RUN: mkdir %T/Inputs
RUN: cp %p/Inputs/fat-test.* %T/Inputs
RUN: llvm-dsymutil -verbose -no-output %T/Inputs/fat-test.dylib -oso-prepend-path %T | FileCheck %s

This test doesn't produce any filesytstem output, we just look at the verbose
log output.

For each arch in the binary, check that we emit the right triple with the right
file and the right symbol inside it (each slice has a different symbol, so that
means that the logic is looking at the right file slice too).

After the link of each architecture, check that lipo is correctly invoked to
generate the fat output binary.

CHECK: triple:          'x86_64-apple-darwin'
CHECK:   - filename:        {{'?}}[[INPUTS_PATH:.*]]fat-test.o
CHECK:   DW_AT_name{{.*}} "x86_64_var"

CHECK: triple:          'i386-apple-darwin'
CHECK:   - filename:        {{'?}}[[INPUTS_PATH]]fat-test.o
CHECK:   DW_AT_name{{.*}} "i386_var"

CHECK: triple:          'x86_64h-apple-darwin'
CHECK:   - filename:        {{'?}}[[INPUTS_PATH]]fat-test.o
CHECK:   DW_AT_name{{.*}} "x86_64h_var"

CHECK: Running lipo
CHECK-NEXT: lipo -create
CHECK-SAME: [[INPUTS_PATH]]fat-test.dylib.tmp{{......}}.dwarf
CHECK-SAME: [[INPUTS_PATH]]fat-test.dylib.tmp{{......}}.dwarf
CHECK-SAME: [[INPUTS_PATH]]fat-test.dylib.tmp{{......}}.dwarf
CHECK-SAME: -segalign x86_64 20 -segalign i386 20 -segalign x86_64h 20
CHECK-SAME: -output [[INPUTS_PATH]]fat-test.dylib.dwarf