@@ -19,7 +19,7 @@ const failPoint = {
1919
2020const POOL_SIZE = 100 ;
2121
22- async function runTaskGroup ( collection : Collection , count : 10 | 100 | 500 ) {
22+ async function runTaskGroup ( collection : Collection , count : 10 | 100 ) {
2323 for ( let i = 0 ; i < count ; ++ i ) {
2424 await collection . findOne ( { } ) ;
2525 }
@@ -147,19 +147,13 @@ describe('operationCount-based Selection Within Latency Window - Prose Test', fu
147147 it ( 'equally distributes operations with both hosts are fine' , TEST_METADATA , async function ( ) {
148148 const collection = client . db ( 'test-db' ) . collection ( 'collection0' ) ;
149149
150- const numberTaskGroups = 10 ;
151- const numberOfTasks = 500 ;
152- const totalNumberOfTasks = numberTaskGroups * numberOfTasks ;
153-
154150 // Step 8: Start 10 concurrent threads / tasks that each run 100 findOne operations with empty filters using that client.
155- await Promise . all (
156- Array . from ( { length : numberTaskGroups } , ( ) => runTaskGroup ( collection , numberOfTasks ) )
157- ) ;
151+ await Promise . all ( Array . from ( { length : 10 } , ( ) => runTaskGroup ( collection , 100 ) ) ) ;
158152
159153 // Step 9: Using command monitoring events, assert that each mongos was selected roughly 50% of the time (within +/- 10%).
160154 const [ host1 , host2 ] = seeds . map ( seed => seed . split ( ':' ) [ 1 ] ) ;
161- const percentageToHost1 = ( counts [ host1 ] / totalNumberOfTasks ) * 100 ;
162- const percentageToHost2 = ( counts [ host2 ] / totalNumberOfTasks ) * 100 ;
155+ const percentageToHost1 = ( counts [ host1 ] / 1000 ) * 100 ;
156+ const percentageToHost2 = ( counts [ host2 ] / 1000 ) * 100 ;
163157 expect ( percentageToHost1 ) . to . be . greaterThan ( 40 ) . and . lessThan ( 60 ) ;
164158 expect ( percentageToHost2 ) . to . be . greaterThan ( 40 ) . and . lessThan ( 60 ) ;
165159 } ) ;
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