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(* Title: HOL/NanoJava/Term.thy
Author: David von Oheimb, Technische Universitaet Muenchen
*)
section "Statements and expression emulations"
theory Term imports Main begin
typedecl cname \<comment> \<open>class name\<close>
typedecl mname \<comment> \<open>method name\<close>
typedecl fname \<comment> \<open>field name\<close>
typedecl vname \<comment> \<open>variable name\<close>
axiomatization
This \<comment> \<open>This pointer\<close>
Par \<comment> \<open>method parameter\<close>
Res :: vname \<comment> \<open>method result\<close>
\<comment> \<open>Inequality axioms are not required for the meta theory.\<close>
(*
where
This_neq_Par [simp]: "This \<noteq> Par"
Par_neq_Res [simp]: "Par \<noteq> Res"
Res_neq_This [simp]: "Res \<noteq> This"
*)
datatype stmt
= Skip \<comment> \<open>empty statement\<close>
| Comp stmt stmt ("_;; _" [91,90 ] 90)
| Cond expr stmt stmt ("If '(_') _ Else _" [ 3,91,91] 91)
| Loop vname stmt ("While '(_') _" [ 3,91 ] 91)
| LAss vname expr ("_ :== _" [99, 95] 94) \<comment> \<open>local assignment\<close>
| FAss expr fname expr ("_.._:==_" [95,99,95] 94) \<comment> \<open>field assignment\<close>
| Meth "cname \ mname" \ \virtual method\
| Impl "cname \ mname" \ \method implementation\
and expr
= NewC cname ("new _" [ 99] 95) \<comment> \<open>object creation\<close>
| Cast cname expr \<comment> \<open>type cast\<close>
| LAcc vname \<comment> \<open>local access\<close>
| FAcc expr fname ("_.._" [95,99] 95) \<comment> \<open>field access\<close>
| Call cname expr mname expr
("{_}_.._'(_')" [99,95,99,95] 95) \<comment> \<open>method call\<close>
end
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