target_buffer (CORE_ADDR base, ULONGEST size)
: m_base (base),
m_size (size),
- m_filename (xstrprintf ("<in-memory@%s>",
- core_addr_to_string_nz (m_base)))
+ m_filename (xstrprintf ("<in-memory@%s-%s>",
+ core_addr_to_string_nz (m_base),
+ core_addr_to_string_nz (m_base + m_size)))
{
}
{ return m_base; }
/* Return a generated filename for the in-memory BFD file. The generated
- name will include the M_BASE value. */
+ name will include the begin and end address of the in-memory file. */
const char *filename () const
{ return m_filename.get (); }
-re "^\\\}\\s*\r\n" {
exp_continue
}
- -re "^\\\{ objfile <in-memory@($hex)>\\s+\[^\r\n\]+\r\n" {
+ -re "^\\\{ objfile <in-memory@($hex-$hex)>\\s+\[^\r\n\]+\r\n" {
lappend bfd_name_addrs $expect_out(1,string)
exp_continue
}
# Check that each of the expected jit symfile addresses was mentioned
# in an in-memory BFD filename.
set count 1
-foreach addr $symfile_addrs {
+foreach addr $symfile_addrs len $symfile_lengths {
# Drop any loading zeros from the symfile address.
set addr [format 0x%x $addr]
+ # Calculate the end address.
+ set end [format 0x%x [expr $addr + $len]]
+
+ # This is what we expect the address range to look like in the BFD
+ # filename.
+ set rng "$start-$end"
+
# Check there was a BFD with the expected address in its name.
- gdb_assert { [expr [lsearch -exact $bfd_name_addrs $addr] != -1] } \
+ gdb_assert { [expr [lsearch -exact $bfd_name_addrs $rng] != -1] } \
"check for in-memory bfd $count"
incr count
}