Nuprl Lemma : mu_ex_v5_HandleUseSR_nlp

initial_token,m1,m2,proc1,proc2:Id. A:'. x0:A.
  NormalLProgrammable'(Id  Message;mu_ex_v5_HandleUseSR(initial_token;m1;m2;proc1;proc2) x0)


Proof not projected




Definitions occuring in Statement :  mu_ex_v5_HandleUseSR: mu_ex_v5_HandleUseSR(initial_token;m1;m2;proc1;proc2) Message: Message normal-locally-programmable: NormalLProgrammable(A;X) Id: Id all: x:A. B[x] apply: f a product: x:A  B[x] universe: Type
Definitions :  all: x:A. B[x] mu_ex_v5_HandleUseSR: mu_ex_v5_HandleUseSR(initial_token;m1;m2;proc1;proc2) let: let spreadn: spread3 ifthenelse: if b then t else f fi  concat-lifting-loc-2: f@Loc or: P  Q squash: T and: P  Q member: t  T so_lambda: x.t[x] prop: true: True top: Top concat-lifting2-loc: concat-lifting2-loc(f;abag;bbag;loc) concat-lifting-loc: concat-lifting-loc(n;bags;loc;f) select: l[i] concat-lifting: concat-lifting(n;f;bags) concat-lifting-list: concat-lifting-list(n;bags) lifting-gen-list-rev: lifting-gen-list-rev(n;bags) ycomb: Y eq_int: (i = j) btrue: tt bfalse: ff le_int: i z j bnot: b lt_int: i <z j uall: [x:A]. B[x] implies: P  Q so_apply: x[s] uimplies: b supposing a
Lemmas :  simple-loc-comb-2-nlp unit_wf2 bool_wf Id_wf Message_wf product-valueall-type Id-valueall-type Message-valueall-type valueall-type_wf concat-lifting-loc-2_wf ifthenelse-wf bag_wf single-bag_wf mu_ex_v5_send_busy_wf mu_ex_v5_getMachine_wf it_wf assert_wf not_wf mu_ex_v5_send_enter_cs_wf mu_ex_v5_send_request_wf mu_ex_v5_getOtherProc_wf mu_ex_v5_UseSR_wf mu_ex_v5_PrState_wf concat-lifting-loc-2-strict subtype_rel_bag top_wf empty-bag_wf squash_wf all_wf bag-combine-empty-left bag-union_wf mu_ex_v5_UseSR_nlp mu_ex_v5_PrState_nlp

\mforall{}initial$_{token}$,m1,m2,proc1,proc2:Id.  \mforall{}A:\mBbbU{}'.  \mforall{}x0:A.
    NormalLProgrammable'(Id  \mtimes{}  Message;mu\_ex\_v5\_HandleUseSR(initial$_{token}$;m1;m2\000C;proc1;proc2)  x0)


Date html generated: 2012_02_20-PM-06_55_56
Last ObjectModification: 2012_02_02-PM-02_59_07

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