设计在二叉排序树上查找结点X的算法。bitree*bstsearch1(bitree*t,intkey){bitree*p=t;while(p!=0)if(p->key==key)return(p);elseif(p->key>key)p=p->lchild;elsep=p->rchild;return(0);}设计判断两个二叉树是否相同的算法。typedefstructnode{datatypedata;structnode*lchild,*rchild;}bitree;intjudgebitree(bitree*bt1,bitree*bt2){if(bt1==0&&bt2==0)return(1);elseif(bt1==0||bt2==0||bt1->data!=bt2->data)return(0);elsereturn(judgebitree(bt1->lchild,bt2->lchild)*judgebitree(bt1->rchild,bt2->rchild));}设计将所有奇数移到所有偶数之前的算法。voidquickpass(intr[],ints,intt){inti=s,j=t,x=r[s];while(i<j){while(i<j&&r[j]%2==0)j=j-1;if(i<j){r[i]=r[j];i=i+1;}while(i<j&&r[i]%2==1)i=i+1;if(i<j){r[j]=r[i];j=j-1;}}r[i]=x;}设计在顺序有序表中实现二分查找的算法。structrecord{intkey;intothers;};intbisearch(structrecordr[],intk){intlow=0,mid,high=n-1;while(low<=high){mid=(low+high)/2;if(r[mid].key==k)return(mid+1);elseif(r[mid].key>k)high=mid-1;elselow=mid+1;}return(0);设计判断单链表中元素是否是递增的算法。intisriselk(lklist*head){if(head==0||head->next==0)return(1);elsefor(q=head,p=head->next;p!=0;q=p,p=p->next)if(q->data>p->data)return(0);return(1);}设计在链式存储结构上交换二叉树中所有结点左右子树的算法。typedefstructnode{intdata;structnode*lchild,*rchild;}bitree;voidswapbitree(bitree*bt){bitree*p;if(bt==0)return;swapbitree(bt->lchild);swapbitree(bt->rchild);p=bt->lchild;bt->lchild=bt->rchild;bt->rchild=p;}设计两个有序单链表的合并排序算法。voidmergelklist(lklist*ha,lklist*hb,lklist*&hc){lklist*s=hc=0;while(ha!=0&&hb!=0)if(ha->data<hb->data){if(s==0)hc=s=ha;else{s->next=ha;s=ha;};ha=ha->next;}else{if(s==0)hc=s=hb;else{s->next=hb;s=hb;};hb=hb->next;}if(ha==0)s->next=hb;elses->next=ha;}设计在单链表中删除值相同的多余结点的算法。typedefintdatatype;typedefstructnode{datatypedata;structnode*next;}lklist;voiddelredundant(lklist*&head){lklist*p,*q,*s;for(p=head;p!=0;p=p->next){for(q=p->next,s=q;q!=0;)if(q->data==p->data){s->next=q->next;free(q);q=s->next;}else{s=q,q=q->next;}}}设计一个在链式存储结构上统计二叉树中结点个数的算法。voidcountnode(bitree*bt,int&count){if(bt!=0){count++;countnode(bt->lchild,count);countnode(b