钱能C++程序设计教程6资料

《C++程序设计教程》钱能
这是周⽴功⽼师推荐的⼀本书，讲C++,讲得⽐较透彻，我个⼈认为，这是国内讲C++最好的书（谭浩强⽼师讲C还不错，但讲C++的那本书不够深⼊，只适合⼊门）。

该书涉及⾯⼴，包括⾯向过程编程，基于对象编程，⾯向对象编程，泛型编程。

该书⼀直在强调抽象机制，抽象编程，也的确感受到了抽象的威⼒。

作者钱能⽼师有点鄙视C语⾔，有意思。

该书阐述的道理⾮常深刻，打的⽐⽅也很有哲理性，很多话语让⼈醍醐灌顶，豁然开朗，确实⾮常⾮常深刻，很好啊。

但是，说实话，该书中代码的风格是在不敢恭维，不够优美，当然，这可能给书⾯代码需要节省纸张有关。

另外，⽂中的英⽂，感觉很别扭，或者说蹩脚吧。

我也发现书中有不少错误，当然这可以理解，错误在所难免。

下⾯是⼩⼈之见，以度君⼦之腹：⽂中语⾔⽤词⽣硬，⾮常⽣硬，过于⽣硬，难道钱能⽼师在⽣活中的态度有点⼩⼩⾃负或者说愤世嫉俗？哈哈，不管这些了，吸取有⽤的东西就够了。

⼀般来说，学校选教材，不太可能选这本书（不过，听说钱能⽼师出了另外⼀本语⾔不那么⽣硬的修订版，可喜可贺），但作为个⼈的C++进阶学习，这本书确实不错。

P.S 我知道为什么钱能⽼师的英语那么蹩脚了，哈哈，看看，你的参考⽂献⼏乎都是中⽂的呢。

二#include <>void main(){ .#include <> #include <> doubleCylinder(double r, double h); voidmain(){double radius, height;cout <<"请输入圆柱体的半径和高:\n";cin >>radius >>height;double volume = Cylinder(radius, height);cout <<"该圆柱体的体积为" <<volume <<endl;}double Cylinder(double r, double h){return r*r*M_PI*h;}三(1) sqrt(pow(sin(x),)(2) (a*x+(a+x)/(4*a))/2pow(c,x*x)/sqrt(2*M_PI) n"; break; case 1: cout <<"只能被 7 整除.\n"; break; case 2: cout <<"只能被 5 整除.\n"; break; case 3: cout <<"可以被 5,7 整除.\n";break; case 4: cout <<"只能被 3 整除.\n"; break; case 5: cout <<"可以被 3,7 整除.\n"; break; case 6: cout <<"可以被 3,5 整除.\n"; break;case 7: cout <<"可以被3,5,7整除.\n"; break; }}#include <>void main(){int grade; cout <<"please input a number:\n"; cin >>grade; if(grade>100||grade<0)cout <<"错误的成绩.\n";else if(grade>=90)cout <<"A.\n"; elseif(grade>=80) cout<<"B.\n"; elseif(grade>=70) cout<<"C.\n"; elseif(grade>=60) cout<<"D.\n"; elsecout <<"E.\n";}四1#include <> #include <>void main(){double sum=1, t=-1, x; int i=1; cout<<"please input a value:\n"; cin >>x;do{ t*=(-1)*x/i; sum+=t;i++; }while(fabs(t)>1e-8);cout <<"sum=" <<sum<<endl;}2#include <>#include <> void main(){double sum=1, t=-1, x; cout<<"please input a value:\n"; cin >>x;int i=1; while(fabs(t)>1e-8){ t*=(-1)*x/i; sum+=t; i++; } cout<<"sum=" <<sum<<endl;3#include <> #include <>void main(){double sum=1, t=-1, x; cout<<"please input a value:\n"; cin >>x;for(int i=1; fabs(t)>1e-8; i++){t*=(-1)*x/i; sum+=t; } cout<<"sum=" <<sum<<endl;}#include <>void main(){long sum=0, t=1; for(int i=1;i<=15; i++){ t*=i; sum+=t; }cout <<"sum=" <<sum <<endl;}#include <>void main(){for(int i=1; i<=9; i++) for(int j=0; j<=9; j++) for(int k=0; k<=9; k++) if(i*i*i+j*j*j+k*k*k == 100*i+10*j+k)cout <<(100*i+10*j+k) <<"是水仙花数.\n";}#include <>void main(){for(int i=1; i<1000; i++){ int sum=0; for(int j=1; j<=i/2; j++) if(i%j==0) sum+=j;if(sum==i) cout <<i<<"是完数.\n";}#include <>void main(){float s=100,h=100;for(int i=1; i<10;i++){ s+=h; h/=2;}cout <<"共经过" <<s <<"米第 10 次反弹" <<h <<"米高.\n"; }#include <> void main(){ int peachs=1;for(int i=1;i<10; i++)peachs=(peachs+1)*2;cout <<"第一天共摘下" <<peachs <<"个桃子.\n"; }#include <> #include <>void main(){double x, a; cout <<"please input avalue:\n"; cin >>a; x = a/2;while(fabs((x-a/x)/2)>1e-7)x=(x+a/x)/2;cout <<a <<"的平方根是" <<x <<endl;}1#include <>void main(){for(int i=1; i<=10;i++){ for(int j=1; j<=10-i; j++)cout <<" "; for(int j=1; j<=2*i-1; j++) cout <<"#"; cout<<endl;}}2#include <>void main(){ for(int i=1; i<=8; i++){ for(intj=1; j<=i; j++) cout <<" ";for(int j=1; j<=18-i; j++)cout <<"#"; cout <<endl;}}1#include <> #include <>void main(){cout <<" *"; for(inti=1; i<=9; i++) cout<<setw(4) <<i;cout <<"\n-----------------------------------------\n"; for(int i=1; i<=9; i++){ cout <<setw(3) <<i; for(int j=1; j<=9; j++) cout <<setw(4) <<i*j; cout <<endl;}}2#include <> #include <>void main(){cout <<" *"; for(inti=1; i<=9; i++) cout<<setw(4) <<i;cout <<"\n-----------------------------------------\n"; for(int i=1; i<=9; i++){ cout <<setw(3) <<i; for(int j=1; j<=i; j++) cout <<setw(4) <<i*j; cout <<endl;}}3#include <> #include <>void main(){ cout <<" *";for(int i=1;i<=9; i++)cout <<setw(4)<<i;cout <<"\n-----------------------------------------\n";for(int i=1; i<=9; i++){ cout <<setw(3) <<i;if(i!=1)cout <<setw(4*i-4) <<" ";for(int j=i; j<=9; j++) cout<<setw(4) <<i*j; cout <<endl;}}#include <>void main(){ int n; long a=1, b=1, c=1, temp;cout <<"please input a value:\n";cin >>n; for(int i=4; i<=n;i++){ temp=a+c; a=b; b=c; c=temp;} cout << c <<endl;}五#include <> #include <>#include <> boolisprime(long n);void main(){.}.}(2) <<a[i] <<" boy has won.\n"; <<a[i] <<" boy has won.\n"; n";cout <<"please select following operation:\n"; cout <<"\t\tstop at once! ----- 1\n"; cout<<"\t\tinput again. ------- 2\n"; cout <<"\t\tas default values -- 3\n\n"; int sele=0; cin >>sele; switch(sele){ case 1: return false; case 2: sign=false; break; case 3: num=10; interval=3; return true;}(3)#include <> const size=10; voidfindmax(int* a, int n, int& pk); voidmain(){ int a[size];int n=0;cout <<"please input " <<size <<"datas:\n";for(int i=0; i<size; i++) cin >>a[i]; findmax(a,size,n); cout <<"the maximum is "<<a[n] <<endl<<"It's index is " <<n <<endl;}void findmax(int* a,int n,int& pk){ for(int i=1; i<n; i++)if(a[i]>a[pk])pk=i;}9_2#include <> #include <>int& put(int n); .put(9)=30;cout <<get(0) <<endl; cout<<get(1) <<endl;cout <<get(9) <<endl; put(12)=1; .}int& put(int n){if(n>=10){ cerr <<"range error in putvalue!\n";exit(1); }return vals[n];}int get(int n){if(n>=10){ cerr <<"range error in getvalue!\n"; exit(1); } return vals[n];}#include <>void Swap(char*& str1, char*& str2);void main(){char* ap="hello"; char* bp="howare you?"; cout <<ap <<endl <<bp<<endl; Swap(ap, bp); cout <<"交换以后:\n"; cout <<ap <<endl<<bp <<endl;}void Swap(char*& str1, char*& str2){ char* temp=str1;str1=str2;str2=temp;}一○#include <> structStudent{ intmathmidterm;int mathfinal;};void main(){Student s;cout <<"please input midterm and final math\n" <<"grade of a student:\n"; cin >> >>;cout <<"the average grade of midterm and final math is " << + / <<endl;}10_2#include <> #include<> struct Node{ charstr[20]; Node* next;};void Insert(Node*& head); voidmain(){Node* p;Node* x=new Node;strncpy(x->str,"hello",20);x->next = NULL; p =x; x=newNode;strncpy(x->str,"jone",20);x->next = p; p=x;x=new Node;strncpy(x->str,"good",20);x->next = p; p=x;x=new Node;strncpy(x->str,"better",20); x->next =p; p=x; cout <<"\n 插入之前:\n";for(Node* pT=p; pT; pT=pT->next) cout <<pT->str <<"->"; cout <<"0\n"; Insert(p);cout <<"\n 插入之后:\n"; for(Node*pT=p; pT; pT=pT->next) cout <<pT->str <<"->";cout <<"0\n";}void Insert(Node*& head){Node* p=new Node;strncpy(p->str,"marit",20);head->str[19]='\0';if(!head){ head = p;p->next = NULL; return; }if(!strcmp(head->str,"jone")){ p->next = head; head= p; return; } Node* sp;for(sp=head; sp->next&& strcmp(sp->next->str,"jone"); sp=sp->next); p->next = sp->next;sp->next = p;}10_3#include <> struct Node{char c;Node* next;};Node* reverse(Node* head);void main(){Node x[4]; for(int i=0; i<4;i++){ x[i].c='A'+i; cout <<x[i].c <<"->";x[i].next = &x[i+1]; } cout <<"NULL"<<endl; x[3].next = NULL; Node* head =reverse(x); for(Node* pH=head; pH;pH=pH->next) cout <<pH->c <<"->"; cout<<"NULL" <<endl;}Node* reverse(Node* head){Node* newHead=NULL; for(Node*pT=head; pT;pT=head){ head=head->next;pT->next = newHead; newHead = pT; }return newHead;}10_4 (1) #include <>struct Lnode{double data; Lnode*next;};void ShowList(Lnode* head){ for(Lnode* p=head; p; p=p->next) cout <<p->data <<endl;}void AddToEnd(Lnode* pnew, Lnode*& head) {if(!head)head=pnew; else{Lnode* p; for(p=head; p->next;p=p->next); p->next = pnew;}pnew->next=NULL;}Lnode* GetNode(){Lnode* item = new Lnode;if(item){ item->next=NULL;item->data=; }else cout<<"Nothing allocated\n"; return item;}void main(){Lnode* head=NULL; Lnode* temp; double d; cout <<"data? "; cin >>d; while(d>0&&(temp=GetNode())){ temp->data=d; AddToEnd(temp, head); cout <<"data? "; cin >>d; }ShowList(head);}(2) data?3 data? 5data? 7data? 6data? 4data? 8data? -3357648(3)#include <>struct Lnode{double data; Lnode*next;};void ShowList(Lnode* head); void AddToEnd(Lnode* pnew, Lnode*& head); Lnode* GetNode(); void DeleteList(Lnode* head); void main(){Lnode* head=NULL; Lnode* temp;double d; cout <<"data? "; cin >>d;while(d>0&&(temp=GetNode())){ temp->data=d; AddToEnd(temp, head);cout <<"data? "; cin >>d; }ShowList(head);DeleteList(head);}void ShowList(Lnode* head){ if(head){cout<<head->data<<endl;if(head->next)ShowList(head->next);n";();}11_3#ifndef DATE#define DATE #include<> class Date{ public:void Display(); void AddOneDay(); void SetDay(inty,int m,int d); protected: boolLegal(int y, int m, int d); boolIsLeapYear(int y); int year; intmonth; int day;};void Date::Display(){cout <<day <<"/" <<month <<"/" <<year <<endl;}void Date::AddOneDay(){if(Legal(year,month,day+1)) day++;else if(Legal(year,month+1,1))month++,day=1;else if(Legal(year+1,1,1))day=1,month=1,year++;}void Date::SetDay(int y, int m, int d){if(Legal(y,m,d))day=d, month=m, year=y;}bool Date::Legal(int y, int m, int d){if(y>9999||y<1||d<1||m<1||m>12)return false; int dayLimit=31;switch(m) case 4: case 6: case 9: case 11: dayLimit--; if(m==2) dayLimit = IsLeapYear(y) ? 29 : 28;return (d>dayLimit)? false : true;}bool Date::IsLeapYear(int y){return !(y%4)&&(y%100)||!(y%400);}#endif11_4 #include ""void main(){Time a;(3,32,48);();}11_5#include <> #include ""void main(){Stack sta;(10); (12); (14); cout<<() <<endl; cout <<()<<endl;}n";}n"; exit(1); } int result = head->a; Node* p = head; head = head->next; delete p; return result;}Constructing with a number: 20Display a number: 1Display a number: 20Destructing. Destructing.12_2 ,"Revere","CA","12290"); ();("Richard Voss"); ();}物质一三13_1生物有机物动物哺乳人动物类猿类猫科类...卵生动物植物非生物无机物13_2Ignore一四14_1Multi[0] is:0Multi[1] is:1 Multi[2]is:4 Multi[3] is:9Multi[4] is:16 Multi[5]is:25 Multi[6] is:36Multi[7] is:49 Multi[8]is:64Multi[9] is:81 Destroying..9Destroying..8Destroying..7Destroying..6 Destroying..5 Destroying..4 Destroying..3 Destroying..2 Destroying..1 Destroying..014_2#include <> #include <> class Vector{ public: Vector(ints=100); Vector(const Vector& v); int& Elem(int ndx); void Display(); voidSet(); ~Vector(); protected:int size; int* buffer;};Vector::Vector(int s){buffer=new int[size=s]; for(inti=0; i<size; i++)buffer[i]=i*i;}Vector::Vector(const Vector& v):size {buffer = new int[size]; for(inti=0; i<size; i++)buffer[i] = [i];}int& Vector::Elem(int ndx){if(ndx<0||ndx>=size){ cout<<"error in index" <<endl;exit(1);} return buffer[ndx];}void Vector::Display(){ for(int j=0; j<size; j++)cout <<buffer[j] <<endl;}void Vector::Set(){ for(int j=0; j<size; j++)buffer[j]=j+1;}Vector::~Vector(){ delete[]buffer; }void main(){Vector a(10); Vectorb(a); ();();}14_2.\n"; (6);cout <<"Creating boots from frisky\n"; CATboots(frisky);cout <<"frisky's age:" <<() <<endl; cout<<"boots'age:" <<() <<endl; cout <<"setting frisky to 7...\n"; (7);cout <<"frisky's age:" <<() <<endl;cout <<"boots'age:" <<() <<endl;}一五15_1 (1)Return\n"<<"1. Savings business\n"<<"2. Checking business\n\n"<<"select : "; cin >>sele;if(sele==1||sele==2) DoAccess(sele);if(sele==0) break; } Return\n"<<"1. Fetching\n"<<"2. Saving\n\n"<<"select : "; cin >>sele;if(sele==1||sele==2)if(s==1) DoSavings(sele);elseDoChecking(sele);if(sele==0) break; }Return\n"<<"1. Savings business\n"<<"2. Checking business\n"<<"3. Credit business\n\n"<<"select : "; cin >>sele;if(sele>=1 && sele <=3) DoAccess(sele); }Account* p=Account::First(); Return\n"<<"1. Fetching\n"<<"2. Saving\n\n" <<"select : ";cin >>sele; if(sele!=1 && sele!=2)continue; switch(type){ case1: DoSavings(sele); break; case 2:DoChecking(sele); break;case 3: DoCredit(sele); break;}}}void DoSavings(int access){unsigned aN; float val; if(access==2){ n";cout <<"\nplease input a account number and amount for fetching(input 0 for end):\n"; cin >>aN >>val; } }}void DoChecking(int access){unsigned aN; floatval;if(access==2){ n";cout <<"\nplease input a account number and amount for fetching(input 0 for end):\n"; cin >>aN >>val; } }}void DoCredit(int access){unsigned aN; floatval;if(access==2){ n";cout <<"\nplease input a account number and amount for fetching(input 0 for end):\n"; cin >>aN >>val; } }}16_5#include <>#include "i:\c++答案\ch16\" #include "i:\c++答案\ch16\"#include "i:\c++答案\ch16\"#include "i:\c++答案\ch16\16_4\"#include ""void DoSavings(int access);void DoChecking(int access);void DoAccess(int type); voidDoCredit(int access);void DoFixed(int access);void main(){ int sele=1;while(sele){cout <<"\nbank management\n\n" <<"0. Return\n"<<"1. Savings business\n"<<"2. Checking business\n"<<"3. Credit business\n"<<"4. Fixed business\n\n"<<"select : ";cin >>sele;if(sele>=1 && sele <=4) DoAccess(sele);}Account* p=Account::First(); Return\n"<<"1. Fetching\n"<<"2. Saving\n\n"<<"select : "; cin >>sele;if(sele!=1 && sele!=2) continue;switch(type){case 1: DoSavings(sele); break; case 2: DoChecking(sele); break; case 3: DoCredit(sele); break; case 4: DoFixed(sele);}}}void DoSavings(int access){unsigned aN; float val; if(access==2){ n";cout <<"\nplease input a account number and amount for fetching(input 0 for end):\n"; cin >>aN >>val; } }}void DoChecking(int access){unsigned aN; floatval;if(access==2){ n";cout <<"\nplease input a account number and amount for fetching(input 0 for end):\n"; cin >>aN >>val; } }}void DoCredit(int access){unsigned aN; floatval;if(access==2){ n";cout <<"\nplease input a account number and amount for fetching(input 0 for end):\n"; cin >>aN >>val; } }}void DoFixed(int access){unsigned aN; floatval;if(access==2){ n";cout <<"\nplease input a account number and amount for fetching(input 0 for end):\n";cin >>aN >>val;}}}一七classA{ public:int GetpA(){ return pA; }void SetpA(int a){ pA=a; }private: int pA;};class B :public A{ public:void OnB(){}};class C :virtual public A, virtual public B{ public:Sc(){ /*use GetpA() and SetpA()... */ }};#include <>#include <>class Father{ public:Father(){ cout <<"father is created.\n"; }v oid DoWork(){ DriveACar(); } voidDoMannulWork(){ RepairTV(); }void DriveACar() { cout <<&typeid(*this).name()[6] <<" Drive a car.\n"; } protected:void RepairTV() { cout <<&typeid(*this).name()[6] <<" Repair a TV set.\n"; }};class Mother{ public:Mother(){ cout <<"mother is created.\n"; }void SingASong() { cout <<&typeid(*this).name()[6] <<" Sing a song.\n"; }void DoWork(){ SingASong(); } ame()[6] <<" Do mannul work.\n"; } n"; } void RepairTV(){ cout <<"boy "; Father::RepairTV(); } voidSingASong(){ cout <<"boy "; Mother::SingASong(); }void PlayPingPong() { cout <<&typeid(*this).name()[6] <<" Play pingpong.\n"; };};void main(){Father father;Mother mother;Boy boy;(); ();();(); ();();();();}n";return *this;}yuan-=( (jf< ?1:0); jf=(jf+%100;return *this;}RMB RMB::operator*(double d)const{double temp=(yuan+jf/*d; unsigned y= long(temp); unsigned j = ((temp-y)*1000+5)/10;return RMB(y,j);}RMB operator*(double d, const RMB& r){ return r * d; }void main(){RMB d1(1, 60);RMB d2(2, 50);RMB d3(0, 0); d3= d1 + d2; d1+= d3; d3 -= d2;();();}一九#include <> #include <>void main(){char str[128]; intcount=0; ifstreamfin(""); (str,sizeof(str));while(!()){ count++;(str,sizeof(str));}cout <<"the amount of lines of file is " <<count <<endl; }19_2#include <> #include<> class RMB{ public:RMB(double v =:yuan(v){ jf =(v-yuan)*100+; }operator double(){ return yuan+jf/; } voiddisplay(ostream& out){int n=1; .for(int x=yuan; x/10; x/=10) n++;if(n>5){ out <<"*******.**"; return; }double t=yuan+jf/;out <<setw(7-n) <<"" <<setiosflags(ios::fixed)<<setprecision(2) <<setw(n+3) <<t;}protected:unsigned int yuan;unsigned int jf;};ostream& operator <<(ostream& oo, RMB& d){(oo);return oo;}void main(){RMB rmb;cout <<"Initially rmb = " <<rmb <<"\n"; rmb=*rmb;cout <<"then rmb = " <<rmb <<"\n";}19_3#include <> #include <>void main(){ int n;char string[]="1 2 3 4 5 6 7 8 9"; istrstreams(string);while(!()){ s >>n;cout <<n<<" ";}cout <<endl;}19_4#include <> #include <>void main(){cout <<setiosflags(ios::uppercase); for(charch='A'; ch<='Z'; ch++){ cout <<ch <<" " <<hex<<(int)ch <<", "; if(ch=='I'||ch=='R') cout<<endl;} cout<<endl;}19_5#include <> #include <>#include <>#include <>class AddressBook{ public:AddressBook(char* n, char* p, char* h);virtual void Display(ostream& out);protected: char name[20]; char phone[10];char handp[15];};AddressBook::AddressBook(char* n, char* p, char* h) {strncpy(name, n, 19); name[19]=0; strncpy(phone, p,9); phone[9]=0;strncpy(handp, h, 14); handp[14]=0;}void AddressBook::Display(ostream& out){out <<setiosflags(ios::left) <<setw(20) <<name <<setw(10) <<phone <<setw(15) <<handp <<endl; }ostream& operator<<(ostream& out, AddressBook& a){(out);return out;}void main(){AddressBook a1("Dill Arnson", "8869533", ""); AddressBook a2("WelchShammas", "6695482", ""); AddressBook a3("Portel Braumbel", "5937221","");cout <<a1; cout<<a2; cout <<a3;}Dill Arnson 8869533Welch Shammas 6695482 Portel Braumbel 5937221二○20_1#include <> #include <>template<class T> Tmin(T& a, T& b){return a>b?b:a;}char* min(char* a, char* b){return (strcmp(a, b)>0 ? b: a);}void main(){cout <<min("Hello", "Good") <<endl; cout <<min(3,8) <<endl;}20_2 #include <>template<class T> classStack{ public: Stack();~Stack(){ delete[] stack; }void Push(T& n); T Pop(); private: static const int SIZE;T* stack; int tos;};template<class T>const int Stack<T>::SIZE = 100;template<class T> Stack<T>::Stack() :tos(0){stack = new T[SIZE];}template<class T> voidStack<T>::Push(T& n){if(tos==100) return;stack[tos++] = n;}template<class T> TStack<T>::Pop(){if(tos==0) return T(0);return stack[--tos];}void main(){Stack<int> ai; Stack<char>ac;Stack<float> af;int i[3]={3,5,7};(i[0]); (i[1]);(i[2]);char c[3]={'2','5','9'}; (c[0]);(c[1]); (c[2]);float f[2]={,}; (f[0]); (f[1]);cout <<() <<" "; cout <<()<<" "; cout <<() <<endl;cout <<() <<" "; cout <<()<<" "; cout <<() <<endl;cout <<() <<" ";cout <<() <<" " <<endl;}二一ch21_1 #include <>#include <>class String{ public: String(char*, int); i nt Length(){ return len; } class Range{ n";}n\n";}void main(){n";}#include <> classA{ public:class Error{};A(){n = new int;i nit();}private: int*n; void init(){. throw Error();}};void main(){try{ A a; } catch(A::Error&){ cout <<"error when initialize.\n";}}。

c程序设计课程设计6一、教学目标本课程的教学目标是使学生掌握C程序设计的基本概念、语法和编程技巧，培养学生独立解决问题的能力，并培养学生的逻辑思维和团队合作意识。

1.理解C程序设计的基本概念和语法。

2.掌握C程序的编写和调试技巧。

3.了解C程序设计在实际应用中的重要性。

4.能够独立编写和调试C程序。

5.能够运用C程序设计解决实际问题。

6.能够进行团队合作，共同完成项目任务。

情感态度价值观目标：1.培养学生的创新意识和解决问题的能力。

2.培养学生的团队合作意识和沟通能力。

3.培养学生的逻辑思维和批判性思维。

二、教学内容本课程的教学内容主要包括C程序设计的基本概念、语法和编程技巧。

1.C程序设计的基本概念：变量、数据类型、运算符、表达式等。

2.C程序的语法：语句、函数、数组、指针等。

3.C程序的编程技巧：编程规范、代码优化、调试技巧等。

4.第一周：C程序设计的基本概念和语法。

5.第二周：C程序的编程技巧和实例分析。

6.第三周：C程序设计在实际应用中的案例分析。

三、教学方法本课程的教学方法采用讲授法、讨论法、案例分析法和实验法相结合的方式。

1.讲授法：通过教师的讲解，使学生掌握C程序设计的基本概念和语法。

2.讨论法：通过小组讨论，培养学生的团队合作意识和沟通能力。

3.案例分析法：通过分析实际案例，使学生了解C程序设计在实际应用中的重要性。

4.实验法：通过动手实践，培养学生的编程能力和解决问题的能力。

四、教学资源本课程的教学资源包括教材、参考书、多媒体资料和实验设备。

1.教材：选用权威、实用的C程序设计教材作为主要教学资源。

2.参考书：提供相关的参考书籍，供学生自主学习和拓展知识。

3.多媒体资料：制作精美的PPT和教学视频，辅助学生理解和记忆知识点。

4.实验设备：提供计算机实验室，供学生进行编程实践和实验操作。

五、教学评估本课程的评估方式包括平时表现、作业、考试等，旨在全面、客观、公正地评估学生的学习成果。