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Interactive.rml
7242 lines (5921 loc) · 320 KB
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Interactive.rml
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(*
This file is part of OpenModelica.
Copyright (c) 1998-2005, Linköpings universitet, Department of
Computer and Information Science, PELAB
All rights reserved.
(The new BSD license, see also
http://www.opensource.org/licenses/bsd-license.php)
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are
met:
* Redistributions of source code must retain the above copyright
notice, this list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright
notice, this list of conditions and the following disclaimer in
the documentation and/or other materials provided with the
distribution.
* Neither the name of Linköpings universitet nor the names of its
contributors may be used to endorse or promote products derived from
this software without specific prior written permission.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
\"AS IS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*)
(* $Id$ *)
(**
** This module contain functionality for model management, expression evaluation, etc.
** in the interactive environment.
** The module defines a symboltable used in the interactive environment containing:
** - Modelica models (described using Absyn AST)
** - Variable bindings
** - Compiled functions (so they do not need to be recompiled)
** - Instantiated classes (that can be reused, not impl. yet)
** - Modelica models in SCode form (to speed up instantiation. not impl. yet)
**)
module Interactive:
with "Absyn.rml"
with "SCode.rml"
with "DAE.rml"
with "Types.rml"
with "Values.rml"
with "Env.rml"
(** An Statement given in the interactive environment can either be
** an Algorithm statement or an expression.
**)
datatype InteractiveStmt = IALG of Absyn.AlgorithmItem
| IEXP of Absyn.Exp
(** Several interactive statements is used in Modelicasc scripts.**)
datatype InteractiveStmts = ISTMTS of InteractiveStmt list *
bool (* true if output result == no semicolon*)
datatype InstantiatedClass = INSTCLASS of Absyn.Path * (* The F.Q.name of the inst:ed class*)
DAE.Element list (* The list of DAE elements *)
* Env.Env (* The env of the inst:ed class*)
datatype InteractiveVariable = IVAR of Absyn.Ident * (* The variable identifier *)
Values.Value * (* The value *)
Types.Type (* The type of the expression *)
datatype InteractiveSymbolTable = SYMBOLTABLE of Absyn.Program * (*The ast*)
SCode.Program * (* The exploded ast *)
InstantiatedClass list * (* List of instantiated classes*)
InteractiveVariable list * (*List of variables with values*)
(Absyn.Path * Types.Type) list (* List of compiled functions, F.Q name + type*)
relation evaluate: (InteractiveStmts, InteractiveSymbolTable, bool)
=> (string,InteractiveSymbolTable)
(* this is exported due to the need of using several interactive modules *)
relation evaluate2: (InteractiveStmts, InteractiveSymbolTable) => (string,InteractiveSymbolTable)
relation update_program: (Absyn.Program,Absyn.Program) => Absyn.Program
relation update_scope: (Absyn.Program, InteractiveVariable list) => InteractiveVariable list
relation add_component: (string,Absyn.ComponentRef,Absyn.ComponentRef,Absyn.NamedArg list, Absyn.Program) => (Absyn.Program,string)
relation get_component_count: (Absyn.ComponentRef,Absyn.Program) => int
relation remove_compiled_functions: (Absyn.Program, (Absyn.Path * Types.Type) list)
=> (Absyn.Path * Types.Type) list
relation build_env_from_symboltable: (InteractiveSymbolTable) => Env.Env
relation get_pathed_class_in_program: (Absyn.Path, Absyn.Program) => Absyn.Class
relation get_type_of_variable: (Absyn.Ident, InteractiveVariable list) => Types.Type
relation add_instantiated_class: (InstantiatedClass list, InstantiatedClass) => InstantiatedClass list
relation get_instantiated_class: (InstantiatedClass list, Absyn.Path) => InstantiatedClass
relation get_contained_class_and_file: (Absyn.Path, Absyn.Program) => (Absyn.Program, string)
relation add_var_to_symboltable: (Absyn.Ident, Values.Value, Types.Type,InteractiveSymbolTable)
=> InteractiveSymbolTable
relation add_scope: (Absyn.Program, InteractiveVariable list) => Absyn.Program
relation is_primitive: (Absyn.ComponentRef, Absyn.Program) => bool
relation get_elementitems_in_class: (Absyn.Class) => Absyn.ElementItem list
relation get_components_in_class: (Absyn.Class) => Absyn.Element list
relation get_classnames_in_elts: (Absyn.ElementItem list) => string list
relation get_components: (Absyn.ComponentRef,Absyn.Program) => string
relation is_primitive_class: (Absyn.Class,Absyn.Program) => bool
relation get_componentitems_name: Absyn.ComponentItem list => string list
(* this is added for optimization of modeleditor*)
relation get_top_classnames: (Absyn.Program) => string
relation get_component_modification: Absyn.Element => string
relation get_modification_value:(Absyn.ElementArg list, Absyn.ComponentRef)
=> Absyn.Modification
relation add_to_public: (Absyn.Class, Absyn.ElementItem) => Absyn.Class
relation traverse_classes: (Absyn.Program,
Absyn.Path option,
((Absyn.Class * Absyn.Path option * 'a) => (Absyn.Class * Absyn.Path option * 'a)), (* rel-ation to apply*)
'a, (* extra value passed to re-lation*)
bool) (* true = traverse protected elements*)
=> (Absyn.Program * Absyn.Path option * 'a)
relation is_package: (Absyn.ComponentRef, Absyn.Program) => bool
relation get_top_classnames_in_program: Absyn.Program => string list
relation build_within: Absyn.Path => Absyn.Within
end
with "Connect.rml"
with "Dump.rml"
with "Debug.rml"
with "RTOpts.rml"
with "Util.rml"
with "Parser.rml"
with "Prefix.rml"
with "Mod.rml"
with "Lookup.rml"
with "ClassInf.rml"
with "Exp.rml"
with "Inst.rml"
with "Static.rml"
with "ModUtil.rml"
with "Codegen.rml"
with "Print.rml"
with "System.rml"
with "ClassLoader.rml"
with "Ceval.rml"
(** relation: evaluate
**
** This relation evaluates expressions feeded interactively to the compiler.
**)
relation evaluate: (InteractiveStmts, InteractiveSymbolTable, bool)
=> (string,InteractiveSymbolTable) =
rule evaluate2(ISTMTS([x],true),st) => (res,newst)
----------------------------
evaluate (ISTMTS([x],true),st,false) => ("",newst)
rule (* Verbose, semicolon off *)
evaluate2(ISTMTS([x],false),st) => (res,newst)
----------------------------
evaluate (ISTMTS([x],true),st,true) => (res,newst)
rule evaluate2(ISTMTS([x],false),st) => (res,newst)
----------------------------
evaluate (ISTMTS([x],false),st,verbose) => (res,newst)
rule evaluate2(ISTMTS([x],sc),st) => (res,newst) &
evaluate(ISTMTS(xs,sc),newst,false) => (res,newst')
------------------------------------------
evaluate (ISTMTS(x::xs,sc),st,false) => (res,newst')
rule evaluate2(ISTMTS([x],sc),st) => (res,newst) &
evaluate(ISTMTS(xs,sc),newst,true) => (res2,newst') &
Util.string_append_list([res,res2]) => res'
------------------------------------------
evaluate (ISTMTS(x::xs,sc),st,true) => (res',newst')
end
(** relation: evaluate2
**
** Helper relation to evaluate.
**)
relation evaluate2: (InteractiveStmts, InteractiveSymbolTable)
=> (string,InteractiveSymbolTable) =
rule get_variable_names(vars) => vars &
string_append(vars,"\n") => str
--------------------------
evaluate2(ISTMTS([IEXP(Absyn.CALL(Absyn.CREF_IDENT("listVariables",_),Absyn.FUNCTIONARGS([],[])))],_),st as SYMBOLTABLE(_,_,_,vars,_))
=> (str,st)
rule evaluate_graphical_api(stmts,st) => (str,newst) &
string_append(str,"\n") => str'
----------------------------------------------------
evaluate2(stmts as ISTMTS([IEXP(Absyn.CALL(_,_))],_),st) => (str',newst)
rule evaluate_graphical_api2(stmts,st) => (str,newst) &
string_append(str,"\n") => str'
----------------------------------------------------
evaluate2(stmts as ISTMTS([IEXP(Absyn.CALL(_,_))],_),st) => (str',newst)
rule evaluate_expr(exp,st) => (s1,newst) &
string_append(s1,"\n") => str
------------------------------------------------------
evaluate2(stmts as ISTMTS([exp],_),st) => (str,newst)
axiom evaluate2(_,st) => ("Not implemented yet\n",st)
end
(** relation: evaluate_expr
**
** This relation takes an 'InteractiveStmt´ and a symboltable and
** evaluates the expression using Staticexp.
**)
relation evaluate_expr: (InteractiveStmt, InteractiveSymbolTable) =>
(string,InteractiveSymbolTable) =
rule build_env_from_symboltable(st) => env &
Static.elab_exp(env,exp,true,SOME(st)) => (sexp,prop,SOME(st')) &
Ceval.ceval (env,sexp,true,SOME(st'),NONE,Ceval.MSG)
=> (value,SOME(st'')) &
Values.val_string value => str
-------------------------------
evaluate_expr(IEXP(exp),st as SYMBOLTABLE(p,_,_,_,_)) => (str,st'')
rule build_env_from_symboltable(st) => env &
Static.elab_exp(env,cond,true,SOME(st))
=> (econd,prop,SOME(st')) &
Ceval.ceval (env,econd,true,SOME(st'),NONE,Ceval.MSG)
=> (Values.BOOL(true),SOME(st''))
-----------------------------------------------
evaluate_expr(IALG(Absyn.ALGORITHMITEM(Absyn.ALG_NORETCALL(Absyn.CREF_IDENT("assert",_),Absyn.FUNCTIONARGS([cond,msg],_)),_)),st as SYMBOLTABLE(p,_,_,_,_))
=> ("", st'')
rule build_env_from_symboltable(st) => env &
Static.elab_exp(env,msg,true,SOME(st))
=> (msg',prop,SOME(st')) &
Ceval.ceval (env,msg',true,SOME(st'),NONE,Ceval.MSG)
=> (Values.STRING(str),SOME(st''))
-----------------------------------------------
evaluate_expr(IALG(Absyn.ALGORITHMITEM(Absyn.ALG_NORETCALL(Absyn.CREF_IDENT("assert",_),Absyn.FUNCTIONARGS([cond,msg],_)),_)),st as SYMBOLTABLE(p,_,_,_,_))
=> (str, st'')
rule build_env_from_symboltable(st) => env &
Static.elab_exp(env,exp,true,SOME(st)) => (sexp,Types.PROP(t,_),SOME(st')) &
Ceval.ceval(env,sexp,true,SOME(st'),NONE,Ceval.MSG)
=> (value,SOME(st'')) &
Values.val_string value => str &
add_var_to_symboltable(ident,value,t,st'') => newst
-----------------------------------------------
evaluate_expr(IALG(Absyn.ALGORITHMITEM(Absyn.ALG_ASSIGN(Absyn.CREF_IDENT(ident,[]),exp),_)),st as SYMBOLTABLE(p,_,_,_,_))
=> (str, newst)
(* Since expressions cannot be tuples an empty string is returned *)
rule build_env_from_symboltable(st) => env &
Static.elab_exp(env,rexp,true,SOME(st)) => (srexp,rprop,SOME(st')) &
Types.get_prop_type rprop => ((Types.T_TUPLE(types),_)) &
Util.list_map(crefexps, get_ident_from_crefexp) => idents &
Ceval.ceval(env,srexp,true,SOME(st'),NONE,Ceval.MSG)
=> (Values.TUPLE(values), SOME(st'')) &
add_vars_to_symboltable(idents,values,types,st'') => newst
-----------------------------------------------
evaluate_expr(IALG(Absyn.ALGORITHMITEM(Absyn.ALG_TUPLE_ASSIGN(Absyn.TUPLE(crefexps),rexp),_)),st as SYMBOLTABLE(p,_,_,_,_))
=> ("", newst)
rule Print.get_error_string() => s1 & Print.clear_error_buf()
& string_append("Error evaluating expr.\n",s1) => str &
Debug.fprint ("failtrace", "#-- evaluate_expr failed:") &
Debug.fcall ("failtrace", Dump.dump_istmt, ISTMTS([stmt], true)) &
Debug.fprintln ("failtrace", "\n")
-----------------------------
evaluate_expr(stmt,st) => (str,st)
end
(** relation: get_ident_from_crefexp
**
** Return the (first) identifier of a Component Reference in an expression.
**)
relation get_ident_from_crefexp : Absyn.Exp => Absyn.Ident =
axiom get_ident_from_crefexp Absyn.CREF(Absyn.CREF_IDENT(id, _)) => id
rule Print.print_error_buf "# Not a component reference in tuple assignment:\n# " &
Dump.print_exp_str exp => str &
Print.print_error_buf str &
Print.print_error_buf "\n"
--------------------
get_ident_from_crefexp exp => fail
end
(** relation: get_variable_names
**
** Return a string containing a comma separated list of variables.
**)
relation get_variable_names: (InteractiveVariable list) => string =
rule get_variable_list_str(vars) => strlst &
Util.string_delimit_list(strlst,", ") => str &
Util.string_append_list(["{",str,"}"]) => res
---------------------------------------------
get_variable_names(vars) => res
end
(** relation: get_variable_list_str
**
** Helper relation to get_variable_names
**)
relation get_variable_list_str: (InteractiveVariable list) => string list =
axiom get_variable_list_str([]) => []
rule get_variable_list_str(vs)=> res
----------------------------
get_variable_list_str(IVAR(p,_,_)::vs) => p::res
end
(** relation: get_type_of_variables
**
** Return the type of an interactive variable, given a list of variables
** and a variable identifier.
**)
relation get_type_of_variable: (Absyn.Ident, InteractiveVariable list)
=> Types.Type =
axiom get_type_of_variable(id,[]) => fail
rule varid = id
----------------------------------------------
get_type_of_variable (varid,IVAR(id,_,tp)::rest) => tp
rule not varid = id &
get_type_of_variable(varid,rest) => tp
----------------------------------------------
get_type_of_variable (varid,IVAR(id,_,_)::rest) => tp
end
(** relation: add_vars_to_symboltable
**
** Add a list of variables to the interactive symboltable given names,
** values and types.
**)
relation add_vars_to_symboltable: (Absyn.Ident list, Values.Value list,
Types.Type list, InteractiveSymbolTable)
=> InteractiveSymbolTable =
axiom add_vars_to_symboltable ([],_,_,st) => st
rule add_var_to_symboltable (id, v, t, st) => st' &
add_vars_to_symboltable(idrest, vrest, trest, st') => st''
-------------------------------------------------------------
add_vars_to_symboltable (id::idrest, v::vrest, t::trest, st) => st''
end
(** relation: add_var_to_symboltable
**
** Helper relation to add_vars_to_symboltable.
**)
relation add_var_to_symboltable: (Absyn.Ident, Values.Value, Types.Type,InteractiveSymbolTable)
=> InteractiveSymbolTable =
rule add_var_to_varlist(ident,v,t,vars) => vars'
----------------------------
add_var_to_symboltable(ident,v,t,SYMBOLTABLE(p,sp,id,vars,cf))
=> SYMBOLTABLE(p,sp,id,vars',cf)
end
(** relation: add_var_to_varlist
**
** Helper relation to add_var_to_symboltable
**)
relation add_var_to_varlist: (Absyn.Ident, Values.Value, Types.Type,
InteractiveVariable list)
=> InteractiveVariable list =
rule ident = id2
-----------
add_var_to_varlist(ident,v,t,IVAR(id2,_,_)::rest)
=> IVAR(ident,v,t)::rest
rule not ident = id2 &
add_var_to_varlist(ident,v,t,rest) => rest'
------------------------------------
add_var_to_varlist(ident,v,t,IVAR(id2,val2,t2)::rest)
=> IVAR(id2,val2,t2)::rest'
axiom add_var_to_varlist(ident,v,t,[]) => [IVAR(ident,v,t)]
end
(** relation: build_env_from_symboltable
** author: PA
**
** Builds an environment from a symboltable by adding all interactive variables
** and their bindings to the environment.
**)
relation build_env_from_symboltable: (InteractiveSymbolTable) => Env.Env =
rule SCode.elaborate(p) => p' &
Inst.make_env_from_program(p',Absyn.IDENT("")) => env &
add_vars_to_env(vars,env) => env'
------------------------------------------
build_env_from_symboltable(SYMBOLTABLE(p,sp,ic,vars,cf)) => env'
end
(** relation: add_vars_to_env
**
** Helper relation to build_env_from_symboltable.
**)
relation add_vars_to_env: (InteractiveVariable list, Env.Env) => Env.Env =
rule Lookup.lookup_var (env,Exp.CREF_IDENT(id,[])) => (_,_,_) &
Env.update_frame_v(env,
Types.VAR(
id,
Types.ATTR(false,SCode.RW,SCode.VAR,Absyn.BIDIR),
false,
tp,
Types.VALBOUND(v)
),false,[]) => env' &
add_vars_to_env(rest,env') => env''
---------------------------------------
add_vars_to_env (IVAR(id,v,tp)::rest,env) => env''
rule not Lookup.lookup_var (env,Exp.CREF_IDENT(id,[])) => (_,_,_) &
Env.extend_frame_v(env,
Types.VAR(
id,
Types.ATTR(false,SCode.RW,SCode.VAR,Absyn.BIDIR),
false,
tp,
Types.VALBOUND(v)
),NONE,false,[]) => env' &
add_vars_to_env(rest,env') => env''
---------------------------------------
add_vars_to_env (IVAR(id,v,tp)::rest,env) => env''
axiom add_vars_to_env([],env) => env
end
(** relation: evaluate_graphical_api2
**
** Second relation for evaluating graphical api.
** The reason for having two relation is that the generated c-code can
** not be complied in Visual studio if the number of rules are large.
**)
relation evaluate_graphical_api2: (InteractiveStmts, InteractiveSymbolTable)
=> (string, InteractiveSymbolTable) =
rule set_extends_modifier_value(class,Absyn.CREF_IDENT(ident,[]),
subident,mod,p)
=> (newp,resstr)
--------------------------------------------
evaluate_graphical_api2(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("setExtendsModifierValue",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),
Absyn.CREF(Absyn.CREF_QUAL(ident,_,subident)),
Absyn.CODE(Absyn.C_MODIFICATION(mod))
],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf))
=> (resstr,SYMBOLTABLE(newp,s,ic,iv,cf))
rule get_extends_modifier_names(class,ident,p) => resstr
--------------------------------------------
evaluate_graphical_api2(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getExtendsModifierNames",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),Absyn.CREF(ident)],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_extends_modifier_value(class,Absyn.CREF_IDENT(ident,[]),subident,p) => resstr
--------------------------------------------
evaluate_graphical_api2(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getExtendsModifierValue",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),Absyn.CREF(Absyn.CREF_QUAL(ident,_,subident))],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_component_modifier_names(class,ident,p) => resstr
--------------------------------------------
evaluate_graphical_api2(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getComponentModifierNames",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),Absyn.CREF(ident)],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_component_modifier_value(class,Absyn.CREF_IDENT(ident,[]),subident,p)
=> resstr
--------------------------------------------
evaluate_graphical_api2(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getComponentModifierValue",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),Absyn.CREF(Absyn.CREF_QUAL(ident,_,subident))],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_parameter_value(class,Absyn.CREF_IDENT(ident,[]),p) => resstr
--------------------------------------------
evaluate_graphical_api2(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getComponentModifierValue",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),Absyn.CREF(Absyn.CREF_IDENT(ident,_))],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_source_file(class,p) => resstr
--------------------------------------------
evaluate_graphical_api2(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getSourceFile",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class)],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf))
=> (resstr,st)
rule set_source_file(class,filename,p) => (resstr,newp)
--------------------------------------------
evaluate_graphical_api2(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("setSourceFile",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),
Absyn.STRING(filename)
],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf))
=> (resstr,SYMBOLTABLE(newp,s,ic,iv,cf))
rule Absyn.cref_to_path(class) => p_class &
set_component_properties(p_class,comp_ref,final,flow,protected,repl,
variability,[dref1,dref2],causality,p)
=> (resstr,p')
--------------------------------------------
evaluate_graphical_api2(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("setComponentProperties",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),
Absyn.CREF(comp_ref),
Absyn.ARRAY([
Absyn.BOOL(final),
Absyn.BOOL(flow),
Absyn.BOOL(protected),
Absyn.BOOL(repl)]),
Absyn.ARRAY([Absyn.STRING(variability)]),
Absyn.ARRAY([Absyn.BOOL(dref1),
Absyn.BOOL(dref2)]),
Absyn.ARRAY([Absyn.STRING(causality)])
],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf))
=> (resstr, SYMBOLTABLE(p',s,ic,iv,cf))
end
(** relation: evaluate_graphical_api
**
** This relation evaluates all primitives in the graphical api.
** NOTE: Do NOT ADD more rules to this relation, instead add them
** to evaluate_graphical_api2, since it wont compile in Visual Studio
** otherwise.
**)
relation evaluate_graphical_api: (InteractiveStmts, InteractiveSymbolTable)
=> (string, InteractiveSymbolTable) =
rule (* expressions *)
set_parameter_value(class,ident,exp,p) => (p',resstr)
--------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("setComponentModifierValue",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),
Absyn.CREF(ident as Absyn.CREF_IDENT(_,_)),
Absyn.CODE(Absyn.C_MODIFICATION(Absyn.CLASSMOD(_,SOME(exp))))
],[])))],_),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,SYMBOLTABLE(p',s,ic,iv,cf))
rule (* special case for clearing modifier *)
set_component_modifier(class,ident,Absyn.CREF_IDENT("",[]),mod,p)
=> (p',resstr)
--------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("setComponentModifierValue",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),
Absyn.CREF(ident as Absyn.CREF_IDENT(_,_)),
Absyn.CODE(Absyn.C_MODIFICATION(mod as Absyn.CLASSMOD([],NONE)))
],[])))],_),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,SYMBOLTABLE(p',s,ic,iv,cf))
rule set_component_modifier(class,Absyn.CREF_IDENT(ident,[]),subident,mod,p)
=> (p',resstr)
--------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("setComponentModifierValue",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),
Absyn.CREF(Absyn.CREF_QUAL(ident,_,subident)),
Absyn.CODE(Absyn.C_MODIFICATION(mod))
],[])))],_),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,SYMBOLTABLE(p',s,ic,iv,cf))
rule get_parameter_value(class,ident,p) => resstr
--------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getParameterValue",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),Absyn.CREF(ident)],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule set_parameter_value(class,ident,exp,p) => (p',resstr)
---------------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("setParameterValue",_),
Absyn.FUNCTIONARGS([Absyn.CREF(class),Absyn.CREF(ident),exp],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,SYMBOLTABLE(p',s,ic,iv,cf))
rule get_parameter_names(cr,p) => resstr
-----------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getParameterNames",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule update_program(
Absyn.PROGRAM([Absyn.CLASS(name,false,false,false,Absyn.R_MODEL,Absyn.PARTS([Absyn.PUBLIC([])],NONE),Absyn.INFO("",0,0))],Absyn.TOP),
p) => newp &
let newst = SYMBOLTABLE(newp,s,ic,iv,cf)
----------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("createModel",_),
Absyn.FUNCTIONARGS([Absyn.CREF(Absyn.CREF_IDENT(name,_))],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => ("true",newst)
rule Absyn.cref_to_path(path) => path' &
Absyn.path_last_ident(path') => name &
Absyn.strip_last(path') => wpath &
update_program(
Absyn.PROGRAM([Absyn.CLASS(name,false,false,false,Absyn.R_MODEL,Absyn.PARTS([Absyn.PUBLIC([])],NONE),Absyn.INFO("",0,0))],Absyn.WITHIN(wpath)),p) => newp &
let newst = SYMBOLTABLE(newp,s,ic,iv,cf)
---------------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("createModel",_),
Absyn.FUNCTIONARGS([Absyn.CREF(path as Absyn.CREF_QUAL(_,_,_))],[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => ("true",newst)
rule Absyn.cref_to_path(cr) => path &
update_program(
Absyn.PROGRAM([Absyn.CLASS(name,false,false,false,Absyn.R_MODEL,Absyn.PARTS([Absyn.PUBLIC([])],NONE),Absyn.INFO("",0,0))],Absyn.WITHIN(path)),
p) => newp &
let newst = SYMBOLTABLE(newp,s,ic,iv,cf) &
string_append(name,"\n") => resstr
---------------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("newModel",_),
Absyn.FUNCTIONARGS( [Absyn.CREF(Absyn.CREF_IDENT(name,_)),Absyn.CREF(cr)] , [])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => ("true",newst)
rule System.regular_file_exist(name) => 0 &
Parser.parse(name) => p1 &
update_program(p1,p) => newp &
get_top_classnames(p1) => top_names_str
---------------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("loadFileInteractive",_),
Absyn.FUNCTIONARGS( [Absyn.STRING(name)] ,[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (top_names_str,SYMBOLTABLE(newp,s,ic,iv,cf))
(** it the rule above have failed then check if file exists **)
(* without this omc crashes *)
rule System.regular_file_exist(name) => rest &
int_gt(rest,0) => true
---------------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("loadFileInteractive",_),
Absyn.FUNCTIONARGS( [Absyn.STRING(name)] ,[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => ("error",st)
(*check if the parse went wrong*)
rule not Parser.parse(name) => p1
---------------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("loadFileInteractive",_),
Absyn.FUNCTIONARGS( [Absyn.STRING(name)] ,[])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => ("error",st)
rule delete_class(cr,p) => (resstr, newp)
---------------------------------------------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("deleteClass",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)], [])))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,SYMBOLTABLE(newp,s,ic,iv,cf))
rule add_component(name,tp,model,nargs,p) => (newp,resstr)
& Print.get_string() => str & string_append(resstr,str) => resstr'
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("addComponent",_),
Absyn.FUNCTIONARGS([Absyn.CREF(Absyn.CREF_IDENT(name,_)),Absyn.CREF(tp),Absyn.CREF(model)],nargs)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => ("true",SYMBOLTABLE(newp,s,ic,iv,cf))
rule (*delete_component(name,model,p) => (newp,resstr) &
add_component(name,tp,model,nargs,newp) => (newp2,resstr)*)
update_component(name,tp,model,nargs,p) =>(newp, res)
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("updateComponent",_),
Absyn.FUNCTIONARGS([Absyn.CREF(Absyn.CREF_IDENT(name,_)),Absyn.CREF(tp),Absyn.CREF(model)],nargs)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (res, SYMBOLTABLE(newp,s,ic,iv,cf))
rule delete_component(name,model,p) => (newp,resstr)
& Print.get_string() => str & string_append(resstr,str) => resstr'
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("deleteComponent",_),
Absyn.FUNCTIONARGS([Absyn.CREF(Absyn.CREF_IDENT(name,_)),Absyn.CREF(model)],nargs)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => ("true",SYMBOLTABLE(newp,s,ic,iv,cf))
rule add_class_annotation(cr,nargs,p) => newp &
let newst = SYMBOLTABLE(newp,s,ic,iv,cf)
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("addClassAnnotation",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],nargs)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => ("true",newst)
rule get_component_count(cr,p) => count &
int_string count => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getComponentCount",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_nth_component(cr,p,n) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getNthComponent",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr),Absyn.INTEGER(n)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_components(cr,p) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getComponents",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_component_annotations(cr,p) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getComponentAnnotations",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_nth_component_annotation(cr,p,n) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getNthComponentAnnotation",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr),Absyn.INTEGER(n)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_nth_component_modification(cr,p,n) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getNthComponentModification",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr),Absyn.INTEGER(n)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_inheritance_count(cr,p) => count &
int_string count => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getInheritanceCount",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_nth_inherited_class(cr,n,p) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getNthInheritedClass",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr),Absyn.INTEGER(n)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_connection_count(cr,p) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getConnectionCount",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_nth_connection(cr,p,n) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getNthConnection",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr),Absyn.INTEGER(n)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule add_connection(cr,c1,c2,nargs,p) => (resstr,newp)
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("addConnection",_),
Absyn.FUNCTIONARGS([Absyn.CREF(c1),Absyn.CREF(c2),Absyn.CREF(cr)],nargs)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,SYMBOLTABLE(newp,s,ic,iv,cf))
rule delete_connection(cr,c1,c2,p) => (resstr,newp)
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("deleteConnection",_),
Absyn.FUNCTIONARGS([Absyn.CREF(c1),Absyn.CREF(c2),Absyn.CREF(cr)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,SYMBOLTABLE(newp,s,ic,iv,cf))
rule delete_connection(cr,c1,c2,p) => (s1,newp) &
add_connection(cr,c1,c2,nargs,newp) => (resstr,newp')
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("updateConnection",_),
Absyn.FUNCTIONARGS([Absyn.CREF(c1),Absyn.CREF(c2),Absyn.CREF(cr)],nargs)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,SYMBOLTABLE(newp',s,ic,iv,cf))
rule get_nth_connection_annotation(cr,p,n) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getNthConnectionAnnotation",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr),Absyn.INTEGER(n)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_connector_count(cr,p) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getConnectorCount",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_nth_connector(cr,p,n) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getNthConnector",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr),Absyn.INTEGER(n)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_nth_connector_icon_annotation(cr,p,n) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getNthConnectorIconAnnotation",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr),Absyn.INTEGER(n)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule Absyn.cref_to_path(cr) => path &
get_icon_annotation(path,p) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getIconAnnotation",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule Absyn.cref_to_path(cr) => path &
get_diagram_annotation(path,p) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getDiagramAnnotation",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule Absyn.cref_to_path(cr) => path &
get_packages_in_path(path,p) => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getPackages",_),
Absyn.FUNCTIONARGS([Absyn.CREF(cr)],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule get_top_packages(p) => s1 &
string_append(s1,"\n") => resstr
-----------------------
evaluate_graphical_api(
ISTMTS([IEXP(Absyn.CALL(
Absyn.CREF_IDENT("getPackages",_),
Absyn.FUNCTIONARGS([],_)))],_
),
st as SYMBOLTABLE(p,s,ic,iv,cf)) => (resstr,st)
rule Absyn.cref_to_path(cr) => path &
get_classnames_in_path(path,p) => resstr