Spezifikationsmodule - Software and Systems Engineering - TUM

nlvarcopy_arg.orig = param and
result has Args(cp_app.copy, nlvarcopy_arg.copy,
indexOf(param, cp_app.orig, "Args"))
) or
/* other Const incl. not-unified Constructors */
result has Args(cp_app.copy, param,
indexOf(param, cp_app.orig, "Args"))
)) and
/* build inputs */
exists new_input_map:map orig:input_map to copy:new Input . (
forall nim1:new_input_map . forall nim2:new_input_map . (
nim1.orig = nim2.orig equiv nim1.copy = nim2.copy
) and
forall mk_inp:new_input_map . (
exists ntm_elem:new_transition_map . (
ntm_elem.orig.one = mk_inp.orig.one.TransitionSegment and
ntm_elem.orig.two = mk_inp.orig.two.TransitionSegment and
result has TransitionSegment(mk_inp.copy, ntm_elem.copy)
) and
exists npm_elem_inp:new_port_map . (
npm_elem_inp.orig.one = mk_inp.orig.one.Port.Model and
npm_elem_inp.orig.two = mk_inp.orig.two.Port.Model and
exists new_port_inp:new MIFPort . (
result has Port(mk_inp.copy, new_port_inp) and
result has Model(new_port_inp, npm_elem_inp.copy)
)) and
exists nmt_inp:new MIFTerm . (
result has Pattern(mk_inp.copy, nmt_inp) and
run setUnifiedMIFTerm(mk_inp.orig.one.Pattern,
mk_inp.orig.two.Pattern, nmt_inp, new_constructor_map,
new_appl_map, new_lvcn_map)
))) and
/* copy inputs */
exists new_copy_input_map:map orig:copy_input_set
to copy:new Input . (
forall ncim1:new_copy_input_map .
forall ncim2:new_copy_input_map . (
ncim1.orig = ncim2.orig equiv ncim1.copy = ncim2.copy
) and
forall cp_inp:new_copy_input_map . (
(exists ntm_elem_inp2:new_transition_map . (
(ntm_elem_inp2.orig.one = cp_inp.orig.TransitionSegment or
ntm_elem_inp2.orig.two = cp_inp.orig.TransitionSegment
) and
result has TransitionSegment(cp_inp.copy, ntm_elem_inp2.copy)
) or
exists nctm_elem_inp:new_copy_transition_map . (
nctm_elem_inp.orig = cp_inp.orig.TransitionSegment and
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