github 项目地址
https://github.com/software-Testing-1506/softwareTesting
PSP表格填写
接口的实现
个人负责输出接口以及文件操作及文件名筛选部分的实现，为达到松散耦合的编码目的，我们小组对数据进行封装然后在不同接口间传输。
主要思路
- 在分析参数的过程中，将输出信息与文件句柄存在一个结构体里，并将可能存在的多个结构体存到一个数组里，由print函数接收并解析数组，依次根据句柄打开文件并写入信息。
- 将要输出到屏幕上的信息也包成数组送到print函数中，再进行统一输出
- 解析文件名,重载TraversalDir()处理打开多个文件可能有后缀的情况，如果有后缀，就使用过滤器filter，过滤掉不符合条件的文件
屏幕输出
文件输出
解析文件名
测试用例的设计
测试原理
白盒测试
白盒测试的测试方法有代码检查法、静态结构分析法、静态质量度量法、逻辑覆盖法、基本路径测试法、域测试、符号测试、路径覆盖和程序变异。 白盒测试法的覆盖标准有逻辑覆盖、循环覆盖和基本路径测试。其中逻辑覆盖包括语句覆盖、判定覆盖、条件覆盖、判定/条件覆盖、条件组合覆盖和路径覆盖。六种覆盖标准发现错误的能力呈由弱到强的变化：
- 语句覆盖每条语句至少执行一次。
- 判定覆盖每个判定的每个分支至少执行一次。
- 条件覆盖每个判定的每个条件应取到各种可能的值。
- 判定/条件覆盖同时满足判定覆盖条件覆盖。
- 条件组合覆盖每个判定中各条件的每一种组合至少出现一次。
- 路径覆盖使程序中每一条可能的路径至少执行一次。
然而遗憾的是我负责的部分对白盒测试 不太适合
为了学习， 我特意去测试了一下输入控制模块 如下：
黑盒测试
对于输出可暂且划为四个等价类
全部用例代码
@Test
public void testPrint1() {
String s = "asdf";
String filename = "output.txt";
ArrayList<String> as = new ArrayList<String>();
as.add(s);
ArrayList<outfile> ao = new ArrayList<outfile>();
ao.add(new outfile(new File(filename),s));
javarestore.print(as,ao);
Assert.assertEquals("output to files but the content of files not match", javarestore.readFileByChars(filename), s);
}
@Test
public void testPrint2() {
String s = "asdf";
String filename = "output.txt";
ArrayList<String> as = new ArrayList<String>();
as.add(s);
ArrayList<outfile> ao = new ArrayList<outfile>();
ao.add(new outfile(new File(filename),s));
javarestore.print(as,ao);
Assert.assertEquals("output to files but the content of files not match", javarestore.readFileByChars(filename), s);
}
@Test
public void testPrint3() {
String s = "asdf"; //simulate two files output
String filename = "output.txt";
ArrayList<String> as = new ArrayList<String>();
ArrayList<outfile> ao = new ArrayList<outfile>();
as.add(s);
ao.add(new outfile(new File(filename),s));
String s1 = "xzvbfwetyt";
String filename1 = "output.tt";
as.add(s1);
ao.add(new outfile(new File(filename1),s1));
javarestore.print(as,ao);
Assert.assertEquals("output to files but the content of files not match", javarestore.readFileByChars(filename), s);
Assert.assertEquals("output to files but the content of files not match", javarestore.readFileByChars(filename1), s1);
}
@Test
public void testPrint4() {
String s = "asdf"; //simulate two files output
String filename = "output.txt";
ArrayList<String> as = new ArrayList<String>();
ArrayList<outfile> ao = new ArrayList<outfile>();
as.add(s);
ao.add(new outfile(new File(filename),s));
String s1 = "xzvbfwetyt";
String filename1 = "output.tt";
as.add(s1);
ao.add(new outfile(new File(filename1),s1));
String s2 = "safgsfghtr";
as.add(s2);
String filename2 = "junittest";
ao.add(new outfile(new File(filename2),s2));
javarestore.print(as,ao);
Assert.assertEquals("output to files but the content of files not match", javarestore.readFileByChars(filename), s);
Assert.assertEquals("output to files but the content of files not match", javarestore.readFileByChars(filename1), s1);
Assert.assertEquals("output to files but the content of files not match", javarestore.readFileByChars(filename2), s2);
}
@Test
public void testfileopen() {
String filename = "output.txt";
String testcontent = "it's a tricking content test checking if the function is right";
try {
javarestore.writeFileByChars(new File(filename), testcontent);
} catch (IOException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
Assert.assertEquals("not fit traversal dir filenames",javarestore.readFileByChars(filename),testcontent);
}
@Test
public void testTraversalDirWithSuffix1() {
String filesuffix = ".cpp";
String[] filenames = {"asd.cpp"};
int count=0;
Assert.assertEquals("not fit ames'num",javarestore.TraversalDir(filesuffix).length,filenames.length);
for(String s:javarestore.TraversalDir(filesuffix)) {
Assert.assertEquals("not fit traversal dir filenames",s,filenames[count]);
count+=1;
}
}
@Test
public void testTraversalDirWithSuffix2() {
String filesuffix = ".c";
String[] filenames = {"a.c","x.c"};
int count=0;
Assert.assertEquals("not fit ames'num",javarestore.TraversalDir(filesuffix).length,filenames.length);
for(String s:javarestore.TraversalDir(filesuffix)) {
Assert.assertEquals("not fit traversal dir filenames",s,filenames[count]);
count+=1;
}
}
@Test
public void testTraversalDirWithSuffix3() {
String filesuffix = ".tt";
String[] filenames = {"output.tt"};
int count=0;
Assert.assertEquals("not fit ames'num",javarestore.TraversalDir(filesuffix).length,filenames.length);
for(String s:javarestore.TraversalDir(filesuffix)) {
Assert.assertEquals("not fit traversal dir filenames",s,filenames[count]);
count+=1;
}
}
@Test
public void testTraversalDirWithSuffix4() {
String filesuffix = ".txt";
String[] filenames = {"output.txt"};
int count=0;
Assert.assertEquals("not fit ames'num",javarestore.TraversalDir(filesuffix).length,filenames.length);
for(String s:javarestore.TraversalDir(filesuffix)) {
Assert.assertEquals("not fit traversal dir filenames",s,filenames[count]);
count+=1;
}
}
@Test
public void testTraversalDirWithSuffix5() {
String filesuffix = ".classpath";
String[] filenames = {".classpath"};
int count=0;
Assert.assertEquals("not fit ames'num",javarestore.TraversalDir(filesuffix).length,filenames.length);
for(String s:javarestore.TraversalDir(filesuffix)) {
Assert.assertEquals("not fit traversal dir filenames",s,filenames[count]);
count+=1;
}
}
@Test
public void testTraversalDir() { //ide explain * as all the filenames but the
String[] filenames = {".classpath",".project","a.c","asd.cpp","checkword","javaforcednote","output","output.tt","output.txt","stoplist","text","x.c"};
int count=0;
Assert.assertEquals("not fit traversal dir filenames'num",javarestore.TraversalDir().length,javarestore.TraversalDir().length);
for(String s:javarestore.TraversalDir()) {
Assert.assertEquals("not fit traversal dir filenames",s,filenames[count]);
count+=1;
}
}
测试用例清单
