void
_initialize_amd64nbsd_nat (void)
{
amd64_native_gregset32_reg_offset = amd64nbsd32_r_reg_offset;
amd64_native_gregset32_num_regs = ARRAY_SIZE (amd64nbsd32_r_reg_offset);
amd64_native_gregset64_reg_offset = amd64nbsd_r_reg_offset;
/* We've got nothing to add to the common *BSD/amd64 target. */
add_target (amd64bsd_target ());
}
void
_initialize_alpha_nat (void)
{
struct target_ops *t;
t = procfs_target ();
add_target (t);
deprecated_add_core_fns (&alpha_osf_core_fns);
}
void gbuffer::add_depth(const tstring& name, DXGI_SURFACE_DESC desc)
{
desc.Format = DXGI_FORMAT_R32_TYPELESS;
desc.SampleDesc.Count = 1;
desc.SampleDesc.Quality = 0;
assert(device_);
add_target(name, desc);
}
// return from hopper to rendezvous in reverse direction
void return_from_hopper() {
byte h;
if (active_hopper == HOPPER1) h = 0;
else if (active_hopper == HOPPER2) h = 2;
else if (active_hopper == HOPPER3) h = 3;
else if (active_hopper == HOPPER4) h = 4;
Hopper& hopper = hoppers[h];
if (hopper.waypoint == 0) {
SERIAL_PRINT("No waypoints:");
SERIAL_PRINTLN(active_hopper);
return;
}
add_target(RENDEZVOUS_X, RENDEZVOUS_Y, 0, TARGET_PUT);
// skip the last target
for (byte w = hoppers[h].waypoint - 1; w > 0; --w) {
add_target(hopper_waypoints[h][w].x, hopper_waypoints[h][w].y);
}
}
void
_initialize_mipsnbsd_nat (void)
{
struct target_ops *t;
t = inf_ptrace_target ();
t->to_fetch_registers = mipsnbsd_fetch_inferior_registers;
t->to_store_registers = mipsnbsd_store_inferior_registers;
add_target (t);
}
void
_initialize_thread_db (void)
{
if (fbsdcoreops_suppress_target)
return;
init_fbsd_thread_ops ();
init_fbsd_core_ops ();
if (thread_db_load ())
{
add_target (&fbsd_thread_ops);
/* "thread tsd" command */
add_cmd ("tsd", class_run, fbsd_thread_tsd_cmd,
"Show the thread-specific data keys and destructors "
"for the process.\n",
&thread_cmd_list);
add_cmd ("signal", class_run, fbsd_thread_signal_cmd,
"Show the thread signal info.\n",
&thread_cmd_list);
memcpy (&orig_core_ops, &core_ops, sizeof (struct target_ops));
memcpy (&core_ops, &fbsd_core_ops, sizeof (struct target_ops));
add_target (&core_ops);
/* Add ourselves to objfile event chain. */
target_new_objfile_chain = target_new_objfile_hook;
target_new_objfile_hook = fbsd_thread_new_objfile;
child_suppress_run = 1;
}
else
{
fprintf_unfiltered (gdb_stderr,
"[GDB will not be able to debug user-mode threads: %s]\n", dlerror());
/* allow the user to debug non-threaded core files */
add_target (&core_ops);
}
}
void SuperLogger::set_log_target(ILogTarget* log_target)
{
if (m_log_target)
{
remove_target(m_log_target);
delete m_log_target;
}
m_log_target = log_target;
add_target(m_log_target);
}
void merger::add(const model& m) {
require_not_has_merged();
if (m.is_target())
add_target(m);
BOOST_LOG_SEV(lg, debug) << "adding model: "
<< m.name().qualified();
BOOST_LOG_SEV(lg, debug) << "contents: " << m;
models_.insert(std::make_pair(m.name(), m));
}
void
_initialize_shnbsd_nat (void)
{
struct target_ops *t;
t = inf_ptrace_target ();
t->to_fetch_registers = shnbsd_fetch_inferior_registers;
t->to_store_registers = shnbsd_store_inferior_registers;
t->to_pid_to_exec_file = nbsd_pid_to_exec_file;
add_target (t);
}
void
_initialize_sparc_sol2_nat (void)
{
struct target_ops *t;
t = procfs_target ();
#ifdef NEW_PROC_API /* Solaris 6 and above can do HW watchpoints. */
procfs_use_watchpoints (t);
#endif
add_target (t);
}
void
_initialize_record_btrace (void)
{
add_cmd ("btrace", class_obscure, cmd_record_btrace_start,
_("Start branch trace recording."),
&record_cmdlist);
add_alias_cmd ("b", "btrace", class_obscure, 1, &record_cmdlist);
init_record_btrace_ops ();
add_target (&record_btrace_ops);
}
void
_initialize_nbsd_thread (void)
{
init_nbsd_thread_ops ();
init_nbsd_proc_callbacks ();
add_target (&nbsd_thread_ops);
/* Hook into new_objfile notification. */
observer_attach_new_objfile (nbsd_thread_new_objfile);
}
void
_initialize_i386fbsd_nat (void)
{
struct target_ops *t;
/* Add some extra features to the common *BSD/i386 target. */
t = i386bsd_target ();
#ifdef HAVE_PT_GETDBREGS
i386_use_watchpoints (t);
i386_dr_low.set_control = i386bsd_dr_set_control;
i386_dr_low.set_addr = i386bsd_dr_set_addr;
i386_dr_low.get_addr = i386bsd_dr_get_addr;
i386_dr_low.get_status = i386bsd_dr_get_status;
i386_dr_low.get_control = i386bsd_dr_get_control;
i386_set_debug_register_length (4);
#endif /* HAVE_PT_GETDBREGS */
t->to_resume = i386fbsd_resume;
t->to_pid_to_exec_file = fbsd_pid_to_exec_file;
t->to_find_memory_regions = fbsd_find_memory_regions;
t->to_make_corefile_notes = fbsd_make_corefile_notes;
add_target (t);
/* Support debugging kernel virtual memory images. */
bsd_kvm_add_target (i386fbsd_supply_pcb);
/* FreeBSD provides a kern.ps_strings sysctl that we can use to
locate the sigtramp. That way we can still recognize a sigtramp
if its location is changed in a new kernel. Of course this is
still based on the assumption that the sigtramp is placed
directly under the location where the program arguments and
environment can be found. */
#ifdef KERN_PS_STRINGS
{
int mib[2];
u_long ps_strings;
size_t len;
mib[0] = CTL_KERN;
mib[1] = KERN_PS_STRINGS;
len = sizeof (ps_strings);
if (sysctl (mib, 2, &ps_strings, &len, NULL, 0) == 0)
{
i386fbsd_sigtramp_start_addr = ps_strings - 128;
i386fbsd_sigtramp_end_addr = ps_strings;
}
}
#endif
}
void
_initialize_hppabsd_nat (void)
{
struct target_ops *t;
/* Add in local overrides. */
t = inf_ptrace_target ();
t->to_fetch_registers = hppabsd_fetch_registers;
t->to_store_registers = hppabsd_store_registers;
add_target (t);
}
void
_initialize_irix5_nat (void)
{
struct target_ops *t;
t = procfs_target ();
procfs_use_watchpoints (t);
add_target (t);
deprecated_add_core_fns (&irix5_core_fns);
}
void
_initialize_sparcnbsd_nat (void)
{
sparc_gregmap = &sparc32nbsd_gregmap;
sparc_fpregmap = &sparc32_bsd_fpregmap;
/* We've got nothing to add to the generic SPARC target. */
add_target (sparc_target ());
/* Support debugging kernel virtual memory images. */
bsd_kvm_add_target (sparc32nbsd_supply_pcb);
}
void
_initialize_linux_kernel()
{
add_target (&lk_ops);
#if 0
add_show_from_set (
add_set_cmd ("kerneldebug", no_class, var_boolean, (char *)&lkdebug,
"Set debugging of linux kernel debugger.\n", &setlist),
&showlist);
#endif
}
/* Initialize the SPU multi-architecture support target. */
static void
init_spu_ops (void)
{
spu_ops.to_shortname = "spu";
spu_ops.to_longname = "SPU multi-architecture support.";
spu_ops.to_doc = "SPU multi-architecture support.";
spu_ops.to_mourn_inferior = spu_mourn_inferior;
spu_ops.to_fetch_registers = spu_fetch_registers;
spu_ops.to_store_registers = spu_store_registers;
spu_ops.to_xfer_partial = spu_xfer_partial;
spu_ops.to_search_memory = spu_search_memory;
spu_ops.to_region_ok_for_hw_watchpoint = spu_region_ok_for_hw_watchpoint;
spu_ops.to_thread_architecture = spu_thread_architecture;
spu_ops.to_stratum = arch_stratum;
spu_ops.to_magic = OPS_MAGIC;
}
extern void _initialize_spu_multiarch(void); /* -Wmissing-prototypes */
void
_initialize_spu_multiarch(void)
{
/* Install ourselves on the target stack. */
init_spu_ops ();
add_target (&spu_ops);
/* Install observers to watch for SPU objects. */
observer_attach_inferior_created (spu_multiarch_inferior_created);
observer_attach_solib_loaded (spu_multiarch_solib_loaded);
observer_attach_solib_unloaded (spu_multiarch_solib_unloaded);
}
void
_initialize_sh3_rom (void)
{
init_sh3_cmds ();
init_monitor_ops (&sh3_ops);
sh3_ops.to_shortname = "sh3";
sh3_ops.to_longname = "Renesas SH-3 rom monitor";
sh3_ops.to_doc =
/* We can download through the parallel port too. */
"Debug on a Renesas eval board running the SH-3E rom monitor.\n"
"Specify the serial device it is connected to.\n"
"If you want to use the parallel port to download to it, specify that\n"
"as an additional second argument.";
sh3_ops.to_open = sh3_open;
sh3_ops.to_close = sh3_close;
add_target (&sh3_ops);
/* Setup the SH3e, which has float registers. */
init_monitor_ops (&sh3e_ops);
sh3e_ops.to_shortname = "sh3e";
sh3e_ops.to_longname = "Renesas SH-3E rom monitor";
sh3e_ops.to_doc =
/* We can download through the parallel port too. */
"Debug on a Renesas eval board running the SH-3E rom monitor.\n"
"Specify the serial device it is connected to.\n"
"If you want to use the parallel port to download to it, specify that\n"
"as an additional second argument.";
sh3e_ops.to_open = sh3e_open;
sh3e_ops.to_close = sh3_close;
add_target (&sh3e_ops);
}
void SuperLogger::enable_message_coloring()
{
LogMessage::FormattingFlags flags[LogMessage::NumMessageCategories];
save_formatting_flags(*m_log_target, flags);
remove_target(m_log_target);
delete m_log_target;
m_log_target = create_console_log_target(stderr);
add_target(m_log_target);
restore_formatting_flags(*m_log_target, flags);
}
void
_initialize_remote_sim (void)
{
init_gdbsim_ops ();
add_target (&gdbsim_ops);
add_com ("sim", class_obscure, simulator_command,
_("Send a command to the simulator."));
/* Yes, 42000 is arbitrary. The only sense out of it, is that it
isn't 0. */
remote_sim_ptid = ptid_build (42000, 0, 42000);
}
void
_initialize_m68kbsd_nat (void)
{
struct target_ops *t;
t = inf_ptrace_target ();
t->to_fetch_registers = m68kbsd_fetch_inferior_registers;
t->to_store_registers = m68kbsd_store_inferior_registers;
add_target (t);
/* Support debugging kernel virtual memory images. */
bsd_kvm_add_target (m68kbsd_supply_pcb);
}
/*
* add to the dependecy and selection lists
*/
static void add_depend(struct makenode *node, const char *dst)
{
struct makenode *dep;
dep = add_target(dst);
loop = 0;
if (check_loop(dep, node))
return;
dep->select = new_list(node, dep->select);
dep->num_sels++;
node->depend = new_list(dep, node->depend);
node->num_deps++;
}
void
_initialize_arm_netbsd_nat (void)
{
struct target_ops *t;
t = inf_ptrace_target ();
t->to_fetch_registers = armnbsd_fetch_registers;
t->to_store_registers = armnbsd_store_registers;
add_target (t);
deprecated_add_core_fns (&arm_netbsd_core_fns);
deprecated_add_core_fns (&arm_netbsd_elfcore_fns);
}
void
_initialize_amd64obsd_nat (void)
{
amd64_native_gregset32_reg_offset = amd64obsd32_r_reg_offset;
amd64_native_gregset32_num_regs = ARRAY_SIZE (amd64obsd32_r_reg_offset);
amd64_native_gregset64_reg_offset = amd64obsd_r_reg_offset;
/* We've got nothing to add to the common *BSD/amd64 target. */
add_target (amd64bsd_target ());
/* Support debugging kernel virtual memory images. */
bsd_kvm_add_target (amd64obsd_supply_pcb);
}
void
_initialize_i386gnu_nat (void)
{
struct target_ops *t;
/* Fill in the generic GNU/Hurd methods. */
t = gnu_target ();
t->to_fetch_registers = gnu_fetch_registers;
t->to_store_registers = gnu_store_registers;
/* Register the target. */
add_target (t);
}
void
_initialize_dbug_rom (void)
{
init_dbug_cmds ();
init_monitor_ops (&dbug_ops);
dbug_ops.to_shortname = "dbug";
dbug_ops.to_longname = "dBUG monitor";
dbug_ops.to_doc = "Debug via the dBUG monitor.\n\
Specify the serial device it is connected to (e.g. /dev/ttya).";
dbug_ops.to_open = dbug_open;
add_target (&dbug_ops);
}
void
_initialize_ppcnbsd_nat (void)
{
struct target_ops *t;
/* Support debugging kernel virtual memory images. */
bsd_kvm_add_target (ppcnbsd_supply_pcb);
/* Add in local overrides. */
t = inf_ptrace_target ();
t->to_fetch_registers = ppcnbsd_fetch_inferior_registers;
t->to_store_registers = ppcnbsd_store_inferior_registers;
add_target (t);
}
void
_initialize_w89k (void)
{
init_w89k_cmds ();
init_monitor_ops (&w89k_ops);
w89k_ops.to_shortname = "w89k";
w89k_ops.to_longname = "WinBond's debug monitor for the W89k Eval board";
w89k_ops.to_doc = "Debug on a WinBond W89K eval board.\n\
Specify the serial device it is connected to (e.g. /dev/ttya).";
w89k_ops.to_open = w89k_open;
add_target (&w89k_ops);
}
void
_initialize_record_btrace (void)
{
add_cmd ("btrace", class_obscure, cmd_record_btrace_start,
_("Start branch trace recording."),
&record_cmdlist);
add_alias_cmd ("b", "btrace", class_obscure, 1, &record_cmdlist);
init_record_btrace_ops ();
add_target (&record_btrace_ops);
bfcache = htab_create_alloc (50, bfcache_hash, bfcache_eq, NULL,
xcalloc, xfree);
}
