def cur_task_callback(self, task):
log_libmgr.info("current task: %s", task)
if task:
proc = task.process
self.exec_ctx.set_process(proc)
self.exec_impl.set_this_task(proc)
self.dos_ctx.set_process(proc)
def cur_task_callback(self, task):
log_libmgr.info("current task: %s", task)
if task:
proc = task.process
self.exec_ctx.set_process(proc)
self.exec_impl.set_this_task(proc)
self.dos_ctx.set_process(proc)
def open_lib(
self, full_name, version=0, cwd_lock=None, run_sp=None, progdir_lock=None
):
"""open a library
return lib_base addr or 0
"""
# get base name
base_name = LibLoader.get_lib_base_name(full_name)
log_libmgr.info(
"open_lib: '%s' ver=%d -> base_name='%s'", full_name, version, base_name
)
# get lib params
lib_cfg = self.cfg.get_cfg(full_name, base_name)
log_libmgr.info("-> cfg: %s", lib_cfg)
# handle mode
mode = lib_cfg.get_create_mode()
if mode == LibCfg.CREATE_MODE_OFF:
return 0
try_vlib, try_alib, fake = self._map_mode(mode)
# try vamos first
addr = 0
vlib = None
if try_vlib:
# get presented version of lib
lib_version = 0
force_version = lib_cfg.get_force_version()
if force_version is not None:
lib_version = force_version
log_libmgr.info("vlib: version=%d, fake=%s", lib_version, fake)
# open vlib
vlib = self.vlib_mgr.open_lib_name(
base_name, version=lib_version, fake=fake, lib_cfg=lib_cfg
)
if vlib:
addr = vlib.get_addr()
log_libmgr.info("got vlib: @%06x", addr)
# try amiga lib
if try_alib and addr == 0:
addr = self.alib_mgr.open_lib(full_name, cwd_lock, run_sp, progdir_lock)
if addr > 0:
log_libmgr.info("got alib: @%06x", addr)
# got a lib? check version
if addr > 0:
save_addr = addr
if version > 0:
addr = self._check_version(full_name, addr, version)
# lib is too old: close again
if addr == 0:
if vlib:
self.vlib_mgr.close_lib(vlib)
else:
self.alib_mgr.close_lib(save_addr, run_sp=run_sp)
# result lib base
return addr
def open_lib(self, full_name, version=0, cwd_lock=None, run_sp=None,
progdir_lock=None):
"""open a library
return lib_base addr or 0
"""
# get base name
base_name = LibLoader.get_lib_base_name(full_name)
log_libmgr.info("open_lib: '%s' ver=%d -> base_name='%s'",
full_name, version, base_name)
# get lib params
lib_cfg = self.cfg.get_cfg(full_name, base_name)
log_libmgr.info("-> cfg: %s", lib_cfg)
# handle mode
mode = lib_cfg.get_create_mode()
if mode == LibCfg.CREATE_MODE_OFF:
return 0
try_vlib, try_alib, fake = self._map_mode(mode)
# try vamos first
addr = 0
vlib = None
if try_vlib:
# get presented version of lib
lib_version = 0
force_version = lib_cfg.get_force_version()
if force_version is not None:
lib_version = force_version
log_libmgr.info("vlib: version=%d, fake=%s", lib_version, fake)
# open vlib
vlib = self.vlib_mgr.open_lib_name(base_name,
version=lib_version,
fake=fake,
lib_cfg=lib_cfg)
if vlib:
addr = vlib.get_addr()
log_libmgr.info("got vlib: @%06x", addr)
# try amiga lib
if try_alib and addr == 0:
addr = self.alib_mgr.open_lib(full_name, cwd_lock, run_sp, progdir_lock)
if addr > 0:
log_libmgr.info("got alib: @%06x", addr)
# got a lib? check version
if addr > 0:
save_addr = addr
if version > 0:
addr = self._check_version(full_name, addr, version)
# lib is too old: close again
if addr == 0:
if vlib:
self.vlib_mgr.close_lib(vlib)
else:
self.alib_mgr.close_lib(save_addr, run_sp=run_sp)
# result lib base
return addr
def expunge_lib(self, load_addr, run_sp=None):
log_libmgr.info("[native] +expunge_lib: load=@%06x", load_addr)
info = self.is_load_addr(load_addr)
if not info:
raise ValueError("expunge_lib: invalid lib_load=%06x" % load_addr)
seglist = self.funcs.rem_library(load_addr, self.segloader, run_sp)
self._rem_info(load_addr, info, seglist, False)
log_libmgr.info("[native] -expunge_lib: seglist=%06x, info=%s", seglist, info)
return seglist
def bootstrap_exec(self, exec_info=None):
"""setup exec vlib as first and essential lib"""
version = 0
lib_cfg = self.cfg.get_lib_cfg("exec.library")
force_version = lib_cfg.get_force_version()
if force_version is not None:
version = force_version
log_libmgr.info("exec: force version: %s", version)
return self.vlib_mgr.bootstrap_exec(exec_info, version)
def close_lib(self, base_addr, run_sp=None):
log_libmgr.info("[native] +close_lib: base=@%06x", base_addr)
info = self.is_base_addr(base_addr)
if not info:
raise ValueError("close_lib: invalid lib_base=%06x" % base_addr)
seglist = self.funcs.close_library(base_addr, self.segloader, run_sp)
self._rem_info(base_addr, info, seglist, True)
log_libmgr.info("[native] -close_lib: seglist=%06x, info=%s", seglist, info)
return seglist
def bootstrap_exec(self, exec_info=None):
"""setup exec vlib as first and essential lib"""
version = 0
lib_cfg = self.cfg.get_lib_cfg("exec.library")
force_version = lib_cfg.get_force_version()
if force_version is not None:
version = force_version
log_libmgr.info("exec: force version: %s", version)
return self.vlib_mgr.bootstrap_exec(exec_info, version)
def expunge_lib(self, load_addr, run_sp=None):
log_libmgr.info("[native] +expunge_lib: load=@%06x", load_addr)
info = self.is_load_addr(load_addr)
if not info:
raise ValueError("expunge_lib: invalid lib_load=%06x" % load_addr)
seglist = self.funcs.rem_library(load_addr, self.segloader, run_sp)
self._rem_info(load_addr, info, seglist, False)
log_libmgr.info("[native] -expunge_lib: seglist=%06x, info=%s",
seglist, info)
return seglist
def close_lib(self, base_addr, run_sp=None):
log_libmgr.info("[native] +close_lib: base=@%06x", base_addr)
info = self.is_base_addr(base_addr)
if not info:
raise ValueError("close_lib: invalid lib_base=%06x" % base_addr)
seglist = self.funcs.close_library(base_addr, self.segloader, run_sp)
self._rem_info(base_addr, info, seglist, True)
log_libmgr.info("[native] -close_lib: seglist=%06x, info=%s",
seglist, info)
return seglist
def expunge_devs(self, run_sp=None):
"""expunge all unused devs
return number of libs _not_ expunged
"""
log_libmgr.info("+expunge_devs")
aleft = 0 # TBD
vleft = self.vlib_mgr.expunge_devs()
log_libmgr.info("-expunge_devs: aleft=%d, vleft=%d", aleft, vleft)
return vleft
def expunge_devs(self, run_sp=None):
"""expunge all unused devs
return number of libs _not_ expunged
"""
log_libmgr.info("+expunge_devs")
aleft = 0 # TBD
vleft = self.vlib_mgr.expunge_devs()
log_libmgr.info("-expunge_devs: aleft=%d, vleft=%d", aleft, vleft)
return vleft
def expunge_libs(self, run_sp=None):
"""expunge all unused libs
return number of libs _not_ expunged
"""
log_libmgr.info("+expunge_libs")
aleft = self.alib_mgr.expunge_libs(run_sp)
vleft = self.vlib_mgr.expunge_libs()
log_libmgr.info("-expunge_libs: aleft=%d, vleft=%d", aleft, vleft)
return vleft + aleft
def expunge_libs(self, run_sp=None):
"""expunge all unused libs
return number of libs _not_ expunged
"""
log_libmgr.info("+expunge_libs")
aleft = self.alib_mgr.expunge_libs(run_sp)
vleft = self.vlib_mgr.expunge_libs()
log_libmgr.info("-expunge_libs: aleft=%d, vleft=%d", aleft, vleft)
return vleft + aleft
def _check_version(self, name, addr, open_ver):
# check version
lib = Library(self.mem, addr)
lib_ver = lib.version
if lib_ver < open_ver:
log_libmgr.warning("lib '%s' has too low version: %d < %d", name,
lib_ver, open_ver)
return 0
else:
log_libmgr.info("lib '%s' version %d ok for open version %d", name,
lib_ver, open_ver)
return addr
def _check_version(self, name, addr, open_ver):
# check version
lib = Library(self.mem, addr)
lib_ver = lib.version
if lib_ver < open_ver:
log_libmgr.warn("lib '%s' has too low version: %d < %d",
name, lib_ver, open_ver)
return 0
else:
log_libmgr.info("lib '%s' version %d ok for open version %d",
name, lib_ver, open_ver)
return addr
def close_lib(self, addr, run_sp=None):
"""close a library
return True if lib was expunged, too
"""
log_libmgr.info("close_lib: @%06x", addr)
vlib = self.vlib_mgr.get_vlib_by_addr(addr)
if vlib:
return self.vlib_mgr.close_lib(vlib)
elif self.alib_mgr.is_base_addr(addr):
seglist = self.alib_mgr.close_lib(addr, run_sp)
return seglist != 0
else:
log_libmgr.error("close: unknown lib @%06x!", addr)
def _setup_libcall_proxy(self, name, fd, base_addr, run_sp):
type_name = self._get_proxy_type_name(name)
# cached proxy?
proxy_type = self.proxy_cache.get(type_name, None)
if not proxy_type:
log_libmgr.info("proxy: create libcall type '%s'", type_name)
# no, create it
proxy_type = self.proxy_gen.gen_proxy_for_libcall(type_name, fd)
self.proxy_cache[type_name] = proxy_type
# create instance
ctx = LibCtx(self.lib_mgr.machine)
log_libmgr.info("proxy: create libcall proxy %s@%08x", type_name,
base_addr)
return proxy_type(ctx, base_addr, run_sp=run_sp)
def close_lib(self, addr, run_sp=None):
"""close a library
return True if lib was expunged, too
"""
log_libmgr.info("close_lib: @%06x", addr)
vlib = self.vlib_mgr.get_vlib_by_addr(addr)
if vlib:
return self.vlib_mgr.close_lib(vlib)
elif self.alib_mgr.is_base_addr(addr):
seglist = self.alib_mgr.close_lib(addr, run_sp)
return seglist != 0
else:
log_libmgr.error("close: unknown lib @%06x!", addr)
def expunge_lib(self, addr, run_sp=None):
"""expunge a library given by base address
return True if lib was expunged
"""
log_libmgr.info("expunge_lib: @%06x", addr)
vlib = self.vlib_mgr.get_vlib_by_addr(addr)
if vlib:
return self.vlib_mgr.expunge_lib(vlib)
elif self.alib_mgr.is_load_addr(addr):
seglist = self.alib_mgr.expunge_lib(addr, run_sp)
return seglist != 0
else:
log_libmgr.error("expunge: unknown lib @%06x!", addr)
def expunge_lib(self, addr, run_sp=None):
"""expunge a library given by base address
return True if lib was expunged
"""
log_libmgr.info("expunge_lib: @%06x", addr)
vlib = self.vlib_mgr.get_vlib_by_addr(addr)
if vlib:
return self.vlib_mgr.expunge_lib(vlib)
elif self.alib_mgr.is_load_addr(addr):
seglist = self.alib_mgr.expunge_lib(addr, run_sp)
return seglist != 0
else:
log_libmgr.error("expunge: unknown lib @%06x!", addr)
def shutdown(self):
"""cleanup libs
try to expunge all libs and report still open ones
"""
log_libmgr.info("[vamos] +shutdown")
# dec exec's open cnt
self.exec_lib.lib_node.dec_open_cnt()
# now expunge all libs
left_libs = self.expunge_libs()
left_devs = self.expunge_devs()
log_libmgr.info("[vamos] +shutdown: left libs=%d, devs=%d", left_libs,
left_devs)
return left_libs + left_devs
def shutdown(self, run_sp=None):
"""cleanup libs
try to expunge all libs and report still open ones
"""
log_libmgr.info("+shutdown")
aleft = self.alib_mgr.shutdown(run_sp)
if aleft > 0:
log_libmgr.warning("shutdown: can't expunge %d amiga libs/devs!", aleft)
vleft = self.vlib_mgr.shutdown()
if vleft > 0:
log_libmgr.warning("shutdown: can't expunge %d vamos libs/devs!", vleft)
left = vleft + aleft
log_libmgr.info("-shutdwon: aleft=%d, vleft=%d", aleft, vleft)
return left
def _setup_stub_proxy(self, vlib, base_addr):
name = vlib.info.name
type_name = self._get_proxy_type_name(name)
# cached proxy?
proxy_type = self.proxy_cache.get(type_name, None)
if not proxy_type:
log_libmgr.info("proxy: create stub type '%s'", type_name)
# no, create it
proxy_type = self.proxy_gen.gen_proxy_for_stub(
type_name, vlib.fd, vlib.stub)
self.proxy_cache[type_name] = proxy_type
# create instance
log_libmgr.info("proxy: create stub proxy %s@%08x", type_name,
base_addr)
return proxy_type(vlib.ctx, base_addr)
def shutdown(self, run_sp=None):
"""cleanup libs
try to expunge all libs and report still open ones
"""
log_libmgr.info("+shutdown")
aleft = self.alib_mgr.shutdown(run_sp)
if aleft > 0:
log_libmgr.warn("shutdown: can't expunge %d amiga libs/devs!", aleft)
vleft = self.vlib_mgr.shutdown()
if vleft > 0:
log_libmgr.warn("shutdown: can't expunge %d vamos libs/devs!", vleft)
left = vleft + aleft
log_libmgr.info("-shutdwon: aleft=%d, vleft=%d", aleft, vleft)
return left
def close_base_libs(self):
log_libmgr.info("closing base libs...")
# close dos
self.lib_mgr.close_lib(self.dos_addr)
log_libmgr.info("closed dos")
# close exec
self.lib_mgr.close_lib(self.exec_addr)
log_libmgr.info("closed exec")
def close_base_libs(self):
log_libmgr.info("closing base libs...")
# close dos
self.lib_mgr.close_lib(self.dos_addr)
log_libmgr.info("closed dos")
# close exec
self.lib_mgr.close_lib(self.exec_addr)
log_libmgr.info("closed exec")
def expunge_libs(self, run_sp=None):
"""return number of libs still left unexpunged"""
log_libmgr.info("[native] +expunge_libs")
left_libs = 0
for lib_info in self.lib_infos:
log_libmgr.info("expunging: %s", lib_info)
load_addr = lib_info.get_load_addr()
seglist = self.expunge_lib(load_addr, run_sp)
if not seglist:
left_libs += 1
log_libmgr.info("[native] -expunge_libs: %d left", left_libs)
return left_libs
def open_base_libs(self):
log_libmgr.info("opening base libs...")
# first bootstrap exec
self.lib_mgr.bootstrap_exec()
# open exec lib
self.exec_addr = self.lib_mgr.open_lib('exec.library', 0)
self.exec_vlib = self.lib_mgr.get_vlib_by_addr(self.exec_addr)
self.exec_impl = self.exec_vlib.get_impl()
log_libmgr.info("open base lib: exec: @%06x", self.exec_addr)
# link exec to dos
self.dos_ctx.set_exec_lib(self.exec_impl)
# open dos lib
self.dos_addr = self.lib_mgr.open_lib('dos.library', 0)
self.dos_vlib = self.lib_mgr.get_vlib_by_addr(self.dos_addr)
self.dos_impl = self.dos_vlib.get_impl()
self.dos_ctx.set_dos_lib(self.dos_impl)
log_libmgr.info("open base lib: dos: @%06x", self.dos_addr)
def open_base_libs(self):
log_libmgr.info("opening base libs...")
# first bootstrap exec
self.lib_mgr.bootstrap_exec()
# open exec lib
self.exec_addr = self.lib_mgr.open_lib("exec.library", 0)
self.exec_vlib = self.lib_mgr.get_vlib_by_addr(self.exec_addr)
self.exec_impl = self.exec_vlib.get_impl()
log_libmgr.info("open base lib: exec: @%06x", self.exec_addr)
# link exec to dos
self.dos_ctx.set_exec_lib(self.exec_impl)
# open dos lib
self.dos_addr = self.lib_mgr.open_lib("dos.library", 0)
self.dos_vlib = self.lib_mgr.get_vlib_by_addr(self.dos_addr)
self.dos_impl = self.dos_vlib.get_impl()
self.dos_ctx.set_dos_lib(self.dos_impl)
log_libmgr.info("open base lib: dos: @%06x", self.dos_addr)
def open_base_libs(self):
log_libmgr.info("opening base libs...")
# open exec lib
self.exec_addr = self.lib_mgr.open_lib('exec.library', 0)
self.exec_vlib = self.lib_mgr.get_vlib_by_addr(self.exec_addr)
self.exec_impl = self.exec_vlib.get_impl()
log_libmgr.info("open base lib: exec: @%06x", self.exec_addr)
# link exec to dos
self.dos_ctx.set_exec_lib(self.exec_impl)
# open dos lib
self.dos_addr = self.lib_mgr.open_lib('dos.library', 0)
self.dos_vlib = self.lib_mgr.get_vlib_by_addr(self.dos_addr)
self.dos_impl = self.dos_vlib.get_impl()
self.dos_ctx.set_dos_lib(self.dos_impl)
log_libmgr.info("open base lib: dos: @%06x", self.dos_addr)
# set exec base @4
log_libmgr.debug("setting execbase @4")
self.machine.set_zero_mem(0, self.exec_addr)
def open_lib(self, lib_name, cwd_lock=None, run_sp=None, progdir_lock=None):
log_libmgr.info("[native] +open_lib: lib_name='%s', cwd=%s, progdir=%s",
lib_name, cwd_lock, progdir_lock)
# multict lib base name
base_name = self.loader.get_lib_base_name(lib_name)
# find library
lib_info = self._find_info(base_name)
log_libmgr.info("find: '%s' -> %s", base_name, lib_info)
# not found... try to load it
if not lib_info:
log_libmgr.info("loading native lib: '%s'", lib_name)
load_addr, seglist_baddr = self.loader.load_ami_lib(
lib_name, cwd_lock, run_sp, progdir_lock)
# even loading failed... abort
if load_addr == 0:
log_libmgr.info("[native] -open_lib: load failed!")
return 0
log_libmgr.info("loaded: @%06x seglist: @%06x",
load_addr, seglist_baddr)
info = self.segloader.get_info(seglist_baddr)
log_libmgr.info("loaded: %s", info)
# store original load addr and name in info
lib_info = self._add_info(base_name, load_addr, seglist_baddr)
loaded = True
else:
load_addr = lib_info.get_load_addr()
loaded = False
# got lib: open lib... may return new base!
log_libmgr.debug("[native] call open lib: load_addr=%06x", load_addr)
lib_base = self.funcs.open_library(load_addr, run_sp)
# save base addr
if lib_base > 0:
lib_info.add_base_addr(lib_base)
elif loaded:
# remove lib info again
self.lib_infos.remove(lib_info)
log_libmgr.info("[native] -open_lib: load_addr=@%06x, lib_base=@%06x, %s",
load_addr, lib_base, lib_info)
# return base
return lib_base
