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标题: 一个方便好用的数组类 [打印本页]
作者: yzhlinux 时间: 2005-1-10 13:45
标题: 一个方便好用的数组类
to Whanxy
; z! d$ V+ F/ [int N;
/ R A j( G, y! ZN=StrToInt(Edit1->Text);
# h6 U3 R+ b! q0 m5 @1 eint RESULT[N];1 L* j$ d; W- c4 {
哈哈,这样的代码很有意思哦.
! w- m9 f9 Y* O2 v在c++里没有现成的类似vb的redim那样可以自由定义数组边界的办法,很多人提供了一些数组类以实现你这样的需求,同样微软也提供了这样的模板类 CArray ,你可以去参考这个摸板,不过 CArray 写的不够好只能给单线程的地方使用(后来个跟踪进去才发现是它的问题,没把偶气死)并且不能很好的支持使用 & 引用内部的成员(底层机制的问题),我从新改写了它的底层实现,写了一个摸板类,给你用正好满足你的需求.:, [+ P2 |* |6 ^! c7 q! C3 U
#if !defined(CYCArray_INCLUDED)
0 C/ r8 S- L$ \; y#define CYCArray_INCLUDED* t H- }7 a' \; Q
#include "afxtempl.h"
) [+ j2 [. H$ [: `# F/**" {2 X0 q2 O; f% ]8 S
* 动态数组的模板类 (Write By yzhlinux ,you could use it any time any way if you could email me about it yzhlinux@hotmail.com)
# k* f7 ?9 Z: q7 D0 A( A* 1.支持字符索引" c( q: k9 M9 O
* 2.方便的添加删除修改任意一项; `) Z; N B, i' @
* 最后更新 2004-8-9
6 r* P2 X$ n; z" k6 \1 S**1.优化了字符索引的运作方式，使用数组存储
# T, n) B+ }$ Z) m5 W) W1 h**2.重写了底层数据的存储，将连续性的存储方式改为了非连续,; |4 I+ G' v8 G' R- k' x
*** 从而很好有效地支持了“引用”,并且让数据的删除增加变的更为快速
% b7 D& X X4 j( x/////7 k- T) X. H' H7 Y T% }
* 用法句举例1：
; q/ d U0 t- [% o/ G1 t; A$ t! d* YCArray<int,int> test1 ;
9 f0 v& }4 e1 ~* test1.Add("Number2",4);$ a- `* I$ T; ?* p
* test1.Add("Number1",2);; ]( L: C2 _+ U7 t `2 K
* printf("%d %d",test1["Number1"],test1["Number2"]);8 V g% d! N5 k$ H1 {7 y- j
* 显示：
8 ?5 m+ b7 Y0 l6 o3 f5 L* 2 4) ^' h+ P; x' i+ {# X/ S+ }
/////
: E( p1 t; P0 \! U* z+ h; D. n* 用法句举例2：
! p: F' ]3 ]' I+ ~* YCArray<CString,CString> test2 ;
{9 z D+ t. ~. w8 H0 d* test2.Add("string2","hahahaha");
6 X8 g9 h4 K8 d5 O8 Z" K( a* test2.Add("string1","yes yes yes yes");
! j; f+ R& U8 P3 z! g) O" f) k* printf("%s %s %s",test2["string1"],test2["string2],test2[0]);/ P4 \, c/ Z8 v6 O6 a
* 显示：4 ?. S8 e0 a3 `+ s* k* M: Q" Q
* yes yes yes yes hahahaha yes yes yes yes
+ _# ^; X# H* G( y3 l( F7 S/////
; ~" j* W4 m, `4 k8 t, |! ]% F* 用法句举例3:( A6 P. Q! Z9 h$ d/ e
* YCArray<CString,CString> test3 ;. k9 v' N6 G8 {+ E& t
* test3.Add("string2","hahahaha");
! E; m& @7 K' I' C x0 I8 Y* test3.Add("string1","yes yes yes yes");
: K- g" C- s+ A8 j; ^; l3 W5 D' p* test3.Add("","no no no");
8 c: G" `. b2 `5 `. n* test3.AddR("string2","yes yes yes yes"); //AddR方法会去搜索字符索引，如果存在则替换
8 Z/ W5 [7 G; D6 ~* printf("%s %s %s",test3["string1"],test3["string2],test3[2]);
* q0 Z6 a2 f* G) y* 显示：9 k) a, H% t# V
* yes yes yes yes yes yes yes yes no no no
% h6 Y2 L' c9 i6 F8 m6 B**/% \, E5 N7 C `" d& Z0 g5 \
/////////////////////////////////////////////////////////////////////////////: P7 v. ^! X3 e; v9 a. b
// YCArray<TYPE, ARG_TYPE>
0 o; V& b) V R: |#include <afxmt.h>0 ?* D6 W: M6 u" ^3 a* S/ d
template<class TYPE, class ARG_TYPE>
) [, H. h$ S" r9 j( mclass YCArray : public CObject7 ]1 {4 c6 q" N2 h
{
v' a/ A% n: h8 \ Y//friend YCArray<TYPE, ARG_TYPE>;7 m, l/ ?2 D1 k7 X
CCriticalSection YCArray_Add;/ `5 t' _1 [4 N" J' T$ B
public:$ q; b$ g# B0 i2 |/ [
// Attributes
7 R4 f) W8 ?/ b3 H S$ w7 _$ Gint GetSize() const;; J) w* q8 I5 f1 w( n' d; N
int GetUpperBound() const;' ~; v8 T' n8 G5 s6 Y4 g
void SetSize(int nNewSize, int nGrowBy = -1);
- v/ A1 x0 B% o( u7 c; j$ n// Operations
0 B/ U* c6 i; h' C; ?+ E+ S' [// Clean up
9 p6 T- h4 J2 F; t! l/ V3 evoid FreeExtra();
& Z& G7 l e$ [/ ~void RemoveAll();
$ b& g0 t( D, W: P7 V: h! e3 v// Accessing elements
P5 w' ^+ L, o5 E% x7 q5 F; ?) F# rTYPE GetAt(int nIndex) const;
* L& L& v2 u; ^( Y, k' `7 Z/ f" z/ ivoid SetAt(int nIndex, ARG_TYPE newElement);2 S+ x) Y% y U1 V Z( m
TYPE& ElementAt(int nIndex);
" Q9 V4 H, y# r; yTYPE GetAt(CString cIndex) const;8 }2 [$ t: E2 `* j N6 B+ V% _- I
void SetAt(CString cIndex, ARG_TYPE newElement);4 n( r- Y X( X! t/ p
TYPE& ElementAt(CString cIndex);
& ~$ k! n& P2 ?* Z
// Direct Access to the element data (may return NULL)7 W7 |% j e: Z" F! O8 e! ]
const TYPE** GetData() const;
" @ M; `4 `5 ]TYPE** GetData();
" K* c3 J n- D( T
// Potentially growing the array
1 n8 e6 }5 R" U1 C( ^, zvoid SetAtGrow(int nIndex, ARG_TYPE newElement);' d& B9 M/ w* [, M9 Z
void SetAtGrow(CString cIndex, ARG_TYPE newElement);7 i8 K2 c- e0 e+ C0 u
int Add(ARG_TYPE newElement,CString cIndex = "");
$ S. T% v2 E) }1 o+ t# S bint AddR(ARG_TYPE newElement,CString cIndex = "")//如果存在就替换0 b* z, V* z5 s- u/ X
{
& W' L( b) j0 l% n7 t% ~ int nIndex = GetIndex(cIndex);+ _- J) v* S# D
if(cIndex!=""&&nIndex >-1){3 U3 }/ Q K9 X& l3 g; ^! N+ u' M4 A
operator[](nIndex)=newElement;/ ~. O! s. K. u6 ^; x
}else{+ N1 A& v. x% v y# r& V
nIndex = m_nSize;* d6 ?2 d# a0 n4 M% E; s
SetAtGrow(nIndex, newElement);& M. @1 Z4 C0 r# X9 |" M6 k
SETIndex(cIndex,nIndex);
" c# d( q6 Q: B3 P return nIndex;
0 a3 V: O! B) d: f: ^: u }
3 A- Q9 f+ o _$ c! z}1 f4 a' w2 J1 f* p5 k2 G
int AddM(ARG_TYPE newElement,CString cIndex = "")
! ]+ T8 P6 t! U. ?/ D{
. i4 G0 d c$ u E! I P7 @ static int nIndex ;
; v. g1 L9 z1 a0 J YCArray_Add.Lock();4 o8 o3 e& R# c0 r& i) a
nIndex = m_nSize;6 N+ I# K' c- x: a/ a/ W
SetAtGrow(nIndex, newElement);
% w8 y+ a; s. `9 k2 ^' m9 _ YCArray_Add.Unlock();
F) y( Z+ c3 f7 \ SETIndex(cIndex,nIndex);
/ C! O' V+ i7 o6 \0 W% v! W. {9 t return nIndex;
2 _6 D* q) _& N& Y};4 Y9 j0 F( I# Z" y* j9 \
int Append(const YCArray& src);# w/ m8 ^2 f0 a
void Copy(const YCArray& src);
3 M/ R, L. P" B$ |. a! Y
// overloaded operator helpers
; ]7 F2 j: T1 N+ ?3 nTYPE operator[](int nIndex) const;% [ ]# Q& m" x$ f
TYPE& operator[](int nIndex);
0 V+ m/ \' c# D3 F6 N; \1 p" F& oTYPE operator[](CString cIndex) const;. d N3 K1 L8 B
TYPE& operator[](CString cIndex);2 c( l: _) X3 @2 b! L" `% P
//YCArray<TYPE,ARG_TYPE> operator=(YCArray<TYPE,ARG_TYPE>& tparr)const;
) f$ ^; c+ y; N* n- a7 l) PYCArray<TYPE,ARG_TYPE>& operator=(YCArray<TYPE,ARG_TYPE>& tparr);
+ ^) v8 V* X: j2 T8 s0 | R: \// Operations that move elements around
( E1 S! l8 G) F! k6 t9 fvoid InsertAt(int nIndex, ARG_TYPE newElement, int nCount = 1);2 S/ ]# o. H2 |" C4 W+ x6 l
void RemoveAt(int nIndex, int nCount = 1);: x1 b, S$ D8 H' a
void RemoveAt(CString cIndex,int nCount = 1);
# w4 ~. J3 e& F0 x- Yvoid InsertAt(int nStartIndex, YCArray* pNewArray);' i5 o3 B) m- d* J: }: x# |
void InsertAt(ARG_TYPE newElement,int nIndex,CString cIndex);
& O7 ~) m: A8 ]# Q* {int GetIndex(CString cIndex);: O( o+ `( Z$ ~( I. Z; G( b
CString GetIndex(int nIndex);
. X5 m. g) I* _3 p. f/ W# tCString GetSign();
7 d+ Y' T }$ f9 y0 jint SetSign(CString& sign);
1 y' Z9 g2 m6 N( A7 `
// Implementation4 K7 w* J8 p4 A; T
protected:/ g9 ?6 B9 @6 ^% Q p3 }
TYPE** Ym_pData; // the actual array of data! q: d7 f% J" X, j
int m_nSize; // # of elements (upperBound - 1)) A2 E( w1 ^: |8 I9 t4 B4 w
int m_nMaxSize; // max allocated- z! z' S, w' g( \
int m_nGrowBy; // grow amount! J- L( Z q! O! e5 ?% w4 a: ?
private:7 T- m8 P- o9 \' r$ y
int lock_sign;& h0 ?; V, ?! J& T$ N, \( u/ L* J
CString Sign;
0 ?% ?. [6 _3 ?, a0 I9 n+ b# eint MAXSIGNTIME;
: N3 w' S+ _( {3 |4 F2 zCString* strIndex;* D B2 b! ]8 t+ F* f6 D4 G& Q7 E
int strIndexNum;
. w% a, z0 f9 d' y3 S: bBOOL SetIndexSize(int nIndex);
, {& N4 V- Y& g: [BOOL SETIndex(CString cIndex,int nIndex);$ K- U2 `) s$ Z7 R% w
BOOL INSERTIndex(int nIndex,int nCount =1);
' q5 l& A. u+ E6 _/ I* w3 JBOOL DELIndex(int nIndex,int nCount = 1);
1 J2 `" P: W" B* m/ r" {# |BOOL DELIndex(CString cIndex,int nCount = 1);% q2 v8 K7 a5 f; r: S4 K/ y
void DestructAllElement(int nIndex,int nCount)/ Q9 ~, a: @6 [8 T' g/ d
{//销毁对象，包括每个指针指向的对象, l, p/ R6 \5 j% L; d
DELIndex(nIndex,nCount);
6 z- d8 N7 {4 b3 H2 O ASSERT(nIndex >= 0);
% d4 j. p% |- G# F; _& g, n5 h. L ASSERT(nCount >= 0);2 u8 X4 f) Z6 s; c) ]% q) `
ASSERT(nIndex + nCount <= m_nSize);
4 A# p/ ]. H2 o' R* K if(nCount>0&&m_nSize>0){
3 e) S: ^" L& o4 E for(int i =nIndex;i<nIndex+nCount;i++){
, k) \7 ?6 x3 k9 S //Ym_pData->~TYPE(); // 由于ConstructAllElements 中是 Ym_pData[nIndex] = new TYPE;所以不需要Ym_pData->~TYPE()
4 U4 C2 b, A% K- \- m2 ^/ P) ` delete Ym_pData;: r0 `* J) ^+ ? @& n( M
}2 S3 \% c5 g2 e" p! H
}
/ ~+ C+ l/ X* V2 ?0 r) y};
( y& N4 A5 Z: W, |2 j. X( d- Avoid ConstructAllElements(int nIndex,int nCount)
m- y* G( m A1 Y. B{//创建对象，包括 new 出每个指针指向的对象5 w5 g9 P, c4 k" u( j n
//nIndex = 0;3 [6 t: j& g' t% G+ R
memset((void*)(Ym_pData+nIndex), 0, nCount * sizeof(TYPE*));
9 A" M: E4 U! k5 u8 _ o+ n0 M9 h for (; nCount--; nIndex++)
" a( V' T) }! c9 g# g Ym_pData[nIndex] = new TYPE;
6 v/ ~* @2 ?# ^5 d};; a. [; K* V5 X4 A3 P0 w7 G
public:+ |2 K% b' I& }' f8 w" c2 m: b
// Construction
) u. p# M1 w$ uYCArray();
& ]7 m0 W/ z& J" J f' _; F8 d, f8 m1 GYCArray(YCArray<TYPE, ARG_TYPE>& tp);: O/ {# U; w& S# I( R# E) a* u
~YCArray();
- q" I8 T1 h/ G3 b+ l Jvoid Serialize(CArchive&);$ G; c2 n) x) O
#ifdef _DEBUG
) G# z; h( j6 _% J- T, p/ Wvoid Dump(CDumpContext&) const;6 ]- Z/ s) n, |: }. k. L2 q
void AssertValid() const;7 R/ X# _) }- J, G" d
#endif
1 M8 p" X5 v. L- o
};
% S# ~+ |; y& _1 ? ~+ G" {
[此贴子已经被作者于2005-1-10 14:04:39编辑过]
7 u9 y+ `7 ]- u% I R
作者: yzhlinux 时间: 2005-1-10 13:56
//接上面
( r; `1 Q: z6 Ctemplate<class TYPE, class ARG_TYPE>
X* \2 F1 N# }1 U" Q8 v+ b$ wYCArray<TYPE, ARG_TYPE>::~YCArray(), |: D+ f8 W) C& O) [% x
{
3 [: H+ h# S( s$ J7 T A% y ASSERT_VALID(this);
if (Ym_pData != NULL)
% s& c& e, i+ ^ h' T& O9 V% C0 B( b% b {" {% }# \$ y7 j: j
DestructAllElement(0,m_nSize);% G9 H# _, z) M# G- c0 c* z1 F! r* A
//DestructElements<TYPE>(Ym_pData, m_nSize);) p+ c2 z0 m( E" d9 J: ]
delete[] (BYTE*)Ym_pData;5 G. Q ~( O# x8 ^( l
}. t2 D# y" E& m. T, U( x9 u% ~
}% z4 x& w/ [/ \& g7 G; `) I: |
template<class TYPE, class ARG_TYPE>
6 z2 q! C9 j9 N7 c1 z$ jCString YCArray<TYPE, ARG_TYPE>::GetSign()
# `" E a& a5 W: p0 g# b5 D{
+ X8 f/ H. K; m6 o' g2 ? lock_sign=0; V) J5 ]1 r L
return Sign;
d- o6 g" F3 W7 J/ `}
/ [8 {$ Z; [- Vtemplate<class TYPE, class ARG_TYPE>
7 l3 [/ |2 \2 t# X5 s% Bint YCArray<TYPE, ARG_TYPE>::SetSign(CString& sign)
1 W, v7 ^7 C% x( x6 w# E1 Q5 ?6 q{; W8 i. u( {8 _4 n! ?* h8 @- Q9 ?
int i=0;
; U* J0 s3 _; ?1 L5 }9 u while(lock_sign&&i<MAXSIGNTIME){ ~( Y1 r5 K! X- [; N/ G
Sleep(1);+ }0 T7 y0 w$ |- d) t# a' y
i++;) m% e$ u& N- {# x
}
$ R; {2 \* C6 W: m lock_sign=1; w) Z$ N0 K% H) ^% P4 w
Sign=sign;
: X4 b s! f$ a5 P1 P1 g4 s return TRUE;
' w, X; t- S' u0 r& d}" A8 p) L* ?/ @
//用与把 nindex 后的索引往后推 nCount ,自动调整好buffer
4 t; t5 p, O! C' Y8 u5 x" rtemplate<class TYPE, class ARG_TYPE>" e# v( ]) L6 O* n7 |. I, D! Q
BOOL YCArray<TYPE, ARG_TYPE>::SetIndexSize(int nNewSize)
$ I- a+ O8 O4 w+ Z1 i. I- P{
2 F( g* C& k& n% [7 U# ` if(strIndexNum < nNewSize){
; G" `9 _' c( N6 ? CString* tp = new CString[nNewSize];//新的buffer# A" E/ i2 Z+ a
for(int i=0;i<strIndexNum;i++){//把老索引复制过来! Q1 Y% r$ f/ v2 j7 E! e
tp = strIndex;1 \3 i/ C9 q" U% F
}, M0 m# K: G0 X9 s( C
for(i=strIndexNum;i<nNewSize;i++){
r/ A; C0 C, B! j$ I+ g tp = "" ;2 [2 F: ^4 D; Z0 t" P+ T
}
, f0 n2 ?% ~ F delete[] strIndex ;% l- m S6 S' i& l5 C( t6 Q9 G
strIndex = tp ;
1 n3 G1 D7 V: @- ?, m$ ] strIndexNum = nNewSize ;
, H U5 F/ U6 V; y }else if(strIndexNum < nNewSize){2 q& a" c7 e% u0 g1 U$ J
for(int i=nNewSize;i<strIndexNum;i++){
. R! d+ u) E( Q2 Y z; E, L. w strIndex = "" ;* H) O$ q- e' E) P
}
( F! c E* ]. I4 G# ], E }7 ]; G4 t# u, Z4 h) S4 K
return TRUE;
/ Y) ~9 M R. O7 k}* p2 a7 R+ Y% R# m
template<class TYPE, class ARG_TYPE>* T3 N( h5 Z( Y
BOOL YCArray<TYPE, ARG_TYPE>::INSERTIndex(int nIndex,int nCount /*=1*/)5 U+ Q4 w5 G0 r
{
7 F: O. T! P: `5 o# l CString* tp = new CString[m_nSize+nCount];//新的buffer
! T+ Q# T: U9 ?+ g( J, V" J for(int i=0;i<nIndex;i++){//把老索引复制过来
& L; A- N, d0 J2 m3 V9 V tp = strIndex;& B! \3 j! d5 F# V. _: }
}int j =0 ;
( r ]% u1 ]1 I% g* S for(i=nIndex+nCount;i<m_nSize;i++){//把老索引复制过来
- r2 l) D$ X$ F! `, u, _+ H tp = strIndex[nIndex+j];( O; G( f) C* D8 i0 n: X& W
j++;% s1 j! g, w( y+ E7 e8 K7 J3 V6 {
}
8 y [* r* {7 V; g* w: r7 Y delete[] strIndex ;; v* M2 j, H$ C8 Z4 |6 G. g
strIndex = tp ;
2 t0 F8 z5 }& Y2 }0 W return TRUE;5 r1 M: G) T& T6 L3 L; ?" |5 h/ D
}
. ?0 d i5 E! N& Atemplate<class TYPE, class ARG_TYPE># I) ]2 a- R( J$ @9 ^/ U
BOOL YCArray<TYPE, ARG_TYPE>::SETIndex(CString cIndex,int nIndex)
+ e3 x( d3 E6 M{//在 nIndex 后面添加一个 字符串索引
' s, v' d' U+ z, v/ H strIndex[nIndex] = cIndex ; ?9 [. G; @0 H, {" C+ u
return TRUE;
- \% u+ o4 I+ B8 e}3 m0 j" {$ C2 R8 e6 T0 [2 r
template<class TYPE, class ARG_TYPE>7 K4 u: J' _" |' h
BOOL YCArray<TYPE, ARG_TYPE>:
ELIndex(int nIndex,int nCount /*=1*/)' |# N2 x* ^, H$ T, ]: y
{//需要在 m_nSize 变化之前调用!!. R! F" I* S$ e# W+ f
ASSERT(nIndex >= 0);% ?3 ]4 h8 S- y; G/ u' m, x. e
ASSERT(nCount >= 0);; C: u0 ~& M. O6 l) K5 Q [: r8 ~
ASSERT(nIndex + nCount <= m_nSize);
+ s9 I. B7 g% i9 {% f: r% t8 y9 B int j =0 ;5 p% E [# U% p
for(int i=nIndex+nCount;i<m_nSize;i++){//把老索引复制过来8 I/ I% X3 K" k% A& S
strIndex[nIndex+j] = strIndex;8 M. [- P. r1 F5 w( ]: K8 ^
j++;
2 [! n5 x# L: U9 J" u2 \4 y# L2 d2 K }/ O! x% I# Q7 }- h6 \8 o' w4 K! n
return TRUE;( @" O9 F1 V+ `6 w7 H# U
}
, U: n& i8 X+ L2 n: Y: _; n; {template<class TYPE, class ARG_TYPE>; n5 B$ S! @5 M3 h: j& x" {
BOOL YCArray<TYPE, ARG_TYPE>:ELIndex(CString cIndex,int nCount /*=1*/)
, _* G+ ]& U1 O' M J f{
& P F5 N k* I; v0 [- W int nIndex=this->GetIndex(cIndex);; A/ w& {4 B6 E; p! S
return this->DELIndex(nIndex,nCount);
) R* j6 z3 e$ t. t. s: I- h! X}; b: `4 J+ {3 A# _" C$ s
template<class TYPE, class ARG_TYPE>1 T' p7 w5 I# ~4 Y1 `: Z/ u
int YCArray<TYPE, ARG_TYPE>::GetIndex(CString cIndex)3 q/ Y- e2 `% Q
{//得到 cIndex 的数字索引
( Z T* U9 X; F0 p' F6 \ z7 i3 s! ~ int nPos = -1;2 T% w3 ], v5 f+ C
for(int i=0;i<m_nSize;i++){
$ h2 I; ~ m( V3 O if(strIndex == cIndex){
0 X; @: B. s" [8 ] nPos = i ;break;
: n" X. C+ c% r5 [ | }
5 o6 k) K6 F2 d! p% D }
. L" {: Q1 f9 H' J2 w' j return nPos;1 a% n: S( m8 x
}
& P& z: w+ }% i3 s& n) F/ stemplate<class TYPE, class ARG_TYPE>
2 n/ v* W. f! K! O6 ^5 D' s4 _CString YCArray<TYPE, ARG_TYPE>::GetIndex(int nIndex)
* }( d, E' D! ?7 Z" g7 w' B; h+ [{//返回 nIndex 的字符串索引) f, u9 l5 I* b& V
return strIndex[nIndex];. F7 n! g) C) Y0 B
}
) A& K! h: r% u+ [2 u" T( g/////////////////////////////////////////////////////////////////////////////
9 x) L6 m5 ^! }2 K0 n# h) N& W3 |0 d// YCArray<TYPE, ARG_TYPE> inline functions
template<class TYPE, class ARG_TYPE>
7 f+ }1 b8 p. v! N& qAFX_INLINE int YCArray<TYPE, ARG_TYPE>::GetSize() const
! G& f8 q+ n% _4 G { return m_nSize; }
. A( d5 X" i) E7 f Qtemplate<class TYPE, class ARG_TYPE>3 b9 n' G+ K2 o* l
AFX_INLINE int YCArray<TYPE, ARG_TYPE>::GetUpperBound() const
: z, H! {- Z) w4 M4 v& `$ e { return m_nSize-1; }8 V. {6 [. }3 m9 p7 b. L
template<class TYPE, class ARG_TYPE>4 C1 g' l# e* { W" l
AFX_INLINE void YCArray<TYPE, ARG_TYPE>::RemoveAll()) Y$ e+ |$ C0 W' ^/ U" t* ~. Q
{ SetSize(0, -1); }1 ^3 |( d7 ?6 A: k( \" \5 L
template<class TYPE, class ARG_TYPE>
0 |2 T7 K3 V& I( v4 PAFX_INLINE TYPE YCArray<TYPE, ARG_TYPE>::GetAt(int nIndex) const
: X* }# {: q2 U+ D2 p0 V { ASSERT(nIndex >= 0 && nIndex < m_nSize);
0 Z6 w3 L0 H5 R1 i- O0 ^ return *Ym_pData[nIndex]; }
, e: L$ g! h- a3 |template<class TYPE, class ARG_TYPE>
/ h/ g1 N6 G; FAFX_INLINE void YCArray<TYPE, ARG_TYPE>::SetAt(int nIndex, ARG_TYPE newElement)0 L ~) R5 q2 u# U! C
{ ASSERT(nIndex >= 0 && nIndex < m_nSize);
9 s2 v$ a( K6 j* { *(Ym_pData[nIndex]) = newElement; }
template<class TYPE, class ARG_TYPE>
3 V" B! {0 V4 B- a6 q0 n7 F; lAFX_INLINE TYPE& YCArray<TYPE, ARG_TYPE>::ElementAt(int nIndex)
8 ^; |! u, O: ?) A9 \$ C { ASSERT(nIndex >= 0 && nIndex < m_nSize);
* g' ?) Y* I) t8 o8 a( c return *Ym_pData[nIndex]; }
template<class TYPE, class ARG_TYPE>% k1 C9 v( j+ I
TYPE YCArray<TYPE, ARG_TYPE>::GetAt(CString cIndex) const: X) B0 g3 v, r. V: L y, F) L" Z
{. j. d V: f( @) {. J" @% h4 n
int nIndex=GetIndex(cIndex);! C* i, K9 g( \+ B: b$ G3 |
return GetAt(nIndex);
7 R5 N5 _7 i) R; h! v}
# P, s- `& r3 k; v3 Ltemplate<class TYPE, class ARG_TYPE>% J5 j' p1 Z! ]# f8 r H5 g/ f; M. ^
void YCArray<TYPE, ARG_TYPE>::SetAt(CString cIndex, ARG_TYPE newElement)
* y* }* I5 r# z{6 S) E0 T$ Q+ r# G! p+ V! T8 A7 ], O% Q
int nIndex=GetIndex(cIndex);
- a: b ?' _$ ~3 M; a1 ?3 r$ e9 J return SetAt(nIndex, newElement);
2 z. N0 U t' g; U3 a; f; O/ ]) `/ x}; M" E$ n' w9 X
template<class TYPE, class ARG_TYPE>
) D, q7 u, x1 k2 ~1 j3 o3 XTYPE& YCArray<TYPE, ARG_TYPE>::ElementAt(CString cIndex)/ o% l6 N5 x7 c' ]: C+ _$ r+ _5 [
{& I* B' I$ k4 t* t6 b# w
int nIndex=GetIndex(cIndex);! K0 \3 r2 T1 [( p
return ElementAt(nIndex);8 T# L3 [+ M9 m8 }. K
}
8 F3 B `% a3 itemplate<class TYPE, class ARG_TYPE>
7 h8 R, R$ u6 \5 Z2 j, q8 ]AFX_INLINE const TYPE** YCArray<TYPE, ARG_TYPE>::GetData() const
9 w2 i+ A+ O& a; l { return (const TYPE**)Ym_pData; }' {6 `2 N- Y5 P" X Q, o5 q- Y3 N5 y
template<class TYPE, class ARG_TYPE>
9 m! x2 P! |- \AFX_INLINE TYPE** YCArray<TYPE, ARG_TYPE>::GetData()
0 ~+ Z( G& C: f1 s2 b8 v" f' F9 \ { return (TYPE**)Ym_pData; }2 [0 h3 | O' p7 W* U! L H
template<class TYPE, class ARG_TYPE>) S8 ~4 ?! A" r) h' Q. H8 n4 P
AFX_INLINE int YCArray<TYPE, ARG_TYPE>::Add(ARG_TYPE newElement,CString cIndex /* ="" */)
8 `" `9 m" s& z, T8 `1 [9 m" h% R { int nIndex = m_nSize;- p' ]. ]1 w2 N$ R! v3 Y4 E P' v
SetAtGrow(nIndex, newElement);
# H; t, Y8 y' e) c( q5 w SETIndex(cIndex,nIndex);: n- O2 y% Y( x- Q' u2 t
return nIndex; }6 }0 i4 ~" w7 c* D( N7 J2 r( ^
template<class TYPE, class ARG_TYPE>
- D8 Y# ~* @/ [AFX_INLINE TYPE YCArray<TYPE, ARG_TYPE>:
perator[](int nIndex) const
+ A, v" g( c+ i5 B$ S { return GetAt(nIndex); }
, J( L9 n/ X1 Q' S Ftemplate<class TYPE, class ARG_TYPE>
+ N. A& Z( _, h+ ?0 @" e, [6 q( E6 uAFX_INLINE TYPE& YCArray<TYPE, ARG_TYPE>:perator[](int nIndex)
- W+ ~& |; c: |: ^* R6 H { return ElementAt(nIndex); }8 N( h( C8 t- s+ i0 @$ d
template<class TYPE, class ARG_TYPE>, K1 O# G* b0 S6 Q/ {
AFX_INLINE TYPE YCArray<TYPE, ARG_TYPE>:perator[](CString cIndex) const
8 W9 P( z& v, e" m6 B( {/ h0 E{+ ]) V- A* @" m4 O
int nIndex=GetIndex(cIndex);
return operator[](nIndex);7 {$ s5 Z& f$ v7 S: `1 F
}3 f: C& ]0 p. i* q4 a3 S5 r# a5 B
template<class TYPE, class ARG_TYPE>
1 n0 N+ N f( ] A3 ~AFX_INLINE TYPE& YCArray<TYPE, ARG_TYPE>:perator[](CString cIndex)* v- ^' ~6 [$ O0 d8 o r5 R3 \9 W# i
{
$ F, v2 F1 K* {/ g int nIndex=GetIndex(cIndex);0 v( \% \+ R, F N5 T8 F
return operator[](nIndex);2 q7 C7 g9 V4 j
}% U( R3 Y, d p2 e, q% Y x$ Z
/*
8 Y: a- I! [8 f5 D* N1 ]7 }template<class TYPE, class ARG_TYPE>
9 X3 t' f7 {9 R u" e; BAFX_INLINE YCArray<TYPE,ARG_TYPE> YCArray<TYPE, ARG_TYPE>:perator=(YCArray<TYPE,ARG_TYPE>& tparr) const' X0 |) y1 `, ~5 _; d2 c
{
& `- k9 n+ {5 C q, ~( k" k$ E int i,j;
" A( b/ j6 l. `0 ^( }* O+ F for(i=0;i<tparr.GetSize();i++){" h4 \9 m, G7 D$ B
j = GetIndex(tparr.GetIndex(i));: a5 t$ g9 Q: C, D& K6 L4 B9 a8 T
if(j>-1){) o+ [ L5 }$ G2 @
operator[](tparr.GetIndex(i)) = tparr;) u$ B, x' H7 ]) I8 @. q
}else{
3 ]7 F! z4 F1 i! s# q, M1 g4 M Add(tparr,tparr.GetIndex(i));5 {& `+ P, T+ B. d/ w5 F% R" [9 e/ |. U
}# x! b' F1 a8 ~
}
1 {& q) E0 g1 k0 u7 ? return this;: t" a, Q9 r; X1 O# b) i
}
) w- k0 M! i. }; n( t# F: {*/
+ ^: b1 b' z6 D& `7 Q+ y$ ~8 ~template<class TYPE, class ARG_TYPE>
& L# Q- s: C$ vAFX_INLINE YCArray<TYPE,ARG_TYPE>& YCArray<TYPE, ARG_TYPE>:perator=(YCArray<TYPE,ARG_TYPE>& src)7 D: S, B4 {+ \
{
0 ^/ y/ j7 O0 v9 j$ z% x. T9 j8 g ASSERT_VALID(this);- }( J3 O7 X# s Q7 @" C+ n
ASSERT(this != &src); // cannot append to itself
SetSize(src.m_nSize);
$ l5 @; O5 C4 X+ D& E% c- ~8 L W6 j for(int i=0;i<m_nSize;i++){
& W; | @" c9 t /*将此句修改为内存拷贝*///! ~2 n* n4 q2 l2 T
*Ym_pData = *src.Ym_pData ;) s: ?2 z8 K! ?1 e4 ?9 p$ U9 [
//memcpy(Ym_pData,src.Ym_pData,sizeof(TYPE));
+ ^% \. b+ G* [, W" k SETIndex(src.GetIndex(i),i);
: c! G: u" I; T8 n# I+ i4 | }- s7 d1 j% E3 g, `* F2 T
return *this;, F2 l. Z8 g, ]9 m
}
# Z# L: u' ^7 d, ]- g$ S5 y {6 ^/////////////////////////////////////////////////////////////////////////////
4 E, y2 W4 m) f* I8 h# c$ i// YCArray<TYPE, ARG_TYPE> out-of-line functions
template<class TYPE, class ARG_TYPE>' k0 n- {; U! C. r/ a; F1 D4 B; X
YCArray<TYPE, ARG_TYPE>::YCArray()+ H# B9 J9 G4 ]
{* u5 a% h8 m* D- z7 h
Ym_pData = NULL;, i/ b( _% P6 I8 _& D; x0 m( I
strIndexNum = m_nSize = m_nMaxSize = m_nGrowBy = 0;$ F0 o: f" I4 u% U& I( O
strIndex=NULL;MAXSIGNTIME=10;" b# p0 z0 @1 D1 h1 N' S j/ n
}
+ |4 a( t: D( h6 Y; s1 ntemplate<class TYPE, class ARG_TYPE>
2 A7 [* x3 q' g0 B3 _7 s0 AYCArray<TYPE, ARG_TYPE>::YCArray(YCArray<TYPE, ARG_TYPE>& tp)
# t" V5 r" }7 a& R0 k( T{* s5 K4 Z( B, I+ U$ b, v) s6 F
Ym_pData = NULL;
# Q: P& k2 _& Y8 H2 q# \) ~6 d' | strIndexNum = m_nSize = m_nMaxSize = m_nGrowBy = 0;
( v% d& ^9 l- \' Y5 n; L( n strIndex=NULL;MAXSIGNTIME=10;
{" \& W7 e# f, r! G3 @ operator=(tp);0 r o' W" l# N, n( [. Z4 p+ L
}
template<class TYPE, class ARG_TYPE>
2 u7 Q( B" W. P9 C- H) Jvoid YCArray<TYPE, ARG_TYPE>::SetSize(int nNewSize, int nGrowBy)# Y& y0 v: v/ @5 k6 B6 n7 D
{
1 ]& N$ |6 J5 [: i* w ASSERT_VALID(this);
$ E2 U. D$ \1 s( P ^ ASSERT(nNewSize >= 0);
if (nGrowBy != -1); @( t) L! y& D
m_nGrowBy = nGrowBy; // set new size
if (nNewSize == 0){! q/ x2 Q( {, m9 y
// shrink to nothing
4 r3 C& t1 Q5 n! ^ if (Ym_pData != NULL){
: l# h: z' L, h/ @2 @, @ DestructAllElement(0,m_nSize);: o! S, ^/ {4 ^# }' w/ U
//DestructElements<TYPE>(Ym_pData, m_nSize);3 b: t1 {( [( M& \/ C$ q
delete[] (BYTE*)Ym_pData;3 U9 e7 w9 y4 e# E! o7 d, {7 \2 |- R
Ym_pData = NULL;
. z7 U: {6 u# ` }
) V, Y6 \& q" B: l5 y b m_nSize = m_nMaxSize = 0;# D/ y& i( {8 P9 h" |: U% f+ Q: L" F
} else if (Ym_pData == NULL){1 X; W/ i; ?+ ~2 `, z
// create one with exact size+ b6 q7 j) z, j+ e H/ [
#ifdef SIZE_T_MAX
2 C9 E4 X+ _7 r) r9 G' R ASSERT(nNewSize <= SIZE_T_MAX/sizeof(TYPE*)); // no overflow
/ g# a* y# d+ M# i- X& i8 N: v#endif% p1 o% K3 f: a i; e+ d$ K7 v# z8 a
Ym_pData = (TYPE**) new BYTE[nNewSize * sizeof(TYPE*)];
; [7 T) y5 `2 D$ N1 k0 `' M% | ConstructAllElements(0,nNewSize);//ConstructElements<TYPE>(Ym_pData, nNewSize);4 Y x7 z$ x. w7 m
m_nSize = m_nMaxSize = nNewSize;
8 ~$ v4 a. l- N) z" t+ T } else if (nNewSize <= m_nMaxSize){/ ~' M8 K4 ^3 w: d2 S. \
// it fits9 N: J# T a d+ r& I
if (nNewSize > m_nSize)' j. u. s9 ~2 T3 a* S
{$ t, m: ~- Z$ r! k B1 |$ v
// initialize the new elements# a6 U& q. Z: v! b# F2 i6 v" W0 U( z
ConstructAllElements(m_nSize,nNewSize-m_nSize);//ConstructElements<TYPE>(&Ym_pData[m_nSize], nNewSize-m_nSize);
- ^" f; _: v$ T! A }
3 w3 ~: G1 e) X8 C4 n else if (m_nSize > nNewSize); g' W m( k; A
{
! P( o) M! {* W // destroy the old elements2 {* B' Z1 g. E9 a% T
DestructAllElement(nNewSize,m_nSize-nNewSize);
* \. f. X. |9 K4 n. X% ` //DestructElements<TYPE>(&Ym_pData[nNewSize], m_nSize-nNewSize);0 k# X- W1 Z0 u( y" b
}, S- F% T4 P( I r: S$ T
m_nSize = nNewSize;8 D; M' n( J0 D* N/ E
}
) O m/ |* s/ C* i4 \% w else
4 M4 t1 _/ ^: Y0 f, T {
; T1 _& P) x( _# b5 K! w // otherwise, grow array
0 {9 q) R) O+ c7 t4 \; b int nGrowBy = m_nGrowBy;
- G5 A+ w! D' `0 t if (nGrowBy == 0)
: A) F7 t" O3 D& @7 W {: k1 h7 V, o) l2 b2 e2 l
// heuristically determine growth when nGrowBy == 03 T$ f( P# ^2 g3 f# ~0 N( v
// (this avoids heap fragmentation in many situations)
/ I4 Q0 Z6 w6 V2 |. I nGrowBy = m_nSize / 8;
4 v- M- y2 P u6 R" N( g* Q nGrowBy = (nGrowBy < 4) ? 4 : ((nGrowBy > 1024) ? 1024 : nGrowBy);9 v8 S3 i* p) Z, f) v9 _
}2 T8 E* V4 U% M3 Y
int nNewMax;
( x+ y, V5 b. ?% ?5 t) z if (nNewSize < m_nMaxSize + nGrowBy)
3 a& o) R5 X( N' j+ `$ v nNewMax = m_nMaxSize + nGrowBy; // granularity! J2 `. H- R( b8 H
else
+ q5 p2 v2 i# W2 }- y nNewMax = nNewSize; // no slush
ASSERT(nNewMax >= m_nMaxSize); // no wrap around/ \2 J' S# ^7 {4 X0 p- V9 g4 P _) ^
#ifdef SIZE_T_MAX# R \8 e" G% D9 N* u
ASSERT(nNewMax <= SIZE_T_MAX/sizeof(TYPE)); // no overflow
3 G* d1 g4 f: K9 Z#endif
5 g+ t- W9 n: V3 ?( U _ TYPE** pNewData = (TYPE**) new BYTE[nNewMax * sizeof(TYPE*)];//TYPE* pNewData = (TYPE*) new BYTE[nNewMax * sizeof(TYPE)];
// copy new data from old
3 z5 z" e$ R3 k; g- { memcpy(pNewData, Ym_pData, m_nSize * sizeof(TYPE*));
// construct remaining elements% Y8 G! \6 q4 M4 u
ASSERT(nNewSize > m_nSize); //throw("/*wait for me --- yzhlinux*/");6 Z1 Q$ t6 K; ~4 p" Q
delete[] (BYTE*)Ym_pData;
, V0 |) i5 q' ]5 F Ym_pData = pNewData;2 i& R1 p: W' P' V
ConstructAllElements(m_nSize,nNewSize-m_nSize);//ConstructElements<TYPE>(&pNewData[m_nSize], nNewSize-m_nSize);
// get rid of old stuff (note: no destructors called)
4 a, U" i1 f4 M! H! \, a8 V m_nSize = nNewSize;
% V. b* c y' ]- W Q* j m_nMaxSize = nNewMax;0 U0 m e& b3 M" ]8 ?. y* g
}. S6 u5 |) }' Z* W, U
SetIndexSize(nNewSize);0 M) T2 i' M% k5 I& M
}
9 i% k) M) x6 ?2 B1 k
作者: yzhlinux 时间: 2005-1-10 13:58
//接上面
7 B) o6 }$ m# z. J9 p
template<class TYPE, class ARG_TYPE>
_' f; `9 X9 e/ g0 X. C3 t1 C# _* aint YCArray<TYPE, ARG_TYPE>::Append(const YCArray& src)
4 T3 B( L5 Z3 C% d* [. i{- h* ~" F0 b* O( F
ASSERT_VALID(this);
# |. C; L0 Y6 D2 c$ U ASSERT(this != &src); // cannot append to itself
int nOldSize = m_nSize;
4 D1 b1 C0 E( w. p; @8 L# ^; s3 h1 f) N SetSize(m_nSize + src.m_nSize);
ConstructAllElements(nOldSize,src.m_nSize);
4 v( d& t& M+ r' `4 p for(int i=nOldSize;i<m_nSize;i++){ C: w, N7 h$ @) h
/*将此句修改为内存拷贝*///
5 _# a0 U# r0 Q *Ym_pData = *src.Ym_pData[i-nOldSize] ;
: J- Z8 [! ]: s* @/ n8 x N1 X //memcpy(Ym_pData,src.Ym_pData[i-nOldSize],sizeof(TYPE));
& _# r" t% \7 v4 R- w SETIndex(src.GetIndex(i-nOldSize),i);
. I5 ~: `# R. N6 G z }
2 p$ P$ g2 I! Z+ a /*wait for me*///CopyElements<TYPE>(Ym_pData + nOldSize, src.Ym_pData, src.m_nSize);
$ @3 o1 m6 A+ N" w% o0 k return nOldSize;5 u* J& ^) M0 X# I* R
}
template<class TYPE, class ARG_TYPE>8 [6 d* H+ s% e: O# E$ C
void YCArray<TYPE, ARG_TYPE>::Copy(const YCArray& src) e h8 h' L4 r& y- z- v7 v" @
{
( n# c. n+ m d; f2 v6 e ASSERT_VALID(this);
9 ] K' f1 b! { H! d& n ASSERT(this != &src); // cannot append to itself
SetSize(src.m_nSize);
}3 I% F. o- A8 O for(int i=0;i<m_nSize;i++){
' D+ Z; D) w, l" u& [7 m0 x: r. m /*将此句修改为内存拷贝*///*Ym_pData = *src.Ym_pData ;
" M$ [: F4 @; B; E memcpy(Ym_pData,src.Ym_pData,sizeof(TYPE));
& i I2 m: n- \! b+ w7 z) N/ K SETIndex(src.GetIndex(i),i);
3 P5 g; ?2 ]+ U0 l) _! @ }
& Q- |+ V& K. P6 a; l /*wait for me*///CopyElements<TYPE>(Ym_pData, src.Ym_pData, src.m_nSize);
9 A( S) r+ x- B/ Q% Q}
template<class TYPE, class ARG_TYPE>
$ B* r4 z) v# I8 ], k: E' Ivoid YCArray<TYPE, ARG_TYPE>::FreeExtra()
* t; t3 g! _7 \% K! w0 Z{
: N2 V# ~' {' m8 L0 ~ ASSERT_VALID(this);
if (m_nSize != m_nMaxSize)
3 e9 ]) r3 c. V, {# z {
' `0 \/ c2 t; N" i& C: j // shrink to desired size; Z* Q. y) l+ m+ b: c; Y2 l
#ifdef SIZE_T_MAX
- A a0 [6 Y- r7 v5 a8 N ASSERT(m_nSize <= SIZE_T_MAX/sizeof(TYPE)); // no overflow# Y4 q- r/ f0 E1 I9 T4 N
#endif4 p$ A- E, Q3 Q' F- \
TYPE* pNewData = NULL;
# T1 E! v# }6 L if (m_nSize != 0)7 w; P- a+ g" k+ l5 v1 j$ m
{
6 J7 s' C- l1 t7 @; s; b+ |( | pNewData = (TYPE**) new BYTE[m_nSize * sizeof(TYPE*)];
1 _4 Z+ c5 {* ]; {" Z3 |- F+ v // copy new data from old
: o. W9 E8 v& R memcpy(pNewData, Ym_pData, m_nSize * sizeof(TYPE*));
: u+ }1 T& e, J2 K( k$ h }
// get rid of old stuff (note: no destructors called)/ v. D; l/ ^9 g# o1 m3 I1 p3 _8 N
delete[] (BYTE*)Ym_pData;
4 k% o0 w! ~" x- i! q6 j/ ^! w Ym_pData = pNewData;
$ Y/ J' e1 Q; a1 ?8 L m_nMaxSize = m_nSize;6 s5 F! O# G" a& A6 W C' H/ `
}
% e# M$ E0 C5 A1 v) S* o* b}
( L: w4 u F( Y2 Dtemplate<class TYPE, class ARG_TYPE>) i; T5 N7 W* I9 q1 U5 k
void YCArray<TYPE, ARG_TYPE>::SetAtGrow(CString cIndex, ARG_TYPE newElement)$ D `$ h. l& N5 ^; @
{6 G) j: i$ j7 o
int nIndex=GetIndex(cIndex);+ ]1 u1 ^" S. |& ]5 c+ ~2 L
return SetAtGrow(nIndex,newElement);7 y8 m! A3 u: E- k, G
}
9 l0 ^+ u8 s1 H4 ctemplate<class TYPE, class ARG_TYPE>
* p& h$ W7 S( X1 M# W+ z# qvoid YCArray<TYPE, ARG_TYPE>::SetAtGrow(int nIndex, ARG_TYPE newElement)
7 c- A, c. w# e6 f8 r. E# R1 y6 p5 }{9 _$ \ v9 r2 d1 ?; ~$ b8 r! E
ASSERT_VALID(this);- `8 G5 I1 h' Z7 w, |( p6 Y5 h3 r! W
ASSERT(nIndex >= 0);
if (nIndex >= m_nSize)4 Q1 W+ f0 r7 t1 Q1 @
SetSize(nIndex+1, -1);
, e, {* h. z5 Q *Ym_pData[nIndex] = newElement;
$ D S. F' d1 L; v3 e5 a. o( u7 w+ V}
template<class TYPE, class ARG_TYPE>9 c! f& M6 _9 M0 B+ A: F
void YCArray<TYPE, ARG_TYPE>::InsertAt(int nIndex, ARG_TYPE newElement, int nCount /*=1*/)5 V; o! b4 _$ q" A6 V
{
9 x t* {( r6 k* K% R ASSERT_VALID(this);: U- ^: D, r% t3 F, p
ASSERT(nIndex >= 0); // will expand to meet need
" s) e1 Q, |, L; F: D) I1 v ASSERT(nCount > 0); // zero or negative size not allowed
if (nIndex >= m_nSize)
! A, k$ \' `4 K {, t( q8 R& `# R5 K0 I
// adding after the end of the array$ b5 ^/ D4 @5 a& z3 p: G. k
SetSize(nIndex + nCount, -1); // grow so nIndex is valid
: R) |# [' u3 y7 J" p5 v }
- ^4 J" ^5 I1 {$ c/ J else+ w/ o/ r: N8 _/ M T! x9 @
{5 O& J% |+ u, o3 x
// inserting in the middle of the array
6 x1 V; z3 \$ g0 ?9 k2 x int nOldSize = m_nSize;
; F& z8 O. ]6 Z" d9 U( Y( U SetSize(m_nSize + nCount, -1); // grow it to new size8 @# ?5 E1 U8 h3 Y- J, b& f
// destroy intial data before copying over it
1 E1 u& S$ Y y: v" O7 d% o z6 c /*不需要销毁了,因为 SetSize 的是指针*///DestructAllElement(nOldSize,nCount);4 L2 y3 i$ K; y
//DestructElements<TYPE>(&Ym_pData[nOldSize], nCount);$ K- |# o- u3 C9 q& d9 |
// shift old data up to fill gap; v( b0 R* w1 ?! I# {; _
memmove(&Ym_pData[nIndex+nCount], &Ym_pData[nIndex],
' S) h# r- ]+ x5 I2 w% J; [" D (nOldSize-nIndex) * sizeof(TYPE*));
// re-init slots we copied from8 [: r# v# m5 G
/*不需要销毁了,因为 SetSize 的是指针*///ConstructAllElements(nIndex,nCount);//ConstructElements<TYPE>(&Ym_pData[nIndex], nCount);$ ^/ e$ ~7 h. G( I7 R% V! V
}
// insert new value in the gap" {' J6 f! i' h2 v0 v: q; f
ASSERT(nIndex + nCount <= m_nSize);
0 }, U8 v' U6 U) b( ~ while (nCount--){7 P5 Y2 M, e$ ^# m* P h- d
*Ym_pData[nIndex++] = newElement;
; R) O6 t5 J* @: v }4 P% g! ?, `1 d
}6 B0 j" x) Q, ^ J; H
template<class TYPE, class ARG_TYPE>
$ b8 N; v! {0 l8 y) F7 v$ vvoid YCArray<TYPE, ARG_TYPE>::RemoveAt(CString cIndex,int nCount /*=1*/)8 b3 ~' K" F1 k, z8 g( ?
{
2 L7 {: {; E& `" V% Y int nIndex = GetIndex(cIndex);
, B/ u# R9 u6 i+ ?& \" q$ \ RemoveAt(nIndex,nCount);
& [8 p7 _" j' g: E5 N% T4 B}- x% S$ z @" L/ a% _; i: Z
template<class TYPE, class ARG_TYPE>
. z+ }% E h" |. E Avoid YCArray<TYPE, ARG_TYPE>::RemoveAt(int nIndex, int nCount /*=1*//*=1*/)
: I3 W3 H) Y5 M0 W% a' |) h, E' A{
+ P, j. {0 j- c4 W" j ASSERT_VALID(this);& c L" `, J( K, s
ASSERT(nIndex >= 0);% g; r1 p" C7 H5 n& {3 a4 u# D
ASSERT(nCount >= 0);
+ k( b' H o0 f7 V ASSERT(nIndex + nCount <= m_nSize);# {/ _. E( o* S" [! H
//yzh) \% x+ c' ~5 m; q* c
DELIndex(nIndex);* c3 Y0 D! W; H
//yzh
: j t& `7 r2 B* W // just remove a range8 z7 x, p6 Q( ]. h; k$ V
int nMoveCount = m_nSize - (nIndex + nCount); //需要移动的数目
' \! g2 K1 P0 Z2 q* K. Z9 Z, o& N DestructAllElement(nIndex,nCount);$ o8 H: w3 b% P4 r
//DestructElements<TYPE>(&Ym_pData[nIndex], nCount);
7 ]5 a5 `% \, x2 O8 V if (nMoveCount)
6 Q( G1 A1 M$ h2 M( p* [- l- e memmove(&Ym_pData[nIndex], &Ym_pData[nIndex + nCount],7 d8 x) J( t9 ]& p# R3 o
nMoveCount * sizeof(TYPE*));
+ {* Y( i' Q2 O/ q/ W# X( ] m_nSize -= nCount;2 u5 R+ D/ T! W
}
template<class TYPE, class ARG_TYPE>5 d% K* s( n8 x' F. m
void YCArray<TYPE, ARG_TYPE>::InsertAt(int nStartIndex, YCArray* pNewArray)
( N# F: h" K% _1 H4 Z; _$ K{
3 s/ W% X+ u2 W8 L u- } ASSERT_VALID(this);
5 E- n. n5 | ~0 g$ k ASSERT(pNewArray != NULL);6 i6 u3 }9 _# k' M0 u/ m
ASSERT_VALID(pNewArray); o* o8 L1 \9 S
ASSERT(nStartIndex >= 0);
if (pNewArray->GetSize() > 0). W( r1 z3 w+ h( L# N) i9 f
{8 U/ U5 i3 B" N, Z
InsertAt(nStartIndex, pNewArray->GetAt(0), pNewArray->GetSize());$ ?- H% w! a% [3 N. q9 O
for (int i = 0; i < pNewArray->GetSize(); i++)
+ v3 }2 }; A" ?. Z. \# s* d4 u! j SetAt(nStartIndex + i, pNewArray->GetAt(i)); u* _' W ^0 s
}
3 @: B9 I/ R8 P1 T}0 U4 V- E7 \$ B$ a
template<class TYPE, class ARG_TYPE>; V- s$ W6 B+ ], c( q9 l
void YCArray<TYPE, ARG_TYPE>::InsertAt(ARG_TYPE newElement, int nIndex,CString cIndex)+ l7 Z6 Q( k: }4 H4 \" P/ X
{9 \! a7 ?. h8 x; Z# J) R
ADDIndex(cIndex,nIndex+1);
( c0 Y3 A& Z6 o3 p7 O) I InsertAt(newElement,nIndex);
5 r" V1 o& ~) I}
1 |; g1 w* D5 ktemplate<class TYPE, class ARG_TYPE>+ L; H( k0 ^1 I: A
void YCArray<TYPE, ARG_TYPE>::Serialize(CArchive& ar)
; w* D0 }$ M/ e, t2 f9 h{
$ v5 D" M5 f, Q; O% z* B ASSERT_VALID(this);
v; y3 t4 |# S' B4 O throw("/*wait for me --- yzhlinux*/");
8 I4 W8 y& ?7 G) ?: ?8 u CObject::Serialize(ar);, S* K2 n, _! w2 ~- Y
if (ar.IsStoring()) G4 m4 h0 Y. W% A
{
: r0 ?2 [2 |) B7 F* ` ar.WriteCount(m_nSize);
& g/ t! W/ A2 ~# d4 E _ }
, n: G; X- V: t: a2 b( U8 i8 D else3 X0 V/ `# D2 t- h& y7 w
{ f7 Z& {0 D4 g1 Y# p% i+ ?
DWORD nOldSize = ar.ReadCount();- w0 H& G/ x- l8 q% R
SetSize(nOldSize, -1);
4 p) R |* g+ ]8 N) A }
" v' V8 x$ u. Z3 c& R" y //SerializeElements<TYPE>(ar, Ym_pData, m_nSize);- y$ S$ z5 ?+ c- ^! j! l. l
}
#ifdef _DEBUG7 H$ `! x( S7 x0 \0 q R( ^7 F
template<class TYPE, class ARG_TYPE>
. M) }" M' V& H. yvoid YCArray<TYPE, ARG_TYPE>::AssertValid() const
+ s S$ ?0 e& N ?9 f{) M( x8 Q; T' N
CObject::AssertValid();
if (Ym_pData == NULL)
+ z' ^% ]5 s3 ^1 g' T {- k" ~, x! Z; N4 Q' ]
ASSERT(m_nSize == 0);0 |! f$ o! r5 r- G+ q& W/ B- @
ASSERT(m_nMaxSize == 0);5 t0 O! N3 O; l: C5 E
}
9 d8 ^: G: {/ g else1 C+ V6 [# ^& K' g5 Q) I3 o
{
- N: w0 j8 z! F/ U ASSERT(m_nSize >= 0);
1 a* R o! j" }8 f3 J ASSERT(m_nMaxSize >= 0);
7 H% N6 `2 {. N5 ? ASSERT(m_nSize <= m_nMaxSize);5 t4 J8 K" q- J- G1 N
ASSERT(AfxIsValidAddress(Ym_pData, m_nMaxSize * sizeof(TYPE*)));
3 J( n! k. @3 H& T' O }. G: S2 ?4 P; ^( Q9 L3 b0 V L
}, h+ S# \, T3 ^% B( l6 K; i$ {2 Q% h
template<class TYPE, class ARG_TYPE>5 h4 U8 T: `$ q# Y
void YCArray<TYPE, ARG_TYPE>:ump(CDumpContext& dc) const
r2 }, p( }: U' y" ~4 V{
5 R% S/ k/ E1 k' ]& P CObject:ump(dc);0 w8 q/ k2 a5 V9 q0 d
throw("/*wait for me --- yzhlinux*/");: F, K" ^" K4 K% @
dc << "with " << m_nSize << " elements";1 ^+ a% Z6 M" i' }$ X7 V' Y$ I
if (dc.GetDepth() > 0)
2 o$ V" A5 I% N4 d {! D9 o% d3 S; D# ?. X
dc << "\n";: Q- s% Z+ E+ }+ n# Q1 F3 b. V
/*wait for me --- yzhlinux*/// DumpElements<TYPE>(dc, Ym_pData, m_nSize);
: U. c) A) F9 [2 K }
dc << "\n";! K3 X7 B- E) z( ]
}: V- w3 Q2 s7 m- H" J
#endif
#endif
//完
作者: Eagle 时间: 2005-1-10 14:44
太长了点，叶师兄应该打包上传的。
作者: yzhlinux 时间: 2005-1-10 15:47
以下是引用Eagle在2005-1-10 14:44:00的发言：
' M( {$ ]7 _# Z& ^太长了点，叶师兄应该打包上传的。
1 o+ s- ]) G1 p. T' ~4 F4 j; f' W9 {0 @ [0 R. A0 S
8 Q; v0 C9 C5 V( k4 e就是因为发不了文件啊，奇怪，现在不能上传文件了，不然不用那么辛苦# e( w8 W |3 s# V! r9 f
作者: Eagle 时间: 2005-1-13 23:02
先传到帖图区……
作者: 管理员 时间: 2005-4-11 21:15
赚帖子不好吗
作者: yzhlinux 时间: 2005-6-3 14:56
现在可以传文件了，附上，好用的摸板数组类，支持 ATL 可以在任何地方使用。* g* C& d3 t, q, D3 c
1 q n5 v" x$ M' O2 Q7 m
E2mkAVvk.rar
(4.61 KB, 下载次数: 19)
作者: 游侠无极限 时间: 2005-6-3 17:55
std::map 模板的作用好像就是这样的……
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