execution case without extension

This commit is contained in:
AntoHesse 2017-03-06 02:11:03 +01:00
parent 4849c899e4
commit 2b5b23e981
13 changed files with 46 additions and 37 deletions

View file

@ -1,4 +1,5 @@
case $rental in case van in
( "bus" ) echo Hello world ;; ( "bus" ) echo Hello world ;;
( "van" ) echo Comment va ? ;; ( "velo" ) echo Comment va ;;
( "van" ) ls ;;
esac esac

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@ -14,19 +14,17 @@
int exec_case(t_btree **ast) int exec_case(t_btree **ast)
{ {
// t_astnode *node; t_astnode *node;
/* char **av; */ char *av;
t_exec *exec; t_exec *exec;
(void)ast; (void)ast;
return (0);
exec = &data_singleton()->exec; exec = &data_singleton()->exec;
/* data_singleton()->exec.process.case_branch = 0; */ exec->attrs &= ~EXEC_CASE_BRANCH;
exec->attrs |= EXEC_CASE_BRANCH;
// node = (*ast)->item; node = (*ast)->item;
/* av = token_to_argv(node); */ av = node->data.str;
/* data_singleton()->exec.process.case_pattern = av[0]; */ // av = token_to_argv(node);
/* exec->case_pattern = av[0]; */ exec->case_pattern = av;
return (0); return (0);
} }

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@ -14,22 +14,24 @@
int exec_case_branch(t_btree **ast) int exec_case_branch(t_btree **ast)
{ {
// t_astnode *node; t_astnode *node;
/* char **av; */ char *av;
t_exec *exec; t_exec *exec;
(void)ast; (void)ast;
return (0);
exec = &data_singleton()->exec; exec = &data_singleton()->exec;
/* if (data_singleton()->exec.process.case_branch == 1) */
DG("case");
if (EXEC_IS_CASE_BRANCH(exec->attrs)) if (EXEC_IS_CASE_BRANCH(exec->attrs))
return (0); return (0);
// node = (*ast)->item; DG("case2");
/* av = token_to_argv(node); */ node = (*ast)->item;
/* if (ft_strcmp(av[0], data_singleton()->exec.process.case_pattern) == 1) */ av = node->data.str;
/* { */ // av = token_to_argv(node);
/* data_singleton()->exec.process.case_branch = 1; */ if (ft_strcmp(av, exec->case_pattern) == 0)
/* ft_exec(&(*ast)->right); */ {
/* } */ exec->attrs |= EXEC_CASE_BRANCH;
ft_exec(&(*ast)->right);
}
return (0); return (0);
} }

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@ -26,6 +26,8 @@ t_execmap g_execmap[] =
{TK_ELSE, &exec_else}, {TK_ELSE, &exec_else},
{TK_UNTIL, &exec_until}, {TK_UNTIL, &exec_until},
{TK_FOR, &exec_for}, {TK_FOR, &exec_for},
{TK_CASE, &exec_case},
{TK_PAREN_OPEN, &exec_case_branch},
/* {TK_SUBSHELL, &exec_}, */ /* {TK_SUBSHELL, &exec_}, */
{CMD, &exec_cmd}, {CMD, &exec_cmd},
{0, 0}, {0, 0},

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@ -17,6 +17,8 @@ char *ft_putast(void *nodein)
t_astnode *node; t_astnode *node;
node = nodein; node = nodein;
if (node->type == TK_DSEMI)
return ("TK_DSEMI");
if (node->type == WORDLIST) if (node->type == WORDLIST)
return ("WORDLIST"); return ("WORDLIST");
if (node->type == CMD) if (node->type == CMD)

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@ -62,7 +62,7 @@ int handle_instruction(int fd)
error_syntax(&token, &parser, &ast); error_syntax(&token, &parser, &ast);
} }
DG("Before execution:"); DG("Before execution:");
btree_print(STDBUG, ast, &ft_putast); // btree_print(STDBUG, ast, &ft_putast);
if (ft_exec(&ast)) if (ft_exec(&ast))
return (1); return (1);
instruction_free(&token, &parser, &ast); instruction_free(&token, &parser, &ast);

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@ -34,6 +34,7 @@ int iscase_pattern(t_btree **ast, t_list **lst)
t_astnode *node; t_astnode *node;
t_token *token; t_token *token;
DG(" add pattern");
node = NULL; node = NULL;
token = (*lst)->content; token = (*lst)->content;
if (*ast) if (*ast)

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@ -39,7 +39,8 @@ int superflous_token(t_btree **ast, t_list **lst)
if (*lst) if (*lst)
{ {
token = (*lst)->content; token = (*lst)->content;
if (token->type == TK_IN || token->type == TK_PAREN_OPEN) if (token->type == TK_IN || token->type == TK_PAREN_CLOSE
|| token->type == TK_DSEMI)
return (1); return (1);
} }
return (0); return (0);
@ -54,7 +55,7 @@ static int no_del_token(t_btree **ast, t_list **lst)
if (*ast) if (*ast)
{ {
node = (*ast)->item; node = (*ast)->item;
if (node->type != TK_DO && node->type != TK_THEN && node->type != TK_PAREN_CLOSE if (node->type != TK_DO && node->type != TK_THEN
&& node->type != CMD && node->type != REDIR) && node->type != CMD && node->type != REDIR)
return (1); return (1);
} }
@ -91,6 +92,7 @@ int add_cmd(t_btree **ast, t_list **lst)
node->type = CMD; node->type = CMD;
if (token->type == TK_WORD || token->type == TK_ASSIGNEMENT_WORD) if (token->type == TK_WORD || token->type == TK_ASSIGNEMENT_WORD)
{ {
DG("add cmd default");
if ((my_tab = (char **)malloc(sizeof(char *) * 4))) if ((my_tab = (char **)malloc(sizeof(char *) * 4)))
{ {
my_tab[0] = ft_strdup(token->data); my_tab[0] = ft_strdup(token->data);

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@ -19,7 +19,6 @@ int iscondition(t_btree **ast, t_list **lst)
node = NULL; node = NULL;
// token = (*lst)->content; // token = (*lst)->content;
DG("iscondition");
if (*ast) if (*ast)
{ {
node = (*ast)->item; node = (*ast)->item;

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@ -18,6 +18,7 @@ t_aggrematch g_aggrematch[] =
{TK_WORD, TK_IN, FOR_WORDLIST, TK_IN}, {TK_WORD, TK_IN, FOR_WORDLIST, TK_IN},
{TK_WORD, FOR_WORDLIST, FOR_WORDLIST, FOR_WORDLIST}, {TK_WORD, FOR_WORDLIST, FOR_WORDLIST, FOR_WORDLIST},
{TK_SEMI, FOR_WORDLIST, SEQUENTIAL_SEP, 0}, {TK_SEMI, FOR_WORDLIST, SEQUENTIAL_SEP, 0},
{TK_DSEMI, CMD_SUPERIOR, PIPE_SEQUENCE, CMD_SUPERIOR},
{TK_DSEMI, PIPE_SEMI_SEQUENCE, PIPE_SEQUENCE, PIPE_SEMI_SEQUENCE}, {TK_DSEMI, PIPE_SEMI_SEQUENCE, PIPE_SEQUENCE, PIPE_SEMI_SEQUENCE},
{TK_PAREN_OPEN, TK_IN, PATTERN_CASE, 0}, {TK_PAREN_OPEN, TK_IN, PATTERN_CASE, 0},
{TK_PAREN_OPEN, CASE_LIST_NS, PATTERN_CASE, 0}, {TK_PAREN_OPEN, CASE_LIST_NS, PATTERN_CASE, 0},
@ -315,21 +316,21 @@ int aggregate_sym(t_list **stack, t_sym *new_sym, t_parstate *state)
i = 0; i = 0;
head = (*stack)->content; head = (*stack)->content;
DG("aggregate head %s && sym %s", // DG("aggregate head %s && sym %s",
read_state(*head), read_state(*new_sym)); // read_state(*head), read_state(*new_sym));
while (g_aggrematch[i].top) while (g_aggrematch[i].top)
{ {
if (*new_sym == g_aggrematch[i].top if (*new_sym == g_aggrematch[i].top
&& MATCH_STACK(*head, g_aggrematch[i].under)) && MATCH_STACK(*head, g_aggrematch[i].under))
{ {
DG("MATCH : %s", read_state(g_aggrematch[i].new_sym)); // DG("MATCH : %s", read_state(g_aggrematch[i].new_sym));
*new_sym = g_aggrematch[i].new_sym; *new_sym = g_aggrematch[i].new_sym;
if (g_aggrematch[i].erase_sym) if (g_aggrematch[i].erase_sym)
{ {
pop_stack(stack, g_aggrematch[i].erase_sym); pop_stack(stack, g_aggrematch[i].erase_sym);
head = (*stack)->content; head = (*stack)->content;
DG("stack after pop: %s", read_state(*head)); // DG("stack after pop: %s", read_state(*head));
} }
if (eval_sym(stack, *new_sym)) if (eval_sym(stack, *new_sym))
return ((*state = ERROR)); return ((*state = ERROR));

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@ -50,6 +50,7 @@ t_stackmatch g_stackmatch[] =
{TK_DSEMI, COMPLETE_COMMANDS}, {TK_DSEMI, COMPLETE_COMMANDS},
{TK_DSEMI, COMPOUND_LIST}, {TK_DSEMI, COMPOUND_LIST},
{TK_DSEMI, CASE_LIST_NS}, {TK_DSEMI, CASE_LIST_NS},
{TK_DSEMI, CMD_SUPERIOR},
{TK_DSEMI, PIPE_SEMI_SEQUENCE}, {TK_DSEMI, PIPE_SEMI_SEQUENCE},
{TK_DSEMI, SEQUENCE}, {TK_DSEMI, SEQUENCE},
// watch! // watch!
@ -853,7 +854,7 @@ t_stackmatch g_stackmatch[] =
{COMPOUND_LIST, TK_ELSE}, {COMPOUND_LIST, TK_ELSE},
{COMPOUND_LIST, COMPOUND_LIST}, {COMPOUND_LIST, COMPOUND_LIST},
{COMPOUND_LIST, COMPLETE_CONDITION}, {COMPOUND_LIST, COMPLETE_CONDITION},
{CLOSE_LIST, PATTERN_CASE}, {CLOSE_LIST, PATTERN},
{CLOSE_LIST, FUNC_NAME}, {CLOSE_LIST, FUNC_NAME},
{SUBSHELL, LINEBREAK}, {SUBSHELL, LINEBREAK},
{SUBSHELL, COMPLETE_COMMANDS}, {SUBSHELL, COMPLETE_COMMANDS},
@ -1027,7 +1028,7 @@ int eval_sym(t_list **stack, t_sym new_sym)
int i; int i;
head = (*stack)->content; head = (*stack)->content;
DG("eval head %s && sym %s", read_state(*head), read_state(new_sym)); // DG("eval head %s && sym %s", read_state(*head), read_state(new_sym));
i = 0; i = 0;
while (g_stackmatch[i].top) while (g_stackmatch[i].top)
{ {

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@ -52,7 +52,7 @@ int ft_parse(t_btree **ast, t_list **token, t_parser *parser)
else else
parser->state = UNDEFINED; parser->state = UNDEFINED;
build_tree(ast, token); build_tree(ast, token);
btree_print(STDBUG, *ast, &ft_putast); // btree_print(STDBUG, *ast, &ft_putast);
if ((end_instruction(&parser->stack) && !(*token)->next)) if ((end_instruction(&parser->stack) && !(*token)->next))
insert_linebreak(token); insert_linebreak(token);
else else

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@ -107,8 +107,8 @@ int produce_sym(t_list **stack, t_sym *new_sym, t_list **lst)
token = (*lst)->content; token = (*lst)->content;
head = (*stack)->content; head = (*stack)->content;
DG("produce stack : %s && token : %s", read_state(*head), // DG("produce stack : %s && token : %s", read_state(*head),
read_state(token->type)); // read_state(token->type));
i = 0; i = 0;
*new_sym = 0; *new_sym = 0;
while (g_prodmatch[i].new_sym) while (g_prodmatch[i].new_sym)
@ -116,7 +116,7 @@ int produce_sym(t_list **stack, t_sym *new_sym, t_list **lst)
if (token->type == g_prodmatch[i].token if (token->type == g_prodmatch[i].token
&& *head == g_prodmatch[i].stack) && *head == g_prodmatch[i].stack)
{ {
DG("MATCH : %s", read_state(g_prodmatch[i].new_sym)); // DG("MATCH : %s", read_state(g_prodmatch[i].new_sym));
*new_sym = g_prodmatch[i].new_sym; *new_sym = g_prodmatch[i].new_sym;
} }
i++; i++;