def save_compiled_funcs (fname):
out = open (fname, 'w')
for (f, func) in functions.iteritems ():
trace ('Saving %s' % f)
for s in func.serialise ():
out.write (s + '\n')
out.close ()
def save_compiled_funcs (fname):
out = open (fname, 'w')
for (f, func) in functions.iteritems ():
trace ('Saving %s' % f)
for s in func.serialise ():
out.write (s + '\n')
out.close ()
def aligned_address_sanity (functions, symbols, radix):
for (f, func) in functions.iteritems ():
if f not in symbols:
# happens for static or invented functions sometimes
continue
if func.entry:
addr = first_aligned_address (func.nodes, radix)
if addr == None:
printout ('Warning: %s: no aligned instructions' % f)
continue
addr2 = symbols[f][0]
if addr != addr2:
printout ('target mismatch on func %s' % f)
printout (' (starts at 0x%x not 0x%x)' % (addr, addr2))
return False
addr3 = entry_aligned_address (func, radix)
if addr3 != addr2:
printout ('entry mismatch on func %s' % f)
printout (' (enters at 0x%x not 0x%x)' % (addr3, addr2))
return False
return True
