Some grammar cleanup for ./src/test/isolation/README is attached.
Josh
diff --git a/src/test/isolation/README b/src/test/isolation/README
index ee94081..087ac27 100644
*** a/src/test/isolation/README
--- b/src/test/isolation/README
*************** Isolation tests
*** 4,10 ****
===============
This directory contains a set of tests for the serializable isolation level.
! Testing isolation requires running multiple overlapping transactions, so
which requires multiple concurrent connections, and can't therefore be
tested using the normal pg_regress program.
--- 4,10 ----
===============
This directory contains a set of tests for the serializable isolation level.
! Testing isolation requires running multiple overlapping transactions,
which requires multiple concurrent connections, and can't therefore be
tested using the normal pg_regress program.
*************** file with a custom syntax, described in
*** 13,22 ****
isolationtester is program that uses libpq to open multiple connections,
and executes a test specified by a spec file. A libpq connection string
! to specify the server and database to connect to, the defaults derived from
environment variables are used otherwise.
! pg_isolation_regress is a tool identical to pg_regress, but instead of using
psql to execute a test, it uses isolationtester.
To run the tests, you need to have a server up and running. Run
--- 13,22 ----
isolationtester is program that uses libpq to open multiple connections,
and executes a test specified by a spec file. A libpq connection string
! specifies the server and database to connect to; defaults derived from
environment variables are used otherwise.
! pg_isolation_regress is a tool similar to pg_regress, but instead of using
psql to execute a test, it uses isolationtester.
To run the tests, you need to have a server up and running. Run
*************** session "<name>"
*** 58,64 ****
permutation "<step name>" ...
! A permutation line specifies a list of steps that are ran in that order.
If no permutation lines are given, the test program automatically generates
all possible overlapping orderings of the given sessions.
--- 58,64 ----
permutation "<step name>" ...
! A permutation line specifies a list of steps that are run in that order.
If no permutation lines are given, the test program automatically generates
all possible overlapping orderings of the given sessions.
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