def task(pj, cpu): seven_segment.table(pj, 0x7fbf, 0x7fda, verbose=False) ct = utils.cmd_tbl(pj, 0x6225, 0x6287) print(ct) while pj.run(): pass
def task(pj, cpu): seven_segment.table(pj, 0x7fbf, 0x7fda, verbose=False) ct = utils.cmd_tbl(pj, 0x6225, 0x6287) print(ct) while pj.run(): pass
def task(pj, cpu):
seven_segment.table(pj, 0x7e29, 0x7e39, verbose=False)
ct = utils.cmd_tbl(pj, 0x7c5d, 0x7c91)
cta = utils.arg_range(pj, ct, 0x7d65, 0x7d81)
utils.cmd_dispatch(pj, cpu, cta, 0x644c)
pj.set_label(0x66ea, "ERR5_UNDEF_KEY")
utils.key_dispatch(pj, cpu, 0x640c, 0x644c)
utils.dsp_dispatch(pj, cpu, 0x6848, 0x6858)
for i in (0x614c, 0x619c, 0x61a3, 0x69dd, 0x69e4):
utils.float70(pj, i)
utils.square_tbl(pj)
while pj.run():
pass
utils.apply_labels(pj, "A")
utils.tramp(pj)
def task(pj, cpu): seven_segment.table(pj, 0x7e29, 0x7e39, verbose=False) ct = utils.cmd_tbl(pj, 0x7c5d, 0x7c91) cta = utils.arg_range(pj, ct, 0x7d65, 0x7d81) utils.cmd_dispatch(pj, cpu, cta, 0x644c) pj.set_label(0x66ea, "ERR5_UNDEF_KEY") utils.key_dispatch(pj, cpu, 0x640c, 0x644c) utils.dsp_dispatch(pj, cpu, 0x6848, 0x6858) for i in (0x614c, 0x619c, 0x61a3, 0x69dd, 0x69e4): utils.float70(pj, i) utils.square_tbl(pj) while pj.run(): pass utils.apply_labels(pj, "A") utils.tramp(pj)
def task(pj, cpu):
#######################################################################
def rom(lo, hi):
pj.add(lo, hi, "ROM")
s = 0
for a in range(lo, hi):
s += pj.m.rd(a)
s &= 0xFF
if s == 0:
print("ROM %04x-%04x sum good (%02x)" % (lo, hi, s))
else:
print("ROM %04x-%04x sum BAD (%02x)" % (lo, hi, s))
rom(0x6800, 0x7000)
rom(0x7000, 0x7800)
rom(0x7800, 0x8000)
for i in (0x6FFF, 0x77FF, 0x7FF7):
c = pj.add(i, i + 1, "csum")
c.rendered = c.tag
#######################################################################
def vec(a, n):
c = pj.add(a, a + 2, "vector")
c.rendered = "vector(%s)" % n
v = pj.m.bu16(a)
pj.todo(v, cpu.disass)
vec(0x7FF8, "IRQ")
vec(0x7FFA, "SWI")
vec(0x7FFC, "NMI")
vec(0x7FFE, "RST")
#######################################################################
class ptr(job.Leaf):
def __init__(self, pj, adr):
super(ptr, self).__init__(pj, adr, adr + 2, "ptr")
pj.insert(self)
def render(self, pj):
v = pj.m.bu16(self.lo)
l = pj.labels.get(v)
if l == None:
return ".PTR 0x%x" % v
else:
return ".PTR %s" % l
def jmptbl(lo, hi, x=None):
c = pj.add(lo, hi, "jmptbl (%04x-%04x)" % (lo, hi))
# c.rendered = c.tag
n = 0
for a in range(lo, hi, 2):
v = pj.m.bu16(a)
d = ptr(pj, a)
if x != None and len(x) > n:
if v not in symbols:
symbols[v] = "CMD_" + x[n]
n += 1
pj.todo(v, cpu.disass)
jmptbl(0x7768, 0x77B6, "9876543210.-@ABCDEFGHIJKLMNOPQRSTUVWXYZ")
jmptbl(0x7860, 0x787C)
jmptbl(0x78A0, 0x78BC)
jmptbl(0x78C0, 0x78DC)
#######################################################################
def tblx(a):
c = pj.add(a, a + 16, "tblx")
s = ""
for i in range(10):
v = pj.m.rd(a + i)
s += " %02x" % v
s += " "
for i in range(10, 16):
v = pj.m.rd(a + i)
s += " %02x" % v
c.rendered = "TBLX " + s
c.compact = True
for a in range(0x7000, 0x70A0, 16):
tblx(a)
for a in range(0x7100, 0x71A0, 16):
tblx(a)
#######################################################################
# seven_segment.hunt(pj, 0x6800, 0x8000, pattern="AbCdE")
# seven_segment.hunt(pj, 0x6800, 0x8000)
seven_segment.table(pj, 0x7800, 0x7810, map=(128, 64, 32, 16, 8, 4, 2, 1, 0), inv=True, verbose=False)
#######################################################################
if True:
for a, l in symbols.items():
pj.set_label(a, l)
while pj.run():
pass
def task(pj, cx):
cx.register_labels(pj)
cx.vectors(pj)
def cbyte(pj, a):
c = data.Const(pj, a, a + 1)
c.val = pj.m.rd(a)
c.typ = ".BYTE"
c.fmt = "0x%02x" % c.val
return c
def cword(pj, a):
c = data.Const(pj, a, a + 2)
c.val = pj.m.bu16(a)
c.typ = ".WORD"
c.fmt = "0x%04x" % c.val
return c
class d_chain(data.Data):
def __init__(self, pj, a):
super(d_chain, self).__init__(pj, a, a + 4)
self.num = '%c%c%c' % (
pj.m.rd(self.lo),
pj.m.rd(self.lo + 1),
pj.m.rd(self.lo + 2),
)
def render(self, pj):
return ".STRUCT chain { '%c%c%c', %d }" % (
pj.m.rd(self.lo),
pj.m.rd(self.lo + 1),
pj.m.rd(self.lo + 2),
pj.m.rd(self.lo + 3),
)
class d_asf(data.Data):
def __init__(self, pj, a):
super(d_asf, self).__init__(pj, a, a + 16)
def render(self, pj):
s = ".STRUCT asf {"
t = " "
for i in range(0, 16, 2):
s += t + "%6d" % pj.m.bu16(self.lo + i)
t = ", "
s += "}"
return s
class d_q(data.Data):
"""
Numbers are sign + 31 bit binary q-complement fractions:
[Sign][31 bit fraction]
"""
def __init__(self, pj, a, lbl=True):
if pj.find(a, ".D4") != None:
return
super(d_q, self).__init__(pj, a, a + 4, ".D4")
self.val = pj.m.bu32(a)
self.dec = self.val
if self.dec & 0x80000000:
self.dec &= 0x7fffffff
self.dec *= -1
self.dec *= 2**-31
if lbl:
pj.set_label(self.lo, "Q_%04x_%g" % (self.lo, self.dec))
def render(self, pj):
if self.dec != 0.0:
b = 1.0 / self.dec
else:
b = 0.
return ".D4 %12g = 1/%g" % (self.dec, b)
#######################################################################
led_map = [1, 2, 4, 128, 64, 16, 32, 8, 0]
seven_segment.table(pj, 0xecb4, 0xecd4, map=led_map, verbose=False)
pj.set_label(0xecb4, "7SEG_TBL")
LED_lbl = {
0xf94d: "_PL-99___LORAN-C",
0xf95d: "__Progr____PL-15",
0xf96d: "_Please___Choose",
0xf97d: "Lat-Lon___or_Gri",
0xf98d: "__L-L=4____Gri=7",
0xf99d: "Enter____Gri____",
0xf9ad: "Enter____Lat-Lon",
0xf9bd: "________________",
0xf9cd: "_Enter___Fn_no__",
0xf9dd: "_______A_Gri___0",
0xf9ed: "Search_A_Gri___0",
0xf9fd: "SAVE_in_____no__",
0xfa0d: "___no_______Fn__",
0xfa1d: "_________CAL____",
0xfa2d: "Enter______deg__",
0xfa3d: "8888888888888888",
0xfa4d: "Oscil___________",
0xfa5d: "__AREA____CHANGE",
0xfa6d: "__Pri=1____Alt=4",
0xfa7d: "_reset___spd_fil",
0xfa8d: "__speed___filter",
0xfa9d: "__slo_____15_set",
0xfaad: "regular___15_set",
0xfabd: "___fast___15_set",
0xfacd: "__slo=1____reg=2",
0xfadd: "_fast=3__A5_15=C",
0xfaed: "display_____no__",
0xfafd: "_Go_to______no__",
0xfb0d: "no_ASF___Entered",
0xfb1d: "__ASF____Entered",
0xfb2d: "CHANGE_____by__0",
0xfb3d: "Enter____ASF____",
0xfb4d: "Enter_______no__",
0xfb5d: "1_For0___2_For00",
0xfb6d: "Start_______no__",
0xfb7d: "__L-L=4____tds=7",
0xfb8d: "________________",
0xfb9d: "_fast____Average",
0xfbad: "regular__Average",
0xfbbd: "__Light_____on__",
0xfbcd: "__Light_____off_",
0xfbdd: "_dest_______no__",
0xfbed: "Select______no__",
0xfbfd: "__________Cntr__",
0xfc0d: "_____00__set_CL_",
0xfc1d: "_____00_____CL0C",
0xfc2d: "_____00__set_ttG",
0xfc3d: "_____00______ttG",
0xfc4d: "ASF______Entr___",
0xfc5d: "Arr_0____dist___",
0xfc6d: "Anchor______no__",
0xfc7d: "Anchor____dist__",
0xfc8d: "set_0____d55____",
0xfc9d: "Clr_cyc___Error_",
0xfcad: "__Plan______Fn__",
0xfcbd: "_CHANGE____Gri__",
0xfccd: "_Cold_____Start_",
0xfcdd: "reStart_________",
0xfced: "__YE5=1_____no=4",
0xfcfd: "reset____hot_t__",
0xfd0d: "reset____cold_t_",
0xfd1d: "__route_____no__",
0xfd2d: "__route_____no-_",
0xfd3d: "__Use=1__displ=4",
0xfd4d: "Pt___15___done=4",
0xfd5d: "__End=1___Cont=4",
0xfd6d: "speed____display",
0xfd7d: "_Crse=1___Grnd=4",
0xfd8d: "set_brg___corr=0",
0xfd9d: "_Seed____Lat-Lon",
0xfdad: "_Output__data_on",
0xfdbd: "_Output__dataoff",
0xfdcd: "_Auto=1____not=4",
0xfddd: "_Clear_____ASF__",
0xfded: "Input____OSC____",
0xfdfd: "___SELF_____TRAC",
}
for a in range(0xf94d, 0xfdfe, 16):
c = seven_segment.table(pj, a, a + 16, map=led_map, verbose=False)
t = LED_lbl.get(a)
assert t != None
if t == None:
# Try to construct a string ourselves...
t = ""
for i in c:
if i == None:
t += "?"
elif len(i) == 1:
t += i
elif i == "blank":
t += "_"
else:
t += "?"
pj.set_label(a, "MSG_" + t)
#######################################################################
def post_arg_func(pj, ins):
post_arg_funcs = {
0xb80c: "WB",
0xb821: "WB",
0xb836: "W",
0xb846: "WWW",
0xb86c: "WWW",
0xb892: "WWW",
0xb989: "WWW",
0xbabc: "WW",
0xbb60: "WWW",
0xbca1: "WWW",
0xbdeb: "WW",
}
for f in ins.flow_out:
i = post_arg_funcs.get(f.to)
if i == None:
continue
ins.flow_out = []
ins.add_flow(pj, "C", True, f.to)
a = ins.hi
for j in i:
if j == "W":
d = pj.m.bu16(a)
data.Dataptr(pj, a, a + 2, d)
a += 2
if d >= 0x8000:
d_q(pj, d)
elif j == "B":
cbyte(pj, a)
# data.Data(pj, a, a + 1)
a += 1
else:
assert False
ins.add_flow(pj, ">", True, a)
return
cx.flow_check.append(post_arg_func)
#######################################################################
def bogo_flow(pj, ins):
for f in ins.flow_out:
if f.to == None:
pass
elif f.to < 0x8000 or f.to > 0xffff:
print("BOGO", ins)
cx.flow_check.append(bogo_flow)
#######################################################################
chains = []
x = pj.add(0x9d20, 0x9d68, "chain-tbl")
pj.set_label(x.lo, "CHAINS")
for a in range(x.lo, x.hi, 4):
chains.append("GRI_" + d_chain(pj, a).num + "0")
"""
This is probably ASF data
(Based partially on number of records = 204)
"""
x = pj.add(0x9d68, 0xaa28, "asf-tbl")
for a in range(x.lo, x.hi, 16):
d_asf(pj, a)
# ON_KEY table
x = pj.add(0xe072, 0xe0e2, "on-key-tbl")
pj.set_label(x.lo, "ON_KEY_TBL")
n = 0x80
for a in range(x.lo, x.hi, 2):
x = cx.codeptr(pj, a)
pj.set_label(x.dst, "ON_KEY_0x%02x" % n)
n += 1
# CMD table
x = pj.add(0x9b81, 0x9bff, "cmd-tbl")
pj.set_label(x.lo, "CMDTBL")
for a in range(x.lo, x.hi, 3):
y = data.Txt(pj, a, a + 1, label=False)
z = cx.codeptr(pj, a + 1)
if y.txt == " ":
pj.set_label(z.dst, "CMD_SP")
else:
pj.set_label(z.dst, "CMD_%s" % y.txt)
# FN table
x = pj.add(0xf885, 0xf94d, "fn-tbl")
pj.set_label(x.lo, "FN_TBL")
d = dict()
n = 0
for a in range(x.lo, x.hi, 2):
y = cx.codeptr(pj, a)
if not y.dst in d:
d[y.dst] = []
d[y.dst].append(n)
n += 1
for i in d:
e = d[i]
if len(e) == 1:
pj.set_label(i, "FN_%02d" % e[0])
elif len(e) > 10:
pj.set_label(i, "FN_UNDEF")
else:
pj.set_label(i, "FN_%02d_%02d" % (e[0], e[-1]))
def longitude(pj, a):
"""
This gives values closely matching table values
"""
x = d_q(pj, a, lbl=False)
s = ""
v = x.dec * 180.
if v < 0:
v *= -1
s += "W"
v = 180. - v
else:
s += "E"
deg = v.__trunc__()
v -= deg
s += "%4d" % deg
v *= 60
mi = v.__trunc__()
v -= mi
s += " %2d'" % mi
v *= 60
s += ' %2.3f"' % v
x.lcmt = s
return x
def lattitude(pj, a):
"""
This calculation is not quite right.
"""
x = d_q(pj, a, lbl=False)
s = ""
v = x.dec * 90.
v = 108 - v
if v < 0:
v *= -1
s += "S"
v = 180. - v
else:
s += "N"
deg = v.__trunc__()
v -= deg
s += "%4d" % deg
v *= 60
mi = v.__trunc__()
v -= mi
s += " %2d'" % mi
v *= 60
s += ' %2.3f"' % v
x.lcmt = s
return x
#
# Chain data, idx'ed by 0x9d20
#
x = pj.add(0xaa29, 0xb131, "tbl")
n = 0
for a in range(x.lo, x.hi, 100):
x = pj.add(a, a + 100, "chain-tbl")
pj.set_label(a, "CHAIN_" + chains[n])
x = cword(pj, a)
x.lcmt = "GRI %d * 5" % (x.val / 5)
#data.Data(pj, a, a + 100)
x = pj.add(a + 0x02, a + 0x02 + 5 * 4, "alpha-tbl")
x = pj.add(a + 0x16, a + 0x16 + 5 * 4, "beta-tbl")
x = pj.add(a + 0x2a, a + 0x2a + 5 * 4, "gamma-tbl")
for c in range(5):
d_q(pj, a + 0x02 + c * 4, lbl=False)
lat = lattitude(pj, a + 0x16 + c * 4)
lon = longitude(pj, a + 0x2a + c * 4)
x = pj.add(a + 0x3e, a + 0x3e + 4 * 4, "rho-tbl")
x = pj.add(a + 0x4e, a + 0x4e + 4 * 4, "sigma-tbl")
for c in range(4):
x = d_q(pj, a + 0x3e + c * 4, lbl=False)
x.lcmt = "%.3f us / 2^23" % (x.dec * 2**23)
d_q(pj, a + 0x4e + c * 4, lbl=False)
x = pj.add(a + 0x5e, a + 0x5e + 5, "epsilon-tbl")
for c in range(5):
cbyte(pj, a + 0x5e + c)
x = cbyte(pj, a + 99)
x.lcmt = "# slaves"
n += 1
for a in range(0xc2fe, 0xc38e, 4):
d_q(pj, a)
# idx into tbl at b156
# Chain data (18 pieces)
#
x = pj.add(0xb132, 0xb155, "tbl")
n = 0
for a in range(x.lo, x.hi, 2):
y = cword(pj, a)
y.lcmt = chains[n]
pj.set_label(0xb156 + y.val, "CHAIN_I_" + chains[n])
n += 1
x = pj.add(0xb156, 0xb43e, "tbl")
for a in range(x.lo, x.hi, 4):
#data.Data(pj, a, a + 4)
d_q(pj, a, lbl=False)
for a in range(0xc3a6, 0xc41e, 4):
d_q(pj, a)
for a in range(0x906f, 0x9087, 2):
c = cword(pj, a)
c.fmt = "%d" % c.val
x = pj.add(0x9d00, 0x9d20, "tbl")
x.lcmt += "accessed via 0x9cc2 pointer"
for a in range(x.lo, x.hi, 2):
c = cword(pj, a)
pj.todo(0x9102, cx.disass)
pj.todo(0x95da, cx.disass)
pj.todo(0x9b29, cx.disass)
pj.todo(0x9a96, cx.disass)
pj.todo(0x9b44, cx.disass)
pj.todo(0x9b57, cx.disass)
pj.todo(0xdda1, cx.disass)
pj.todo(0xdde0, cx.disass)
pj.todo(0xde00, cx.disass)
pj.todo(0xde20, cx.disass)
pj.todo(0xf719, cx.disass)
for a in range(0x9789, 0x97a5, 4):
d_q(pj, a)
for i in range(0xf220, 0xf226, 2):
data.Dataptr(pj, i, i + 2, pj.m.bu16(i))
cword(pj, i + 6)
#for i in range(0x89d8, 0x8a20, 2):
# data.Dataptr(pj, i, i + 2, pj.m.bu16(i))
for i in range(0xe363, 0xe369, 2):
x = cx.codeptr(pj, i)
x = pj.add(0xb963, 0xb975, "tbl")
for i in range(x.lo, x.hi):
cbyte(pj, i)
data.Data(pj, 0xca73, 0xca7c)
data.Data(pj, 0xec7c, 0xec81)
data.Data(pj, 0xec81, 0xec85)
data.Data(pj, 0xec85, 0xec8b)
data.Data(pj, 0xec8b, 0xec91)
d_q(pj, 0xcb70)
d_q(pj, 0xd4f5)
d_q(pj, 0xd4f9)
d_q(pj, 0xd4fd)
d_q(pj, 0xd501)
while pj.run():
pass
pj.set_label(0x6489, "CHAIN_PTR")
pj.set_label(0xb800, "MEMCPY(X, Y, B)")
pj.set_label(0xb80c, "SHR_Q")
pj.set_label(0xb821, "SHL_Q")
pj.set_label(0xb836, "COM_Q")
pj.set_label(0xb846, "ADD_Q")
pj.set_label(0xb86c, "SUB_Q")
pj.set_label(0xb892, "MUL_Q")
pj.set_label(0xec91, "7SEG_XLAT(0x66a9)")
pj.set_label(0xecaa, "7SEG_DIG(B)")
pj.set_label(0xecd4, "DISPLAY(Y)")
pj.set_label(0xf1a9, "DISPLAY_YES_NO(Y)")
pj.set_label(0xf1b7, "IS_YES()")
pj.set_label(0xf878, "PAUSE()")
pj.set_label(0xfe5c, "Analog_Capture")
pj.set_label(0xfe6e, "Capture_One_Analog")
pj.set_label(0xf9, "ON_KEY")
def task(pj, cpu):
#######################################################################
def rom(lo, hi):
pj.add(lo, hi, "ROM")
s = 0
for a in range(lo, hi):
s += pj.m.rd(a)
s &= 0xff
if s == 0:
print("ROM %04x-%04x sum good (%02x)" % (lo, hi, s))
else:
print("ROM %04x-%04x sum BAD (%02x)" % (lo, hi, s))
rom(0x6800, 0x7000)
rom(0x7000, 0x7800)
rom(0x7800, 0x8000)
for i in (0x6fff, 0x77ff, 0x7ff7):
c = pj.add(i, i + 1, "csum")
c.rendered = c.tag
#######################################################################
def vec(a, n):
c = pj.add(a, a + 2, "vector")
c.rendered = "vector(%s)" % n
v = pj.m.bu16(a)
pj.todo(v, cpu.disass)
vec(0x7ff8, "IRQ")
vec(0x7ffa, "SWI")
vec(0x7ffc, "NMI")
vec(0x7ffe, "RST")
#######################################################################
class ptr(job.Leaf):
def __init__(self, pj, adr):
super(ptr, self).__init__(pj, adr, adr + 2, "ptr")
pj.insert(self)
def render(self, pj):
v = pj.m.bu16(self.lo)
l = pj.labels.get(v)
if l == None:
return ".PTR 0x%x" % v
else:
return ".PTR %s" % l
def jmptbl(lo, hi, x=None):
c = pj.add(lo, hi, "jmptbl (%04x-%04x)" % (lo, hi))
# c.rendered = c.tag
n = 0
for a in range(lo, hi, 2):
v = pj.m.bu16(a)
d = ptr(pj, a)
if x != None and len(x) > n:
if v not in symbols:
symbols[v] = "CMD_" + x[n]
n += 1
pj.todo(v, cpu.disass)
jmptbl(0x7768, 0x77b6, '9876543210.-@ABCDEFGHIJKLMNOPQRSTUVWXYZ')
jmptbl(0x7860, 0x787c)
jmptbl(0x78a0, 0x78bc)
jmptbl(0x78c0, 0x78dc)
#######################################################################
def tblx(a):
c = pj.add(a, a + 16, "tblx")
s = ""
for i in range(10):
v = pj.m.rd(a + i)
s += " %02x" % v
s += " "
for i in range(10, 16):
v = pj.m.rd(a + i)
s += " %02x" % v
c.rendered = "TBLX " + s
c.compact = True
for a in range(0x7000, 0x70a0, 16):
tblx(a)
for a in range(0x7100, 0x71a0, 16):
tblx(a)
#######################################################################
#seven_segment.hunt(pj, 0x6800, 0x8000, pattern="AbCdE")
#seven_segment.hunt(pj, 0x6800, 0x8000)
seven_segment.table(pj,
0x7800,
0x7810,
map=(128, 64, 32, 16, 8, 4, 2, 1, 0),
inv=True,
verbose=False)
#######################################################################
if True:
for a, l in symbols.items():
pj.set_label(a, l)
while pj.run():
pass
def task(pj, cx):
cx.register_labels(pj)
cx.vectors(pj)
def cbyte(pj, a):
c = data.Const(pj, a, a + 1)
c.val = pj.m.rd(a)
c.typ = ".BYTE"
c.fmt = "0x%02x" % c.val
return c
def cword(pj, a):
c = data.Const(pj, a, a + 2)
c.val = pj.m.bu16(a)
c.typ = ".WORD"
c.fmt = "0x%04x" % c.val
return c
class d_chain(data.Data):
def __init__(self, pj, a):
super(d_chain, self).__init__(pj, a, a + 4)
self.num = "%c%c%c" % (pj.m.rd(self.lo), pj.m.rd(self.lo + 1), pj.m.rd(self.lo + 2))
def render(self, pj):
return ".STRUCT chain { '%c%c%c', %d }" % (
pj.m.rd(self.lo),
pj.m.rd(self.lo + 1),
pj.m.rd(self.lo + 2),
pj.m.rd(self.lo + 3),
)
class d_asf(data.Data):
def __init__(self, pj, a):
super(d_asf, self).__init__(pj, a, a + 16)
def render(self, pj):
s = ".STRUCT asf {"
t = " "
for i in range(0, 16, 2):
s += t + "%6d" % pj.m.bu16(self.lo + i)
t = ", "
s += "}"
return s
class d_q(data.Data):
"""
Numbers are sign + 31 bit binary q-complement fractions:
[Sign][31 bit fraction]
"""
def __init__(self, pj, a, lbl=True):
if pj.find(a, ".D4") != None:
return
super(d_q, self).__init__(pj, a, a + 4, ".D4")
self.val = pj.m.bu32(a)
self.dec = self.val
if self.dec & 0x80000000:
self.dec &= 0x7FFFFFFF
self.dec *= -1
self.dec *= 2 ** -31
if lbl:
pj.set_label(self.lo, "Q_%04x_%g" % (self.lo, self.dec))
def render(self, pj):
if self.dec != 0.0:
b = 1.0 / self.dec
else:
b = 0.0
return ".D4 %12g = 1/%g" % (self.dec, b)
#######################################################################
led_map = [1, 2, 4, 128, 64, 16, 32, 8, 0]
seven_segment.table(pj, 0xECB4, 0xECD4, map=led_map, verbose=False)
pj.set_label(0xECB4, "7SEG_TBL")
LED_lbl = {
0xF94D: "_PL-99___LORAN-C",
0xF95D: "__Progr____PL-15",
0xF96D: "_Please___Choose",
0xF97D: "Lat-Lon___or_Gri",
0xF98D: "__L-L=4____Gri=7",
0xF99D: "Enter____Gri____",
0xF9AD: "Enter____Lat-Lon",
0xF9BD: "________________",
0xF9CD: "_Enter___Fn_no__",
0xF9DD: "_______A_Gri___0",
0xF9ED: "Search_A_Gri___0",
0xF9FD: "SAVE_in_____no__",
0xFA0D: "___no_______Fn__",
0xFA1D: "_________CAL____",
0xFA2D: "Enter______deg__",
0xFA3D: "8888888888888888",
0xFA4D: "Oscil___________",
0xFA5D: "__AREA____CHANGE",
0xFA6D: "__Pri=1____Alt=4",
0xFA7D: "_reset___spd_fil",
0xFA8D: "__speed___filter",
0xFA9D: "__slo_____15_set",
0xFAAD: "regular___15_set",
0xFABD: "___fast___15_set",
0xFACD: "__slo=1____reg=2",
0xFADD: "_fast=3__A5_15=C",
0xFAED: "display_____no__",
0xFAFD: "_Go_to______no__",
0xFB0D: "no_ASF___Entered",
0xFB1D: "__ASF____Entered",
0xFB2D: "CHANGE_____by__0",
0xFB3D: "Enter____ASF____",
0xFB4D: "Enter_______no__",
0xFB5D: "1_For0___2_For00",
0xFB6D: "Start_______no__",
0xFB7D: "__L-L=4____tds=7",
0xFB8D: "________________",
0xFB9D: "_fast____Average",
0xFBAD: "regular__Average",
0xFBBD: "__Light_____on__",
0xFBCD: "__Light_____off_",
0xFBDD: "_dest_______no__",
0xFBED: "Select______no__",
0xFBFD: "__________Cntr__",
0xFC0D: "_____00__set_CL_",
0xFC1D: "_____00_____CL0C",
0xFC2D: "_____00__set_ttG",
0xFC3D: "_____00______ttG",
0xFC4D: "ASF______Entr___",
0xFC5D: "Arr_0____dist___",
0xFC6D: "Anchor______no__",
0xFC7D: "Anchor____dist__",
0xFC8D: "set_0____d55____",
0xFC9D: "Clr_cyc___Error_",
0xFCAD: "__Plan______Fn__",
0xFCBD: "_CHANGE____Gri__",
0xFCCD: "_Cold_____Start_",
0xFCDD: "reStart_________",
0xFCED: "__YE5=1_____no=4",
0xFCFD: "reset____hot_t__",
0xFD0D: "reset____cold_t_",
0xFD1D: "__route_____no__",
0xFD2D: "__route_____no-_",
0xFD3D: "__Use=1__displ=4",
0xFD4D: "Pt___15___done=4",
0xFD5D: "__End=1___Cont=4",
0xFD6D: "speed____display",
0xFD7D: "_Crse=1___Grnd=4",
0xFD8D: "set_brg___corr=0",
0xFD9D: "_Seed____Lat-Lon",
0xFDAD: "_Output__data_on",
0xFDBD: "_Output__dataoff",
0xFDCD: "_Auto=1____not=4",
0xFDDD: "_Clear_____ASF__",
0xFDED: "Input____OSC____",
0xFDFD: "___SELF_____TRAC",
}
for a in range(0xF94D, 0xFDFE, 16):
c = seven_segment.table(pj, a, a + 16, map=led_map, verbose=False)
t = LED_lbl.get(a)
assert t != None
if t == None:
# Try to construct a string ourselves...
t = ""
for i in c:
if i == None:
t += "?"
elif len(i) == 1:
t += i
elif i == "blank":
t += "_"
else:
t += "?"
pj.set_label(a, "MSG_" + t)
#######################################################################
def post_arg_func(ins):
post_arg_funcs = {
0xB80C: "WB",
0xB821: "WB",
0xB836: "W",
0xB846: "WWW",
0xB86C: "WWW",
0xB892: "WWW",
0xB989: "WWW",
0xBABC: "WW",
0xBB60: "WWW",
0xBCA1: "WWW",
0xBDEB: "WW",
}
for f in ins.flow_out:
i = post_arg_funcs.get(f.to)
if i == None:
continue
ins.flow_out = []
ins.add_flow(pj, "C", True, f.to)
a = ins.hi
for j in i:
if j == "W":
d = pj.m.bu16(a)
data.Dataptr(pj, a, a + 2, d)
a += 2
if d >= 0x8000:
d_q(pj, d)
elif j == "B":
cbyte(pj, a)
# data.Data(pj, a, a + 1)
a += 1
else:
assert False
ins.add_flow(pj, ">", True, a)
return
cx.flow_check.append(post_arg_func)
#######################################################################
def bogo_flow(ins):
for f in ins.flow_out:
if f.to == None:
pass
elif f.to < 0x8000 or f.to > 0xFFFF:
print("BOGO", ins)
cx.flow_check.append(bogo_flow)
#######################################################################
chains = []
x = pj.add(0x9D20, 0x9D68, "chain-tbl")
pj.set_label(x.lo, "CHAINS")
for a in range(x.lo, x.hi, 4):
chains.append("GRI_" + d_chain(pj, a).num + "0")
"""
This is probably ASF data
(Based partially on number of records = 204)
"""
x = pj.add(0x9D68, 0xAA28, "asf-tbl")
for a in range(x.lo, x.hi, 16):
d_asf(pj, a)
# ON_KEY table
x = pj.add(0xE072, 0xE0E2, "on-key-tbl")
pj.set_label(x.lo, "ON_KEY_TBL")
n = 0x80
for a in range(x.lo, x.hi, 2):
x = cx.codeptr(pj, a)
pj.set_label(x.dst, "ON_KEY_0x%02x" % n)
n += 1
# CMD table
x = pj.add(0x9B81, 0x9BFF, "cmd-tbl")
pj.set_label(x.lo, "CMDTBL")
for a in range(x.lo, x.hi, 3):
y = data.Txt(pj, a, a + 1, label=False)
z = cx.codeptr(pj, a + 1)
if y.txt == " ":
pj.set_label(z.dst, "CMD_SP")
else:
pj.set_label(z.dst, "CMD_%s" % y.txt)
# FN table
x = pj.add(0xF885, 0xF94D, "fn-tbl")
pj.set_label(x.lo, "FN_TBL")
d = dict()
n = 0
for a in range(x.lo, x.hi, 2):
y = cx.codeptr(pj, a)
if not y.dst in d:
d[y.dst] = []
d[y.dst].append(n)
n += 1
for i in d:
e = d[i]
if len(e) == 1:
pj.set_label(i, "FN_%02d" % e[0])
elif len(e) > 10:
pj.set_label(i, "FN_UNDEF")
else:
pj.set_label(i, "FN_%02d_%02d" % (e[0], e[-1]))
def longitude(pj, a):
"""
This gives values closely matching table values
"""
x = d_q(pj, a, lbl=False)
s = ""
v = x.dec * 180.0
if v < 0:
v *= -1
s += "W"
v = 180.0 - v
else:
s += "E"
deg = v.__trunc__()
v -= deg
s += "%4d" % deg
v *= 60
mi = v.__trunc__()
v -= mi
s += " %2d'" % mi
v *= 60
s += ' %2.3f"' % v
x.lcmt = s
return x
def lattitude(pj, a):
"""
This calculation is not quite right.
"""
x = d_q(pj, a, lbl=False)
s = ""
v = x.dec * 90.0
v = 108 - v
if v < 0:
v *= -1
s += "S"
v = 180.0 - v
else:
s += "N"
deg = v.__trunc__()
v -= deg
s += "%4d" % deg
v *= 60
mi = v.__trunc__()
v -= mi
s += " %2d'" % mi
v *= 60
s += ' %2.3f"' % v
x.lcmt = s
return x
#
# Chain data, idx'ed by 0x9d20
#
x = pj.add(0xAA29, 0xB131, "tbl")
n = 0
for a in range(x.lo, x.hi, 100):
x = pj.add(a, a + 100, "chain-tbl")
pj.set_label(a, "CHAIN_" + chains[n])
x = cword(pj, a)
x.lcmt = "GRI %d * 5" % (x.val / 5)
# data.Data(pj, a, a + 100)
x = pj.add(a + 0x02, a + 0x02 + 5 * 4, "alpha-tbl")
x = pj.add(a + 0x16, a + 0x16 + 5 * 4, "beta-tbl")
x = pj.add(a + 0x2A, a + 0x2A + 5 * 4, "gamma-tbl")
for c in range(5):
d_q(pj, a + 0x02 + c * 4, lbl=False)
lat = lattitude(pj, a + 0x16 + c * 4)
lon = longitude(pj, a + 0x2A + c * 4)
x = pj.add(a + 0x3E, a + 0x3E + 4 * 4, "rho-tbl")
x = pj.add(a + 0x4E, a + 0x4E + 4 * 4, "sigma-tbl")
for c in range(4):
x = d_q(pj, a + 0x3E + c * 4, lbl=False)
x.lcmt = "%.3f us / 2^23" % (x.dec * 2 ** 23)
d_q(pj, a + 0x4E + c * 4, lbl=False)
x = pj.add(a + 0x5E, a + 0x5E + 5, "epsilon-tbl")
for c in range(5):
cbyte(pj, a + 0x5E + c)
x = cbyte(pj, a + 99)
x.lcmt = "# slaves"
n += 1
for a in range(0xC2FE, 0xC38E, 4):
d_q(pj, a)
# idx into tbl at b156
# Chain data (18 pieces)
#
x = pj.add(0xB132, 0xB155, "tbl")
n = 0
for a in range(x.lo, x.hi, 2):
y = cword(pj, a)
y.lcmt = chains[n]
pj.set_label(0xB156 + y.val, "CHAIN_I_" + chains[n])
n += 1
x = pj.add(0xB156, 0xB43E, "tbl")
for a in range(x.lo, x.hi, 4):
# data.Data(pj, a, a + 4)
d_q(pj, a, lbl=False)
for a in range(0xC3A6, 0xC41E, 4):
d_q(pj, a)
for a in range(0x906F, 0x9087, 2):
c = cword(pj, a)
c.fmt = "%d" % c.val
x = pj.add(0x9D00, 0x9D20, "tbl")
x.lcmt += "accessed via 0x9cc2 pointer"
for a in range(x.lo, x.hi, 2):
c = cword(pj, a)
pj.todo(0x9102, cx.disass)
pj.todo(0x95DA, cx.disass)
pj.todo(0x9B29, cx.disass)
pj.todo(0x9A96, cx.disass)
pj.todo(0x9B44, cx.disass)
pj.todo(0x9B57, cx.disass)
pj.todo(0xDDA1, cx.disass)
pj.todo(0xDDE0, cx.disass)
pj.todo(0xDE00, cx.disass)
pj.todo(0xDE20, cx.disass)
pj.todo(0xF719, cx.disass)
for a in range(0x9789, 0x97A5, 4):
d_q(pj, a)
for i in range(0xF220, 0xF226, 2):
data.Dataptr(pj, i, i + 2, pj.m.bu16(i))
cword(pj, i + 6)
# for i in range(0x89d8, 0x8a20, 2):
# data.Dataptr(pj, i, i + 2, pj.m.bu16(i))
for i in range(0xE363, 0xE369, 2):
x = cx.codeptr(pj, i)
x = pj.add(0xB963, 0xB975, "tbl")
for i in range(x.lo, x.hi):
cbyte(pj, i)
data.Data(pj, 0xCA73, 0xCA7C)
data.Data(pj, 0xEC7C, 0xEC81)
data.Data(pj, 0xEC81, 0xEC85)
data.Data(pj, 0xEC85, 0xEC8B)
data.Data(pj, 0xEC8B, 0xEC91)
d_q(pj, 0xCB70)
d_q(pj, 0xD4F5)
d_q(pj, 0xD4F9)
d_q(pj, 0xD4FD)
d_q(pj, 0xD501)
while pj.run():
pass
pj.set_label(0x6489, "CHAIN_PTR")
pj.set_label(0xB800, "MEMCPY(X, Y, B)")
pj.set_label(0xB80C, "SHR_Q")
pj.set_label(0xB821, "SHL_Q")
pj.set_label(0xB836, "COM_Q")
pj.set_label(0xB846, "ADD_Q")
pj.set_label(0xB86C, "SUB_Q")
pj.set_label(0xB892, "MUL_Q")
pj.set_label(0xEC91, "7SEG_XLAT(0x66a9)")
pj.set_label(0xECAA, "7SEG_DIG(B)")
pj.set_label(0xECD4, "DISPLAY(Y)")
pj.set_label(0xF1A9, "DISPLAY_YES_NO(Y)")
pj.set_label(0xF1B7, "IS_YES()")
pj.set_label(0xF878, "PAUSE()")
pj.set_label(0xFE5C, "Analog_Capture")
pj.set_label(0xFE6E, "Capture_One_Analog")
pj.set_label(0xF9, "ON_KEY")
def task(pj, cpu):
ct = utils.cmd_tbl(pj, 0x7c64, 0x7c98)
cta = utils.arg_range(pj, ct, 0x7d6c, 0x7d88)
def ptr(pj, a):
return data.Dataptr(pj, a, a + 2, pj.m.bu16(a))
def cbyte(pj, a):
c = data.Const(pj, a, a + 1)
c.val = pj.m.rd(a)
c.typ = ".BYTE"
c.fmt = "0x%02x" % c.val
ptr(pj, 0x6403)
ptr(pj, 0x6405)
ptr(pj, 0x6407)
pj.set_label(0x7eed, "RAM_TEST_VALS")
for a in range(0x7eed, 0x7ef9):
cbyte(pj, a)
c = ptr(pj, 0x7915)
pj.set_label(c.lo, "@7SEGCODES")
pj.set_label(c.dst, "7SEGCODES")
c = seven_segment.table(pj, c.dst, c.dst + 0x10, verbose=False)
pj.set_label(0x7ead, "ROM_LOCS")
for a in range(0x7ead, 0x7ebf, 2):
ptr(pj, a)
# XXX: Add mising flow
pj.todo(0x6845, cpu.disass)
pj.todo(0x6867, cpu.disass)
for i in range(0x6b23, 0x6b3b, 3):
utils.data24(pj, i)
for a in range(0x77d7, 0x77f7, 4):
data.Txt(pj, a, a + 4)
data.Txt(pj, 0x78f3, 0x78f7)
data.Txt(pj, 0x78f7, 0x78fd)
data.Txt(pj, 0x78fd, 0x78ff)
utils.cmd_dispatch(pj, cpu, cta, 0x644c)
pj.set_label(0x66ea, "ERR5_UNDEF_KEY")
utils.key_dispatch(pj, cpu, 0x640c, 0x644c)
utils.dsp_dispatch(pj, cpu, 0x6848, 0x6858)
for i in (0x614c, 0x619c, 0x61a3, 0x69dd, 0x69e4):
utils.float70(pj, i)
c = cpu.codeptr(pj, 0x7909)
pj.set_label(c.dst, "HPIB_CMD_PARSE")
utils.square_tbl(pj)
while pj.run():
pass
utils.apply_labels(pj, "B")
utils.tramp(pj)
def task(pj, cpu): ct = utils.cmd_tbl(pj, 0x7c64, 0x7c98) cta = utils.arg_range(pj, ct, 0x7d6c, 0x7d88) def ptr(pj, a): return data.Dataptr(pj, a, a + 2, pj.m.bu16(a)) def cbyte(pj, a): c = data.Const(pj, a, a + 1) c.val = pj.m.rd(a) c.typ = ".BYTE" c.fmt = "0x%02x" % c.val ptr(pj, 0x6403) ptr(pj, 0x6405) ptr(pj, 0x6407) pj.set_label(0x7eed, "RAM_TEST_VALS") for a in range(0x7eed, 0x7ef9): cbyte(pj,a) c = ptr(pj, 0x7915) pj.set_label(c.lo, "@7SEGCODES") pj.set_label(c.dst, "7SEGCODES") c = seven_segment.table(pj, c.dst, c.dst + 0x10, verbose=False) pj.set_label(0x7ead, "ROM_LOCS") for a in range(0x7ead, 0x7ebf, 2): ptr(pj, a) # XXX: Add mising flow pj.todo(0x6845, cpu.disass) pj.todo(0x6867, cpu.disass) for i in range(0x6b23, 0x6b3b, 3): utils.data24(pj, i) for a in range(0x77d7, 0x77f7, 4): data.Txt(pj, a, a + 4) data.Txt(pj, 0x78f3, 0x78f7) data.Txt(pj, 0x78f7, 0x78fd) data.Txt(pj, 0x78fd, 0x78ff) utils.cmd_dispatch(pj, cpu, cta, 0x644c) pj.set_label(0x66ea, "ERR5_UNDEF_KEY") utils.key_dispatch(pj, cpu, 0x640c, 0x644c) utils.dsp_dispatch(pj, cpu, 0x6848, 0x6858) for i in (0x614c, 0x619c, 0x61a3, 0x69dd, 0x69e4): utils.float70(pj, i) c = cpu.codeptr(pj, 0x7909) pj.set_label(c.dst, "HPIB_CMD_PARSE") utils.square_tbl(pj) while pj.run(): pass utils.apply_labels(pj, "B") utils.tramp(pj)