class scheduler_deterministic:
_PID = BSet(PID.process1, PID.process2, PID.process3)
def __init__(self):
self.active = BSet()
self._ready = BSet()
self.waiting = BSet()
def new(self, pp):
if ((BBoolean(
BBoolean(
self._PID.elementOf(pp).booleanValue() and self.active.
notElementOf(pp).booleanValue()).booleanValue()
and self._ready.union(
self.waiting).notElementOf(pp).booleanValue())
).booleanValue()):
self.waiting = self.waiting.union(BSet(pp))
def _del(self, pp):
if ((self.waiting.elementOf(pp)).booleanValue()):
self.waiting = self.waiting.difference(BSet(pp))
def ready(self, rr):
if ((self.waiting.elementOf(rr)).booleanValue()):
self.waiting = self.waiting.difference(BSet(rr))
if self.active.equal(BSet()):
self.active = BSet(rr)
else:
self._ready = self._ready.union(BSet(rr))
def swap(self, pp):
if self.active.unequal(BSet()):
self.waiting = self.waiting.union(self.active)
if self._ready.equal(BSet()):
self.active = BSet()
else:
self.active = BSet(pp)
self._ready = self._ready.difference(BSet(pp))
def _get_active(self):
return self.active
def _get__ready(self):
return self._ready
def _get_waiting(self):
return self.waiting
def ComputeNumberOfPrimes(self):
while (BBoolean(
self.cur.greater(BInteger(1)).booleanValue()
and self.cur.multiply(self.cur).lessEqual(
self.limit).booleanValue())).booleanValue():
if (self.numbers.elementOf(self.cur)).booleanValue():
n = self.cur
set = BSet()
while (n.lessEqual(self.limit.divide(
self.cur))).booleanValue():
set = set.union(BSet(self.cur.multiply(n)))
n = n.plus(BInteger(1))
self.numbers = self.numbers.difference(set)
self.cur = self.cur.plus(BInteger(1))
res = self.numbers.card()
return res
class Train_1_beebook_deterministic:
_BLOCKS = BSet(BLOCKS.A, BLOCKS.B, BLOCKS.C, BLOCKS.D, BLOCKS.E, BLOCKS.F, BLOCKS.G, BLOCKS.H, BLOCKS.I, BLOCKS.J, BLOCKS.K, BLOCKS.L, BLOCKS.M, BLOCKS.N)
_ROUTES = BSet(ROUTES.R1, ROUTES.R2, ROUTES.R3, ROUTES.R4, ROUTES.R5, ROUTES.R6, ROUTES.R7, ROUTES.R8, ROUTES.R9, ROUTES.R10)
def __init__(self):
self.fst = BRelation(BTuple(ROUTES.R1, BLOCKS.L), BTuple(ROUTES.R2, BLOCKS.L), BTuple(ROUTES.R3, BLOCKS.L), BTuple(ROUTES.R4, BLOCKS.M), BTuple(ROUTES.R5, BLOCKS.M), BTuple(ROUTES.R6, BLOCKS.C), BTuple(ROUTES.R7, BLOCKS.G), BTuple(ROUTES.R8, BLOCKS.N), BTuple(ROUTES.R9, BLOCKS.G), BTuple(ROUTES.R10, BLOCKS.N))
self.lst = BRelation(BTuple(ROUTES.R1, BLOCKS.C), BTuple(ROUTES.R2, BLOCKS.G), BTuple(ROUTES.R3, BLOCKS.N), BTuple(ROUTES.R4, BLOCKS.G), BTuple(ROUTES.R5, BLOCKS.N), BTuple(ROUTES.R6, BLOCKS.L), BTuple(ROUTES.R7, BLOCKS.L), BTuple(ROUTES.R8, BLOCKS.L), BTuple(ROUTES.R9, BLOCKS.M), BTuple(ROUTES.R10, BLOCKS.M))
self.nxt = BRelation(BTuple(ROUTES.R1, BRelation(BTuple(BLOCKS.L, BLOCKS.A), BTuple(BLOCKS.A, BLOCKS.B), BTuple(BLOCKS.B, BLOCKS.C))), BTuple(ROUTES.R2, BRelation(BTuple(BLOCKS.L, BLOCKS.A), BTuple(BLOCKS.A, BLOCKS.B), BTuple(BLOCKS.B, BLOCKS.D), BTuple(BLOCKS.D, BLOCKS.E), BTuple(BLOCKS.E, BLOCKS.F), BTuple(BLOCKS.F, BLOCKS.G))), BTuple(ROUTES.R3, BRelation(BTuple(BLOCKS.L, BLOCKS.A), BTuple(BLOCKS.A, BLOCKS.B), BTuple(BLOCKS.B, BLOCKS.D), BTuple(BLOCKS.D, BLOCKS.K), BTuple(BLOCKS.K, BLOCKS.J), BTuple(BLOCKS.J, BLOCKS.N))), BTuple(ROUTES.R4, BRelation(BTuple(BLOCKS.M, BLOCKS.H), BTuple(BLOCKS.H, BLOCKS.I), BTuple(BLOCKS.I, BLOCKS.K), BTuple(BLOCKS.K, BLOCKS.F), BTuple(BLOCKS.F, BLOCKS.G))), BTuple(ROUTES.R5, BRelation(BTuple(BLOCKS.M, BLOCKS.H), BTuple(BLOCKS.H, BLOCKS.I), BTuple(BLOCKS.I, BLOCKS.J), BTuple(BLOCKS.J, BLOCKS.N))), BTuple(ROUTES.R6, BRelation(BTuple(BLOCKS.C, BLOCKS.B), BTuple(BLOCKS.B, BLOCKS.A), BTuple(BLOCKS.A, BLOCKS.L))), BTuple(ROUTES.R7, BRelation(BTuple(BLOCKS.G, BLOCKS.F), BTuple(BLOCKS.F, BLOCKS.E), BTuple(BLOCKS.E, BLOCKS.D), BTuple(BLOCKS.D, BLOCKS.B), BTuple(BLOCKS.B, BLOCKS.A), BTuple(BLOCKS.A, BLOCKS.L))), BTuple(ROUTES.R8, BRelation(BTuple(BLOCKS.N, BLOCKS.J), BTuple(BLOCKS.J, BLOCKS.K), BTuple(BLOCKS.K, BLOCKS.D), BTuple(BLOCKS.D, BLOCKS.B), BTuple(BLOCKS.B, BLOCKS.A), BTuple(BLOCKS.A, BLOCKS.L))), BTuple(ROUTES.R9, BRelation(BTuple(BLOCKS.G, BLOCKS.F), BTuple(BLOCKS.F, BLOCKS.K), BTuple(BLOCKS.K, BLOCKS.I), BTuple(BLOCKS.I, BLOCKS.H), BTuple(BLOCKS.H, BLOCKS.M))), BTuple(ROUTES.R10, BRelation(BTuple(BLOCKS.N, BLOCKS.J), BTuple(BLOCKS.J, BLOCKS.I), BTuple(BLOCKS.I, BLOCKS.H), BTuple(BLOCKS.H, BLOCKS.M))))
self._ic_set_0 = BRelation()
for _ic_b_1 in self._BLOCKS:
for _ic_r_1 in Train_1_beebook_deterministic._ROUTES:
if(BBoolean(self.nxt.domain().elementOf(_ic_r_1).booleanValue() and BBoolean(self.nxt.functionCall(_ic_r_1).domain().elementOf(_ic_b_1).booleanValue() or self.nxt.functionCall(_ic_r_1)._range().elementOf(_ic_b_1).booleanValue()).booleanValue())).booleanValue():
_ic_set_0 = self._ic_set_0.union(BRelation(BTuple(_ic_b_1, _ic_r_1)))
self.rtbl = self._ic_set_0
self.resrt = BSet()
self.resbl = BSet()
self.rsrtbl = BRelation()
self.OCC = BSet()
self.TRK = BRelation()
self.frm = BSet()
self.LBT = BSet()
def route_reservation(self, r):
_ld_resrt = self.resrt
_ld_rsrtbl = self.rsrtbl
_ld_resbl = self.resbl
self.resrt = _ld_resrt.union(BSet(r))
self.rsrtbl = _ld_rsrtbl.union(self.rtbl.rangeRestriction(BSet(r)))
self.resbl = _ld_resbl.union(self.rtbl.inverse().relationImage(BSet(r)))
def route_freeing(self, r):
_ld_resrt = self.resrt
_ld_frm = self.frm
self.resrt = _ld_resrt.difference(BSet(r))
self.frm = _ld_frm.difference(BSet(r))
def FRONT_MOVE_1(self, r):
_ld_OCC = self.OCC
_ld_LBT = self.LBT
self.OCC = _ld_OCC.union(BSet(self.fst.functionCall(r)))
self.LBT = _ld_LBT.union(BSet(self.fst.functionCall(r)))
def FRONT_MOVE_2(self, b):
self.OCC = self.OCC.union(BSet(self.TRK.functionCall(b)))
def BACK_MOVE_1(self, b):
_ld_OCC = self.OCC
_ld_LBT = self.LBT
_ld_rsrtbl = self.rsrtbl
_ld_resbl = self.resbl
self.OCC = _ld_OCC.difference(BSet(b))
self.rsrtbl = _ld_rsrtbl.domainSubstraction(BSet(b))
self.resbl = _ld_resbl.difference(BSet(b))
self.LBT = _ld_LBT.difference(BSet(b))
def BACK_MOVE_2(self, b):
_ld_OCC = self.OCC
_ld_LBT = self.LBT
_ld_rsrtbl = self.rsrtbl
_ld_resbl = self.resbl
self.OCC = _ld_OCC.difference(BSet(b))
self.rsrtbl = _ld_rsrtbl.domainSubstraction(BSet(b))
self.resbl = _ld_resbl.difference(BSet(b))
self.LBT = _ld_LBT.difference(BSet(b)).union(BSet(self.TRK.functionCall(b)))
def point_positionning(self, r):
self.TRK = self.TRK.domainSubstraction(self.nxt.functionCall(r).domain()).rangeSubstraction(self.nxt.functionCall(r)._range()).union(self.nxt.functionCall(r))
def route_formation(self, r):
self.frm = self.frm.union(BSet(r))
def _get_LBT(self):
return self.LBT
def _get_TRK(self):
return self.TRK
def _get_frm(self):
return self.frm
def _get_OCC(self):
return self.OCC
def _get_resbl(self):
return self.resbl
def _get_resrt(self):
return self.resrt
def _get_rsrtbl(self):
return self.rsrtbl
