# [with, OBJ] Must be carrying or in room with
# [not, OBJ N] Property of named OBJ must not be N.
# N may be numeric or a state label.
+# [nodwarves] Dwarves must skip this rule.
# All attributes are optional except the long description and
# travel. Order of locations is not significant.
#
travel: [
{verbs: ['EAST'], action: [goto, LOC_LONGEAST]},
{verbs: ['NORTH'], action: [goto, LOC_CROSSOVER]},
- {verbs: ['SOUTH'], cond: [carry, OBJ_0], action: [goto, LOC_DIFFERENT1]},
+ {verbs: ['SOUTH'], cond: ["nodwarves"], action: [goto, LOC_DIFFERENT1]},
]
- LOC_CROSSOVER:
description:
const long motion;
const long cond;
const long dest;
+ const bool nodwarves;
const bool stop;
}} travelop_t;
* inherited from FORTRAN, someday. To understand these, read the
* encoding description for travel.
*/
-#define T_NODWARVES(entry) (T_CONDITION(entry) == 100)
#define T_TERMINATE(entry) ((entry).motion == 1)
#define L_SPEAK(loc) ((loc) - 500)
raise ValueError
def cencode(cond, name):
if cond is None:
- return 0;
+ return 0
+ elif cond == ["nodwarves"]:
+ return 100
elif cond[0] == "pct":
return cond[1]
elif cond[0] == "carry":
sys.stderr.write("dungeon: unknown object name %s in with clause of \n" % (cond[1], name))
sys.exit(1)
elif cond[0] == "not":
- # FIXME: Allow named as well as numbered states
try:
obj = objnames.index(cond[1])
if type(cond[2]) == int:
#
# In order to de-crypticize the runtime code, we're going to break these
# magic numbers up into a struct.
- travel = [[0, 0, 0, False]]
+ travel = [[0, 0, 0, False, False]]
tkey = [0]
oldloc = 0
while ltravel:
elif travel:
travel[-1][-1] = not travel[-1][-1]
while rule:
- travel.append([rule.pop(0), newloc // 1000, newloc % 1000, False])
+ travel.append([rule.pop(0),
+ newloc // 1000,
+ newloc % 1000,
+ (newloc//1000)==100,
+ False])
travel[-1][-1] = True
return (travel, tkey)
.motion = {},
.cond = {},
.dest = {},
+ .nodwarves = {},
.stop = {},
}},
"""
out = ""
for entry in travel:
- out += template.format(entry[0], entry[1], entry[2], entry[3]).lower()
+ out += template.format(*entry).lower()
out = out[:-1] # trim trailing newline
return out