def AddSemaphore(self,ctx):
addr = ctx.cpu.r_reg(REG_A1)
sstruct = AccessStruct(ctx.mem,SignalSemaphoreStruct,addr)
name_ptr = sstruct.r_s("ss_Link.ln_Name")
name = ctx.mem.r_cstr(name_ptr)
self.semaphore_mgr.AddSemaphore(addr,name)
log_exec.info("AddSemaphore(%06x,%s)" % (addr,name))
def StackSwap(self, ctx):
stsw_ptr = ctx.cpu.r_reg(REG_A0)
stsw = AccessStruct(ctx.mem, StackSwapStruct, struct_addr=stsw_ptr)
# get new stack values
new_lower = stsw.r_s('stk_Lower')
new_upper = stsw.r_s('stk_Upper')
new_pointer = stsw.r_s('stk_Pointer')
# retrieve current (old) stack
old_lower = self.stk_lower
old_upper = self.stk_upper
old_pointer = ctx.cpu.r_reg(REG_A7) # addr of sys call return
# get adress of callee
callee = ctx.mem.r32(old_pointer)
# is a label attached to new addr
if ctx.label_mgr:
label = ctx.label_mgr.get_label(new_lower)
if label is not None:
label.name = label.name + "=Stack"
# we report the old stack befor callee
old_pointer += 4
log_exec.info(
"StackSwap: old(lower=%06x,upper=%06x,ptr=%06x) new(lower=%06x,upper=%06x,ptr=%06x)"
% (old_lower, old_upper, old_pointer, new_lower, new_upper,
new_pointer))
stsw.w_s('stk_Lower', old_lower)
stsw.w_s('stk_Upper', old_upper)
stsw.w_s('stk_Pointer', old_pointer)
self.stk_lower = new_lower
self.stk_upper = new_upper
# put callee's address on new stack
new_pointer -= 4
ctx.mem.w32(new_pointer, callee)
# activate new stack
ctx.cpu.w_reg(REG_A7, new_pointer)
def TypeOfMem(self, ctx):
addr = ctx.cpu.r_reg(REG_A1)
log_exec.info("TypeOfMem: source=%06x -> %s" %
(addr, self.alloc.is_valid_address(addr)))
if self.alloc.is_valid_address(addr):
return 1 #MEMF_PUBLIC
return 0
def AllocVec(self, ctx):
size = ctx.cpu.r_reg(REG_D0)
flags = ctx.cpu.r_reg(REG_D1)
name = "AllocVec(@%06x)" % self.get_callee_pc(ctx)
mb = self.alloc.alloc_memory(size, label=name)
log_exec.info("AllocVec: %s, flags=%08x", name, flags)
return mb.addr
def AddSemaphore(self, ctx):
addr = ctx.cpu.r_reg(REG_A1)
sstruct = AccessStruct(ctx.mem, SignalSemaphoreStruct, addr)
name_ptr = sstruct.r_s("ss_Link.ln_Name")
name = ctx.mem.r_cstr(name_ptr)
self.semaphore_mgr.AddSemaphore(addr, name)
log_exec.info("AddSemaphore(%06x,%s)" % (addr, name))
def AllocVec(self, ctx):
size = ctx.cpu.r_reg(REG_D0)
flags = ctx.cpu.r_reg(REG_D1)
mb = self.alloc.alloc_memory(
"AllocVec(@%06x)" % self.get_callee_pc(ctx), size)
log_exec.info("AllocVec: %s" % mb)
return mb.addr
def StackSwap(self, ctx):
stsw_ptr = ctx.cpu.r_reg(REG_A0)
stsw = AccessStruct(ctx.mem,StackSwapStruct,struct_addr=stsw_ptr)
# get new stack values
new_lower = stsw.r_s('stk_Lower')
new_upper = stsw.r_s('stk_Upper')
new_pointer = stsw.r_s('stk_Pointer')
# retrieve current (old) stack
old_lower = self.stk_lower
old_upper = self.stk_upper
old_pointer = ctx.cpu.r_reg(REG_A7) # addr of sys call return
# get adress of callee
callee = ctx.mem.r32(old_pointer)
# is a label attached to new addr
if ctx.label_mgr:
label = ctx.label_mgr.get_label(new_lower)
if label is not None:
label.name = label.name + "=Stack"
# we report the old stack befor callee
old_pointer += 4
log_exec.info("StackSwap: old(lower=%06x,upper=%06x,ptr=%06x) new(lower=%06x,upper=%06x,ptr=%06x)" % (old_lower,old_upper,old_pointer,new_lower,new_upper,new_pointer))
stsw.w_s('stk_Lower', old_lower)
stsw.w_s('stk_Upper', old_upper)
stsw.w_s('stk_Pointer', old_pointer)
self.stk_lower = new_lower
self.stk_upper = new_upper
# put callee's address on new stack
new_pointer -= 4
ctx.mem.w32(new_pointer,callee)
# activate new stack
ctx.cpu.w_reg(REG_A7, new_pointer)
def OpenLibrary(self, ctx):
ver = ctx.cpu.r_reg(REG_D0)
name_ptr = ctx.cpu.r_reg(REG_A1)
name = ctx.mem.r_cstr(name_ptr)
addr = self.lib_mgr.open_lib(name, ver)
log_exec.info("OpenLibrary: '%s' V%d -> %06x", name, ver, addr)
return addr
def Allocate(self, ctx):
mh_addr = ctx.cpu.r_reg(REG_A0)
num_bytes = ctx.cpu.r_reg(REG_D0)
blk_addr = lexec.Alloc.allocate(ctx, mh_addr, num_bytes)
log_exec.info("Allocate(%06x, %06x) -> %06x" %
(mh_addr, num_bytes, blk_addr))
return blk_addr
def Deallocate(self, ctx):
mh_addr = ctx.cpu.r_reg(REG_A0)
blk_addr = ctx.cpu.r_reg(REG_A1)
num_bytes = ctx.cpu.r_reg(REG_D0)
lexec.Alloc.deallocate(ctx, mh_addr, blk_addr, num_bytes)
log_exec.info("Deallocate(%06x, %06x, %06x)" %
(mh_addr, blk_addr, num_bytes))
def CopyMemQuick(self, ctx):
source = ctx.cpu.r_reg(REG_A0)
dest = ctx.cpu.r_reg(REG_A1)
length = ctx.cpu.r_reg(REG_D0)
log_exec.info("CopyMemQuick: source=%06x dest=%06x len=%06x" %
(source, dest, length))
ctx.mem.copy_block(source, dest, length)
def MakeFunctions(self, ctx):
target = ctx.cpu.r_reg(REG_A0)
func_array = ctx.cpu.r_reg(REG_A1)
func_disp = ctx.cpu.r_reg(REG_A2)
log_exec.info("MakeFunctions: target=%06x, func_array=%06x, func_disp=%06x",
target, func_array, func_disp)
mf = MakeFuncs(ctx.mem)
return mf.make_functions(target, func_array, func_disp)
def InitResident(self, ctx):
resident = ctx.cpu.r_reg(REG_A1)
seglist = ctx.cpu.r_reg(REG_D1)
ir = InitRes(ctx.machine, ctx.alloc)
base, mobj = ir.init_resident(resident, seglist)
log_exec.info("InitResident: res=%06x, seglist=%06x -> base=%06x, mobj=%s",
resident, seglist, base, mobj)
return base
def InitStruct(self, ctx):
init_tab = ctx.cpu.r_reg(REG_A1)
memory = ctx.cpu.r_reg(REG_A2)
size = ctx.cpu.r_reg(REG_D0)
log_exec.info("InitStruct: init_tab=%06x, memory=%06x, size=%06x",
init_tab, memory, size)
i = InitStruct(ctx.mem)
i.init_struct(init_tab, memory, size)
def InitStruct(self, ctx):
init_tab = ctx.cpu.r_reg(REG_A1)
memory = ctx.cpu.r_reg(REG_A2)
size = ctx.cpu.r_reg(REG_D0)
log_exec.info("InitStruct: init_tab=%06x, memory=%06x, size=%06x",
init_tab, memory, size)
i = InitStruct(ctx.mem)
i.init_struct(init_tab, memory, size)
def SetSignal(self, ctx):
new_signals = ctx.cpu.r_reg(REG_D0)
signal_mask = ctx.cpu.r_reg(REG_D1)
old_signals = 0
log_exec.info(
"SetSignals: new_signals=%08x signal_mask=%08x old_signals=%08x" %
(new_signals, signal_mask, old_signals))
return old_signals
def DeleteIORequest(self,ctx):
req = ctx.cpu.r_reg(REG_A0)
mb = self.alloc.get_memory(req)
if mb != None:
log_exec.info("DeleteIOREquest: 0x%06x -> %s" % (req,mb))
self.alloc.free_memory(mb)
else:
raise VamosInternalError("DeleteIORequest: Unknown IORequest to delete: ptr=%06x" % addr)
def PutMsg(self, ctx):
port_addr = ctx.cpu.r_reg(REG_A0)
msg_addr = ctx.cpu.r_reg(REG_A1)
log_exec.info("PutMsg: port=%06x msg=%06x" % (port_addr, msg_addr))
has_port = self.port_mgr.has_port(port_addr)
if not has_port:
raise VamosInternalError("PutMsg: on invalid Port (%06x) called!" % port_addr)
self.port_mgr.put_msg(port_addr, msg_addr)
def FindSemaphore(self,ctx):
name_ptr = ctx.cpu.r_reg(REG_A1)
name = ctx.mem.r_cstr(name_ptr)
semaphore = self.semaphore_mgr.FindSemaphore(name)
log_exec.info("FindSemaphore(%s) -> %s" % (name,semaphore))
if semaphore != None:
return semaphore.addr
else:
return 0
def CreateIORequest(self,ctx):
port = ctx.cpu.r_reg(REG_A0)
size = ctx.cpu.r_reg(REG_D0)
# label alloc
pc = self.get_callee_pc(ctx)
name = "CreateIORequest(%06x)" % pc
mb = self.alloc.alloc_memory(name,size)
log_exec.info("CreateIORequest: (%s,%s,%s) -> 0x%06x %d bytes" % (mb,port,size,mb.addr,size))
return mb.addr
def SetFunction(self, ctx):
lib_addr = ctx.cpu.r_reg(REG_A1)
lvo = ctx.cpu.rs_reg(REG_A0)
new_func = ctx.cpu.r_reg(REG_D0)
lf = LibFuncs(ctx.machine, ctx.alloc)
old_func = lf.set_function(lib_addr, lvo, new_func)
log_exec.info("SetFunction: lib=%06x, lvo=%d, new_func=%06x -> old_func=%06x",
lib_addr, lvo, new_func, old_func)
return old_func
def CloseDevice(self,ctx):
io_addr = ctx.cpu.r_reg(REG_A1)
if io_addr != 0:
io = AccessStruct(ctx.mem, IORequestStruct, io_addr)
dev_addr = io.r_s("io_Device")
if dev_addr != 0:
log_exec.info("CloseDevice: %06x", dev_addr)
self.lib_mgr.close_lib(dev_addr)
io.w_s("io_Device", 0)
def AllocMem(self, ctx):
size = ctx.cpu.r_reg(REG_D0)
flags = ctx.cpu.r_reg(REG_D1)
# label alloc
pc = self.get_callee_pc(ctx)
name = "AllocMem(%06x)" % pc
mb = self.alloc.alloc_memory(name,size)
log_exec.info("AllocMem: %s -> 0x%06x %d bytes" % (mb,mb.addr,size))
return mb.addr
def DeleteIORequest(self, ctx):
req = ctx.cpu.r_reg(REG_A0)
mb = self.alloc.get_memory(req)
if mb != None:
log_exec.info("DeleteIOREquest: 0x%06x -> %s" % (req, mb))
self.alloc.free_memory(mb)
else:
raise VamosInternalError(
"DeleteIORequest: Unknown IORequest to delete: ptr=%06x" % req)
def Remove(self, ctx):
node_addr = ctx.cpu.r_reg(REG_A1)
n = AccessStruct(ctx.mem, NodeStruct, node_addr)
succ = n.r_s("ln_Succ")
pred = n.r_s("ln_Pred")
log_exec.info("Remove(%06x): ln_Pred=%06x ln_Succ=%06x" % (node_addr, pred, succ))
AccessStruct(ctx.mem, NodeStruct, pred).w_s("ln_Succ", succ)
AccessStruct(ctx.mem, NodeStruct, succ).w_s("ln_Pred", pred)
return node_addr
def CloseDevice(self, ctx):
io_addr = ctx.cpu.r_reg(REG_A1)
if io_addr != 0:
io = AccessStruct(ctx.mem, IORequestStruct, io_addr)
dev_addr = io.r_s("io_Device")
if dev_addr != 0:
log_exec.info("CloseDevice: %06x", dev_addr)
self.lib_mgr.close_lib(dev_addr)
io.w_s("io_Device", 0)
def AllocMem(self, ctx):
size = ctx.cpu.r_reg(REG_D0)
flags = ctx.cpu.r_reg(REG_D1)
# label alloc
pc = self.get_callee_pc(ctx)
name = "AllocMem(%06x)" % pc
mb = self.alloc.alloc_memory(name, size)
log_exec.info("AllocMem: %s -> 0x%06x %d bytes" % (mb, mb.addr, size))
return mb.addr
def InitResident(self, ctx):
resident = ctx.cpu.r_reg(REG_A1)
seglist = ctx.cpu.r_reg(REG_D1)
ir = InitRes(ctx.machine, ctx.alloc)
base, mobj = ir.init_resident(resident, seglist)
log_exec.info(
"InitResident: res=%06x, seglist=%06x -> base=%06x, mobj=%s",
resident, seglist, base, mobj)
return base
def PutMsg(self, ctx):
port_addr = ctx.cpu.r_reg(REG_A0)
msg_addr = ctx.cpu.r_reg(REG_A1)
log_exec.info("PutMsg: port=%06x msg=%06x" % (port_addr, msg_addr))
has_port = self.port_mgr.has_port(port_addr)
if not has_port:
raise VamosInternalError("PutMsg: on invalid Port (%06x) called!" %
port_addr)
self.port_mgr.put_msg(port_addr, msg_addr)
def MakeFunctions(self, ctx):
target = ctx.cpu.r_reg(REG_A0)
func_array = ctx.cpu.r_reg(REG_A1)
func_disp = ctx.cpu.r_reg(REG_A2)
log_exec.info(
"MakeFunctions: target=%06x, func_array=%06x, func_disp=%06x",
target, func_array, func_disp)
mf = MakeFuncs(ctx.mem)
return mf.make_functions(target, func_array, func_disp)
def FindSemaphore(self, ctx):
name_ptr = ctx.cpu.r_reg(REG_A1)
name = ctx.mem.r_cstr(name_ptr)
semaphore = self.semaphore_mgr.FindSemaphore(name)
log_exec.info("FindSemaphore(%s) -> %s" % (name, semaphore))
if semaphore != None:
return semaphore.addr
else:
return 0
def FreePooled(self, ctx):
poolid = ctx.cpu.r_reg(REG_A0)
size = (ctx.cpu.r_reg(REG_D0) + 7) & -8
mem_ptr= ctx.cpu.r_reg(REG_A1)
if poolid in self._pools:
pool = self._pools[poolid]
pool.FreePooled(mem_ptr,size)
log_exec.info("FreePooled: to pool 0x%x mem 0x%06x size %d" % (poolid,mem_ptr,size))
else:
raise VamosInternalError("FreePooled: invalid memory pool: ptr=%06x" % poolid)
def CreateIORequest(self, ctx):
port = ctx.cpu.r_reg(REG_A0)
size = ctx.cpu.r_reg(REG_D0)
# label alloc
pc = self.get_callee_pc(ctx)
name = "CreateIORequest(%06x)" % pc
mb = self.alloc.alloc_memory(name, size)
log_exec.info("CreateIORequest: (%s,%s,%s) -> 0x%06x %d bytes" %
(mb, port, size, mb.addr, size))
return mb.addr
def SetFunction(self, ctx):
lib_addr = ctx.cpu.r_reg(REG_A1)
lvo = ctx.cpu.rs_reg(REG_A0)
new_func = ctx.cpu.r_reg(REG_D0)
lf = LibFuncs(ctx.machine, ctx.alloc)
old_func = lf.set_function(lib_addr, lvo, new_func)
log_exec.info(
"SetFunction: lib=%06x, lvo=%d, new_func=%06x -> old_func=%06x",
lib_addr, lvo, new_func, old_func)
return old_func
def DeletePool(self, ctx):
log_exec.info("DeletePool")
poolid = ctx.cpu.r_reg(REG_A0)
if poolid in self._pools:
pool = self._pools[poolid]
del self._pools[poolid]
pool.__del__()
log_exec.info("DeletePooled: pool 0x%x" % poolid)
else:
raise VamosInternalError("DeletePooled: invalid memory pool: ptr=%06x" % poolid)
def FindTask(self, ctx):
task_ptr = ctx.cpu.r_reg(REG_A1)
if task_ptr == 0:
addr = self.exec_lib.this_task.get_addr()
log_exec.info("FindTask: me=%06x" % addr)
return addr
else:
task_name = ctx.mem.r_cstr(task_ptr)
log_exec.info("Find Task: %s" % task_name)
raise UnsupportedFeatureError("FindTask: other task!");
def Remove(self, ctx):
node_addr = ctx.cpu.r_reg(REG_A1)
n = AccessStruct(ctx.mem, NodeStruct, node_addr)
succ = n.r_s("ln_Succ")
pred = n.r_s("ln_Pred")
log_exec.info("Remove(%06x): ln_Pred=%06x ln_Succ=%06x" %
(node_addr, pred, succ))
AccessStruct(ctx.mem, NodeStruct, pred).w_s("ln_Succ", succ)
AccessStruct(ctx.mem, NodeStruct, succ).w_s("ln_Pred", pred)
return node_addr
def RawDoFmt(self, ctx):
fmtString = ctx.cpu.r_reg(REG_A0)
dataStream = ctx.cpu.r_reg(REG_A1)
putProc = ctx.cpu.r_reg(REG_A2)
putData = ctx.cpu.r_reg(REG_A3)
dataStream, fmt, resultstr, known = raw_do_fmt(ctx, fmtString, dataStream,
putProc, putData)
log_exec.info("RawDoFmt: fmtString=%s -> %s (known=%s, dataStream=%06x)" % \
(fmt, resultstr, known, dataStream))
return dataStream
def FindTask(self, ctx):
task_ptr = ctx.cpu.r_reg(REG_A1)
if task_ptr == 0:
addr = self.exec_lib.this_task.get_addr()
log_exec.info("FindTask: me=%06x" % addr)
return addr
else:
task_name = ctx.mem.r_cstr(task_ptr)
log_exec.info("Find Task: %s" % task_name)
raise UnsupportedFeatureError("FindTask: other task!")
def DeletePool(self, ctx):
log_exec.info("DeletePool")
poolid = ctx.cpu.r_reg(REG_A0)
if poolid in self._pools:
pool = self._pools[poolid]
del self._pools[poolid]
pool.__del__()
log_exec.info("DeletePooled: pool 0x%x" % poolid)
else:
raise VamosInternalError(
"DeletePooled: invalid memory pool: ptr=%06x" % poolid)
def AddHead(self, ctx):
list_addr = ctx.cpu.r_reg(REG_A0)
node_addr = ctx.cpu.r_reg(REG_A1)
log_exec.info("AddHead(%06x, %06x)" % (list_addr, node_addr))
l = AccessStruct(ctx.mem, ListStruct, list_addr)
n = AccessStruct(ctx.mem, NodeStruct, node_addr)
n.w_s("ln_Pred", l.s_get_addr("lh_Head"))
h = l.r_s("lh_Head")
n.w_s("ln_Succ", h)
AccessStruct(ctx.mem, NodeStruct, h).w_s("ln_Pred", node_addr)
l.w_s("lh_Head", node_addr)
def FreeVec(self, ctx):
addr = ctx.cpu.r_reg(REG_A1)
if addr == 0:
log_exec.info("FreeVec: freeing NULL")
return
mb = self.alloc.get_memory(addr)
if mb != None:
log_exec.info("FreeVec: %s" % mb)
self.alloc.free_memory(mb)
else:
raise VamosInternalError("FreeVec: Unknown memory to free: ptr=%06x" % (addr))
def FindName(self, ctx):
list_addr = ctx.cpu.r_reg(REG_A0)
name_ptr = ctx.cpu.r_reg(REG_A1)
name = ctx.mem.r_cstr(name_ptr)
list_t = List(ctx.mem, list_addr)
match = list_t.find_name(name)
log_exec.info("FindName: start=%s, name='%s' -> match=%s", list_t, name, match)
if match:
return match.get_addr()
else:
return 0
def AddHead(self, ctx):
list_addr = ctx.cpu.r_reg(REG_A0)
node_addr = ctx.cpu.r_reg(REG_A1)
log_exec.info("AddHead(%06x, %06x)" % (list_addr, node_addr))
l = AccessStruct(ctx.mem, ListStruct, list_addr)
n = AccessStruct(ctx.mem, NodeStruct, node_addr)
n.w_s("ln_Pred", l.s_get_addr("lh_Head"))
h = l.r_s("lh_Head")
n.w_s("ln_Succ", h)
AccessStruct(ctx.mem, NodeStruct, h).w_s("ln_Pred", node_addr)
l.w_s("lh_Head", node_addr)
def RawDoFmt(self, ctx):
fmtString = ctx.cpu.r_reg(REG_A0)
dataStream = ctx.cpu.r_reg(REG_A1)
putProc = ctx.cpu.r_reg(REG_A2)
putData = ctx.cpu.r_reg(REG_A3)
dataStream, fmt, resultstr, known = raw_do_fmt(ctx, fmtString,
dataStream, putProc,
putData)
log_exec.info("RawDoFmt: fmtString=%s -> %s (known=%s, dataStream=%06x)" % \
(fmt, resultstr, known, dataStream))
return dataStream
def AllocPooled(self, ctx):
poolid = ctx.cpu.r_reg(REG_A0)
size = (ctx.cpu.r_reg(REG_D0) + 7) & -8
pc = self.get_callee_pc(ctx)
name = "AllocPooled(%06x)" % pc
if poolid in self._pools:
pool = self._pools[poolid]
mem = pool.AllocPooled(ctx.label_mgr ,name, size)
log_exec.info("AllocPooled: from pool 0x%x size %d -> 0x%06x" % (poolid,size,mem.addr))
return mem.addr
else:
raise VamosInternalError("AllocPooled: invalid memory pool: ptr=%06x" % poolid)
def FreeMem(self, ctx):
size = ctx.cpu.r_reg(REG_D0)
addr = ctx.cpu.r_reg(REG_A1)
if addr == 0 or size == 0:
log_exec.info("FreeMem: freeing NULL")
return
mb = self.alloc.get_memory(addr)
if mb != None:
log_exec.info("FreeMem: 0x%06x %d bytes -> %s" % (addr,size,mb))
self.alloc.free_memory(mb)
else:
raise VamosInternalError("FreeMem: Unknown memory to free: ptr=%06x size=%06x" % (addr, size))
def OldOpenLibrary(self, ctx):
name_ptr = ctx.cpu.r_reg(REG_A1)
name = ctx.mem.r_cstr(name_ptr)
proc = ctx.process
if proc:
cwd = proc.get_current_dir_lock()
pd = proc.get_home_dir_lock()
else:
cwd, pd = None, None
addr = self.lib_mgr.open_lib(name, 0, cwd_lock=cwd, progdir_lock=pd)
log_exec.info("OldOpenLibrary: '%s' -> %06x", name, addr)
return addr
def CreatePool(self, ctx):
# need some sort of uniq id.
# HACK: this is a hack to produce private uniq ids
poolid = self._poolid
self._poolid += 4
flags = ctx.cpu.r_reg(REG_D0)
size = (ctx.cpu.r_reg(REG_D1) + 7) & -8
thresh = ctx.cpu.r_reg(REG_D2)
pool = Pool(self.mem, self.alloc, flags, size, thresh, poolid)
self._pools[poolid] = pool
log_exec.info("CreatePool: pool 0x%x" % poolid)
return poolid
def FreeVec(self, ctx):
addr = ctx.cpu.r_reg(REG_A1)
if addr == 0:
log_exec.info("FreeVec: freeing NULL")
return
mb = self.alloc.get_memory(addr)
if mb != None:
log_exec.info("FreeVec: %s" % mb)
self.alloc.free_memory(mb)
else:
raise VamosInternalError(
"FreeVec: Unknown memory to free: ptr=%06x" % (addr))
def CreatePool(self, ctx):
# need some sort of uniq id.
# HACK: this is a hack to produce private uniq ids
poolid = self._poolid
self._poolid += 4;
flags = ctx.cpu.r_reg(REG_D0);
size = (ctx.cpu.r_reg(REG_D1) + 7) & -8;
thresh = ctx.cpu.r_reg(REG_D2)
pool = Pool(self.mem, self.alloc, flags, size, thresh, poolid)
self._pools[poolid] = pool
log_exec.info("CreatePool: pool 0x%x" % poolid)
return poolid
def WaitPort(self, ctx):
port_addr = ctx.cpu.r_reg(REG_A0)
log_exec.info("WaitPort: port=%06x" % (port_addr))
has_port = self.port_mgr.has_port(port_addr)
if not has_port:
raise VamosInternalError("WaitPort: on invalid Port (%06x) called!" % port_addr)
has_msg = self.port_mgr.has_msg(port_addr)
if not has_msg:
raise UnsupportedFeatureError("WaitPort on empty message queue called: Port (%06x)" % port_addr)
msg_addr = self.port_mgr.get_msg(port_addr)
log_exec.info("WaitPort: got message %06x" % (msg_addr))
return msg_addr
def FreePooled(self, ctx):
poolid = ctx.cpu.r_reg(REG_A0)
size = (ctx.cpu.r_reg(REG_D0) + 7) & -8
mem_ptr = ctx.cpu.r_reg(REG_A1)
if poolid in self._pools:
pool = self._pools[poolid]
pool.FreePooled(mem_ptr, size)
log_exec.info("FreePooled: to pool 0x%x mem 0x%06x size %d" %
(poolid, mem_ptr, size))
else:
raise VamosInternalError(
"FreePooled: invalid memory pool: ptr=%06x" % poolid)
def MakeLibrary(self, ctx):
vectors = ctx.cpu.r_reg(REG_A0)
struct = ctx.cpu.r_reg(REG_A1)
init = ctx.cpu.r_reg(REG_A2)
dsize = ctx.cpu.r_reg(REG_D0)
seglist = ctx.cpu.r_reg(REG_D1)
ml = MakeLib(ctx.machine, ctx.alloc)
lib_base, mobj = ml.make_library(vectors, struct, init, dsize, seglist)
log_exec.info("MakeLibrary: vectors=%06x, struct=%06x, init=%06x, " \
"dsize=%06x seglist=%06x -> lib_base=%06x, mobj=%s",
vectors, struct, init, dsize, seglist, lib_base, mobj)
return lib_base
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 FindName(self, ctx):
list_addr = ctx.cpu.r_reg(REG_A0)
name_ptr = ctx.cpu.r_reg(REG_A1)
name = ctx.mem.r_cstr(name_ptr)
list_t = List(ctx.mem, list_addr)
match = list_t.find_name(name)
log_exec.info("FindName: start=%s, name='%s' -> match=%s",
list_t, name, match)
if match:
return match.get_addr()
else:
return 0
def OldOpenLibrary(self, ctx):
name_ptr = ctx.cpu.r_reg(REG_A1)
name = ctx.mem.r_cstr(name_ptr)
proc = ctx.process
if proc:
cwd = proc.get_current_dir_lock()
pd = proc.get_home_dir_lock()
else:
cwd, pd = None, None
addr = self.lib_mgr.open_lib(name, 0, cwd_lock=cwd, progdir_lock=pd)
log_exec.info("OldOpenLibrary: '%s' -> %06x", name, addr)
return addr
def RemTail(self, ctx):
list_addr = ctx.cpu.r_reg(REG_A0)
l = AccessStruct(ctx.mem, ListStruct, list_addr)
node_addr = l.r_s("lh_TailPred")
n = AccessStruct(ctx.mem, NodeStruct, node_addr)
succ = n.r_s("ln_Succ")
pred = n.r_s("ln_Pred")
if pred == 0:
log_exec.info("RemTail(%06x): null" % list_addr)
return 0
AccessStruct(ctx.mem, NodeStruct, pred).w_s("ln_Succ", succ)
AccessStruct(ctx.mem, NodeStruct, succ).w_s("ln_Pred", pred)
log_exec.info("RemTail(%06x): %06x" % (list_addr, node_addr))
return node_addr
def OpenDevice(self,ctx):
name_ptr = ctx.cpu.r_reg(REG_A0)
unit = ctx.cpu.r_reg(REG_D0)
io_addr = ctx.cpu.r_reg(REG_A1)
io = AccessStruct(ctx.mem, IORequestStruct, io_addr)
flags = ctx.cpu.r_reg(REG_D1)
name = ctx.mem.r_cstr(name_ptr)
addr = self.lib_mgr.open_lib(name)
io.w_s("io_Device", addr)
if addr == 0:
log_exec.info("OpenDevice: '%s' unit %d flags %d -> NULL", name, unit, flags)
return -1
else:
log_exec.info("OpenDevice: '%s' unit %d flags %d -> %06x", name, unit, flags, addr)
return 0
def AllocPooled(self, label_mgr, name, size):
result = None
if size >= self.thresh:
puddle = Puddle(self.mem, self.alloc, label_mgr, name, size)
if puddle != None:
self.puddles.append(puddle)
result = puddle.AllocPooled(name + self.name, size)
else:
for puddle in self.puddles:
result = puddle.AllocPooled(name + self.name, size)
if result != None:
break
# none of the puddles had enough memory
if result == None:
puddle = Puddle(self.mem, self.alloc, label_mgr, name, self.minsize)
if puddle != None:
self.puddles.append(puddle)
result = puddle.AllocPooled(name + self.name, size)
if result == None:
log_exec.info("AllocPooled: Unable to allocate memory (%x)", size)
return result
