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| author | Charles <sircharlesaze@gmail.com> | 2020-02-16 04:51:41 +0100 |
|---|---|---|
| committer | Charles <sircharlesaze@gmail.com> | 2020-02-16 04:51:41 +0100 |
| commit | 01b4cc91d1596cf94d709a627ed8ad64bc1e285d (patch) | |
| tree | 8b15a7758247ed4d4a084bccefedbf426ddfd305 /README.md | |
| parent | bf4dc8e5c1dbb8149f0cab473f73b5e9bac24ae0 (diff) | |
| download | libft-01b4cc91d1596cf94d709a627ed8ad64bc1e285d.tar.gz libft-01b4cc91d1596cf94d709a627ed8ad64bc1e285d.tar.bz2 libft-01b4cc91d1596cf94d709a627ed8ad64bc1e285d.zip | |
Filled lst* tests
Diffstat (limited to 'README.md')
| -rw-r--r-- | README.md | 24 |
1 files changed, 12 insertions, 12 deletions
@@ -130,20 +130,20 @@ Much like the `.gitignore` file, you can put the files/directory to ignore when |--------------------|---------------------------------------------------------------------------------------------------------------------------|-------------------------------------------------------------------|--------| | ft_lstadd_back | `void ft_lstadd_back(t_ftlst **alst, t_ftlst *new)` | add `new` at the start of `alst` | [x] | | ft_lstadd_front | `void ft_lstadd_front(t_ftlst **alst, t_ftlst *new)` | add `new` at the end of `alst` | [x] | -| ft_lstbsearch | `t_ftlst *ft_lstbsearch(t_ftlst *lst, t_ftbool (*equal)(void *ref, void *content), void *ref)` | search `ref` in `lst` using binary search | [ ] | -| ft_lstclear | `void ft_lstclear(t_ftlst **lst, void (*del)(void *))` | free all data with `del`, free all nodes and set `*lst` to NULL | [ ] | -| ft_lstdelone | `void ft_lstdelone(t_ftlst *lst, void (*del)(void *))` | free `lst` node | [ ] | -| ft_lstiter | `void ft_lstiter(t_ftlst *lst, void (*f)(void *))` | apply `f` on each node of `lst` | [ ] | -| ft_lstlast | `t_ftlst *ft_lstlast(t_ftlst *lst)` | return the last node of `lst` | [ ] | -| ft_lstmap | `t_ftlst *ft_lstmap(t_ftlst *lst, void *(*f)(void *), void (*del)(void *))` | create a new list which is `lst` with all node passed through `f` | [ ] | +| ft_lstbsearch | `t_ftlst *ft_lstbsearch(t_ftlst *lst, t_ftbool (*equal)(void *ref, void *content), void *ref)` | search `ref` in `lst` using binary search | [x] | +| ft_lstclear | `void ft_lstclear(t_ftlst **lst, void (*del)(void *))` | free all data with `del`, free all nodes and set `*lst` to NULL | [x] | +| ft_lstdelone | `void ft_lstdelone(t_ftlst *lst, void (*del)(void *))` | free `lst` node | [x] | +| ft_lstiter | `void ft_lstiter(t_ftlst *lst, void (*f)(void *))` | apply `f` on each node of `lst` | [x] | +| ft_lstlast | `t_ftlst *ft_lstlast(t_ftlst *lst)` | return the last node of `lst` | [x] | +| ft_lstmap | `t_ftlst *ft_lstmap(t_ftlst *lst, void *(*f)(void *), void (*del)(void *))` | create a new list which is `lst` with all node passed through `f` | [x] | | ft_lstnew | `t_ftlst *ft_lstnew(void const *content)` | create a new node with `content` | [x] | -| ft_lstpop_front | `void ft_lstpop_front(t_ftlst **lst, void (*del)(void *))` | remove the front of `lst` | [ ] | -| ft_lstremove_if | `void ft_lstremove_if(t_ftlst **lst, t_ftbool (*equal)(void *ref, void *content), void *ref, void (*del)(void *content))` | remove all element which verify `equal` | [ ] | -| ft_lstreverse | `void ft_lstreverse(t_ftlst **lst)` | reverse `lst` | [ ] | -| ft_lstreverse_ret | `t_ftlst *ft_lstreverse_ret(t_ftlst *lst)` | reverse `lst` and return it | [ ] | +| ft_lstpop_front | `void ft_lstpop_front(t_ftlst **lst, void (*del)(void *))` | remove the front of `lst` | [x] | +| ft_lstremove_if | `void ft_lstremove_if(t_ftlst **lst, int (*cmp)(const void *ref, const void *content), void *ref, void (*del)(void *content))` | remove all element which verify `equal` | [x] | +| ft_lstreverse | `void ft_lstreverse(t_ftlst **lst)` | reverse `lst` | [x] | +| ft_lstreverse_ret | `t_ftlst *ft_lstreverse_ret(t_ftlst *lst)` | reverse `lst` and return it | [x] | | ft_lstsize | `int ft_lstsize(t_ftlst *lst)` | return the number of node in `lst` | [x] | -| ft_lstsort | `void ft_lstsort(t_ftlst **begin_list, int (*cmp)(void *, void*))` | sort `begin_list` using mergesort | [ ] | -| ft_lstsorted_merge | `t_ftlst *ft_lstsorted_merge(t_ftlst *l1, t_ftlst *l2, int (*cmp)(void *, void *))` | merge 2 sorted list and return the merged and still sorted one | [ ] | +| ft_lstsort | `void ft_lstsort(t_ftlst **begin_list, int (*cmp)(void *, void*))` | sort `begin_list` using mergesort | [x] | +| ft_lstsorted_merge | `t_ftlst *ft_lstsorted_merge(t_ftlst *l1, t_ftlst *l2, int (*cmp)(void *, void *))` | merge 2 sorted list and return the merged and still sorted one | [x] | ### str |