def add_mtree(self, mtree_spec, name, timestamp, get_func):
self.dbg("Stow(<%d>,%s)" % (len(mtree_spec), str(get_func)))
assert type(mtree_spec) == str
assert type(name) == str
assert type(timestamp) == int
mt = mtree.mtree(mtree_spec)
if mt.root == None:
print("XXX: Empty mtree")
return None
mtmd5 = self.add_bytes(mtree_spec)
self.dbg(" mtree_md5 " + mtmd5)
self.ss = name + "\n"
self.ss += "%d\n" % timestamp
self.ss += mtmd5 + "\n"
def cb(typ, obj, path, indent):
if typ != 'f':
return
if 'md5digest' not in obj.a:
return
m = obj.a['md5digest']
if self.has_entry(m):
return
body = get_func(path, obj.a['md5digest'])
if body == None:
self.dbg(" - " + path)
return
x = self.add_bytes(body)
if x != m:
self.ss += m + " -> " + x + "\n"
self.dbg(" m " + path + " <%d> " % len(body) + "%s -> %s" %
(m, x))
return
self.dbg(" + " + path + " <%d> " % len(body) + " " + x)
mt.tree(cb)
self.add_entry("INDEX_%d" % timestamp, "mtree", self.ss)
return mtmd5
def add_mtree(self, mtree_spec, name, timestamp, get_func):
self.dbg("Stow(<%d>,%s)" % (len(mtree_spec), str(get_func)))
assert type(mtree_spec) == str
assert type(name) == str
assert type(timestamp) == int
mt = mtree.mtree(mtree_spec)
if mt.root == None:
print("XXX: Empty mtree")
return None
mtmd5 = self.add_bytes(mtree_spec)
self.dbg(" mtree_md5 " + mtmd5)
self.ss = name + "\n"
self.ss += "%d\n" % timestamp
self.ss += mtmd5 + "\n"
def cb(typ, obj, path, indent):
if typ != 'f':
return
if 'md5digest' not in obj.a:
return
m = obj.a['md5digest']
if self.has_entry(m):
return
body = get_func(path, obj.a['md5digest'])
if body == None:
self.dbg(" - " + path)
return
x = self.add_bytes(body)
if x != m:
self.ss += m + " -> " + x + "\n"
self.dbg(" m " + path + " <%d> " % len(body) + "%s -> %s" % (m, x))
return
self.dbg(" + " + path + " <%d> " % len(body) + " " + x)
mt.tree(cb)
self.add_entry("INDEX_%d" % timestamp, "mtree", self.ss)
return mtmd5
for i in lidx:
print(i)
sys.stdout.flush()
j,m,b = s.get_entry(i)
if m != "mtree":
print("XXX: method=\"%s\"" % m, i, j)
continue
l = b.splitlines()
print(i,j,m,l)
im5 = l[2]
mtr = s.get_bytes(im5)
if mtr == None:
print("XXX: get mtree failed", i, im5)
continue
print("XX: ", len(mtr))
mx = mtree.mtree(mtr)
def cb(typ, obj, path, indent):
if typ != 'f':
return
if 'md5digest' not in obj.a:
return
md = obj.a['md5digest']
if md in chkd:
if chkd[md] == False:
print("XXX Missing", md, l[0], l[1], path)
return
bb = s.get_bytes(md)
if bb == None:
print("XXX Missing", md, l[0], l[1], path)
sys.stdout.flush()
for i in lidx:
print(i)
sys.stdout.flush()
j, m, b = s.get_entry(i)
if m != "mtree":
print("XXX: method=\"%s\"" % m, i, j)
continue
l = b.splitlines()
print(i, j, m, l)
im5 = l[2]
mtr = s.get_bytes(im5)
if mtr == None:
print("XXX: get mtree failed", i, im5)
continue
print("XX: ", len(mtr))
mx = mtree.mtree(mtr)
def cb(typ, obj, path, indent):
if typ != 'f':
return
if 'md5digest' not in obj.a:
return
md = obj.a['md5digest']
if md in chkd:
if chkd[md] == False:
print("XXX Missing", md, l[0], l[1], path)
return
bb = s.get_bytes(md)
if bb == None:
print("XXX Missing", md, l[0], l[1], path)
sys.stdout.flush()
