors delete duplicates correctly

	Keyed delete test through cursor.  If ndups is small; this will
	test on-page dups; if it's large, it will test off-page dups.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test027
	Off-page duplicate test
	Test026 with parameters to force off-page duplicates.

	Check that delete operations work.  Create a database; close
	database and reopen it.  Then issues delete by key for each
	entry.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test028
	Cursor delete test
	Test put operations after deleting through a cursor.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test029
	Test the Btree and Record number renumbering.

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test030
	Test DB_NEXT_DUP Functionality.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test031
	Duplicate sorting functionality
	Make sure DB_NODUPDATA works.

	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and "ndups" duplicates
	For the data field, prepend random five-char strings (see test032)
	that we force the duplicate sorting code to do something.
	Along the way, test that we cannot insert duplicate duplicates
	using DB_NODUPDATA.

	By setting ndups large, we can make this an off-page test
	After all are entered, retrieve all; verify output.
	Close file, reopen, do retrieve and re-verify.
	This does not work for recno

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test032
	DB_GET_BOTH, DB_GET_BOTH_RANGE

	Use the first 10,000 entries from the dictionary.  Insert each with
	self as key and "ndups" duplicates.   For the data field, prepend the
	letters of the alphabet in a random order so we force the duplicate
	sorting code to do something.  By setting ndups large, we can make
	this an off-page test. By setting overflow to be 1, we can make
	this an overflow test.

	Test the DB_GET_BOTH functionality by retrieving each dup in the file
	explicitly.  Test the DB_GET_BOTH_RANGE functionality by retrieving
	the unique key prefix (cursor only).  Finally test the failure case.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test033
	DB_GET_BOTH without comparison function

	Use the first 10,000 entries from the dictionary.  Insert each with
	self as key and data; add duplicate records for each.  After all are
	entered, retrieve all and verify output using DB_GET_BOTH (on DB and
	DBC handles) and DB_GET_BOTH_RANGE (on a DBC handle) on existent and
	nonexistent keys.

	XXX
	This does not work for rbtree.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test034
	test032 with off-page or overflow case with non-duplicates
	and duplicates.

	DB_GET_BOTH, DB_GET_BOTH_RANGE functionality with off-page 
	or overflow case within non-duplicates and duplicates.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test035
	Test033 with off-page non-duplicates and duplicates
	DB_GET_BOTH functionality with off-page non-duplicates
	and duplicates.

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test036
	Test KEYFIRST and KEYLAST when the key doesn't exist
	Put nentries key/data pairs (from the dictionary) using a cursor
	and KEYFIRST and KEYLAST (this tests the case where use use cursor
	put for non-existent keys).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test037
	Test DB_RMW

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test038
	DB_GET_BOTH, DB_GET_BOTH_RANGE on deleted items

	Use the first 10,000 entries from the dictionary.  Insert each with
	self as key and "ndups" duplicates.  For the data field, prepend the
	letters of the alphabet in a random order so we force the duplicate
	sorting code to do something.  By setting ndups large, we can make
	this an off-page test

	Test the DB_GET_BOTH and DB_GET_BOTH_RANGE functionality by retrieving
	each dup in the file explicitly.  Then remove each duplicate and try
	the retrieval again.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test039
	DB_GET_BOTH/DB_GET_BOTH_RANGE on deleted items without comparison
	function.

	Use the first 10,000 entries from the dictionary.  Insert each with
	self as key and "ndups" duplicates.  For the data field, prepend the
	letters of the alphabet in a random order so we force the duplicate
	sorting code to do something.  By setting ndups large, we can make
	this an off-page test.

	Test the DB_GET_BOTH and DB_GET_BOTH_RANGE functionality by retrieving
	each dup in the file explicitly.  Then remove each duplicate and try
	the retrieval again.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test040
	Test038 with off-page duplicates
	DB_GET_BOTH functionality with off-page duplicates.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test041
	Test039 with off-page duplicates
	DB_GET_BOTH functionality with off-page duplicates.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test042
	Concurrent Data Store test (CDB)

	Multiprocess DB test; verify that locking is working for the
	concurrent access method product.

	Use the first "nentries" words from the dictionary.  Insert each with
	self as key and a fixed, medium length data string.  Then fire off
	multiple processes that bang on the database.  Each one should try to
	read and write random keys.  When they rewrite, they'll append their
	pid to the data string (sometimes doing a rewrite sometimes doing a
	partial put).  Some will use cursors to traverse through a few keys
	before finding one to write.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test043
	Recno renumbering and implicit creation test
	Test the Record number implicit creation and renumbering options.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test044
	Small system integration tests
	Test proper functioning of the checkpoint daemon,
	recovery, transactions, etc.

	System integration DB test: verify that locking, recovery, checkpoint,
	and all the other utilities basically work.

	The test consists of $nprocs processes operating on $nfiles files.  A
	transaction consists of adding the same key/data pair to some random
	number of these files.  We generate a bimodal distribution in key size
	with 70% of the keys being small (1-10 characters) and the remaining
	30% of the keys being large (uniform distribution about mean $key_avg).
	If we generate a key, we first check to make sure that the key is not
	already in the dataset.  If it is, we do a lookup.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test045
	Small random tester
	Runs a number of random add/delete/retrieve operations.
	Tests both successful conditions and error conditions.

	Run the random db tester on the specified access method.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test046
	Overwrite test of small/big key/data with cursor checks.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test047
	DBcursor->c_get get test with SET_RANGE option.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test048
	Cursor stability across Btree splits.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test049
	Cursor operations on uninitialized cursors.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test050
	Overwrite test of small/big key/data with cursor checks for Recno.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test051
	Fixed-length record Recno test.
	0. Test various flags (legal and illegal) to open
	1. Test partial puts where dlen != size (should fail)
	2. Partial puts for existent record -- replaces at beg, mid, and
	end of record, as well as full replace

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test052
	Renumbering record Recno test.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test053
	Test of the DB_REVSPLITOFF flag in the Btree and Btree-w-recnum
	methods.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test054
	Cursor maintenance during key/data deletion.

	This test checks for cursor maintenance in the presence of deletes.
	There are N different scenarios to tests:
	1. No duplicates.  Cursor A deletes a key, do a  GET for the key.
	2. No duplicates.  Cursor is positioned right before key K, Delete K,
	do a next on the cursor.
	3. No duplicates.  Cursor is positioned on key K, do a regular delete
	of K, do a current get on K.
	4. Repeat 3 but do a next instead of current.
	5. Duplicates. Cursor A is on the first item of a duplicate set, A
	does a delete.  Then we do a non-cursor get.
	6. Duplicates.  Cursor A is in a duplicate set and deletes the item.
	do a delete of the entire Key. Test cursor current.
	7. Continue last test and try cursor next.
	8. Duplicates.  Cursor A is in a duplicate set and deletes the item.
	Cursor B is in the same duplicate set and deletes a different item.
	Verify that the cursor is in the right place.
	9. Cursors A and B are in the place in the same duplicate set.  A
	deletes its item.  Do current on B.
	10. Continue 8 and do a next on B.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test055
	Basic cursor operations.
	This test checks basic cursor operations.
	There are N different scenarios to tests:
	1. (no dups) Set cursor, retrieve current.
	2. (no dups) Set cursor, retrieve next.
	3. (no dups) Set cursor, retrieve prev.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test056
	Cursor maintenance during deletes.
	Check if deleting a key when a cursor is on a duplicate of that
	key works.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test057
	Cursor maintenance during key deletes.
	1.  Delete a key with a cursor.  Add the key back with a regular
	put.  Make sure the cursor can't get the new item.
	2.  Put two cursors on one item.  Delete through one cursor,
	check that the other sees the change.
	3.  Same as 2, with the two cursors on a duplicate.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test058
	Verify that deleting and reading duplicates results in correct ordering.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test059
	Cursor ops work with a partial length of 0.
	Make sure that we handle retrieves of zero-length data items correctly.
	The following ops, should allow a partial data retrieve of 0-length.
	db_get
	db_cget FIRST, NEXT, LAST, PREV, CURRENT, SET, SET_RANGE

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test060
	Test of the DB_EXCL flag to DB->open().
	1) Attempt to open and create a nonexistent database; verify success.
	2) Attempt to reopen it;  verify failure.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test061
	Test of txn abort and commit for in-memory databases.
	a) Put + abort: verify absence of data
	b) Put + commit: verify presence of data
	c) Overwrite + abort: verify that data is unchanged
	d) Overwrite + commit: verify that data has changed
	e) Delete + abort: verify that data is still present
	f) Delete + commit: verify that data has been deleted

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test062
	Test of partial puts (using DB_CURRENT) onto duplicate pages.
	Insert the first 200 words into the dictionary 200 times each with
	self as key and <random letter>:self as data.  Use partial puts to
	append self again to data;  verify correctness.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test063
	Test of the DB_RDONLY flag to DB->open
	Attempt to both DB->put and DBC->c_put into a database
	that has been opened DB_RDONLY, and check for failure.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test064
	Test of DB->get_type
	Create a database of type specified by method.
	Make sure DB->get_type returns the right thing with both a normal
	and DB_UNKNOWN open.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test065
	Test of DB->stat, both -DB_FAST_STAT and row
	counts with DB->stat -txn.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test066
	Test of cursor overwrites of DB_CURRENT w/ duplicates.

	Make sure a cursor put to DB_CURRENT acts as an overwrite in a
	database with duplicates.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test067
	Test of DB_CURRENT partial puts onto almost empty duplicate
	pages, with and without DB_DUP_SORT.

	Test of DB_CURRENT partial puts on almost-empty duplicate pages.
	This test was written to address the following issue, #2 in the
	list of issues relating to bug #0820:

	2. DBcursor->put, DB_CURRENT flag, off-page duplicates, hash and btree:
	In Btree, the DB_CURRENT overwrite of off-page duplicate records
	first deletes the record and then puts the new one -- this could
	be a problem if the removal of the record causes a reverse split.
	Suggested solution is to acquire a cursor to lock down the current
	record, put a new record after that record, and then delete using
	the held cursor.

	It also tests the following, #5 in the same list of issues:
	5. DBcursor->put, DB_AFTER/DB_BEFORE/DB_CURRENT flags, DB_DBT_PARTIAL
	set, duplicate comparison routine specified.
	The partial change does not change how data items sort, but the
	record to be put isn't built yet, and that record supplied is the
	one that's checked for ordering compatibility.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test068
	Test of DB_BEFORE and DB_AFTER with partial puts.
	Make sure DB_BEFORE and DB_AFTER work properly with partial puts, and
	check that they return EINVAL if DB_DUPSORT is set or if DB_DUP is not.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test069
	Test of DB_CURRENT partial puts without duplicates-- test067 w/
	small ndups to ensure that partial puts to DB_CURRENT work
	correctly in the absence of duplicate pages.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test070
	Test of DB_CONSUME (Four consumers, 1000 items.)

	Fork off six processes, four consumers and two producers.
	The producers will each put 20000 records into a queue;
	the consumers will each get 10000.
	Then, verify that no record was lost or retrieved twice.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test071
	Test of DB_CONSUME (One consumer, 10000 items.)
	This is DB Test 70, with one consumer, one producers, and 10000 items.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test072
	Test of cursor stability when duplicates are moved off-page.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test073
	Test of cursor stability on duplicate pages.

	Does the following:
	a. Initialize things by DB->putting ndups dups and
	setting a reference cursor to point to each.
	b. c_put ndups dups (and correspondingly expanding
	the set of reference cursors) after the last one, making sure
	after each step that all the reference cursors still point to
	the right item.
	c. Ditto, but before the first one.
	d. Ditto, but after each one in sequence first to last.
	e. Ditto, but after each one in sequence from last to first.
	occur relative to the new datum)
	f. Ditto for the two sequence tests, only doing a
	DBC->c_put(DB_CURRENT) of a larger datum instead of adding a
	new one.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test074
	Test of DB_NEXT_NODUP.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test076
	Test creation of many small databases in a single environment. [#1528].

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test077
	Test of DB_GET_RECNO [#1206].

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test078
	Test of DBC->c_count(). [#303]

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test079
	Test of deletes in large trees.  (test006 w/ sm. pagesize).

	Check that delete operations work in large btrees.  10000 entries
	and a pagesize of 512 push this out to a four-level btree, with a
	small fraction of the entries going on overflow pages.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test081
	Test off-page duplicates and overflow pages together with
	very large keys (key/data as file contents).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test082
	Test of DB_PREV_NODUP (uses test074).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test083
	Test of DB->key_range.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test084
	Basic sanity test (test001) with large (64K) pages.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test085
	Test of cursor behavior when a cursor is pointing to a deleted
	btree key which then has duplicates added. [#2473]

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test086
	Test of cursor stability across btree splits/rsplits with
	subtransaction aborts (a variant of test048).  [#2373]

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test087
	Test of cursor stability when converting to and modifying
	off-page duplicate pages with subtransaction aborts. [#2373]

	Does the following:
	a. Initialize things by DB->putting ndups dups and
	setting a reference cursor to point to each.  Do each put twice,
	first aborting, then committing, so we're sure to abort the move
	to off-page dups at some point.
	b. c_put ndups dups (and correspondingly expanding
	the set of reference cursors) after the last one, making sure
	after each step that all the reference cursors still point to
	the right item.
	c. Ditto, but before the first one.
	d. Ditto, but after each one in sequence first to last.
	e. Ditto, but after each one in sequence from last to first.
	occur relative to the new datum)
	f. Ditto for the two sequence tests, only doing a
	DBC->c_put(DB_CURRENT) of a larger datum instead of adding a
	new one.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test088
	Test of cursor stability across btree splits with very
	deep trees (a variant of test048). [#2514]

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test089
	Concurrent Data Store test (CDB)

	Enhanced CDB testing to test off-page dups, cursor dups and
	cursor operations like c_del then c_get.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test090
	Test for functionality near the end of the queue using test001.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test091
	Test of DB_CONSUME_WAIT.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test092
	Test of DB_DIRTY_READ [#3395]

	We set up a database with nentries in it.  We then open the
	database read-only twice.  One with dirty reads and one without.
	We open the database for writing and update some entries in it.
	Then read those new entries via db->get (clean and dirty), and
	via cursors (clean and dirty).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test093
	Test set_bt_compare (btree key comparison function) and
	set_h_compare (hash key comparison function).

	Open a database with a comparison function specified,
	populate, and close, saving a list with that key order as
	we do so.  Reopen and read in the keys, saving in another
	list; the keys should be in the order specified by the
	comparison function.  Sort the original saved list of keys
	using the comparison function, and verify that it matches
	the keys as read out of the database.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test094
	Test using set_dup_compare.

	Use the first 10,000 entries from the dictionary.
	Insert each with self as key and data; retrieve each.
	After all are entered, retrieve all; compare output to original.
	Close file, reopen, do retrieve and re-verify.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test095
	Bulk get test for methods supporting dups. [#2934]

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test096
	Db->truncate test.
	For all methods:
	Test that truncate empties an existing database.
	Test that truncate-write in an aborted txn doesn't
	change the original contents.
	Test that truncate-write in a committed txn does
	overwrite the original contents.
	For btree and hash, do the same in a database with offpage dups.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test097
	Open up a large set of database files simultaneously.
	Adjust for local file descriptor resource limits.
	Then use the first 1000 entries from the dictionary.
	Insert each with self as key and a fixed, medium length data string;
	retrieve each. After all are entered, retrieve all; compare output
	to original.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test098
	Test of DB_GET_RECNO and secondary indices.  Open a primary and
	a secondary, and do a normal cursor get followed by a get_recno.
	(This is a smoke test for "Bug #1" in [#5811].)

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test099

	Test of DB->get and DBC->c_get with set_recno and get_recno.

	Populate a small btree -recnum database.
	After all are entered, retrieve each using -recno with DB->get.
	Open a cursor and do the same for DBC->c_get with set_recno.
	Verify that set_recno sets the record number position properly.
	Verify that get_recno returns the correct record numbers.

	Using the same database, open 3 cursors and position one at
	the beginning, one in the middle, and one at the end.  Delete
	by cursor and check that record renumbering is done properly.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test100
	Test for functionality near the end of the queue
	using test025 (DB_APPEND).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test101
	Test for functionality near the end of the queue
	using test070 (DB_CONSUME).

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test102
	Bulk get test for record-based methods. [#2934]

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test103
	Test bulk get when record numbers wrap around.

	Load database with items starting before and ending after
	the record number wrap around point.  Run bulk gets (-multi_key)
	with various buffer sizes and verify the contents returned match
	the results from a regular cursor get.

	Then delete items to create a sparse database and make sure it
	still works.  Test both -multi and -multi_key since they behave
	differently.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test106




=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test107
	Test of read-committed (degree 2 isolation). [#8689]

	We set up a database.  Open a read-committed transactional cursor and
	a regular transactional cursor on it. Position each cursor on one page,
	and do a put to a different page.

	Make sure that:
	- the put succeeds if we are using degree 2 isolation.
	- the put deadlocks within a regular transaction with
	a regular cursor.


=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test109

	Test of sequences.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test110
	Partial get test with duplicates.

	For hash and btree, create and populate a database
	with dups. Randomly selecting offset and length,
	retrieve data from each record and make sure we
	get what we expect.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test111
	Test database compaction.

	Populate a database.  Remove a high proportion of entries.
	Dump and save contents.  Compact the database, dump again,
	and make sure we still have the same contents.
	Add back some entries, delete more entries (this time by
	cursor), dump, compact, and do the before/after check again.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test112
	Test database compaction with a deep tree.

	This is a lot like test111, but with a large number of
	entries and a small page size to make the tree deep.
	To make it simple we use numerical keys all the time.

	Dump and save contents.  Compact the database, dump again,
	and make sure we still have the same contents.
	Add back some entries, delete more entries (this time by
	cursor), dump, compact, and do the before/after check again.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test113
	Test database compaction with duplicates.

	This is essentially test111 with duplicates.
	To make it simple we use numerical keys all the time.

	Dump and save contents.  Compact the database, dump again,
	and make sure we still have the same contents.
	Add back some entries, delete more entries (this time by
	cursor), dump, compact, and do the before/after check again.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test114
	Test database compaction with overflows.

	Populate a database.  Remove a high proportion of entries.
	Dump and save contents.  Compact the database, dump again,
	and make sure we still have the same contents.
	Add back some entries, delete more entries (this time by
	cursor), dump, compact, and do the before/after check again.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test115
	Test database compaction with user-specified btree sort.

	This is essentially test111 with the user-specified sort.
	Populate a database.  Remove a high proportion of entries.
	Dump and save contents.  Compact the database, dump again,
	and make sure we still have the same contents.
	Add back some entries, delete more entries (this time by
	cursor), dump, compact, and do the before/after check again.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test116
	Test of basic functionality of lsn_reset.

	Create a database in an env.  Copy it to a new file within
	the same env.  Reset the page LSNs.

=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
test117
	Test database compaction with requested fill percent.

	Populate a database.  Remove a high proportion of entries.
	Dump and save contents.  Compact the database, requesting
	fill percentages starting at 10% and working our way up to
	100.  On each cycle, make sure we still have the same contents.

	Unlike the other compaction tests, this one does not
	use -freespace.

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test119
	Test behavior when Berkeley DB returns DB_BUFFER_SMALL on a cursor.

	If the user-supplied buffer is not large enough to contain
	the returned value, DB returns BUFFER_SMALL.  If it does,
	check that the cursor does not move -- if it moves, it will
	skip items. [#13815]

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test120
	Test of multi-version concurrency control.

	Test basic functionality: a snapshot transaction started
	before a regular transaction's put can't see the modification.
	A snapshot transaction started after the put can see it.

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test121
	Tests of multi-version concurrency control.

	MVCC and cursor adjustment.
	Set up a -snapshot cursor and position it in the middle
	of a database.
	Write to the database, both before and after the cursor,
	and verify that it stays on the same position.

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test122
	Tests of multi-version concurrency control.

	MVCC and databases that turn multi-version on and off.

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test123
	Concurrent Data Store cdsgroup smoke test.

	Open a CDS env with -cdb_alldb.
	Start a "txn" with -cdsgroup.
	Create two databases in the env, do a cursor put 
	in both within the same txn.  This should succeed.  

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test124

	Test db->verify with noorderchk and orderchkonly flags.

	Create a db with a non-standard sort order.  Check that 
	it fails a regular verify and succeeds with -noorderchk.
	Do a similar test with a db containing subdbs, one with
	the standard order and another with non-standard.

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test125
	Test cursor comparison API.

	The cursor comparison API reports whether two cursors within
	the same database are at the same position.  It does not report
	any information about relative position.

	1. Test two uninitialized cursors (error).
	2. Test one uninitialized cursor, one initialized (error). 
	3. Test two cursors in different databases (error).
	4. Put two cursors in the same place, test for match.  Walk
	them back and forth a bit, more matching. 
	5. Two cursors in the same spot.  Delete through one.  

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test126
	Test database bulk update for non-duplicate databases.

	Put with -multiple, then with -multiple_key,
	and make sure the items in database are what we put.
	Later, delete some items with -multiple, then with -multiple_key,
	and make sure if the correct items are deleted.

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test127
	Test database bulk update.

	This is essentially test126 with duplicates.
	To make it simple we use numerical keys all the time.

	Put with -multiple, then with -multiple_key,
	and make sure the items in database are what we want.
	Later, delete some items with -multiple, then with -multiple_key,
	and make sure if the correct items are deleted.

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test128
	Test database bulk update for non-duplicate databases, with different
	configurations.

	This is essentially test126 with the following configurations:
	* sub database.
	* secondary database.
	* bulk buffer pre-sort.

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test129
	Test database bulk update for duplicate database, with different
	configurations.

	This is essentially test127 with the following configurations:
	* sub database.
	* bulk buffer pre-sort.

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test130
	Test moving of subdatabase metadata pages.

	Populate num_db sub-database. Open multiple handles on each.
	Remove a high proportion of entries.
	Dump and save contents.  Compact the database, dump again,
	and make sure we still have the same contents.
	Make sure handles and cursors still work after compaction.

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test131
	Test foreign database operations.
	Create a foreign db, and put some records into it.
	Then associate the foreign db with a secondary db, and
	put records into the primary db.
	Do operations in the foreign db and check results.
	Finally, verify the foreign relation between the foreign db 
	and secondary db.
	Here, we test three different foreign delete constraints:
	- DB_FOREIGN_ABORT
	- DB_FOREIGN_CASCADE
	- DB_FOREIGN_NULLIFY

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test132
	Test foreign database operations on sub databases and 
	in-memory databases.

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test133
	Test Cursor Cleanup.
	Open a primary database and a secondary database,
	then open 3 cursors on the secondary database, and
	point them at the first item.
	Do the following operations in loops:
	* The 1st cursor will delete the current item.
	* The 2nd cursor will also try to delete the current item.
	* Move all the 3 cursors to get the next item and check the returns.
	Finally, move the 3rd cursor once.

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test134
	Test cursor cleanup for sub databases.

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test135
	Test operations on similar overflow records. [#20329]
	Open 3 kinds of databases: one is not dup, and one is dup-unsorted
	while another one is dup-sorted.
	Then we put some similar but not identical overflow records into 
	these databases. 
	Also, we try to remove some records from these databases.
	We'll verify the records after put and after deletion.
	Here is how we define the 'similar overflow' in this test:
	* Both the key.size and data.size are not small than DB's pagesize:
	The key.size is around 2*pagesize and data.size equals to pagesize.
	* The keys are of same length, and they only differ in a small piece.
	The location of difference could be in the start/middle/end.
	* For dup databases, the dup datas have same rule as the key rule
	mentioned above.

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test136
	Test operations on similar overflow records. [#20329]
	Here, we use subdatabases.

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test137
	Test Automatic Resource Management. [#16188][#20281]
	Open an environment, and open a database in it.
	Do some operations in the database, including:
	insert, dump, delete
	Close the environment without closing the database.
	Re-open the database and verify the records are the ones we expected.

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test138
	Test Automatic Resource Management. [#16188][#20281]
	Here, we test the following cases:
	Non-encrypt for cds
	Non-encrypt for tds
	Encrypt for ds
	Encrypt for cds
	Encrypt for tds

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test139

	Verify an open database.
	Create and populate a database, leave open, and run 
	db->verify. 
	Delete half the data, verify, compact, verify again. 

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test140
	Test expansion and contraction of hash chains with
	deletion, compaction, and recovery.

	On each cycle, populate a database to create reasonably
	long hash chains, say 8 - 10 entries.  Delete some 
	entries, check for consistency, compact, and check 
	for consistency again.  We both commit and abort the 
	compact, and in the case of the abort, compare 
	the recovered database to the pre-compact database.

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test141
	Test moving a large part of a hash table to a continguous
	block of free pages.

	Create a database with a btree and a hash subdb.  Remove
	all the data from the first (btree) db and then compact
	to cause the hash db to get moved. 

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test142
	Tests exclusive database handles.
	1. Test that exclusive database handles return an error in incompatible 
	environments.
	2. Test that an exclusive subdatabase handle does not block opening a 
	handle on another database in the same file.
	3. Run script tests on a subdatabase with both wait and no wait 
	configuration.
	4. Run script tests on a database with both wait and no wait 
	configuration.

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txn001
	Begin, commit, abort testing.

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txn002
	Verify that  read-only transactions do not write log records.

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txn003
	Test abort/commit/prepare of txns with outstanding child txns.

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txn004
	Test of wraparound txnids (txn001)

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txn005
	Test transaction ID wraparound and recovery.

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txn008
	Test of wraparound txnids (txn002)

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txn009
	Test of wraparound txnids (txn003)

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txn010
	Test DB_ENV->txn_checkpoint arguments/flags

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txn011
	Test durable and non-durable txns.
	Test a mixed env (with both durable and non-durable
	dbs), then a purely non-durable env.  Make sure commit
	and abort work, and that only the log records we
	expect are written.
	Test that we can't get a durable handle on an open ND
	database, or vice versa.  Test that all subdb's
	must be of the same type (D or ND).

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txn012
	Test txn->getname and txn->setname.

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txn013
	Test of txns used in the wrong environment.
	Set up two envs.  Start a txn in one env, and attempt to use it
	in the other env.  Verify we get the appropriate error message.

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txn014
	Test of parent and child txns working on the same database.
	A txn that will become a parent create a database.
	A txn that will not become a parent creates another database.
	Start a child txn of the 1st txn.
	Verify that the parent txn is disabled while child is open.
	1. Child reads contents with child handle (should succeed).
	2. Child reads contents with parent handle (should succeed).
	Verify that the non-parent txn can read from its database,
	and that the child txn cannot.
	Return to the child txn.
	3. Child writes with child handle (should succeed).
	4. Child writes with parent handle (should succeed).

	Commit the child, verify that the parent can write again.
	Check contents of database with a second child.