Some more code reformatting

[libs/datafile.git] / source / loaderaction.h

diff --git a/source/loaderaction.h b/source/loaderaction.h
index 2a2a8fc0ef61dfb41624a3451ba8f4606219bf1a..6eebeccc76f47c8144fac9f5ceeb93a35dff0a93 100644 (file)
--- a/source/loaderaction.h
+++ b/source/loaderaction.h
@@ -1,7 +1,7 @@
 /* $Id$
 
 This file is part of libmspdatafile
-Copyright © 2006-2008  Mikko Rasa, Mikkosoft Productions
+Copyright © 2008, 2010  Mikko Rasa, Mikkosoft Productions
 Distributed under the LGPL
 */
 
@@ -21,14 +21,13 @@ Base class for loader actions.
 */
 class LoaderAction
 {
-public:
-       /**
-       Called when a statement is to be loaded.
-       */
-       virtual void execute(Loader &, const Statement &) const=0;
-       virtual ~LoaderAction() { }
 protected:
        LoaderAction() { }
+public:
+       virtual ~LoaderAction() { }
+
+       /** Called to process a statement. */
+       virtual void execute(Loader &, const Statement &) const = 0;
 };
 
 
@@ -38,17 +37,19 @@ Loads a statement by calling a function that takes no arguments.
 template<typename L>
 class LoaderFunc0: public LoaderAction
 {
-public:
+private:
        typedef void (L::*FuncType)();
 
+       FuncType func;
+
+public:
        LoaderFunc0(FuncType f): func(f) { }
-       void execute(Loader &l, const Statement &st) const
+
+       virtual void execute(Loader &l, const Statement &st) const
        {
                if(st.args.size()!=0) throw TypeError("Wrong number of arguments");
                (dynamic_cast<L &>(l).*func)();
        };
-private:
-       FuncType func;
 };
 
 
@@ -58,17 +59,19 @@ Loads a statement by calling a function that takes one argument.
 template<typename L, typename A0>
 class LoaderFunc1: public LoaderAction
 {
-public:
+private:
        typedef void (L::*FuncType)(A0);
 
+       FuncType func;
+
+public:
        LoaderFunc1(FuncType f): func(f) { }
-       void execute(Loader &l, const Statement &st) const
+
+       virtual void execute(Loader &l, const Statement &st) const
        {
                if(st.args.size()!=1) throw TypeError("Wrong number of arguments");
                (dynamic_cast<L &>(l).*func)(st.args[0].get<A0>());
        }
-private:
-       FuncType func;
 };
 
 
@@ -78,143 +81,180 @@ Loads a statement by calling a function that takes an array of values.
 template<typename L, typename A0>
 class LoaderFunc1<L, const std::vector<A0> &>: public LoaderAction
 {
-public:
+private:
        typedef void (L::*FuncType)(const std::vector<A0> &);
 
+       FuncType func;
+
+public:
        LoaderFunc1(FuncType f): func(f) { }
-       void execute(Loader &l, const Statement &st) const
+
+       virtual void execute(Loader &l, const Statement &st) const
        {
                std::vector<A0> values;
                values.reserve(st.args.size());
-               for(ValueArray::const_iterator i=st.args.begin(); i!=st.args.end(); ++i)
+               for(Statement::Arguments::const_iterator i=st.args.begin(); i!=st.args.end(); ++i)
                        values.push_back(i->get<A0>());
                (dynamic_cast<L &>(l).*func)(values);
        }
+};
+
+
+/**
+Loads a statement by calling a function with the statement itself as argument.
+*/
+template<typename L>
+class LoaderFunc1<L, const Statement &>: public LoaderAction
+{
 private:
+       typedef void (L::*FuncType)(const Statement &);
+
        FuncType func;
+
+public:
+       LoaderFunc1(FuncType f): func(f) { }
+
+       virtual void execute(Loader &l, const Statement &st) const
+       {
+               (dynamic_cast<L &>(l).*func)(st);
+       }
 };
 
 
 template<typename L, typename A0, typename A1>
 class LoaderFunc2: public LoaderAction
 {
-public:
+private:
        typedef void (L::*FuncType)(A0, A1);
 
+       FuncType func;
+
+public:
        LoaderFunc2(FuncType f): func(f) { }
-       void execute(Loader &l, const Statement &st) const
+
+       virtual void execute(Loader &l, const Statement &st) const
        {
                if(st.args.size()!=2) throw TypeError("Wrong number of arguments");
                (dynamic_cast<L &>(l).*func)(st.args[0].get<A0>(), st.args[1].get<A1>());
        }
-private:
-       FuncType func;
 };
 
 
 template<typename L, typename A0, typename A1, typename A2>
 class LoaderFunc3: public LoaderAction
 {
-public:
+private:
        typedef void (L::*FuncType)(A0, A1, A2);
 
+       FuncType func;
+
+public:
        LoaderFunc3(FuncType f): func(f) { }
-       void execute(Loader &l, const Statement &st) const
+
+       virtual void execute(Loader &l, const Statement &st) const
        {
                if(st.args.size()!=3) throw TypeError("Wrong number of arguments");
                (dynamic_cast<L &>(l).*func)(st.args[0].get<A0>(), st.args[1].get<A1>(), st.args[2].get<A2>());
        }
-private:
-       FuncType func;
 };
 
 
 template<typename L, typename A0, typename A1, typename A2, typename A3>
 class LoaderFunc4: public LoaderAction
 {
-public:
+private:
        typedef void (L::*FuncType)(A0, A1, A2, A3);
 
+       FuncType func;
+
+public:
        LoaderFunc4(FuncType f): func(f) { }
-       void execute(Loader &l, const Statement &st) const
+
+       virtual void execute(Loader &l, const Statement &st) const
        {
                if(st.args.size()!=4) throw TypeError("Wrong number of arguments");
                (dynamic_cast<L &>(l).*func)(st.args[0].get<A0>(), st.args[1].get<A1>(), st.args[2].get<A2>(), st.args[3].get<A3>());
        }
-private:
-       FuncType func;
 };
 
 
 template<typename L, typename A0, typename A1, typename A2, typename A3, typename A4>
 class LoaderFunc5: public LoaderAction
 {
-public:
+private:
        typedef void (L::*FuncType)(A0, A1, A2, A3, A4);
 
+       FuncType func;
+
+public:
        LoaderFunc5(FuncType f): func(f) { }
-       void execute(Loader &l, const Statement &st) const
+
+       virtual void execute(Loader &l, const Statement &st) const
        {
                if(st.args.size()!=5) throw TypeError("Wrong number of arguments");
                (dynamic_cast<L &>(l).*func)(st.args[0].get<A0>(), st.args[1].get<A1>(), st.args[2].get<A2>(), st.args[3].get<A3>(), st.args[4].get<A4>());
        }
-private:
-       FuncType func;
 };
 
 
 template<typename L, typename T0>
 class LoadValue1: public LoaderAction
 {
-public:
+private:
        typedef T0 L::*Pointer0Type;
 
+       Pointer0Type ptr0;
+
+public:
        LoadValue1(Pointer0Type p0): ptr0(p0) { }
-       void execute(Loader &l, const Statement &st) const
+
+       virtual void execute(Loader &l, const Statement &st) const
        {
                if(st.args.size()!=1) throw TypeError("Wrong number of arguments");
                dynamic_cast<typename L::Loader &>(l).get_object().*ptr0=st.args[0].get<T0>();
        }
-private:
-       Pointer0Type ptr0;
 };
 
 
 template<typename L, typename T0>
 class LoadValue1<L, T0 *>: public LoaderAction
 {
-public:
+private:
        typedef T0 *L::*Pointer0Type;
 
+       Pointer0Type ptr0;
+
+public:
        LoadValue1(Pointer0Type p0): ptr0(p0) { }
-       void execute(Loader &l, const Statement &st) const
+
+       virtual void execute(Loader &l, const Statement &st) const
        {
                if(st.args.size()!=1) throw TypeError("Wrong number of arguments");
                typename L::Loader &ldr=dynamic_cast<typename L::Loader &>(l);
                ldr.get_object().*ptr0=ldr.get_collection().template get<T0>(st.args[0].get<std::string>());
        }
-private:
-       Pointer0Type ptr0;
 };
 
 
 template<typename L, typename T0, typename T1>
 class LoadValue2: public LoaderAction
 {
-public:
+private:
        typedef T0 L::*Pointer0Type;
        typedef T1 L::*Pointer1Type;
 
+       Pointer0Type ptr0;
+       Pointer1Type ptr1;
+
+public:
        LoadValue2(Pointer0Type p0, Pointer1Type p1): ptr0(p0), ptr1(p1) { }
-       void execute(Loader &l, const Statement &st) const
+
+       virtual void execute(Loader &l, const Statement &st) const
        {
                if(st.args.size()!=2) throw TypeError("Wrong number of arguments");
                dynamic_cast<typename L::Loader &>(l).get_object().*ptr0=st.args[0].get<T0>();
                dynamic_cast<typename L::Loader &>(l).get_object().*ptr1=st.args[1].get<T1>();
        }
-private:
-       Pointer0Type ptr0;
-       Pointer1Type ptr1;
 };
 
 } // namespace DataFile