postgresql/src/pl/plperl/plperl.control

# plperl extension
comment = 'PL/Perl procedural language'
default_version = '1.0'
module_pathname = '$libdir/plperl'
relocatable = false
schema = pg_catalog
superuser = true
trusted = true
Create extension infrastructure for the core procedural languages. This mostly just involves creating control, install, and update-from-unpackaged scripts for them. However, I had to adjust plperl and plpython to not share the same support functions between variants, because we can't put the same function into multiple extensions. catversion bump forced due to new contents of pg_pltemplate, and because initdb now installs plpgsql as an extension not a bare language. Add support for regression testing these as extensions not bare languages. Fix a couple of other issues that popped up while testing this: my initial hack at pg_dump binary-upgrade support didn't work right, and we don't want an extra schema permissions test after all. Documentation changes still to come, but I'm committing now to see whether the MSVC build scripts need work (likely they do). 2011-03-05 03:51:14 +01:00			`# plperl extension`
			`comment = 'PL/Perl procedural language'`
			`default_version = '1.0'`
			`module_pathname = '$libdir/plperl'`
			`relocatable = false`
			`schema = pg_catalog`
Invent "trusted" extensions, and remove the pg_pltemplate catalog. This patch creates a new extension property, "trusted". An extension that's marked that way in its control file can be installed by a non-superuser who has the CREATE privilege on the current database, even if the extension contains objects that normally would have to be created by a superuser. The objects within the extension will (by default) be owned by the bootstrap superuser, but the extension itself will be owned by the calling user. This allows replicating the old behavior around trusted procedural languages, without all the special-case logic in CREATE LANGUAGE. We have, however, chosen to loosen the rules slightly: formerly, only a database owner could take advantage of the special case that allowed installation of a trusted language, but now anyone who has CREATE privilege can do so. Having done that, we can delete the pg_pltemplate catalog, moving the knowledge it contained into the extension script files for the various PLs. This ends up being no change at all for the in-core PLs, but it is a large step forward for external PLs: they can now have the same ease of installation as core PLs do. The old "trusted PL" behavior was only available to PLs that had entries in pg_pltemplate, but now any extension can be marked trusted if appropriate. This also removes one of the stumbling blocks for our Python 2 -> 3 migration, since the association of "plpythonu" with Python 2 is no longer hard-wired into pg_pltemplate's initial contents. Exactly where we go from here on that front remains to be settled, but one problem is fixed. Patch by me, reviewed by Peter Eisentraut, Stephen Frost, and others. Discussion: https://postgr.es/m/5889.1566415762@sss.pgh.pa.us 2020-01-30 00:42:43 +01:00			`superuser = true`
			`trusted = true`