Data Structures | Macros | Typedefs | Functions

le_singlyLinkedList.h File Reference

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Data Structures

struct  le_sls_Link_t
 
struct  le_sls_List_t
 

Macros

#define LE_SLS_LIST_DECL_INIT   {NULL}
 
#define LE_SLS_LIST_INIT   (le_sls_List_t)LE_SLS_LIST_DECL_INIT
 
#define LE_SLS_LINK_INIT   (le_sls_Link_t){NULL}
 
#define LE_SLS_FOREACH(listPtr, iteratorPtr, type, member)
 

Typedefs

typedef bool(* le_sls_LessThanFunc_t) (le_sls_Link_t *a, le_sls_Link_t *b)
 

Functions

void le_sls_Stack (le_sls_List_t *listPtr, le_sls_Link_t *newLinkPtr)
 
void le_sls_Queue (le_sls_List_t *listPtr, le_sls_Link_t *newLinkPtr)
 
void le_sls_AddAfter (le_sls_List_t *listPtr, le_sls_Link_t *currentLinkPtr, le_sls_Link_t *newLinkPtr)
 
le_sls_Link_t * le_sls_RemoveAfter (le_sls_List_t *listPtr, le_sls_Link_t *currentLinkPtr)
 
le_sls_Link_t * le_sls_Pop (le_sls_List_t *listPtr)
 
le_sls_Link_t * le_sls_Peek (const le_sls_List_t *listPtr)
 
le_sls_Link_t * le_sls_PeekTail (const le_sls_List_t *listPtr)
 
le_sls_Link_t * le_sls_PeekNext (const le_sls_List_t *listPtr, const le_sls_Link_t *currentLinkPtr)
 
LE_DECLARE_INLINE bool le_sls_IsEmpty (const le_sls_List_t *listPtr)
 
void le_sls_Sort (le_sls_List_t *listPtr, le_sls_LessThanFunc_t comparatorPtr)
 
bool le_sls_IsInList (const le_sls_List_t *listPtr, const le_sls_Link_t *linkPtr)
 
LE_DECLARE_INLINE bool le_sls_IsHead (const le_sls_List_t *listPtr, const le_sls_Link_t *linkPtr)
 
LE_DECLARE_INLINE bool le_sls_IsTail (const le_sls_List_t *listPtr, const le_sls_Link_t *linkPtr)
 
size_t le_sls_NumLinks (const le_sls_List_t *listPtr)
 
bool le_sls_IsListCorrupted (const le_sls_List_t *listPtr)
 

Detailed Description

Legato Singly Linked List API include file.

Copyright (C) Sierra Wireless Inc.

Macro Definition Documentation

◆ LE_SLS_FOREACH

#define LE_SLS_FOREACH (   listPtr,
  iteratorPtr,
  type,
  member 
)
Value:
for ((iteratorPtr) = CONTAINER_OF(le_sls_Peek(listPtr), type, member); \
         &((iteratorPtr)->member);                                      \
         (iteratorPtr) = CONTAINER_OF(le_sls_PeekNext((listPtr),&((iteratorPtr)->member)), \
                                      type, member))
le_sls_PeekNext
le_sls_Link_t * le_sls_PeekNext(const le_sls_List_t *listPtr, const le_sls_Link_t *currentLinkPtr)


le_sls_Peek
le_sls_Link_t * le_sls_Peek(const le_sls_List_t *listPtr)


CONTAINER_OF
#define CONTAINER_OF(memberPtr, type, member)
Definition: le_basics.h:135

Simple iteration through a singly linked list

◆ LE_SLS_LINK_INIT

#define LE_SLS_LINK_INIT   (le_sls_Link_t){NULL}

When a link is created it must be initialized by assigning this macro to the link before it can be used.

◆ LE_SLS_LIST_DECL_INIT

#define LE_SLS_LIST_DECL_INIT   {NULL}

When a list is created it must be initialized to this macro in the declaration, or have LE_SLS_LIST_INIT assigned to it, before being used

◆ LE_SLS_LIST_INIT

#define LE_SLS_LIST_INIT   (le_sls_List_t)LE_SLS_LIST_DECL_INIT

When a list is created it must be initialized by assigning this macro to the list, or initializing to LE_SLS_LIST_DECL_INIT in the declaration, before the list can be used.

Typedef Documentation

◆ le_sls_LessThanFunc_t

typedef bool(* le_sls_LessThanFunc_t) (le_sls_Link_t *a, le_sls_Link_t *b)

This is a comparator function for sorting a list.

This must return true if a goes before b in the list.

Function Documentation

◆ le_sls_AddAfter()

void le_sls_AddAfter ( le_sls_List_t *  listPtr,
le_sls_Link_t *  currentLinkPtr,
le_sls_Link_t *  newLinkPtr 
)

Adds a link after currentLinkPtr, or to the beginning of the list if currentLinkPtr is NULL. Ensure that currentLinkPtr is in the list (or NULL) otherwise the behaviour of this function is undefined.

Parameters
[in]listPtrList to add to.
[in]currentLinkPtrNew link will be inserted after this link.
[in]newLinkPtrNew link to add.

◆ le_sls_IsEmpty()

LE_DECLARE_INLINE bool le_sls_IsEmpty ( const le_sls_List_t *  listPtr)

Checks if a list is empty.

Returns
true if empty, false if not empty.
Parameters
[in]listPtrThe list.

◆ le_sls_IsHead()

LE_DECLARE_INLINE bool le_sls_IsHead ( const le_sls_List_t *  listPtr,
const le_sls_Link_t *  linkPtr 
)

Checks if a link is at the head of the list (next to be popped).

Returns
  • true if the link is at the head of the list.
  • false if not.
Parameters
[in]listPtrList to check.
[in]linkPtrCheck if this link is at the head of the list.

◆ le_sls_IsInList()

bool le_sls_IsInList ( const le_sls_List_t *  listPtr,
const le_sls_Link_t *  linkPtr 
)

Checks if a link is in the list.

Returns
  • true if the link is in the list.
  • false if the link is not in the list.
Parameters
[in]listPtrList to check.
[in]linkPtrCheck if this link is in the list.

◆ le_sls_IsListCorrupted()

bool le_sls_IsListCorrupted ( const le_sls_List_t *  listPtr)

Checks if the list is corrupted.

Returns
true if the list is corrupted. false if the list is not corrupted.
Parameters
[in]listPtrList to check.

◆ le_sls_IsTail()

LE_DECLARE_INLINE bool le_sls_IsTail ( const le_sls_List_t *  listPtr,
const le_sls_Link_t *  linkPtr 
)

Checks if a link is at the tail of the list (last to be popped).

Returns
  • true if the link is at the tail of the list.
  • false if not.
Parameters
[in]listPtrList to check.
[in]linkPtrCheck if this link is at the tail of the list.

◆ le_sls_NumLinks()

size_t le_sls_NumLinks ( const le_sls_List_t *  listPtr)

Returns the number of links in a list.

Returns
Number of links.
Parameters
[in]listPtrList to count.

◆ le_sls_Peek()

le_sls_Link_t* le_sls_Peek ( const le_sls_List_t *  listPtr)

Returns the link at the head of the list without removing it from the list.

Returns
Pointer to the head link if successful. NULL if the list is empty.
Parameters
[in]listPtrThe list.

◆ le_sls_PeekNext()

le_sls_Link_t* le_sls_PeekNext ( const le_sls_List_t *  listPtr,
const le_sls_Link_t *  currentLinkPtr 
)

Returns the link next to currentLinkPtr (i.e., the link beside currentLinkPtr that's closer to the tail) without removing it from the list. Ensure currentLinkPtr is in the list otherwise the behaviour of this function is undefined.

Returns
Pointer to the next link if successful. NULL if there is no link next to the currentLinkPtr (currentLinkPtr is at the tail of the list).
Parameters
[in]listPtrList containing currentLinkPtr.
[in]currentLinkPtrGet the link that is relative to this link.

◆ le_sls_PeekTail()

le_sls_Link_t* le_sls_PeekTail ( const le_sls_List_t *  listPtr)

Returns the link at the tail of the list without removing it from the list.

Returns
A pointer to the tail link if successful. NULL if the list is empty.
Parameters
[in]listPtrThe list.

◆ le_sls_Pop()

le_sls_Link_t* le_sls_Pop ( le_sls_List_t *  listPtr)

Removes and returns the link at the head of the list.

Returns
Removed link. NULL if the link is not available because the list is empty.
Parameters
[in]listPtrList to remove from.

◆ le_sls_Queue()

void le_sls_Queue ( le_sls_List_t *  listPtr,
le_sls_Link_t *  newLinkPtr 
)

Adds a link to the tail of the list.

Parameters
[in]listPtrList to add to.
[in]newLinkPtrNew link to add.

◆ le_sls_RemoveAfter()

le_sls_Link_t* le_sls_RemoveAfter ( le_sls_List_t *  listPtr,
le_sls_Link_t *  currentLinkPtr 
)

Removes the link found after currentLinkPtr. The user must ensure that currentLinkPtr is in the list otherwise the behaviour of this function is undefined.

Returns
Pointer to the removed link. NULL if there are no more links in the list after currentLinkPtr.
Parameters
[in]listPtrThe list to remove from.
[in]currentLinkPtrThe link after this one will be removed from the list.

◆ le_sls_Sort()

void le_sls_Sort ( le_sls_List_t *  listPtr,
le_sls_LessThanFunc_t  comparatorPtr 
)

Sort a list in ascending order.

Parameters
[in]listPtrList to sort
[in]comparatorPtrComparator function for sorting

◆ le_sls_Stack()

void le_sls_Stack ( le_sls_List_t *  listPtr,
le_sls_Link_t *  newLinkPtr 
)

Adds a link at the head of the list.

Parameters
[in]listPtrList to add to.
[in]newLinkPtrNew link to add.