# # Test x930509a -- correct assembly of differences involving forward # references. # proc do_930509a_tic4x {} { set testname "difference between forward references (tic4x version)" set x 0 gas_start "../all/x930509.s" "-al" while 1 { # We need to accomodate both byte orders here. # If ".long" means an 8-byte value on some target someday, this test will have # to be fixed. expect { -re "^ +1 .... 00 ?00 ?00 ?00" { fail $testname; set x 1 } -re "^ +1 .... 01 ?00 ?00 ?00" { pass $testname; set x 1 } -re "^ +1 .... 00 ?00 ?00 ?01" { pass $testname; set x 1 } -re "\[^\n\]*\n" { } timeout { perror "timeout\n"; break } eof { break } } } gas_finish if !$x then { fail $testname } } # # TI TMS320C4X tests. # if [istarget *c4x*-*-*] then { do_930509a_tic4x # Test zero-based disassemble test run_dump_test "zeros" # Test the register names on the c3x and on the c4x run_dump_test "registers_c3x" run_dump_test "registers_c4x" # Make sure the c4x registers dont work on c3x gas_test_error "registers.s" "-m30 --defsym TEST_C4X=1" "c4x register usage in c3x" # Test data storage run_dump_test "data" # Test flonums run_dump_test "float" # Test all addressing modes run_dump_test "addressing_c3x" run_dump_test "addressing_c4x" # Make sure the c4x addressing dont work on c3x gas_test_error "addressing.s" "-m30 --defsym TEST_C4X=1" "c4x addressing usage in c3x" # Test float instructions run_dump_test "opcodes_c3x" run_dump_test "opcodes_c4x" run_dump_test "opcodes_new" # Make sure the c4x ops dont work on c3x #gas_test_error "opcodes.s" "-m30 --defsym TEST_C4X=1" "c4x instruction usage in c3x" # -- for some reason this test crashes dejagnu, hence disabled! }