def func_quick(F):
dump = F.dump
select_dump(dump)
es.resetLog()
msg = str(F)
ns = {}
ns['funcname'] = F.name
ns['funcaddr'] = hex(F.addr)
ns['dumpname'] = dump.bin
ns['sourcefile'] = srcguess.sourcefile(dump, F.addr)
ns['codeflow'] = ""
ns['decompiled'] = "in progress..."
ns['lines'] = disasm_html(dump, F.addr, F.end)
ns['calls'] = calls_html_quick(dump, F)
ns['callers'] = callers_html_quick(dump, F.addr, context=0)
ns['references'] = refs_html(dump, func=F.addr, context=-1)
f = openf(dump.bin, funcfile(F))
print >> f, Template(file="Func.tmpl", searchList=[ns])
f.close()
f = openf(dump.bin, funcsigfile(F))
cPickle.dump(refsig(F), f)
f.close()
def func_index(dump):
print "Creating function index..."
Fn = [dump.Fun(a) for a in sorted(dump.FUNCS.keys(), key=lambda x: dump.Fun(x).name.lower())]
print len(Fn)
Fa = [dump.Fun(a) for a in sorted(dump.FUNCS.keys())]
print len(Fa)
Fs = [dump.Fun(a) for a in sorted(dump.FUNCS.keys(), key=lambda x: -dump.Fun(x).size)]
print len(Fs)
Fcf = [dump.Fun(a) for a in sorted(dump.FUNCS.keys(), key=lambda x: -len(filter(lambda av: av[1] in dump.FUNCS, find_refs(dump, None, x))))]
print len(Fcf)
Fct = [dump.Fun(a) for a in sorted(dump.FUNCS.keys(), key=lambda x: -len(find_refs(dump, x)))]
print len(Fct)
Fsf = [dump.Fun(a) for a in sorted(dump.FUNCS.keys(), key=lambda x: srcguess.sourcefile(dump, x) or "~")]
print len(Fsf)
dinosaur = [(Fn, "functions-by-name.htm", lambda f: link2func(f), 'name'),
(Fa, "functions-by-addr.htm", lambda f: link2addr(f.addr), "address"),
(Fs, "functions-by-size.htm", lambda f: f.size, "size"),
(Fcf, "functions-by-callsfrom.htm", lambda f: len(filter(lambda av: av[1] in dump.FUNCS, find_refs(dump, None, f.addr))), "callsfrom"),
(Fct, "functions-by-callsto.htm", lambda f: len(find_refs(dump, f.addr)), "callsto"),
(Fsf, "functions-by-source.htm", lambda f: srcguess.sourcefile(dump, f.addr), "source")]
table(dump, "FuncIndex.tmpl", dinosaur)
def func_full(F):
print F
dump = F.dump
select_dump(dump)
es.resetLog()
msg = str(F)
ns = {}
ns['funcname'] = F.name
ns['funcaddr'] = hex(F.addr)
ns['dumpname'] = dump.bin
ns['sourcefile'] = srcguess.sourcefile(dump, F.addr)
ns['codeflow'] = ""
ns['decompiled'] = "too complex?"
try:
#~ es.resetLog()
print "code paths..."
CP = es.find_code_paths(F.addr, timeout=10)
if len(CP) < 2000:
try:
print "decompiling..."
ns['decompiled'] = deco.P.doprint(deco.decompile(F.addr, CP))
except:
ns['decompiled'] = "whoops..."
else:
ns['decompiled'] = "too many code paths (%d, limit=2000)" % len(CP)
svg = change_ext(funcfile(F), ".svg")
svgf = os.path.join(change_ext(dump.bin,""), svg)
es.create_graph(CP, svgf)
sv = open(svgf)
svgdata = sv.read()
sv.close()
#svgdata = re.sub("@([a-zA-Z0-9_]+)", '<a xlink:href="\\1.htm" style="fill: blue" xlink:show="new" target="_top">\\1</a>', svgdata)
for m in re.findall("@([^\ \>]+)", svgdata):
try:
fun = dump.Fun(m)
except:
continue
svgdata = svgdata.replace("@" + str(fun.name), xlink2func(fun))
wid = int(re.search('<svg width="([0-9]+)pt"', svgdata).groups()[0])
sv = open(svgf,"w")
sv.write(svgdata)
sv.close()
es.log.flush()
#~ align = "align='right'" if wid < 600 else ""
#~ print >> f, "<embed src='%s' %s >" % (svg,align)
ns['codeflow'] = svg
ns['codeflow_width'] = "%spt" % wid
except:
traceback.print_exc()
pass
ns['lines'] = disasm_html(dump, F.addr, F.end)
ns['calls'] = calls_html(dump, F)
ns['callers'] = callers_html(dump, F.addr, context=0)
ns['references'] = refs_html(dump, func=F.addr, context=-1)
f = openf(dump.bin, funcfile(F))
print >> f, Template(file="Func.tmpl", searchList=[ns])
f.close()