def get_echoarea(name, raw=False):
if not flt.echo_flt(name): return '' if raw else []
try:
txt = open('echo/%s' % name).read()
return txt if raw else txt.splitlines()
except:
return '' if raw else []
def get_echoarea(name,raw=False):
if not flt.echo_flt(name): return '' if raw else []
try:
txt = open('echo/%s' % name).read()
return txt if raw else txt.splitlines()
except:
return '' if raw else []
def mkmsg(obj, rh=None):
if not flt.echo_flt(obj.echoarea): return
if rh and not flt.msg_flt(rh): return
s = _out(obj).encode('utf-8')
h = rh or sx.hsh(s)
if len(s) < 65536:
open('msg/%s' % h, 'wb').write(s)
open('echo/%s' % obj.echoarea, 'ab').write(h + '\n')
return h
def mkmsg(obj,rh=None):
if not flt.echo_flt(obj.echoarea): return
if rh and not flt.msg_flt(rh): return
s = _out(obj).encode('utf-8')
h = rh or sx.hsh(s)
if len(s) < 65536:
open('msg/%s' % h,'wb').write(s)
open('echo/%s' % obj.echoarea,'ab').write(h + '\n')
return h
def toss(msgfrom, addr, tmsg):
lines = b64d(tmsg).decode('utf-8').splitlines()
if flt.echo_flt(lines[0]):
mo = sx.mydict(date=sx.gts(),
msgfrom=msgfrom,
addr=addr,
echoarea=lines[0],
msgto=lines[1],
subj=lines[2],
msg='\n'.join(lines[4:]))
return mo
def toss(msgfrom,addr,tmsg):
lines = b64d(tmsg).decode('utf-8').splitlines()
if flt.echo_flt(lines[0]):
mo = sx.mydict(date=sx.gts(),msgfrom=msgfrom,addr=addr,echoarea=lines[0],msgto=lines[1],subj=lines[2],msg='\n'.join(lines[4:]))
return mo