remote_exec build "mv asmsrc1.o asmsrc2.o ${objdir}/${subdir}"
+# Collect some line numbers.
+set line_main [expr [gdb_get_line_number "main start" "asmsrc1.s"] + 1]
+set line_call_foo2 [expr [gdb_get_line_number "call foo2" "asmsrc1.s"] + 1]
+set line_search_comment [expr [gdb_get_line_number "search" "asmsrc1.s"] + 1]
+set line_foo3 [expr [gdb_get_line_number "foo3 start" "asmsrc1.s"] + 1]
+set line_main_exit [expr [gdb_get_line_number "main exit" "asmsrc1.s"] + 1]
+set line_foo2 [expr [gdb_get_line_number "foo2 start" "asmsrc2.s"] + 1]
+set line_call_foo3 [expr [gdb_get_line_number "call foo3" "asmsrc2.s"] + 1]
+set line_call_foo3_again [expr $line_call_foo3 + 1]
+set line_foo2_leave [expr [gdb_get_line_number "foo2 leave" "asmsrc2.s"] + 1]
gdb_start
gdb_reinitialize_dir $srcdir/$subdir
}
# Execute the `f' command and see if the result includes source info.
-gdb_test "f" "asmsrc1\[.\]s:29.*several_nops" "f at main"
+gdb_test "f" "asmsrc1\[.\]s:$line_main.*several_nops" "f at main"
# See if we properly `next' over a macro with several insns.
-gdb_test "n" "33\[ \]*.*foo2" "next over macro"
+gdb_test "n" "$line_call_foo2\[ \]*.*foo2" "next over macro"
# See if we can properly `step' into a subroutine call.
-gdb_test "s" "8\[ \]*.*" "step into foo2"
+gdb_test "s" "$line_foo2\[ \]*.*" "step into foo2"
# Test 'info target', and incidentally capture the entry point address.
set entry_point 0
# Now try a source file search
gdb_test "search A routine for foo2 to call" \
- "40\[ \t\]+comment \"A routine for foo2 to call.\"" "search"
+ "$line_search_comment\[ \t\]+comment \"A routine for foo2 to call.\"" "search"
# See if `f' prints the right source file.
-gdb_test "f" ".*asmsrc2\[.\]s:8.*" "f in foo2"
+gdb_test "f" ".*asmsrc2\[.\]s:$line_foo2.*" "f in foo2"
# `next' one insn (or macro) to set up our stackframe (for the following bt).
-gdb_test "n" "12\[ \]*.*foo3" "n in foo2"
+gdb_test "n" "$line_call_foo3\[ \]*.*foo3" "n in foo2"
# See if a simple `bt' prints the right source files and
# doesn't fall off the stack.
gdb_test "bt 10" \
- "\#0.*foo2.*asmsrc2\[.\]s:12.*\#1.*main.*asmsrc1\[.\]s:33" \
+ "\#0.*foo2.*asmsrc2\[.\]s:$line_call_foo3.*\#1.*main.*asmsrc1\[.\]s:$line_call_foo2" \
"bt ALL in foo2"
# See if a capped `bt' prints the right source files.
-gdb_test "bt 2" "\#0.*foo2.*asmsrc2\[.\]s:12.*\#1.*main.*asmsrc1\[.\]s:33.*" "bt 2 in foo2"
+gdb_test "bt 2" "\#0.*foo2.*asmsrc2\[.\]s:$line_call_foo3.*\#1.*main.*asmsrc1\[.\]s:$line_call_foo2.*" "bt 2 in foo2"
# Step into another subroutine which lives back in the first source file.
gdb_test "s" "" "s 2"
gdb_test "n" "" "n 2"
# Now see if a capped `bt' is correct.
-gdb_test "bt 3" "\#0.*foo3.*asmsrc1\[.\]s:45.*\#1.*foo2.*asmsrc2\[.\]s:12.*\#2.*main.*asmsrc1\[.\]s:33.*" "bt 3 in foo3"
+gdb_test "bt 3" "\#0.*foo3.*asmsrc1\[.\]s:$line_foo3.*\#1.*foo2.*asmsrc2\[.\]s:$line_call_foo3.*\#2.*main.*asmsrc1\[.\]s:$line_call_foo2.*" "bt 3 in foo3"
# Try 'info source' from asmsrc1.s
gdb_test "info source" \
"info source asmsrc1.s"
# Try 'finishing' from foo3
-gdb_test "finish" "Run till exit from.*\[\r\n\]13\[ \t\]+gdbasm_call foo3" \
+gdb_test "finish" "Run till exit from.*\[\r\n\]$line_call_foo3_again\[ \t\]+gdbasm_call foo3" \
"finish from foo3"
# Try 'info source' from asmsrc2.s
# Try 'info line'
gdb_test "info line" \
- "Line 13 of.*asmsrc2.s.*starts at.*<foo2+.*> and ends at.*<foo2+.*>." \
+ "Line $line_call_foo3_again of.*asmsrc2.s.*starts at.*<foo2+.*> and ends at.*<foo2+.*>." \
"info line"
# Try 'nexting' over next call to foo3
-gdb_test "next" "17\[ \t\]+gdbasm_leave" "next over foo3"
+gdb_test "next" "$line_foo2_leave\[ \t\]+gdbasm_leave" "next over foo3"
# Try 'return' from foo2
-gdb_test "return" "\#0 main .*37\[ \t\]+gdbasm_exit0" "return from foo2" \
+gdb_test "return" "\#0 main .*$line_main_exit\[ \t\]+gdbasm_exit0" "return from foo2" \
"Make (foo2|selected stack frame) return now\?.*" "y"
# Disassemble something, check the output