public void StReplaceParseTest5()
{
var target = new FileComponentAcs();
target.Eval("[File replace.Regex(\"file\", \"t\\s*from\", \"t to\")]");
Assert.Equal("content to file", target.Eval("[File get(\"file\")]"));
}
public void StWriteParseTest3()
{
var target = new FileComponentAcs();
target.Eval("[File write(\"file\"): multi\nline\" \n 'data'.]");
Assert.Equal(" multi\nline\" \n 'data'.", target.Eval("[File get(\"file\")]"));
}
public void StReplaceParseTest4()
{
var target = new FileComponentAcs();
target.Eval("[File replace.Wildcards(\"file\", \"con*from \", \"\")]");
Assert.Equal("file", target.Eval("[File get(\"file\")]"));
}
public void StExistsParseTest4()
{
var target = new FileComponentAcs();
string realFile = Assembly.GetAssembly(GetType()).Location;
Assert.Equal(Value.FALSE, target.Eval("[File exists.file(\"file\")]"));
Assert.Equal(Value.TRUE, target.Eval("[File exists.file(\"" + realFile + "\")]"));
}
public void StExistsParseTest3()
{
var target = new FileComponentAcs();
Assert.Equal(Value.FALSE, target.Eval("[File exists.directory(\"System32\", false)]"));
//Assert.Equal(Value.VFALSE, target.parse("[File exists.directory(\"" + realDir + "\", true)]"));
Assert.Equal(Value.TRUE, target.Eval("[File exists.directory(\"System32\", true)]"));
}
public void StExistsParseTest2()
{
var target = new FileComponentAcs();
string realDir = Path.GetDirectoryName(Assembly.GetAssembly(GetType()).Location);
Assert.Equal(Value.FALSE, target.Eval("[File exists.directory(\"c:\\stubdir\\notexist\")]"));
Assert.Equal(Value.TRUE, target.Eval("[File exists.directory(\"" + realDir + "\")]"));
}
public void StCallParseTest7()
{
var target = new FileComponentAcs();
Assert.Equal("stdout", target.Eval("[File call(\"file\", \"args\", 0)]"));
Assert.Equal("silent stdout", target.Eval("[File scall(\"file\", \"args\", 15)]"));
Assert.Equal("silent stdout", target.Eval("[File sout(\"file\", \"args\", 10)]"));
}
public void StExistsParseTest5()
{
var target = new FileComponentAcs();
string realFile = Path.GetFileName(Assembly.GetAssembly(GetType()).Location);
Assert.Equal(Value.FALSE, target.Eval("[File exists.file(\"cmd.exe\", false)]"));
//Assert.Equal(Value.VFALSE, target.parse("[File exists.file(\"" + realFile + "\", true)]"));
Assert.Equal(Value.TRUE, target.Eval("[File exists.file(\"cmd.exe\", true)]"));
}
public void StCallParseTest6()
{
var target = new FileComponentAcs();
Assert.Throws <PMLevelException>(() =>
target.Eval("[File call(\"file\", 10)]")
);
}
public void StGetParseTest3()
{
var target = new FileComponentAcs(true);
Assert.Throws <FileNotFoundException>(() =>
target.Eval("[File get(\"file\")]")
);
}
public void StExistsParseTest1()
{
var target = new FileComponentAcs();
Assert.Throws <IncorrectNodeException>(() =>
target.Eval("[File exists.stub(\"path\")]")
);
}
public void StReplaceParseTest1()
{
var target = new FileComponentAcs();
Assert.Throws <PMLevelException>(() =>
target.Eval("[File replace(file, pattern, replacement)]")
);
}
public void StWriteParseTest1()
{
var target = new FileComponentAcs();
Assert.Throws <IncorrectNodeException>(() =>
target.Eval("[File write(\"file\")]")
);
}
public void StCallParseTest8()
{
var target = new FileComponentAcs();
Assert.Throws <IncorrectSyntaxException>(() =>
target.Eval("[File call(\"file\", \"args\", )]")
);
}
public void StWriteParseTest2()
{
var target = new FileComponentAcs();
target.Eval("[File write(\"file\"):data]");
Assert.Equal("data", target.Eval("[File get(\"file\")]"));
// append, writeLine, appendLine is identical for current accessor
// however, also need checking the entry point as for the write() above:
target.Eval("[File append(\"file\"):data]");
Assert.Equal("data", target.Eval("[File get(\"file\")]"));
target.Eval("[File writeLine(\"file\"):data]");
Assert.Equal("data", target.Eval("[File get(\"file\")]"));
target.Eval("[File appendLine(\"file\"):data]");
Assert.Equal("data", target.Eval("[File get(\"file\")]"));
}
public void StGetParseTest2()
{
var target = new FileComponentAcs();
Assert.Equal("content from file", target.Eval("[File get(\"file\")]"));
}