###########################################
## Environment and miscellaneous
###########################################

appl_type TDS

## Number of iterations
cache_warm_iter 0
total_iter 1000000
set_parameter je.lock.oldLockExceptions true

set_parameter je.cleaner.expunge false 

###########################################
## Database files and access methods
###########################################
file 0 {
	file_name testdb
	file_method btree

	data_source random

	data_length_dists {
		## Uniform distribution from 9 to 400
		## 	%	type	param1	param2
#		dist	100	U	9	400
		dist	100	U	10	10
	}

	key_group 0 {
#		key_size 3
#		key_chars_per_slot 26 26 26
		key_size 5
		key_count 300
	}
}

file 1 {
     file_name referencedb
     file_copy 0
     file_contents 0
     file_method btree
     verify_func compare_contents 0
}

txn_type 0 {
	## Use the same key and data for both operations.
	txn_type_special same_key
	txn_type_special same_data
	txn_type_special no_transaction
	add 0
}

txn_type 1 {
	## Use the same key and data for both operations.
	txn_type_special same_key
	txn_type_special same_data
	txn_type_special no_transaction
	read_existing 0
	del 0
}

txn_type 2 {
	## Use the same key and data for both operations.
	txn_type_special same_key
	txn_type_special same_data
	txn_type_special no_transaction
	add 0
	del 0
}

txn_type 3 {
	## Use the same key and data for both operations.
	txn_type_special same_key
	txn_type_special same_data
	txn_type_special no_transaction
	read_existing 0
	del 0
	add 0
}

txn_type 4 {
	## Use the same key and data for both operations.
	txn_type_special same_key
	txn_type_special same_data
	txn_type_special no_transaction
	add 0
	add 1
}

txn_type 5 {
	## Use the same key and data for both operations.
	txn_type_special same_key
	txn_type_special same_data
	txn_type_special no_transaction
	read_existing 0
	del 0
	del 1
}

###########################################
## Threads
###########################################
SET threads_per_group RANGE {1 2}
thread_type 0 {
	thread_count $threads_per_group
	abort_freq 100
#	timeout 5000000 5000000

	## Each transaction type is chosen with nearly equal frequency.
	## 		weight	txn_type
	txn_type	25	0
	txn_type	25	1
	txn_type	25	2
	txn_type	25	3

	## Perform up to 30 transaction types per actual transaction.
	txn_size_dists {
		dist	100	U	1	30
	}
}

thread_type 1 {
	thread_count $threads_per_group
	abort_freq 0
#	timeout 5000000 5000000

	## Each transaction type is chosen with nearly equal frequency.
	## 		weight	txn_type
	txn_type	50	4
	txn_type	50	5

	## Perform up to 30 transaction types per actual transaction.
	txn_size_dists {
		dist	100	U	1	10
	}
}