is passed to the @code{target remote} command. @xref{Connecting}.
@end table
+In response to the @code{disassemble} request, DAP allows the client
+to return the bytes of each instruction in an implementation-defined
+format. @value{GDBN} implements this by sending a string with the
+bytes encoded in hex, like @code{"55a2b900"}.
+
@node JIT Interface
@chapter JIT Compilation Interface
@cindex just-in-time compilation
@in_gdb_thread
def _disassemble(pc, skip_insns, count):
+ inf = gdb.selected_inferior()
try:
arch = gdb.selected_frame().architecture()
except gdb.error:
# Maybe there was no frame.
- arch = gdb.selected_inferior().architecture()
+ arch = inf.architecture()
result = []
total_count = skip_insns + count
for elt in arch.disassemble(pc, count=total_count)[skip_insns:]:
+ mem = inf.read_memory(elt["addr"], elt["length"])
result.append(
{
"address": hex(elt["addr"]),
"instruction": elt["asm"],
+ "instructionBytes": mem.hex(),
}
)
return {
$insn_pc]]
set response [lindex $obj 0]
gdb_assert { [dict exists $response body instructions] } "instructions in disassemble output"
+foreach insn [dict get $response body instructions] {
+ gdb_assert {[dict exists $insn instructionBytes]} \
+ "instruction bytes in disassemble output"
+ set bytes [dict get $insn instructionBytes]
+ gdb_assert {[string length $bytes] % 2 == 0} \
+ "even number of digits"
+ gdb_assert {[regexp "^\[0-9A-Fa-f\]+\$" $bytes]} \
+ "instructionBytes is hex"
+}
set obj [dap_check_request_and_response "command repl" \
evaluate {o expression [s {output 23}] context [s repl]}]