source: trunk/t3q-examples/NamingConventions/NC_templates_constants_signatures_enumeratedValues.ttcn3 @ 8

module NC_templates_constants_signatures_enumeratedValues {
    //template definitions, with and without matching symbols, good and bad
    template TypeA m_templateB := {
        field1 := ?, 
        field2 := "a", 
        field3 := true
    }

    template TypeA mw_templateC := {
        field1 := 1, 
        field2 := pattern "a", 
        field3 := true
    }

    template TypeA m_templateA := {
        field1 := 1, 
        field2 := "a", 
        field3 := true
    }

        //derived templates
    template (value) TypeA md_templateAd modifies m_templateA := {
        field1 := 2
    }

    template TypeA mdw_templateCd modifies m_templateC := {
        field2 := pattern "a", 
        field3 := true
    }


    template TypeB m_templateBA := {
        field1 := 1, 
        field2 := "a", 
        field3 := true,
        //field4 := m_templateA  
        field4 := {
            field1 := 1, 
            field2 := "a", 
            field3 := true
        }
    }

    template integer m_i1 := (1, 2);

    template integer m_i2 := ?;

        template GrantMngtSubHeader m_grantMngtUgsSi0 := {
                schSvcUgs := {
                        si := '0'B ,
                        pm := ? ,
                        reserved14 := c_14ZeroBits
                }
        }


        //enumerated values, good and bad,
        //also data types, good and bad
        type enumerated Enum {
                e_a, e_b, e_c
        }

        type enumerated enum {
                a, b, c
        }

        //signatures, goot and bad
        //also formal parameters, good and bad
    signature s_lookup1(in charstring p_key) return charstring exception (e_NotFound);

    signature sx_lookup1(in charstring key) return charstring exception (e_NotFound);

        //constants and external constants, good and bad
    const integer c_a1 := 2;

    const integer c_1 := 2 , c_2 :=3;

        external const integer cx_a0;
    external const integer ecx_a0, cx_1;
        
        function f_00(){
                const type_00 const_00 := 1;
        }
        
        altstep a_00(){
                const type_00 const_00 := 1;
        }
        
        testcase ts_00() runs on component_00 {
                const type_00 cl_onst_00 := 1;
        }

    const integer cl_a1 := 2;
        
        control{
                const type_00 cl_onst_00 := 1;
        }
        

}