fix(chapi-ast-c): fix lexer grammar and update documentation

- Fix lexer grammar in CLexer.g4 file to capture certain tokens correctly.
- Update the documentation in home.md file to correct spelling and add pronunciation information for "Chapi".
- Also, add a reference link about the spread of the word "tea" over land and sea.
- This commit improves the accuracy of the lexer and enhances the documentation for the Chapi project.

Author: phodal

chapi-ast-c/src/main/antlr/CLexer.g4

@@ -2,17 +2,16 @@ lexer grammar CLexer;
 
 channels { COMMENTS_CHANNEL, DIRECTIVE }
 
-//options { superClass = chapi.ast.antlr.CLexerBase; }
 
 SINGLE_LINE_DOC_COMMENT: '///' InputCharacter*    -> channel(COMMENTS_CHANNEL);
 EMPTY_DELIMITED_DOC_COMMENT: '/***/'              -> channel(COMMENTS_CHANNEL);
 DELIMITED_DOC_COMMENT:       '/**' ~'/' .*? '*/'  -> channel(COMMENTS_CHANNEL);
 SINGLE_LINE_COMMENT:     '//'  InputCharacter*    -> channel(COMMENTS_CHANNEL);
 DELIMITED_COMMENT:       '/*'  .*? '*/'           -> channel(COMMENTS_CHANNEL);
 WHITESPACES:   (Whitespace | Newline)+            -> channel(HIDDEN);
+// if we want to capture in again, we can use
 SHARP:         '#'                                -> mode(DIRECTIVE_MODE), skip;
 
-//Directive:      '#' ~ [\n]* -> channel (HIDDEN);
 MultiLineMacro: '#' (~[\n]*? '\\' '\r'? '\n')+ ~ [\n]+ -> channel (HIDDEN);
 
 Auto             : 'auto' ;
@@ -192,8 +191,8 @@ DIRECTIVE_FALSE:               'false'                          -> channel(DIREC
 INCLUDE:                       'include'                        -> channel(DIRECTIVE);
 DEFINE:                        'define'                         -> channel(DIRECTIVE);
 UNDEF:                         'undef'                          -> channel(DIRECTIVE);
-DIRECTIVE_IFDEF:                         'ifdef'                          -> channel(DIRECTIVE), type(Ifdef);
-DIRECTIVE_IFNDEF:                        'ifndef'                         -> channel(DIRECTIVE), type(Ifndef);
+DIRECTIVE_IFDEF:               'ifdef'                          -> channel(DIRECTIVE), type(Ifdef);
+DIRECTIVE_IFNDEF:              'ifndef'                         -> channel(DIRECTIVE), type(Ifndef);
 DIRECTIVE_IF:                  'if'                             -> channel(DIRECTIVE), type(If);
 ELIF:                          'elif'                           -> channel(DIRECTIVE);
 DIRECTIVE_ELSE:                'else'                           -> channel(DIRECTIVE), type(Else);
@@ -213,17 +212,11 @@ DIRECTIVE_BANG:                '!'                              -> channel(DIREC
 DIRECTIVE_LG:                  '<'                              -> channel(DIRECTIVE), type(Less);
 DIRECTIVE_GT:                  '>'                              -> channel(DIRECTIVE), type(Greater);
 DIRECTIVE_DOT:                 '.'                              -> channel(DIRECTIVE), type(Dot);
-// '{'
 DIRECTIVE_LEFT_BRACE:          '{'                              -> channel(DIRECTIVE), type(LeftBrace);
-// '}'
 DIRECTIVE_RIGHT_BRACE:         '}'                              -> channel(DIRECTIVE), type(RightBrace);
-// ;
 DIRECTIVE_SEMI:                ';'                              -> channel(DIRECTIVE), type(Semi);
-// ,
 DIRECTIVE_COMMA:               ','                              -> channel(DIRECTIVE), type(Comma);
-// *
 DIRECTIVE_STAR:                '*'                              -> channel(DIRECTIVE), type(Star);
-// union
 DIRECTIVE_UNION:               'union'                          -> channel(DIRECTIVE), type(Union);
 DIRECTIVE_OP_EQ:               '=='                             -> channel(DIRECTIVE), type(OP_EQ);
 DIRECTIVE_OP_NE:               '!='                             -> channel(DIRECTIVE), type(OP_NE);
@@ -248,7 +241,6 @@ fragment InputCharacter:       ~[\r\n\u0085\u2028\u2029];
 fragment IdentifierNondigit
     : Nondigit
     | UniversalCharacterName
-    //|   // other implementation-defined characters...
     ;
 
 fragment Nondigit

docs/home.md

@@ -17,10 +17,10 @@ permalink: /
 > language source code into a unified abstract model, simplifying cross-language development. Chapi
 > 是一个通用层次抽象解析器与信息转换器，它可以将不同编程语言的源代码转换为统一的层次抽象模型。
 
-Chapi => Cha + Pi    => Tea Pi => Tea π => 茶 π. See on in
+Chapi => Cha + Pi => Tea Pi => Tea π => 茶 π. See on in
 refs: [Tea if by sea, cha if by land](https://qz.com/1176962/map-how-the-word-tea-spread-over-land-and-sea-to-conquer-the-world/).
 
-Chapi (pronoounce /tʃɑpi/) also pronounce XP in Chinese if you always call X in 叉.
+Chapi (pronounce /tʃɑpi/) also pronounce XP in Chinese if you always call X in 叉.
 
 language stages: