정리 - 데이터 구조 - 선형 표
45971 단어 데이터 구조
:// int Locate(SeqList L, ElemType e) { int i=0; // i ， 0， while ((i<=L.last)&&(L.elem[i]!=e)) // ， key , i++; if (i<=L.last) return(i+1); // e ， else return(-1); // ， }// /* L i e。 n=L->last+1，i 1≤i≤L->last+2 */int InsList(SeqList *L,int i,ElemType e)// { int k; if((i<1) || (i>L->last+2)) /* */ { printf(" i "); return(ERROR); } if(L->last>= MAXSIZE-1) { printf(" "); return(ERROR); } for(k=L->last;k>=i-1;k--) /* */ L->elem[k+1]=L->elem[k]; L->elem[i-1]=e; /* C ， i i-1*/ L->last++; return(OK); }// int DelList(SeqList *L,int i,ElemType *e) /* L i ， e 。i 1≤i≤L.last+1 */ { int k; if((i<1)||(i>L->last+1)) { printf(" !"); return(ERROR); } *e = L->elem[i-1]; /* e */ for(k=i; i<=L->last; k++) L->elem[k-1] = L->elem[k]; /* */ L->last--; return(OK); }void merge(SeqList *LA, SeqList *LB, SeqList *LC){ int i,j,k; i=0;j=0;k=0; while(i<=LA->last&&j<=LB->last) if(LA->elem[i]<=LB->elem[j]) { LC->elem[k]= LA->elem[i]; i++; k++;} else { LC->elem[k]=LB->elem[j]; j++; k++; } while(i<=LA->last) /* LA ， LA LC*/ { LC->elem[k]= LA->elem[i]; i++; k++; } while(j<=LB->last) /* LB ， LB LC*/ { LC->elem[k]= LB->elem[j]; j++; k++; } LC->last=LA->last+LB->last+1;} :// void init_linklist(LinkList *l){ *l=(LinkList)malloc(sizeof(Node)); /* */ (*l)->next=NULL; /* */ }// void CreateFromHead(LinkList L) { Node *s; char c; int flag=1; while(flag) /* flag 1， "___FCKpd___71quot; ， flag 0， */ { c=getchar(); if(c!=' { s=(Node*)malloc(sizeof(Node)); /* s*/ s->data=c; s->next=L->next;/* s */ L->next=s; } else flag=0; }}// void CreateFromTail(LinkList L) { Node *r, *s; char c; int flag =1; /* ， 1， "___FCKpd___84quot; ，flag 0， */ r=L; /*r ， ， */ while(flag) /* ， s */ { c=getchar(); if(c!=' { s=(Node*)malloc(sizeof(Node)); s->data=c; r->next=s; r=s; } else {flag=0; r->next=NULL; /* next ， */} } } // Node * Get (LinkList L, int i)/* L i ， (1≤i≤n)， ; NULL*/{ int j; Node *p; p=L; j=0; /* */ while ((p->next!=NULL)&&(j<i)) { p=p->next; /* */ j++; /* */ } if(i == j) return p; /* i */ else return NULL; /* ，i≤0 i>n */ }// Node * Get (LinkList L, int i)/* L i ， (1≤i≤n)， ; NULL*/{ int j; Node *p; p=L; j=0; /* */ while ((p->next!=NULL)&&(j<i)) { p=p->next; /* */ j++; /* */ } if(i == j) return p; /* i */ else return NULL; /* ，i≤0 i>n */ }// int ListLength(LinkList L)/* L */{ Node *p; int j; p=L->next; j=0; /* */ while(p!=NULL) { p=p->next; j++; } return j; /*j */ }// int InsList(LinkList L,int i,ElemType e)/* L i e s*/{ Node *pre,*s; int k; pre=L; k=0; /* " " ， i-1 */ while(pre!=NULL&&k<i-1) /* i-1 ， pre i-1 */ { pre=pre->next; k=k+1; } /* i-1 */ if(!pre) /* pre i ， */ { printf(" !"); return ERROR; } s=(Node*)malloc(sizeof(Node)); /* S */ s->data=e; /* e s */ s->next=pre->next; /* ， */ pre->next=s; return OK; }// int DelList(LinkList L,int i,ElemType *e)/* L i ， *e */{ Node *pre,*r; int k; pre=L; k=0; while(pre->next!=NULL && k<i-1) /* i i-1 p */ { pre=pre->next; k=k+1; } /* i-1 */ if(!(pre->next)) /* while p->next=NULL i<1 , ， i 。*/ { printf(" i !"); return ERROR; } r=pre->next; pre->next=pre->next->next; /* ， r*/ *e = r->data; free(r); /* */ printf(" !"); return OK; }// LinkList MergeLinkList(LinkList LA, LinkList LB)/* LA LB LC*/{ Node *pa,*pb; Node *r; LinkList LC;/* LC 。pa pb LA LB ,r LC*/ pa=LA->next; pb=LB->next; LC=LA; LC->next=NULL; r=LC;/* ， LC 。*/ while(pa!=NULL && pb!=NULL) { if(pa->data <= pb->data) { r->next=pa; r=pa; pa=pa->next; } else { r->next=pb; r=pb; pb=pb->next; }} if(pa) /* LA ， LA LC */ r->next=pa; else /* LB LC */ r->next=pb; free(LB); return(LC); }// 1LinkList merge_1(LinkList LA,LinkList LB){ /* */ Node *p, *q; p=LA; q=LB; while (p->next!=LA) p=p->next; /* LA ， p */ while (q->next!=LB) q=q->next; /* LB ， q */ q->next=LA; /* LB ， LA */ p->next=LB->next; /* LA ， LB */ free(LB); return(LA); }// 2LinkList merge_2(LinkList RA,LinkList RB){ /* */ Node *p; p=RA->next; /* RA */ RA->next=RB->next->next;/* RB RA */ free(RB->next);/* RB */ RB->next=p;/* RA RB */ return RB;/* */ }// int DlinkIns(DoubleList L,int i,ElemType e){ DNode *s,*p; int k; p=L; k=0; /* " " ， i-1 */ while(p->next!=L&&k<i) /* i-1 ， p i */ { p=p->next; k=k+1; } /* i-1 */ if(p->next == L) /* p i ， */ { printf(" !"); return ERROR; } s=(DNode*)malloc(sizeof(DNode)); if (s) { s->data=e; s->prior=p->prior; p->prior->next=s; s->next=p; p->prior=s; return OK; } else return ERROR; }// int DlinkDel(DoubleList L,int i,ElemType *e){ DNode *p; int k; p=L; k=0; /* " " ， i */ while(p->next!=L && k<i) /* i ， p i */ { p=p->next; k=k+1; } if(p->next == L) { return ERROR; } else { *e=p->data; p->prior->next=p->next; p->next->prior=p->prior; free(p); return OK;}})
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정수 반전Udemy 에서 공부 한 것을 중얼거린다 Chapter3【Integer Reversal】 (예) 문자열로 숫자를 반전 (toString, split, reverse, join) 인수의 수치 (n)가 0보다 위 또는 ...
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