线性表链接存储(单链表)操作的16种算（Linear table link storage (single table) 16 kinds of arithmetic operations）.docVIP

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线性表链接存储(单链表)操作的16种算（Linear table link storage (single table) 16 kinds of arithmetic operations）.doc

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线性表链接存储(单链表)操作的16种算（Linear table link storage (single table) 16 kinds of arithmetic operations）

线性表链接存储(单链表)操作的16种算（Linear table link storage (single table) 16 kinds of arithmetic operations） 9. / to single list header, insert an element. Void insertFirstList (struct, sNode*, *hl, elemType, x) { Struct sNode *newP; NewP = malloc (sizeof (struct, sNode)); If (newP = = NULL) { Printf (memory allocation failed, quit running! ); Exit (1); } NewP-data = x; NewP-next = *hl; *hl = newP; Return; } At the end of the 10. / to add a single list of elements. Void insertLastList (struct, sNode*, *hl, elemType, x) { Struct sNode *newP; NewP = malloc (sizeof (struct, sNode)); If (newP = = NULL) { Printf (internal allocation failed, quit running! ); Exit (1); } NewP-data = x; NewP-next = NULL; If (*hl = = NULL) { *hl = newP; } Else{ Struct, sNode, *p = NULL; While (p-next = = NULL) { P = p-next; } P-next = newP; } Return; } 11. to a single table in the first POS node insertion element x node, if inserted successfully returned 1, otherwise return 0*/ Int insetPosList (struct, sNode*, *hl, int, POS, elemType, x) { Int i = 0; Struct sNode *newP; Struct, sNode, *cp = *hl, *ap = NULL; If (POS = 0) { Printf (POS value is illegal, returns 0 means insertion failed! ); Return 0; } While (CP = = NULL) { I++; If (POS = = I) { Break; }else{ AP = cp; CP = cp-next; } } NewP = malloc (sizeof (struct, sNode)); If (newP = = NULL) { Printf (memory allocation failed, unable to insert operation! ); Return 0; } NewP-data = x; If (AP = = NULL) { NewP-next = cp; *hl = newP; } Else{ NewP-next = cp; Ap-next = newP; } Return 1; } 12. to order a single linked list to insert the elements of X node, which is still in an orderly manner after insertion. Void insertOrderList (struct, sNode*, *hl, elemType, x) { Struct, sNode, *cp = *hl, *ap = NULL; Struct sNode *newP; NewP = malloc (sizeof (struct, sNode)); If (newP = = NULL) { Printf (internal allocation failed, quit running! ); Exit (1); } NewP-data = x; If ((CP = = NULL) || (x cp-data)) { NewP-next = cp; *hl = newP; Return; } While (CP = = NULL) { If (