Converted tabs to spaces with tabconv.

1 files changed, 106 insertions, 106 deletions

diff --git a/src/unstable/minimacro.h b/src/unstable/minimacro.h
index dc38891..1c33ea4 100644
--- a/src/unstable/minimacro.h
+++ b/src/unstable/minimacro.h
@@ -13,118 +13,118 @@
 
 namespace Bu
 {
-        typedef Bu::Hash<Bu::String, Bu::String> StrHash;
-        /**
-         * A processor for Libbu++ brand Mini Macros.  These are really simple, but
-         * still fairly flexible.  It's mainly text replacement, but with a few
-         * extras like filter functions and conditional text segments.  So far we
-         * don't support loops or anything, I'm not sure we ever will.
-         *
-         * Anatomy of a mini macro:
-         * - Every macro begins with a two character code, the first character is
-         *   always '{', the second character determines the operation to perform.
-         * - If the '{' is followed by a character that is not valid it is not
-         *   considered for expansion and the characters are copied to the output.
-         * - Every macro ends with a closing '}'
-         * - Macro types:
-         *   - '=': variable replacement.  The '=' is immediatley followed by the
-         *     name of the variable to replace, then any number of optional filter
-         *     segments.
-         *   - '?': conditional text.  The '?' is immediately followed by the
-         *     variable to test.  This works two ways, the variable can be alone, in
-         *     which case it's existance is tested, or it can be followed by a "="
-         *     and a string to compare to.  This is then followed by a text segment
-         *     that will be used if the test is true, and an optional text segment
-         *     to be used if the test is false.
-         *   - ':': command.  The ':' is immediately followed by a command string,
-         *     of which there's only one right now, but that's ok.  These are not
-         *     put into the output stream, but instead mark something for the
-         *     parser.  Currently supported:
-         *     - {:end}: end of parsing, stop here, also make note of how many input
-         *       characters were used.
-         * - Segments:
-         *   - Each segment is seperated by a colon.
-         *   - Filter segments give the name of the filter, followed by
-         *     parenthesies.  Parameters may be provided within the parenthesies.
-         *   - Text segments should always be quoted, but may contain any characters
-         *     within the quotes, backslash is used as per C/ANSI/ISO standard.
-         *     You can also quote any text using [' '] instead of quotes, which
-         *     allows for nested strings.  The [' token is only recognised within
-         *     a macro.
-         *
-         *@verbatim
-         {=name:tolower()}
-         {=name:ccsplit("_"):toupper()}
-         {?name:"name exists and is {=name}"}
-         {?name:"{=name}":"no name!"}
-         {?name="bob":"You're named bob!":"Who are you?  I only know bob..."}
-         @endverbatim
-         */
-        class MiniMacro
-        {
-        public:
-                MiniMacro();
-                MiniMacro( const StrHash &sVarSrc );
-                virtual ~MiniMacro();
+    typedef Bu::Hash<Bu::String, Bu::String> StrHash;
+    /**
+     * A processor for Libbu++ brand Mini Macros.  These are really simple, but
+     * still fairly flexible.  It's mainly text replacement, but with a few
+     * extras like filter functions and conditional text segments.  So far we
+     * don't support loops or anything, I'm not sure we ever will.
+     *
+     * Anatomy of a mini macro:
+     * - Every macro begins with a two character code, the first character is
+     *   always '{', the second character determines the operation to perform.
+     * - If the '{' is followed by a character that is not valid it is not
+     *   considered for expansion and the characters are copied to the output.
+     * - Every macro ends with a closing '}'
+     * - Macro types:
+     *   - '=': variable replacement.  The '=' is immediatley followed by the
+     *     name of the variable to replace, then any number of optional filter
+     *     segments.
+     *   - '?': conditional text.  The '?' is immediately followed by the
+     *     variable to test.  This works two ways, the variable can be alone, in
+     *     which case it's existance is tested, or it can be followed by a "="
+     *     and a string to compare to.  This is then followed by a text segment
+     *     that will be used if the test is true, and an optional text segment
+     *     to be used if the test is false.
+     *   - ':': command.  The ':' is immediately followed by a command string,
+     *     of which there's only one right now, but that's ok.  These are not
+     *     put into the output stream, but instead mark something for the
+     *     parser.  Currently supported:
+     *     - {:end}: end of parsing, stop here, also make note of how many input
+     *       characters were used.
+     * - Segments:
+     *   - Each segment is seperated by a colon.
+     *   - Filter segments give the name of the filter, followed by
+     *     parenthesies.  Parameters may be provided within the parenthesies.
+     *   - Text segments should always be quoted, but may contain any characters
+     *     within the quotes, backslash is used as per C/ANSI/ISO standard.
+     *     You can also quote any text using [' '] instead of quotes, which
+     *     allows for nested strings.  The [' token is only recognised within
+     *     a macro.
+     *
+     *@verbatim
+     {=name:tolower()}
+     {=name:ccsplit("_"):toupper()}
+     {?name:"name exists and is {=name}"}
+     {?name:"{=name}":"no name!"}
+     {?name="bob":"You're named bob!":"Who are you?  I only know bob..."}
+     @endverbatim
+     */
+    class MiniMacro
+    {
+    public:
+        MiniMacro();
+        MiniMacro( const StrHash &sVarSrc );
+        virtual ~MiniMacro();
 
-                Bu::String parse( const Bu::String &sIn );
-                void addVar( const Bu::String &sName, const Bu::String &sValue );
-                bool hasVar( const Bu::String &sName );
-                const Bu::String &getVar( const Bu::String &sName );
-                const StrHash &getVars();
-                int getPosition();
+        Bu::String parse( const Bu::String &sIn );
+        void addVar( const Bu::String &sName, const Bu::String &sValue );
+        bool hasVar( const Bu::String &sName );
+        const Bu::String &getVar( const Bu::String &sName );
+        const StrHash &getVars();
+        int getPosition();
 
-        private:
-                const char *sCur;
-                Bu::String parseRepl();
-                Bu::String parseCond();
-                Bu::String parseCmd();
-                Bu::String callFunc(
-                        const Bu::String &sIn, const Bu::String &sFunc );
+    private:
+        const char *sCur;
+        Bu::String parseRepl();
+        Bu::String parseCond();
+        Bu::String parseCmd();
+        Bu::String callFunc(
+            const Bu::String &sIn, const Bu::String &sFunc );
 
-                StrHash hVars;
-                bool bContinue;
-                int iLastPos;
+        StrHash hVars;
+        bool bContinue;
+        int iLastPos;
 
-        public:
-                typedef Bu::List<Bu::String> StrList;
-                class Func
-                {
-                public:
-                        Func(){}
-                        virtual ~Func(){}
-                        virtual Bu::String call(
-                                const Bu::String &sIn, StrList &lsParam )=0;
-                };
+    public:
+        typedef Bu::List<Bu::String> StrList;
+        class Func
+        {
+        public:
+            Func(){}
+            virtual ~Func(){}
+            virtual Bu::String call(
+                const Bu::String &sIn, StrList &lsParam )=0;
+        };
 
-                class FuncToUpper : public Func
-                {
-                public:
-                        FuncToUpper(){}
-                        virtual ~FuncToUpper(){}
-                        virtual Bu::String call(
-                                const Bu::String &sIn, StrList & )
-                        {
-                                return sIn.toUpper();
-                        }
-                };
+        class FuncToUpper : public Func
+        {
+        public:
+            FuncToUpper(){}
+            virtual ~FuncToUpper(){}
+            virtual Bu::String call(
+                const Bu::String &sIn, StrList & )
+            {
+                return sIn.toUpper();
+            }
+        };
 
-                class FuncToLower : public Func
-                {
-                public:
-                        FuncToLower(){}
-                        virtual ~FuncToLower(){}
-                        virtual Bu::String call(
-                                const Bu::String &sIn, StrList & )
-                        {
-                                return sIn.toLower();
-                        }
-                };
-                
-        private:
-                typedef Bu::Hash<Bu::String,class Func *> FuncHash;
-                FuncHash hFuncs;
-        };
+        class FuncToLower : public Func
+        {
+        public:
+            FuncToLower(){}
+            virtual ~FuncToLower(){}
+            virtual Bu::String call(
+                const Bu::String &sIn, StrList & )
+            {
+                return sIn.toLower();
+            }
+        };
+        
+    private:
+        typedef Bu::Hash<Bu::String,class Func *> FuncHash;
+        FuncHash hFuncs;
+    };
 };
 
 #endif