def GET(self):
qdict = web.input()
pid = int(qdict['pid'])
prog = []
if pid != -1:
mp = gv.pd[pid][:] # Modified program
if mp[1] >= 128 and mp[2] > 1: # If this is an interval program
dse = int(gv.now / 86400)
# Convert absolute to relative days remaining for display
rel_rem = (((mp[1] - 128) + mp[2]) - (dse % mp[2])) % mp[2]
mp[1] = rel_rem + 128 # Update from saved value.
prog = str(mp).replace(' ', '')
return template_render.modify(pid, prog)
def GET(self):
qdict = web.input()
pid = int(qdict['pid'])
prog = []
if pid != -1:
mp = gv.pd[pid][:] # Modified program
if mp[1] >= 128 and mp[2] > 1: # If this is an interval program
dse = int(gv.now / 86400)
# Convert absolute to relative days remaining for display
rel_rem = (((mp[1] - 128) + mp[2]) - (dse % mp[2])) % mp[2]
mp[1] = rel_rem + 128 # Update from saved value.
prog = str(mp).replace(' ', '')
return template_render.modify(pid, prog)
def GET(self):
qdict = web.input()
pid = int(qdict[u"pid"])
prog = []
if pid != -1:
mp = gv.pd[pid] # Modified program
if mp[u"type"] == u"interval":
dse = int(gv.now // 86400)
# Convert absolute to relative days remaining for display
rel_rem = (((mp[u"day_mask"]) + mp[u"interval_base_day"]) -
(dse % mp[u"interval_base_day"])
) % mp[u"interval_base_day"]
prog = str(mp).replace(u" ", u"")
return template_render.modify(pid, prog)
