start implimenting a parser

src/lexer/lexer.c

@@ -1,17 +1,9 @@
 #include "lex.yy.h"
 #include "lexer.h"
-#include "../string/string.h"
-#include <stdlib.h>
 
 void lexer(LexerState state) {
     yyscan_t scanner;
 
-    char *unquoted = unquote(state.content);
-    if (unquoted) {
-        printf("%s\n", unquoted);
-        free(unquoted);
-    }
-
     yylex_init(&scanner);
 
     yyset_extra(&state, scanner);

src/lexer/token.c

@@ -6,7 +6,7 @@
 
 
 TokenStruct* init_token() {
-    TokenStruct *tokenStruct = malloc(sizeof(TokenStruct));\
+    TokenStruct *tokenStruct = malloc(sizeof(TokenStruct));
     if (tokenStruct == NULL) {
         // handle malloc failure
         return NULL;

src/lexer/token.h

@@ -2,85 +2,86 @@
 #define TOKEN_H
 
 typedef enum {
-    TOKEN_STRING,
-    TOKEN_NUMBER,
-    TOKEN_FRACTION,
-    TOKEN_IDENTIFIER,
-    TOKEN_KEYWORD,
-    TOKEN_NEW_LINE,
-    TOKEN_INDENT,
+  TOKEN_STRING,
+  TOKEN_NUMBER,
+  TOKEN_FRACTION,
+  TOKEN_IDENTIFIER,
+  TOKEN_KEYWORD,
+  TOKEN_NEW_LINE,
+  TOKEN_INDENT,
 
-    // Operators
-    TOKEN_AND,         // &&
-    TOKEN_OR,          // ||
-    TOKEN_NOT_IN,      // not in
-    TOKEN_LE,          // <=
-    TOKEN_GE,          // >=
-    TOKEN_LT,          // <
-    TOKEN_GT,          // >
-    TOKEN_NE,          // !=
-    TOKEN_EQ,          // ==
-    TOKEN_ASSIGN,
-    TOKEN_PLUS,        // +
-    TOKEN_MINUS,       // -
-    TOKEN_MODULO,      // %
-    TOKEN_STAR,        // *
-    TOKEN_FLOORDIV,    // //
-    TOKEN_SLASH,       // /
-    TOKEN_CARET,        // ^
+  // Operators
+  TOKEN_AND,    // &&
+  TOKEN_OR,     // ||
+  TOKEN_NOT_IN, // not in
+  TOKEN_LE,     // <=
+  TOKEN_GE,     // >=
+  TOKEN_LT,     // <
+  TOKEN_GT,     // >
+  TOKEN_NE,     // !=
+  TOKEN_EQ,     // ==
+  TOKEN_ASSIGN,
+  TOKEN_PLUS,     // +
+  TOKEN_MINUS,    // -
+  TOKEN_MODULO,   // %
+  TOKEN_STAR,     // *
+  TOKEN_FLOORDIV, // //
+  TOKEN_SLASH,    // /
+  TOKEN_CARET,    // ^
 
-    // Keywords
-    TOKEN_IF,
-    TOKEN_ELSE,
-    TOKEN_WHILE,
-    TOKEN_FOREVER,
-    TOKEN_FOR,
-    TOKEN_BREAK,
-    TOKEN_CONTINUE,
-    TOKEN_RETURN,
-    TOKEN_LET,
-    TOKEN_IMPORT,
-    TOKEN_FROM,
-    TOKEN_DO,
-    TOKEN_TRUE,
-    TOKEN_FALSE,
-    TOKEN_NULL,
-    TOKEN_DELETE,
-    TOKEN_NOT,
-    TOKEN_IN,
-    TOKEN_TRY,
-    TOKEN_CATCH,
+  // Keywords
+  TOKEN_IF,
+  TOKEN_ELSE,
+  TOKEN_WHILE,
+  TOKEN_FOREVER,
+  TOKEN_FOR,
+  TOKEN_BREAK,
+  TOKEN_CONTINUE,
+  TOKEN_RETURN,
+  TOKEN_LET,
+  TOKEN_IMPORT,
+  TOKEN_FROM,
+  TOKEN_DO,
+  TOKEN_TRUE,
+  TOKEN_FALSE,
+  TOKEN_NULL,
+  TOKEN_DELETE,
+  TOKEN_NOT,
+  TOKEN_IN,
+  TOKEN_TRY,
+  TOKEN_CATCH,
 
-    // parentheses, brackets, and braces
-    TOKEN_LPAREN,    // (
-    TOKEN_RPAREN,    // )
-    TOKEN_LBRACKET,  // [
-    TOKEN_RBRACKET,  // ]
-    TOKEN_LBRACE,    // {
-    TOKEN_RBRACE,     // }
+  // parentheses, brackets, and braces
+  TOKEN_LPAREN,   // (
+  TOKEN_RPAREN,   // )
+  TOKEN_LBRACKET, // [
+  TOKEN_RBRACKET, // ]
+  TOKEN_LBRACE,   // {
+  TOKEN_RBRACE,   // }
 
-    TOKEN_DOT,
-    TOKEN_COMMA,
-    TOKEN_COLON,
+  TOKEN_DOT,
+  TOKEN_COMMA,
+  TOKEN_COLON,
 } TokenType;
 
 typedef struct {
-    TokenType type;
-    int line;
-    int column;
-    char* value;
+  TokenType type;
+  int line;
+  int column;
+  char *value;
 } Token;
 
 typedef struct {
-    int count;
-    int capacity;
-    Token* tokens;
+  int count;
+  int capacity;
+  Token *tokens;
 } TokenStruct;
 
-TokenStruct* init_token();
+TokenStruct *init_token();
 
-void add_token(TokenStruct* token,TokenType type, const char* value, int line, int column);
+void add_token(TokenStruct *token, TokenType type, const char *value, int line,
+               int column);
 
-void free_tokens(TokenStruct* token);
+void free_tokens(TokenStruct *token);
 
 #endif