def TaggedOpenLibrary(self, ctx):
tag = ctx.cpu.r_reg(REG_D0)
tags = ["graphics.library","layers.library","intuition.library","dos.library","icon.library","expansion.library",
"utility.library","keymap.library","gadtools.library","workbench.library"]
if tag > 0 and tag <= len(tags):
name = tags[tag - 1]
addr = self.lib_mgr.open_lib(name, 0)
log_exec.info("TaggedOpenLibrary: %d('%s') -> %06x", tag, name, addr)
return addr
else:
log_exec.warn("TaggedOpenLibrary: %d invalid tag -> NULL" % tag)
return 0
def TaggedOpenLibrary(self, ctx):
tag = ctx.cpu.r_reg(REG_D0)
tags = ["graphics.library","layers.library","intuition.library","dos.library","icon.library","expansion.library",
"utility.library","keymap.library","gadtools.library","workbench.library"]
if tag > 0 and tag <= len(tags):
name = tags[tag - 1]
lib = self.lib_mgr.open_lib(name, 0, ctx)
if lib == None:
log_exec.info("TaggedOpenLibrary: %d('%s') -> NULL" % (tag, name))
return 0
else:
log_exec.info("TaggedOpenLibrary: %d('%s') -> %s@0x%06x" % (tag, name, lib, lib.addr_base_open))
return lib.addr_base_open
else:
log_exec.warn("TaggedOpenLibrary: %d invalid tag -> NULL" % tag)
return 0
def TaggedOpenLibrary(self, ctx):
tag = ctx.cpu.r_reg(REG_D0)
tags = ["graphics.library","layers.library","intuition.library","dos.library","icon.library","expansion.library",
"utility.library","keymap.library","gadtools.library","workbench.library"]
if tag > 0 and tag <= len(tags):
name = tags[tag - 1]
lib = self.lib_mgr.open_lib(name, 0, ctx)
if lib == None:
log_exec.info("TaggedOpenLibrary: %d('%s') -> NULL" % (tag, name))
return 0
else:
log_exec.info("TaggedOpenLibrary: %d('%s') -> %s@0x%06x" % (tag, name, lib, lib.addr_base_open))
return lib.addr_base_open
else:
log_exec.warn("TaggedOpenLibrary: %d invalid tag -> NULL" % tag)
return 0
def allocate(ctx, mh_addr, num_bytes):
# nothing to allocate
if num_bytes == 0:
return 0
# round size to nearest 8 byte
ex = num_bytes & 7
if ex != 0:
num_bytes += 8 - ex
# read mem header
mh = MemHdr()
mh.read(ctx, mh_addr)
log_exec.debug("read: %s", mh)
# enough total free?
if mh.free < num_bytes:
return 0
if mh.first == 0:
return 0
# find chunk with enough free bytes
mc_last = None
mc = mh.read_first(ctx)
log_exec.debug("read: %s", mc)
while mc.bytes < num_bytes:
mc_next = mc.read_next(ctx)
log_exec.debug("read: %s", mc_next)
if mc_next is None:
log_exec.warn("invalid mem chunk list!")
return 0
mc_last = mc
mc = mc_next
# what's left in chunk?
rem = mc.bytes - num_bytes
if rem > 0:
# some bytes left in chunk -> adjust size and keep it
mc.bytes = rem
mc.write(ctx)
# allocate at end of chunk
res_addr = mc.addr + rem
log_exec.debug("shrink: %s", mc)
else:
# remove whole chunk
if mc_last is None:
# set new first
mh.first = mc.next
# mh will be written below
else:
mc_last.next = mc.next
mc_last.write(ctx)
# result is whole chunk
res_addr = mc.addr
log_exec.debug("remove: %s", mc)
# update header
mh.free -= num_bytes
mh.write(ctx)
log_exec.debug("done: %s", mh)
return res_addr
def allocate(ctx, mh_addr, num_bytes):
# nothing to allocate
if num_bytes == 0:
return 0
# round size to nearest 8 byte
ex = num_bytes & 7
if ex != 0:
num_bytes += 8 - ex
# read mem header
mh = MemHdr()
mh.read(ctx, mh_addr)
log_exec.debug("read: %s", mh)
# enough total free?
if mh.free < num_bytes:
return 0
if mh.first == 0:
return 0
# find chunk with enough free bytes
mc_last = None
mc = mh.read_first(ctx)
log_exec.debug("read: %s", mc)
while mc.bytes < num_bytes:
mc_next = mc.read_next(ctx)
log_exec.debug("read: %s", mc_next)
if mc_next is None:
log_exec.warn("invalid mem chunk list!")
return 0
mc_last = mc
mc = mc_next
# what's left in chunk?
rem = mc.bytes - num_bytes
if rem > 0:
# some bytes left in chunk -> adjust size and keep it
mc.bytes = rem
mc.write(ctx)
# allocate at end of chunk
res_addr = mc.addr + rem
log_exec.debug("shrink: %s", mc)
else:
# remove whole chunk
if mc_last is None:
# set new first
mh.first = mc.next
# mh will be written below
else:
mc_last.next = mc.next
mc_last.write(ctx)
# result is whole chunk
res_addr = mc.addr
log_exec.debug("remove: %s", mc)
# update header
mh.free -= num_bytes
mh.write(ctx)
log_exec.debug("done: %s", mh)
return res_addr
