./CUnitForAndo/CUnitForAndo/0040777000104000010010000000000010052661036017032 5ustar Administratorsなし./CUnitForAndo/CUnitForAndo/include/0040777000104000010010000000000010052662057020461 5ustar Administratorsなし./CUnitForAndo/CUnitForAndo/include/testRunner.h0100777000104000010010000000273010052666150023003 0ustar Administratorsなし#ifndef _TEST_RUNNER_H_ #define _TEST_RUNNER_H_ /** Assert single */ #define TEST_ASSERT(_a) \ {\ int assertErrorA = (_a);\ if (! assertErrorA) {\ fprintf(stdout,"%s:%d: error: TestCaseError(0x%08x)\n",\ __FILE__,__LINE__,(assertErrorA));\ return 0xffffffffu;\ } else {\ doTestCountUp();\ }\ } /** Assert equals */ #define TEST_ASSERT_EQUALS(_a,_b) \ {\ int assertErrorA = (_a);\ int assertErrorB = (_b);\ if ((assertErrorA) != (assertErrorB)) {\ fprintf(stdout,"%s:%d: error: TestCaseError<0x%08x><0x%08x>\n",\ __FILE__,__LINE__,(assertErrorA),(assertErrorB));\ return 0xffffffffu;\ } else {\ doTestCountUp();\ }\ } /** Assert equals */ #define TEST_ASSERT_NOT_EQUALS(_a,_b) \ {\ int assertErrorA = (_a);\ int assertErrorB = (_b);\ if ((assertErrorA) == (assertErrorB)) {\ fprintf(stdout,"%s:%d: error: TestCaseError<0x%08x><0x%08x>\n",\ __FILE__,__LINE__,(assertErrorA),(assertErrorB));\ return 0xffffffffu;\ } else {\ doTestCountUp();\ }\ } /** File pointer define */ typedef unsigned int (*TEST_FUNCTION)(void); /** Test runner. */ unsigned int testRunner(TEST_FUNCTION testFunction); /** Test counter */ void doTestCountUp(void); #endif ./CUnitForAndo/CUnitForAndo/src/0040777000104000010010000000000010052663377017633 5ustar Administratorsなし./CUnitForAndo/CUnitForAndo/src/testRunner.c0100777000104000010010000000062210020365555022140 0ustar Administratorsなし#include #include "TestRunner.h" static unsigned int counter; unsigned int testRunner(TEST_FUNCTION testFunction) { int err; counter = 0; err = (testFunction)(); if (err) { printf("NG (now %d ok...)\n",counter); return 0xffffffffu; } printf("OK (%d tests)\n",counter); return 0; } void doTestCountUp(void) { counter++; } ./CUnitForAndo/html/0040777000104000010010000000000010052667144015511 5ustar Administratorsなし./CUnitForAndo/html/brack.css0100777000104000010010000000313010017040126017264 0ustar Administratorsなしbody{color:#505050;background:white} h1 { color: #707070; background: #8fafff; padding: 5pt; } h2 { color: #707070; background: #cfafff; padding: 3pt; } h3 { color: black; background: #eeeeff; padding: 2pt; } h4 { color: black; background: #eeeeee; padding: 1pt; } a:link{color:#ac00e6;} a:visited{color:#8700ff;} a.cls{color:#ff0000;} a.med{color:#8B0000;} strong{color:#f37296;} code{color:#4c64a8;background:#ffffff;} pre{color:#4c64a8;background:#ffffff;border-width:thin;border-style:solid;white-space:pre;} blockquote{color:#f37296;} caption{color:#0f0f0f;background:#fff0ff;text-align:left;} th{background:#f8f8ff;color:violet} div.box{border-width:thin;border-style:solid;white-space:div;} dfn{color:red;} big{font-size:72pt;color:red;} dt { font-weight: bold; color: #f37296; } /* javadoc styleseet */ /* table color */ .TableHeadingColor { background: #FFCCCC } .TableSubHeadingColor { background: #FFEEEE } .TableRowColor { background: #FFFFFF } /* */ .FrameTitleFont { font-size: normal; font-family: normal } .FrameHeadingFont { font-size: normal; font-family: normal } .FrameItemFont { font-size: normal; font-family: normal } /* */ .NavBarCell1 { background-color:#FFEEEE;} .NavBarCell1Rev { background-color:#8B0000;} .NavBarFont1 { font-family: Arial, Helvetica, sans-serif; } .NavBarFont1Rev { font-family: Arial, Helvetica, sans-serif; color:#FFFFFF;} .NavBarCell2 { font-family: Arial, Helvetica, sans-serif; background-color:#FFFFFF;} .NavBarCell3 { font-family: Arial, Helvetica, sans-serif; background-color:#FFFFFF;} ./CUnitForAndo/html/img/0040777000104000010010000000000010052660560016260 5ustar Administratorsなし./CUnitForAndo/html/img/bannerImage.gif0100777000104000010010000002006407654167133021175 0ustar AdministratorsなしGIF89aﾈ(JQTｮON9'*--繦ﾚxｺ鰡ﾉ)-2｣粕 q ﾔZd}hｫ|ｷｦ閾怖UY緞tS S(+ﾘis茹ｲｹ緜l轄尼ｯ､岌昧賍L"'ﾉﾁﾐkEH24籔ﾎw$[46a9:貔ﾋ圭aﾙﾍ駅Ycgｼｱｭ2-H-<"蚌|E"ﾞﾒﾚbl菘ｸｴペﾑﾄ畚e痣猿xHFﾜqzﾇ W;ﾕﾑズ]ﾖ･李XZ啻eUJﾛT[圜ｭ燎｣ﾆgW｡@pYｺue除｡ﾎ｣･ｪｸｳｻﾃzfh@GI瓷Kｲ#z38cJﾙ@Fﾈ兜 欲~錻7ﾛ~渇|でziQZ^･wjｾｭb?A`lo釖ﾊ､彡UV顰沃w~ﾜ憎ﾂｨｳP98<ﾆKTｽ仲友D睿m]`乃LtMPﾇG8XMkgﾂｴﾙraｩjq､黒nﾛｧｲﾊｽｽﾈﾐunrﾀ懽)-##ﾘﾆ餝Fｶ?CwRS[Sw"#髞~NSﾙｸｮY3*［rﾏｽ孑mﾓﾅﾆｷJ*,ﾜｿﾐ((ﾖﾉ郛ｭﾛﾏﾞmqbﾊｵдzN?{^\ ]1碓R`12fc浜nﾏｸｮﾙTB499!2ﾎﾘﾟq}け桃f--鞅m52 B11~-0:@Aﾅｷ澎U衙ｴｾ籬pufKLNOﾛ褌ﾞﾑ!,ﾈ(Eﾌ)qｫ梼dDx4繝ﾃp^ﾊ碑ﾂ3(ﾏ.ｲZ&j (Yｪrﾎ ADｴR尻;0cﾚﾆﾁ> ｪT驛 H @ｰｨｷﾞ取Teｧﾂ県 ｭ3ｨﾎ$dj菠0ﾁ)ｯｬYCh_ Z2"!dC齋ｩ ﾀ0)ｧ(Qﾒラ ｦ=,h@堅:vﾏ昴ﾙs 須L Yk 2髄!C[=咼 &#0ﾉh梦Xｰ顏ﾒﾅﾃｼｨ|RFPﾃｳQ先 9ﾀﾂf ﾘ錨+%ﾋp*┻Sｳｻ坎0Xｰo淦ﾅ*|Vﾔﾘvf舁病ｲH｣68C雨 ﾔ`ﾁd弄0ﾇDB魔ﾎ+ !,C!Wﾈﾔ%{鬘Gﾁs派tｽﾏy郷濆Dﾁ 7Dｬ!ﾅd5ﾔ植fLﾐYg[2ﾚ#ﾐC2ﾀDｭｹ&ｶ@｡H ﾌﾘКO ﾂ 簀{3.翔ｩ碗ﾀ Sｰyﾌ ##gu(\逅KﾞP]w7檜4蜊>v|!D蔦 苣!/｣J**⇒dPAcｫ,ｱ! 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CUnit for Mr.Ando.

  "CUnit for Mr.Ando" is CppUnit-x based C langage testing framework for Mr.Ando. It provide the C source code for unit testing.

Introduction.

  JUnit (Java testing framework) is used for "override" for unit testing, but "CUnit for Mr.Ando" is "stub" for unit testing.

279x374(14402bytes)
Fig.1 -- CUnit for Mr.Ando testing image.

Download.

Composition.

  It is forrowing files and folders.
  • ./CUnitForAndo/CUnitForAndo  --  Main part.
  • ./CUnitForAndo/Sample1/real  --  Sample1.
  • ./CUnitForAndo/Sample1/test
  • ./CUnitForAndo/Sample2/real  --  Sample2.
  • ./CUnitForAndo/Sample2/test
  • ./CUnitForAndo/Sample3/real  --  Sample3.
  • ./CUnitForAndo/Sample3/test
  • ./Makefile  --  Compress and testing file.
  • ./README.txt  --  Licence.
  • ./CUnitForAndo/html  --  This file.

Test Sample.

Test Sample 1 (Sequence)

  This is a file for a test. 
#include "plus.h"

/** Sums are done. A result is returned to ans.
 * However, he is stupid.
 * The numerical value to which he exceeds 100
 * writes except zero to a return value.
 * @param data1 imput paramater 1
 * @param data2 imput paramater 2
 * @param ans return paramater
 * @return 0:normal, Other 0:abnormal
 */
unsigned int plus(
    unsigned int data1,
    unsigned int data2,
    unsigned int *ans) {
    unsigned int max = 100;
    *ans = data1 + data2;
    if ((max <= data1) || (max <= data2) || (max <= *ans)) {
        return 1;
    }
    return 0;
}
  This is test file. 
#include <stdio.h>
#include <testRunner.h>
#include "plus.h"

static unsigned int testPlus(void);

/** Main function. */
int main() {
    return (int) testRunner(testPlus);
}

static unsigned int testPlus(void) {
    unsigned int err;
    unsigned int ans;
    unsigned int data1;
    unsigned int data2;
    
    data1 = 1;
    data2 = 1;
    err = plus(data1,data2,&ans); // do Test
    TEST_ASSERT_EQUALS((data1 + data2),(int)ans);
    TEST_ASSERT_EQUALS(err,0);
    
    data1 = 100;
    data2 = 1;
    err = plus(data1,data2,&ans); // do Test
    TEST_ASSERT(err != 0);

    data1 = 0;
    data2 = 0xffffffffu; // -1
    err = plus(data1,data2,&ans); // do Test
    TEST_ASSERT(err != 0);

    data1 = 1;
    data2 = 99;
    err = plus(data1,data2,&ans); // do Test
    TEST_ASSERT(err != 0);
    
    return 0;
}

Test Sample 2 (Selection)

  This is a file for a test. 
#include "select.h"

/** @see select.h */
unsigned int hardAccsess(
    unsigned int address,
    unsigned int data,
    HARD_TYPE_t select) {
    unsigned int err = 0;
    switch (select) {
    case HARD_TYPE_A:
        err = setDataA(address,data);
        break;
    case HARD_TYPE_B:
    default:
        if ((data & 0xffff0000u) != 0) {
            err = 1;
        } else {
            writeAccessB(address,(unsigned short)data);
        }
        break;
    }
    return err;
}
  This is test file. 
#include <stdio.h>
#include <testRunner.h>
#include "select.h"

/* A test is divided. */
static unsigned int testAll(void);
static unsigned int testHardA(void);
static unsigned int testHardB(void);

/* A domain is secured. */
static unsigned int inSetDataA_address;
static unsigned int inSetDataA_data;
static unsigned int returnSetDataA;
static unsigned int inWriteAccessB_address;
static unsigned short inWriteAccessB_data;

int main(int argc,char **argv) {
    return (int) testRunner(testAll);
}

static unsigned int testAll(void) {
    TEST_ASSERT(! testHardA());
    TEST_ASSERT(! testHardB());
    return 0;
}

static unsigned int testHardA(void) {
    unsigned int err;
    unsigned int address;
    unsigned int data;
    HARD_TYPE_t select;
    
    /////////////////////////////////////////////////
    // setDataA normal
    address = 0x85000038u; // 0x0-ffffffffu
    data = 456; // 0x0-ffffffffu
    select = HARD_TYPE_A; // HARD_TYPE_A,HARD_TYPE_B
    inSetDataA_address = 0xffffffffu;// imput(dirty)
    inSetDataA_data = 0xffffffffu;// imput(dirty)
    returnSetDataA = 0; // 0:normal,1-0xffffffffu:abnormal
    inWriteAccessB_address = 0xffffffffu; // imput(dirty)
    inWriteAccessB_data = 0xffffu; // imput(dirty)
    
    err = hardAccsess(address,data,select); // do test
    
    TEST_ASSERT_EQUALS(err,0); // normal
    TEST_ASSERT_EQUALS(inSetDataA_address,(int)address); // Check!
    TEST_ASSERT_EQUALS(inSetDataA_data,(int)data); // Check!
    TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inWriteAccessB_data,0xffffu); // no access

    /////////////////////////////////////////////////
    // setDataA abnormal
    address = 0x86540004u; // 0x0-ffffffffu
    data = 22; // 0x0-ffffffffu
    select = HARD_TYPE_A; // HARD_TYPE_A,HARD_TYPE_B
    inSetDataA_address = 0xffffffffu;// imput(dirty)
    inSetDataA_data = 0xffffffffu;// imput(dirty)
    returnSetDataA = 0x31u; // 0:normal,1-0xffffffffu:abnormal
    inWriteAccessB_address = 0xffffffffu; // imput(dirty)
    inWriteAccessB_data = 0xffffu; // imput(dirty)
    
    err = hardAccsess(address,data,select); // do test
    
    TEST_ASSERT(err != 0); // abnormal
    TEST_ASSERT_EQUALS(inSetDataA_address,(int)address); // Check!
    TEST_ASSERT_EQUALS(inSetDataA_data,(int)data); // Check!
    TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inWriteAccessB_data,0xffffu); // no access
    return 0;
}

static unsigned int testHardB(void) {
    unsigned int err;
    unsigned int address;
    unsigned int data;
    HARD_TYPE_t select;

    /////////////////////////////////////////////////
    // writeAccessB normal
    address = 0x36540004u; // 0x0-ffffffffu
    data = 22; // 0x0-0000ffffu:normal,0x00010000-0xffff0000:abnormal
    select = HARD_TYPE_B; // HARD_TYPE_A,HARD_TYPE_B
    inSetDataA_address = 0xffffffffu;// imput(dirty)
    inSetDataA_data = 0xffffffffu;// imput(dirty)
    returnSetDataA = 0; // 0:normal,1-0xffffffffu:abnormal
    inWriteAccessB_address = 0xffffffffu; // imput(dirty)
    inWriteAccessB_data = 0xffffu; // imput(dirty)
    
    err = hardAccsess(address,data,select); // do test
    
    TEST_ASSERT_EQUALS(err , 0); // normal
    TEST_ASSERT_EQUALS(inSetDataA_address,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inSetDataA_data,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)address); // Check!
    TEST_ASSERT_EQUALS(inWriteAccessB_data,data); // Check!
    
    /////////////////////////////////////////////////
    // writeAccessB abnormal
    address = 0x36500027u; // 0x0-ffffffffu
    data = 0x04000003u; // 0x0-0000ffffu:normal,0x00010000-0xffff0000:abnormal
    select = HARD_TYPE_B; // HARD_TYPE_A,HARD_TYPE_B
    inSetDataA_address = 0xffffffffu;// imput(dirty)
    inSetDataA_data = 0xffffffffu;// imput(dirty)
    returnSetDataA = 0; // 0:normal,1-0xffffffffu:abnormal
    inWriteAccessB_address = 0xffffffffu; // imput(dirty)
    inWriteAccessB_data = 0xffffu; // imput(dirty)
    
    err = hardAccsess(address,data,select);
    
    TEST_ASSERT(err != 0); // abnormal
    TEST_ASSERT_EQUALS(inSetDataA_address,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inSetDataA_data,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inWriteAccessB_data,0xffffu); // no access
    return 0;
}

/** Unit A Access driver. */
unsigned int setDataA(
    unsigned int address,unsigned int data) {
    inSetDataA_address = address;
    inSetDataA_data = data;
    return returnSetDataA;
}

/** Unit B Access driver. */
void writeAccessB(
    unsigned int address,unsigned short data) {
    inWriteAccessB_address = address;
    inWriteAccessB_data = data;
}

Test Sample 3 (foreach)

  This is a file for a test. 
#include "select.h"
#include "loop.h"

unsigned int loop(void) {
    unsigned int err;
    unsigned int loopErr = 0;
    unsigned int i = 0;
    for (i = 0 ; i < 10 ; i++) {
        unsigned int address = 0x85000000u + ( i + 8);
        err = setDataA(address,i);
        if (err && (! loopErr)) {
            loopErr = err;
        }
    }
    return loopErr;
}
  This is test file. 
#include <stdio.h>
#include <string.h>
#include <testRunner.h>
#include "select.h"
#include "loop.h"

/* A domain is secured. */
#define DATA_ARRAY 100
static unsigned int inSetDataA_address[DATA_ARRAY];
static unsigned int inSetDataA_data[DATA_ARRAY];
static unsigned int returnSetDataA[DATA_ARRAY];
static unsigned int countSetDataA = 0;

static unsigned int testLoop(void);

/** Main function. */
int main() {
    return (int) testRunner(testLoop);
}

static unsigned int testLoop(void) {
    unsigned int err;
    unsigned int i;
    
    /////////////////////////////////////////////////
    // normal
    memset(inSetDataA_address,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY);
    memset(inSetDataA_data,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY);
    memset(returnSetDataA,0,sizeof(unsigned int)*DATA_ARRAY);
    countSetDataA = 0;
    
    err = loop(); // do test
    
    TEST_ASSERT_EQUALS(err,0); // normal
    TEST_ASSERT_EQUALS(countSetDataA,10); //
    for (i = 0 ; i < 10 ; i++) {
        TEST_ASSERT_EQUALS(inSetDataA_address[i] ,(int) (0x85000000u + (i + 8)));
        TEST_ASSERT_EQUALS(inSetDataA_data[i] ,(int) i);
    }

    /////////////////////////////////////////////////
    // abnormal
    memset(inSetDataA_address,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY);
    memset(inSetDataA_data,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY);
    memset(returnSetDataA,0,sizeof(unsigned int)*DATA_ARRAY);
    returnSetDataA[3] = 5; // A mistake is mixed.
    countSetDataA = 0;
    
    err = loop(); // do test
    
    TEST_ASSERT(err != 0); // abnormal
    // Even if there is an error, a hard setup has run
    TEST_ASSERT_EQUALS(countSetDataA,10);
    for (i = 0 ; i < 10 ; i++) {
        TEST_ASSERT_EQUALS(inSetDataA_address[i] ,(int) (0x85000000u + (i + 8)));
        TEST_ASSERT_EQUALS(inSetDataA_data[i] ,(int) i);
    }
    return 0;
}

/** Unit A Access driver. */
unsigned int setDataA(
    unsigned int address,unsigned int data) {
    inSetDataA_address[countSetDataA] = address;
    inSetDataA_data[countSetDataA] = data;
    countSetDataA++;
    return returnSetDataA[countSetDataA];
}

Licence

   GNU Lesser General Public License

Bibliography.

Auther.

  Toshikazu Ando.

P.S.

  Japanese are writing this file. If abnormalities are looked at by English, please gime me fluenet English translation!!
200x40(8244bytes) Toshikazu Ando. ./CUnitForAndo/html/index_ja.html0100777000104000010010000003367010052677140020166 0ustar Administratorsなし CUnit for Mr.Ando.

CUnit for Mr.Ando.

  『CUnit for Mr.Ando』は CppUnit-x をベースにしたC言語なんちゃってテスティングフレームワークです。 これは、C言語のソースコードを単体テストのために供給します。
  "CUnit for Mr.Ando" is CppUnit-x based C langage testing framework for Mr.Ando. It provide the C source code for unit testing.

イントロダクション
Introduction.

  JUnit (Javaテスティングフレームワーク)は単体テストのために『オーバライト』を使いますが、 しかし『CUnit for Mr.Ando』は単体テストのために『スタブ』を使います。
  JUnit (Java testing framework) is used for "override" for unit testing, but "CUnit for Mr.Ando" is "stub" for unit testing.

279x374(14402bytes)
図1 -- CUnit for Mr.Ando テスティングイメージ
Fig.1 -- CUnit for Mr.Ando testing image.

ダウンロード
Download.

構成
Composition.

  これは以下のファイルとフォルダで構成されます。
  It is forrowing files and folders.
  • ./CUnitForAndo/CUnitForAndo  --  本体.
  • ./CUnitForAndo/Sample1/real  --  サンプル1.
  • ./CUnitForAndo/Sample1/test
  • ./CUnitForAndo/Sample2/real  --  サンプル2.
  • ./CUnitForAndo/Sample2/test
  • ./CUnitForAndo/Sample3/real  --  サンプル3.
  • ./CUnitForAndo/Sample3/test
  • ./Makefile  --  圧縮とテスト用.
  • ./README.txt  --  ライセンス.
  • ./CUnitForAndo/html  --  このファイル

テストサンプル
Test Sample.

テストサンプル1(順序)
Test Sample 1 (Sequence)

  これはテストされるファイルです。
  This is a file for a test. 
#include "plus.h"

/** Sums are done. A result is returned to ans.
 * However, he is stupid.
 * The numerical value to which he exceeds 100
 * writes except zero to a return value.
 * @param data1 imput paramater 1
 * @param data2 imput paramater 2
 * @param ans return paramater
 * @return 0:normal, Other 0:abnormal
 */
unsigned int plus(
    unsigned int data1,
    unsigned int data2,
    unsigned int *ans) {
    unsigned int max = 100;
    *ans = data1 + data2;
    if ((max <= data1) || (max <= data2) || (max <= *ans)) {
        return 1;
    }
    return 0;
}
  これはテストファイルです。
  This is test file. 
#include <stdio.h>
#include <testRunner.h>
#include "plus.h"

static unsigned int testPlus(void);

/** Main function. */
int main() {
    return (int) testRunner(testPlus);
}

static unsigned int testPlus(void) {
    unsigned int err;
    unsigned int ans;
    unsigned int data1;
    unsigned int data2;
    
    data1 = 1;
    data2 = 1;
    err = plus(data1,data2,&ans); // do Test
    TEST_ASSERT_EQUALS((data1 + data2),(int)ans);
    TEST_ASSERT_EQUALS(err,0);
    
    data1 = 100;
    data2 = 1;
    err = plus(data1,data2,&ans); // do Test
    TEST_ASSERT(err != 0);

    data1 = 0;
    data2 = 0xffffffffu; // -1
    err = plus(data1,data2,&ans); // do Test
    TEST_ASSERT(err != 0);

    data1 = 1;
    data2 = 99;
    err = plus(data1,data2,&ans); // do Test
    TEST_ASSERT(err != 0);
    
    return 0;
}

テストサンプル2(選択)
Test Sample 2 (Selection)

  これはテストされるファイルです。
  This is a file for a test. 
#include "select.h"

/** @see select.h */
unsigned int hardAccsess(
    unsigned int address,
    unsigned int data,
    HARD_TYPE_t select) {
    unsigned int err = 0;
    switch (select) {
    case HARD_TYPE_A:
        err = setDataA(address,data);
        break;
    case HARD_TYPE_B:
    default:
        if ((data & 0xffff0000u) != 0) {
            err = 1;
        } else {
            writeAccessB(address,(unsigned short)data);
        }
        break;
    }
    return err;
}
  これはテストファイルです。
  This is test file. 
#include <stdio.h>
#include <testRunner.h>
#include "select.h"

/* A test is divided. */
static unsigned int testAll(void);
static unsigned int testHardA(void);
static unsigned int testHardB(void);

/* A domain is secured. */
static unsigned int inSetDataA_address;
static unsigned int inSetDataA_data;
static unsigned int returnSetDataA;
static unsigned int inWriteAccessB_address;
static unsigned short inWriteAccessB_data;

int main(int argc,char **argv) {
    return (int) testRunner(testAll);
}

static unsigned int testAll(void) {
    TEST_ASSERT(! testHardA());
    TEST_ASSERT(! testHardB());
    return 0;
}

static unsigned int testHardA(void) {
    unsigned int err;
    unsigned int address;
    unsigned int data;
    HARD_TYPE_t select;
    
    /////////////////////////////////////////////////
    // setDataA normal
    address = 0x85000038u; // 0x0-ffffffffu
    data = 456; // 0x0-ffffffffu
    select = HARD_TYPE_A; // HARD_TYPE_A,HARD_TYPE_B
    inSetDataA_address = 0xffffffffu;// imput(dirty)
    inSetDataA_data = 0xffffffffu;// imput(dirty)
    returnSetDataA = 0; // 0:normal,1-0xffffffffu:abnormal
    inWriteAccessB_address = 0xffffffffu; // imput(dirty)
    inWriteAccessB_data = 0xffffu; // imput(dirty)
    
    err = hardAccsess(address,data,select); // do test
    
    TEST_ASSERT_EQUALS(err,0); // normal
    TEST_ASSERT_EQUALS(inSetDataA_address,(int)address); // Check!
    TEST_ASSERT_EQUALS(inSetDataA_data,(int)data); // Check!
    TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inWriteAccessB_data,0xffffu); // no access

    /////////////////////////////////////////////////
    // setDataA abnormal
    address = 0x86540004u; // 0x0-ffffffffu
    data = 22; // 0x0-ffffffffu
    select = HARD_TYPE_A; // HARD_TYPE_A,HARD_TYPE_B
    inSetDataA_address = 0xffffffffu;// imput(dirty)
    inSetDataA_data = 0xffffffffu;// imput(dirty)
    returnSetDataA = 0x31u; // 0:normal,1-0xffffffffu:abnormal
    inWriteAccessB_address = 0xffffffffu; // imput(dirty)
    inWriteAccessB_data = 0xffffu; // imput(dirty)
    
    err = hardAccsess(address,data,select); // do test
    
    TEST_ASSERT(err != 0); // abnormal
    TEST_ASSERT_EQUALS(inSetDataA_address,(int)address); // Check!
    TEST_ASSERT_EQUALS(inSetDataA_data,(int)data); // Check!
    TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inWriteAccessB_data,0xffffu); // no access
    return 0;
}

static unsigned int testHardB(void) {
    unsigned int err;
    unsigned int address;
    unsigned int data;
    HARD_TYPE_t select;

    /////////////////////////////////////////////////
    // writeAccessB normal
    address = 0x36540004u; // 0x0-ffffffffu
    data = 22; // 0x0-0000ffffu:normal,0x00010000-0xffff0000:abnormal
    select = HARD_TYPE_B; // HARD_TYPE_A,HARD_TYPE_B
    inSetDataA_address = 0xffffffffu;// imput(dirty)
    inSetDataA_data = 0xffffffffu;// imput(dirty)
    returnSetDataA = 0; // 0:normal,1-0xffffffffu:abnormal
    inWriteAccessB_address = 0xffffffffu; // imput(dirty)
    inWriteAccessB_data = 0xffffu; // imput(dirty)
    
    err = hardAccsess(address,data,select); // do test
    
    TEST_ASSERT_EQUALS(err , 0); // normal
    TEST_ASSERT_EQUALS(inSetDataA_address,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inSetDataA_data,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)address); // Check!
    TEST_ASSERT_EQUALS(inWriteAccessB_data,data); // Check!
    
    /////////////////////////////////////////////////
    // writeAccessB abnormal
    address = 0x36500027u; // 0x0-ffffffffu
    data = 0x04000003u; // 0x0-0000ffffu:normal,0x00010000-0xffff0000:abnormal
    select = HARD_TYPE_B; // HARD_TYPE_A,HARD_TYPE_B
    inSetDataA_address = 0xffffffffu;// imput(dirty)
    inSetDataA_data = 0xffffffffu;// imput(dirty)
    returnSetDataA = 0; // 0:normal,1-0xffffffffu:abnormal
    inWriteAccessB_address = 0xffffffffu; // imput(dirty)
    inWriteAccessB_data = 0xffffu; // imput(dirty)
    
    err = hardAccsess(address,data,select);
    
    TEST_ASSERT(err != 0); // abnormal
    TEST_ASSERT_EQUALS(inSetDataA_address,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inSetDataA_data,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)0xffffffffu); // no access
    TEST_ASSERT_EQUALS(inWriteAccessB_data,0xffffu); // no access
    return 0;
}

/** Unit A Access driver. */
unsigned int setDataA(
    unsigned int address,unsigned int data) {
    inSetDataA_address = address;
    inSetDataA_data = data;
    return returnSetDataA;
}

/** Unit B Access driver. */
void writeAccessB(
    unsigned int address,unsigned short data) {
    inWriteAccessB_address = address;
    inWriteAccessB_data = data;
}

テストサンプル3(繰り返し)
Test Sample 3 (foreach)

  これはテストされるファイルです。
  This is a file for a test. 
#include "select.h"
#include "loop.h"

unsigned int loop(void) {
    unsigned int err;
    unsigned int loopErr = 0;
    unsigned int i = 0;
    for (i = 0 ; i < 10 ; i++) {
        unsigned int address = 0x85000000u + ( i + 8);
        err = setDataA(address,i);
        if (err && (! loopErr)) {
            loopErr = err;
        }
    }
    return loopErr;
}
  これはテストファイルです。
  This is test file. 
#include <stdio.h>
#include <string.h>
#include <testRunner.h>
#include "select.h"
#include "loop.h"

/* A domain is secured. */
#define DATA_ARRAY 100
static unsigned int inSetDataA_address[DATA_ARRAY];
static unsigned int inSetDataA_data[DATA_ARRAY];
static unsigned int returnSetDataA[DATA_ARRAY];
static unsigned int countSetDataA = 0;

static unsigned int testLoop(void);

/** Main function. */
int main() {
    return (int) testRunner(testLoop);
}

static unsigned int testLoop(void) {
    unsigned int err;
    unsigned int i;
    
    /////////////////////////////////////////////////
    // normal
    memset(inSetDataA_address,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY);
    memset(inSetDataA_data,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY);
    memset(returnSetDataA,0,sizeof(unsigned int)*DATA_ARRAY);
    countSetDataA = 0;
    
    err = loop(); // do test
    
    TEST_ASSERT_EQUALS(err,0); // normal
    TEST_ASSERT_EQUALS(countSetDataA,10); //
    for (i = 0 ; i < 10 ; i++) {
        TEST_ASSERT_EQUALS(inSetDataA_address[i] ,(int) (0x85000000u + (i + 8)));
        TEST_ASSERT_EQUALS(inSetDataA_data[i] ,(int) i);
    }

    /////////////////////////////////////////////////
    // abnormal
    memset(inSetDataA_address,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY);
    memset(inSetDataA_data,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY);
    memset(returnSetDataA,0,sizeof(unsigned int)*DATA_ARRAY);
    returnSetDataA[3] = 5; // A mistake is mixed.
    countSetDataA = 0;
    
    err = loop(); // do test
    
    TEST_ASSERT(err != 0); // abnormal
    // Even if there is an error, a hard setup has run
    TEST_ASSERT_EQUALS(countSetDataA,10);
    for (i = 0 ; i < 10 ; i++) {
        TEST_ASSERT_EQUALS(inSetDataA_address[i] ,(int) (0x85000000u + (i + 8)));
        TEST_ASSERT_EQUALS(inSetDataA_data[i] ,(int) i);
    }
    return 0;
}

/** Unit A Access driver. */
unsigned int setDataA(
    unsigned int address,unsigned int data) {
    inSetDataA_address[countSetDataA] = address;
    inSetDataA_data[countSetDataA] = data;
    countSetDataA++;
    return returnSetDataA[countSetDataA];
}

ライセンス
Licence

   GNU Lesser General Public License

参考文献
Bibliography.

作者
Auther.

  安藤利和
  Toshikazu Ando.

P.S.

  このファイルは日本人が書いてます。 もし異常な英語があったら、私に流暢な英訳を教えてください。
  Japanese are writing this file. If abnormalities are looked at by English, please gime me fluenet English translation!!
./CUnitForAndo/Sample1/0040777000104000010010000000000010052660630016040 5ustar Administratorsなし./CUnitForAndo/Sample1/real/0040777000104000010010000000000010052662474016773 5ustar Administratorsなし./CUnitForAndo/Sample1/real/include/0040777000104000010010000000000010052662136020411 5ustar Administratorsなし./CUnitForAndo/Sample1/real/include/plus.h0100777000104000010010000000021710052663046021546 0ustar Administratorsなし#ifndef _PLUS_H_ #define _PLUS_H_ unsigned int plus( unsigned int data1, unsigned int data2, unsigned int *ans); #endif ./CUnitForAndo/Sample1/real/src/0040777000104000010010000000000010052662461017556 5ustar Administratorsなし./CUnitForAndo/Sample1/real/src/plus.c0100777000104000010010000000112110052662524020700 0ustar Administratorsなし#include "plus.h" /** Sums are done. A result is returned to ans. * However, he is stupid. * The numerical value to which he exceeds 100 * writes except zero to a return value. * @param data1 imput paramater 1 * @param data2 imput paramater 2 * @param ans return paramater * @return 0:normal, Other 0:abnormal */ unsigned int plus( unsigned int data1, unsigned int data2, unsigned int *ans) { unsigned int max = 100; *ans = data1 + data2; if ((max <= data1) || (max <= data2) || (max <= *ans)) { return 1; } return 0; } ./CUnitForAndo/Sample1/test/0040777000104000010010000000000010052675676017037 5ustar Administratorsなし./CUnitForAndo/Sample1/test/Makefile0100777000104000010010000000137110052663035020463 0ustar Administratorsなし# # cygwin / Makefile # #CC=lint CC=gcc INCLUDE_OBJ =\ -I../../CUnitForAndo/include\ -I../real/include\ -I./include OBJS = \ plus.o\ plusTest.o\ testRunner.o CFLAG_LM = ${CFLAG} -ggdb -Wall CFLAG_OBJ = ${CFLAG} -ggdb -Wall # LIB_X = ${LIB} LM = ./runExe.exe # all: ${LM} # ${LM}: ${OBJS} ${CC} ${CFLAG_LM} ${CFLAG_OBJ} ${INCLUDE_OBJ} -o ${LM} ${OBJS} ${LIB_X} # plus.o: ../real/src/plus.c ${CC} ${CFLAG_OBJ} ${INCLUDE_OBJ} -c ../real/src/plus.c plusTest.o: ./src/plusTest.c ${CC} ${CFLAG_OBJ} ${INCLUDE_OBJ} -c ./src/plusTest.c testRunner.o: ../../CUnitForAndo/src/testRunner.c ${CC} ${CFLAG_OBJ} ${INCLUDE_OBJ} -c ../../CUnitForAndo/src/testRunner.c # # clean: rm -rf ${LM} ${OBJS} # run: all ${LM} #./CUnitForAndo/Sample1/test/src/0040777000104000010010000000000010052661712017610 5ustar Administratorsなし./CUnitForAndo/Sample1/test/src/plusTest.c0100777000104000010010000000153310052665444021607 0ustar Administratorsなし#include #include #include "plus.h" static unsigned int testPlus(void); /** Main function. */ int main() { return (int) testRunner(testPlus); } static unsigned int testPlus(void) { unsigned int err; unsigned int ans; unsigned int data1; unsigned int data2; data1 = 1; data2 = 1; err = plus(data1,data2,&ans); // do Test TEST_ASSERT_EQUALS((data1 + data2),(int)ans); TEST_ASSERT_EQUALS(err,0); data1 = 100; data2 = 1; err = plus(data1,data2,&ans); // do Test TEST_ASSERT(err != 0); data1 = 0; data2 = 0xffffffffu; // -1 err = plus(data1,data2,&ans); // do Test TEST_ASSERT(err != 0); data1 = 1; data2 = 99; err = plus(data1,data2,&ans); // do Test TEST_ASSERT(err != 0); return 0; } ./CUnitForAndo/Sample2/0040777000104000010010000000000010052663363016047 5ustar Administratorsなし./CUnitForAndo/Sample2/real/0040777000104000010010000000000010052663363016772 5ustar Administratorsなし./CUnitForAndo/Sample2/real/include/0040777000104000010010000000000010052663721020413 5ustar Administratorsなし./CUnitForAndo/Sample2/real/include/select.h0100777000104000010010000000110710052664102022034 0ustar Administratorsなし#ifndef _SELECT_H_ #define _SELECT_H_ typedef enum HARD_TYPE { HARD_TYPE_A = 0, HARD_TYPE_B =1 } HARD_TYPE_t; /** A setup is written in hardware(Classification is not identified). * @param address PCI Address. * @param data data value * @return return value */ unsigned int hardAccsess( unsigned int address, unsigned int data, HARD_TYPE_t select); /** Unit A Access. */ unsigned int setDataA(unsigned int address,unsigned int data); /** Unit B Access */ void writeAccessB(unsigned int address,unsigned short data); #endif ./CUnitForAndo/Sample2/real/src/0040777000104000010010000000000010052664157017563 5ustar Administratorsなし./CUnitForAndo/Sample2/real/src/hard.c0100777000104000010010000000043010052664217020637 0ustar Administratorsなし#include "select.h" /** Unit A Access. */ unsigned int setDataA(unsigned int address,unsigned int data) { return -1; /* It cannot mount yet. */ } /** Unit B Access. */ void writeAccessB(unsigned int address,unsigned short data) { /* It cannot mount yet. */ } ./CUnitForAndo/Sample2/real/src/select.c0100777000104000010010000000077410052664137021214 0ustar Administratorsなし#include "select.h" /** @see select.h */ unsigned int hardAccsess( unsigned int address, unsigned int data, HARD_TYPE_t select) { unsigned int err = 0; switch (select) { case HARD_TYPE_A: err = setDataA(address,data); break; case HARD_TYPE_B: default: if ((data & 0xffff0000u) != 0) { err = 1; } else { writeAccessB(address,(unsigned short)data); } break; } return err; } ./CUnitForAndo/Sample2/test/0040777000104000010010000000000010052675677017041 5ustar Administratorsなし./CUnitForAndo/Sample2/test/Makefile0100777000104000010010000000141110052665032020456 0ustar Administratorsなし# # cygwin / Makefile # #CC=lint CC=gcc INCLUDE_OBJ =\ -I../../CUnitForAndo/include\ -I../real/include\ -I./include OBJS = \ select.o\ selectTest.o\ testRunner.o CFLAG_LM = ${CFLAG} -ggdb -Wall CFLAG_OBJ = ${CFLAG} -ggdb -Wall # LIB_X = ${LIB} LM = ./runExe.exe # all: ${LM} # ${LM}: ${OBJS} ${CC} ${CFLAG_LM} ${CFLAG_OBJ} ${INCLUDE_OBJ} -o ${LM} ${OBJS} ${LIB_X} # select.o: ../real/src/select.c ${CC} ${CFLAG_OBJ} ${INCLUDE_OBJ} -c ../real/src/select.c selectTest.o: ./src/selectTest.c ${CC} ${CFLAG_OBJ} ${INCLUDE_OBJ} -c ./src/selectTest.c testRunner.o: ../../CUnitForAndo/src/testRunner.c ${CC} ${CFLAG_OBJ} ${INCLUDE_OBJ} -c ../../CUnitForAndo/src/testRunner.c # # clean: rm -rf ${LM} ${OBJS} # run: all ${LM} #./CUnitForAndo/Sample2/test/src/0040777000104000010010000000000010052663404017611 5ustar Administratorsなし./CUnitForAndo/Sample2/test/src/selectTest.c0100777000104000010010000001153010052666723022103 0ustar Administratorsなし#include #include #include "select.h" /* A test is divided. */ static unsigned int testAll(void); static unsigned int testHardA(void); static unsigned int testHardB(void); /* A domain is secured. */ static unsigned int inSetDataA_address; static unsigned int inSetDataA_data; static unsigned int returnSetDataA; static unsigned int inWriteAccessB_address; static unsigned short inWriteAccessB_data; int main(int argc,char **argv) { return (int) testRunner(testAll); } static unsigned int testAll(void) { TEST_ASSERT(! testHardA()); TEST_ASSERT(! testHardB()); return 0; } static unsigned int testHardA(void) { unsigned int err; unsigned int address; unsigned int data; HARD_TYPE_t select; ///////////////////////////////////////////////// // setDataA normal address = 0x85000038u; // 0x0-ffffffffu data = 456; // 0x0-ffffffffu select = HARD_TYPE_A; // HARD_TYPE_A,HARD_TYPE_B inSetDataA_address = 0xffffffffu;// imput(dirty) inSetDataA_data = 0xffffffffu;// imput(dirty) returnSetDataA = 0; // 0:normal,1-0xffffffffu:abnormal inWriteAccessB_address = 0xffffffffu; // imput(dirty) inWriteAccessB_data = 0xffffu; // imput(dirty) err = hardAccsess(address,data,select); // do test TEST_ASSERT_EQUALS(err,0); // normal TEST_ASSERT_EQUALS(inSetDataA_address,(int)address); // Check! TEST_ASSERT_EQUALS(inSetDataA_data,(int)data); // Check! TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)0xffffffffu); // no access TEST_ASSERT_EQUALS(inWriteAccessB_data,0xffffu); // no access ///////////////////////////////////////////////// // setDataA abnormal address = 0x86540004u; // 0x0-ffffffffu data = 22; // 0x0-ffffffffu select = HARD_TYPE_A; // HARD_TYPE_A,HARD_TYPE_B inSetDataA_address = 0xffffffffu;// imput(dirty) inSetDataA_data = 0xffffffffu;// imput(dirty) returnSetDataA = 0x31u; // 0:normal,1-0xffffffffu:abnormal inWriteAccessB_address = 0xffffffffu; // imput(dirty) inWriteAccessB_data = 0xffffu; // imput(dirty) err = hardAccsess(address,data,select); // do test TEST_ASSERT(err != 0); // abnormal TEST_ASSERT_EQUALS(inSetDataA_address,(int)address); // Check! TEST_ASSERT_EQUALS(inSetDataA_data,(int)data); // Check! TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)0xffffffffu); // no access TEST_ASSERT_EQUALS(inWriteAccessB_data,0xffffu); // no access return 0; } static unsigned int testHardB(void) { unsigned int err; unsigned int address; unsigned int data; HARD_TYPE_t select; ///////////////////////////////////////////////// // writeAccessB normal address = 0x36540004u; // 0x0-ffffffffu data = 22; // 0x0-0000ffffu:normal,0x00010000-0xffff0000:abnormal select = HARD_TYPE_B; // HARD_TYPE_A,HARD_TYPE_B inSetDataA_address = 0xffffffffu;// imput(dirty) inSetDataA_data = 0xffffffffu;// imput(dirty) returnSetDataA = 0; // 0:normal,1-0xffffffffu:abnormal inWriteAccessB_address = 0xffffffffu; // imput(dirty) inWriteAccessB_data = 0xffffu; // imput(dirty) err = hardAccsess(address,data,select); // do test TEST_ASSERT_EQUALS(err , 0); // normal TEST_ASSERT_EQUALS(inSetDataA_address,(int)0xffffffffu); // no access TEST_ASSERT_EQUALS(inSetDataA_data,(int)0xffffffffu); // no access TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)address); // Check! TEST_ASSERT_EQUALS(inWriteAccessB_data,data); // Check! ///////////////////////////////////////////////// // writeAccessB abnormal address = 0x36500027u; // 0x0-ffffffffu data = 0x04000003u; // 0x0-0000ffffu:normal,0x00010000-0xffff0000:abnormal select = HARD_TYPE_B; // HARD_TYPE_A,HARD_TYPE_B inSetDataA_address = 0xffffffffu;// imput(dirty) inSetDataA_data = 0xffffffffu;// imput(dirty) returnSetDataA = 0; // 0:normal,1-0xffffffffu:abnormal inWriteAccessB_address = 0xffffffffu; // imput(dirty) inWriteAccessB_data = 0xffffu; // imput(dirty) err = hardAccsess(address,data,select); TEST_ASSERT(err != 0); // abnormal TEST_ASSERT_EQUALS(inSetDataA_address,(int)0xffffffffu); // no access TEST_ASSERT_EQUALS(inSetDataA_data,(int)0xffffffffu); // no access TEST_ASSERT_EQUALS(inWriteAccessB_address,(int)0xffffffffu); // no access TEST_ASSERT_EQUALS(inWriteAccessB_data,0xffffu); // no access return 0; } /** Unit A Access driver. */ unsigned int setDataA( unsigned int address,unsigned int data) { inSetDataA_address = address; inSetDataA_data = data; return returnSetDataA; } /** Unit B Access driver. */ void writeAccessB( unsigned int address,unsigned short data) { inWriteAccessB_address = address; inWriteAccessB_data = data; } ./CUnitForAndo/Sample3/0040777000104000010010000000000010052665073016050 5ustar Administratorsなし./CUnitForAndo/Sample3/real/0040777000104000010010000000000010052665073016773 5ustar Administratorsなし./CUnitForAndo/Sample3/real/include/0040777000104000010010000000000010052665131020411 5ustar Administratorsなし./CUnitForAndo/Sample3/real/include/loop.h0100777000104000010010000000021110052665167021536 0ustar Administratorsなし#ifndef _LOOP_H_ #define _LOOP_H_ /** A loop is carried out 10 times and data is written in. */ unsigned int loop(void); #endif ./CUnitForAndo/Sample3/real/src/0040777000104000010010000000000010052665210017553 5ustar Administratorsなし./CUnitForAndo/Sample3/real/src/loop.c0100777000104000010010000000057510052665261020705 0ustar Administratorsなし#include "select.h" #include "loop.h" unsigned int loop(void) { unsigned int err; unsigned int loopErr = 0; unsigned int i = 0; for (i = 0 ; i < 10 ; i++) { unsigned int address = 0x85000000u + ( i + 8); err = setDataA(address,i); if (err && (! loopErr)) { loopErr = err; } } return loopErr; } ./CUnitForAndo/Sample3/test/0040777000104000010010000000000010052675700017025 5ustar Administratorsなし./CUnitForAndo/Sample3/test/Makefile0100777000104000010010000000143110052666010020456 0ustar Administratorsなし# # cygwin / Makefile # #CC=lint CC=gcc INCLUDE_OBJ =\ -I../../CUnitForAndo/include\ -I../../Sample2/real/include\ -I../real/include\ -I./include OBJS = \ loop.o\ loopTest.o\ testRunner.o CFLAG_LM = ${CFLAG} -ggdb -Wall CFLAG_OBJ = ${CFLAG} -ggdb -Wall # LIB_X = ${LIB} LM = ./runExe.exe # all: ${LM} # ${LM}: ${OBJS} ${CC} ${CFLAG_LM} ${CFLAG_OBJ} ${INCLUDE_OBJ} -o ${LM} ${OBJS} ${LIB_X} # loop.o: ../real/src/loop.c ${CC} ${CFLAG_OBJ} ${INCLUDE_OBJ} -c ../real/src/loop.c loopTest.o: ./src/loopTest.c ${CC} ${CFLAG_OBJ} ${INCLUDE_OBJ} -c ./src/loopTest.c testRunner.o: ../../CUnitForAndo/src/testRunner.c ${CC} ${CFLAG_OBJ} ${INCLUDE_OBJ} -c ../../CUnitForAndo/src/testRunner.c # # clean: rm -rf ${LM} ${OBJS} # run: all ${LM} #./CUnitForAndo/Sample3/test/src/0040777000104000010010000000000010052665314017614 5ustar Administratorsなし./CUnitForAndo/Sample3/test/src/loopTest.c0100777000104000010010000000422210052666336021576 0ustar Administratorsなし#include #include #include #include "select.h" #include "loop.h" /* A domain is secured. */ #define DATA_ARRAY 100 static unsigned int inSetDataA_address[DATA_ARRAY]; static unsigned int inSetDataA_data[DATA_ARRAY]; static unsigned int returnSetDataA[DATA_ARRAY]; static unsigned int countSetDataA = 0; static unsigned int testLoop(void); /** Main function. */ int main() { return (int) testRunner(testLoop); } static unsigned int testLoop(void) { unsigned int err; unsigned int i; ///////////////////////////////////////////////// // normal memset(inSetDataA_address,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY); memset(inSetDataA_data,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY); memset(returnSetDataA,0,sizeof(unsigned int)*DATA_ARRAY); countSetDataA = 0; err = loop(); // do test TEST_ASSERT_EQUALS(err,0); // normal TEST_ASSERT_EQUALS(countSetDataA,10); // for (i = 0 ; i < 10 ; i++) { TEST_ASSERT_EQUALS(inSetDataA_address[i] ,(int) (0x85000000u + (i + 8))); TEST_ASSERT_EQUALS(inSetDataA_data[i] ,(int) i); } ///////////////////////////////////////////////// // abnormal memset(inSetDataA_address,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY); memset(inSetDataA_data,0xffffffffu,sizeof(unsigned int)*DATA_ARRAY); memset(returnSetDataA,0,sizeof(unsigned int)*DATA_ARRAY); returnSetDataA[3] = 5; // A mistake is mixed. countSetDataA = 0; err = loop(); // do test TEST_ASSERT(err != 0); // abnormal // Even if there is an error, a hard setup has run TEST_ASSERT_EQUALS(countSetDataA,10); for (i = 0 ; i < 10 ; i++) { TEST_ASSERT_EQUALS(inSetDataA_address[i] ,(int) (0x85000000u + (i + 8))); TEST_ASSERT_EQUALS(inSetDataA_data[i] ,(int) i); } return 0; } /** Unit A Access driver. */ unsigned int setDataA( unsigned int address,unsigned int data) { inSetDataA_address[countSetDataA] = address; inSetDataA_data[countSetDataA] = data; countSetDataA++; return returnSetDataA[countSetDataA]; } ./CUnitForAndo/README.txt0100777000104000010010000000014710052655440016241 0ustar AdministratorsなしThis is GNU Lesser General Public License. Prease see. http://www.gnu.org/copyleft/lesser.html ../CUnitForAndo/Makefile0100777000104000010010000000121710052675670016211 0ustar Administratorsなし PROJECT_NAME=CUnitForAndo TAR=./${PROJECT_NAME}/${PROJECT_NAME}.tar.gz WORK_DIR=\ ./${PROJECT_NAME}/CUnitForAndo\ ./${PROJECT_NAME}/html\ ./${PROJECT_NAME}/Sample1\ ./${PROJECT_NAME}/Sample2\ ./${PROJECT_NAME}/Sample3\ ./${PROJECT_NAME}/README.txt\ ./${PROJECT_NAME}/Makefile # all: cd ./Sample1/test ; make cd ./Sample2/test ; make cd ./Sample3/test ; make # clean: cd ./Sample1/test ; make clean cd ./Sample2/test ; make clean cd ./Sample3/test ; make clean # run: cd ./Sample1/test ; make run cd ./Sample2/test ; make run cd ./Sample3/test ; make run # tar: clean cd .. ; tar zcvf ${TAR} ${WORK_DIR} #