int
main(int argc, char** argv)
{
boeck_Lexer x;
boeck_Lexer_construct_file_name(&x, "empty.txt", "UCS4", false);
boeck_Lexer_destruct(&x);
return 0;
}
int
main(int argc, char** argv)
{
/* We want to have error outputs in stdout, so that the unit test could
* see it. */
max_Lexer max_lex;
moritz_Lexer moritz_lex;
boeck_Lexer boeck_lex;
A_B_C_Token* max_token = 0x0;
A_B_C_Token* moritz_token = 0x0;
A_B_C_Token* boeck_token = 0x0;
const size_t BufferSize = 1024;
char buffer[1024];
size_t i = 0;
max_Lexer_from_file_name(&max_lex, "ucs4.txt", "UCS4");
moritz_Lexer_from_file_name(&moritz_lex, "ucs4.txt", "UCS4");
boeck_Lexer_from_file_name(&boeck_lex, "ucs4.txt", "UCS4");
/* Each lexer reads one token, since the grammars are similar the lexeme
* is always the same. */
printf(" Max: Moritz: Boeck:\n");
max_token = max_Lexer_token_p(&max_lex);
moritz_token = moritz_Lexer_token_p(&moritz_lex);
boeck_token = boeck_Lexer_token_p(&boeck_lex);
do {
(void)max_Lexer_receive(&max_lex);
(void)moritz_Lexer_receive(&moritz_lex);
(void)boeck_Lexer_receive(&boeck_lex);
/* Lexeme is same for all three. */
printf("%s", A_B_C_Token_pretty_char_text(boeck_token, buffer,
BufferSize));
size_t preL = (size_t)strlen((const char*)boeck_token->text);
size_t L = preL < 10 ? preL : 10;
for(i=0; i < 10 - L ; ++i) printf(" ");
printf("\t");
printf("%s %s %s\n",
A_B_C_Token_map_id_to_name(max_token->_id),
A_B_C_Token_map_id_to_name(moritz_token->_id),
A_B_C_Token_map_id_to_name(boeck_token->_id));
} while( boeck_token->_id != TKN_TERMINATION );
boeck_Lexer_destruct(&boeck_lex);
max_Lexer_destruct(&max_lex);
moritz_Lexer_destruct(&moritz_lex);
return 0;
}
