Delete package cmo test with -experimental-skip-deserialization-checks-for-package-cmo

SIL verification is stricter and in some cases enabled in release build of the compiler as well
with -enable-ossa-modules. This test with -experimental-skip-deserialization-checks-for-package-cmo
previously passed even though there were SIL instructions like strong_retain/strong_release on a
trivial type. Disable this instance since SIL verification triggers copy_value etc on a trivial type.

Author: meg-gupta

test/SILOptimizer/package-cmo-disallow-bypass-resilience-on-deserialization-fail.swift

@@ -31,16 +31,6 @@
 // RUN: 2>&1 | %FileCheck %s --check-prefix=CHECK
 // CHECK-DAG: error: cannot bypass resilience due to member deserialization failure while attempting to access missing member of 'PkgStructA' in module 'MyCore' from module 'MyCore'
 
-/// Build a swift module that depends on Core without `INCLUDE_FOO` but
-/// opt out of deserialization checks; it builds even though deserialization failed.
-// RUN: %target-build-swift-dylib(%t/artifacts/SwiftBuilds/%target-library-name(MyUIA)) %t/src/UIA.swift \
-// RUN: -module-name MyUIA -emit-module -package-name pkg \
-// RUN: -enable-library-evolution -O -wmo \
-// RUN: -Xfrontend -experimental-skip-deserialization-checks-for-package-cmo \
-// RUN: -I %t/artifacts/SwiftBuilds -L %t/artifacts/SwiftBuilds \
-// RUN: -I %t/artifacts/ObjcBuilds -L %t/artifacts/ObjcBuilds \
-// RUN: -lMyCore -lObjCAPI -Rmodule-loading
-
 /// Build another swift module that depends on Core; since FooObjc is not referenced
 /// in the call chain, there's no deserialization failure, and bypassing resilience is allowed.
 // RUN: %target-build-swift-dylib(%t/artifacts/SwiftBuilds/%target-library-name(MyUIB)) %t/src/UIB.swift \