| public CreateEditPoint ( EnvDTE tp ) : EnvDTE.EditPoint | ||
| tp | EnvDTE | |
| 리턴 | EnvDTE.EditPoint | |
public void doTest(TestFileWrapper regressionFile, string fileName)
{
ParameterSet pset = new ParameterSet();
pset.mUseTabsToIndent = true;
for (int lineNumber = this.retStartLine; lineNumber <= this.retEndLine; lineNumber++)
{
EnvDTE.EditPoint tp1 = regressionFile.CreateEditPoint(null);
tp1.MoveToLineAndOffset(lineNumber, 1);
bool retSuccess;
MatchedBlockData retBdata;
CommentBlock retBlock;
retSuccess = CommentReflowerObj.GetBlockContainingPoint(
pset,
fileName,
tp1,
out retBlock,
out retBdata);
if (retSuccess != this.retSuccess)
{
throw new System.ApplicationException(
"Blockpoint Regression test line " + lineNumber.ToString() +
" does not match expected return value");
}
if (retSuccess == false)
{
return;
}
if (retBdata.mStartLine != this.retStartLine)
{
throw new System.ApplicationException(
"Blockpoint Regression test line " + lineNumber.ToString() +
" does not match expected start line value");
}
if (retBdata.mEndLine != this.retEndLine)
{
throw new System.ApplicationException(
"Blockpoint Regression test line " + lineNumber.ToString() +
" does not match expected end line value");
}
if (retBlock.mName != this.retCommentBlockName)
{
throw new System.ApplicationException(
"Blockpoint Regression test line " + lineNumber.ToString() +
" does not match expected block name");
}
if (retBdata.mIndentation != this.retIndentation)
{
throw new System.ApplicationException(
"Blockpoint Regression test line " + lineNumber.ToString() +
" does not match expected indentation");
}
}
}
static void DoSimpleSingleFileTest(
string testName,
string fileNamePrefix,
string fileNameSuffix
)
{
string fileName = @"..\..\Input\" + fileNamePrefix + fileNameSuffix;
ParameterSet pset = new ParameterSet();
pset.mUseTabsToIndent = true;
TestFileWrapper regressionFile = new TestFileWrapper(fileName);
EnvDTE.EditPoint tp1 = regressionFile.CreateEditPoint(null);
tp1.StartOfDocument();
EnvDTE.EditPoint tp2 = regressionFile.CreateEditPoint(null);
tp2.EndOfDocument();
CommentReflowerObj.WrapAllBlocksInSelection(pset, fileName, tp1, tp2);
regressionFile.WriteToFile(@"..\..\Output\" + fileNamePrefix + ".out" + fileNameSuffix);
int lineNum = fileCompare(@"..\..\Output\" + fileNamePrefix + ".out" + fileNameSuffix,
@"..\..\Compare\" + fileNamePrefix + ".compare" + fileNameSuffix);
if (lineNum != -1)
{
throw new System.ApplicationException(
testName + " regression file does not match compare at line " + lineNum);
}
//now apply again and ensure consitancy
tp1.StartOfDocument();
tp2.EndOfDocument();
CommentReflowerObj.WrapAllBlocksInSelection(pset, fileName, tp1, tp2);
regressionFile.WriteToFile(@"..\..\Output\" + fileNamePrefix + ".out2" + fileNameSuffix);
lineNum = fileCompare(@"..\..\Output\" + fileNamePrefix + ".out2" + fileNameSuffix,
@"..\..\Compare\" + fileNamePrefix + ".compare" + fileNameSuffix);
if (lineNum != -1)
{
throw new System.ApplicationException(
testName + " 2nd run regression file does not match compare at line " + lineNum);
}
Console.WriteLine(testName + " tests PASSED.");
}
static void DoBlockTests()
{
string fileName = @"..\..\Input\Regression.cpp";
TestFileWrapper regressionFile = new TestFileWrapper(fileName);
/////////////////////////////////////////
// first detection tests
/////////////////////////////////////////
foreach (GetBlockFromPointRegression val in mBlockPointValues)
{
val.doTest(regressionFile, fileName);
}
//////////////////////////////////////////
// now formatting tests one by one
//////////////////////////////////////////
ParameterSet pset = new ParameterSet();
pset.mUseTabsToIndent = true;
EnvDTE.EditPoint[] tp = new EnvDTE.EditPoint[mBlockPointValues.Length];
for (int i = 0; i < mBlockPointValues.Length; i++)
{
tp[i] = regressionFile.CreateEditPoint(null);
tp[i].MoveToLineAndOffset(mBlockPointValues[i].retStartLine, 1);
}
for (int i = 0; i < tp.Length; i++)
{
try
{
CommentReflowerObj.WrapBlockContainingPoint(pset, fileName, tp[i]);
}
catch (Exception)
{
if (mBlockPointValues[i].retSuccess == true)
{
throw;
}
}
}
regressionFile.WriteToFile(@"..\..\Output\Regression.out.cpp");
int lineNum = fileCompare(@"..\..\Output\Regression.out.cpp", @"..\..\Compare\Regression.compare.cpp");
if (lineNum != -1)
{
throw new System.ApplicationException(
"One by One Block regression file does not match compare at line " + lineNum);
}
////////////////////////////////////////
// now formatting tests all at once
////////////////////////////////////////
TestFileWrapper regressionFile2 = new TestFileWrapper(fileName);
EnvDTE.EditPoint tp1 = regressionFile2.CreateEditPoint(null);
tp1.StartOfDocument();
EnvDTE.EditPoint tp2 = regressionFile2.CreateEditPoint(null);
tp2.EndOfDocument();
CommentReflowerObj.WrapAllBlocksInSelection(pset, fileName, tp1, tp2);
regressionFile2.WriteToFile(@"..\..\Output\Regression.out2.cpp");
lineNum = fileCompare(@"..\..\Output\Regression.out2.cpp", @"..\..\Compare\Regression.compare.cpp");
if (lineNum != -1)
{
throw new System.ApplicationException(
"Whole block regression file does not match compare at line " + lineNum);
}
//now apply again and ensure consitancy
tp1.StartOfDocument();
tp2.EndOfDocument();
CommentReflowerObj.WrapAllBlocksInSelection(pset, fileName, tp1, tp2);
regressionFile2.WriteToFile(@"..\..\Output\Regression.out3.cpp");
lineNum = fileCompare(@"..\..\Output\Regression.out3.cpp", @"..\..\Compare\Regression.compare.cpp");
if (lineNum != -1)
{
throw new System.ApplicationException(
"Whole block second run regression file does not match compare at line " + lineNum);
}
Console.WriteLine("Block detection and formatting tests PASSED.");
}
static void DoBlockTests()
{
string fileName = @"..\..\Input\Regression.cpp";
TestFileWrapper regressionFile = new TestFileWrapper(fileName);
/////////////////////////////////////////
// first detection tests
/////////////////////////////////////////
foreach (GetBlockFromPointRegression val in mBlockPointValues)
{
val.doTest(regressionFile, fileName);
}
//////////////////////////////////////////
// now formatting tests one by one
//////////////////////////////////////////
ParameterSet pset = new ParameterSet();
pset.mUseTabsToIndent = true;
EnvDTE.EditPoint[] tp = new EnvDTE.EditPoint[mBlockPointValues.Length];
for (int i=0; i < mBlockPointValues.Length; i++)
{
tp[i] = regressionFile.CreateEditPoint(null);
tp[i].MoveToLineAndOffset(mBlockPointValues[i].retStartLine,1);
}
for (int i=0; i < tp.Length; i++)
{
try
{
CommentReflowerObj.WrapBlockContainingPoint(pset,fileName,tp[i]);
}
catch (Exception)
{
if (mBlockPointValues[i].retSuccess == true)
{
throw;
}
}
}
regressionFile.WriteToFile(@"..\..\Output\Regression.out.cpp");
int lineNum = fileCompare(@"..\..\Output\Regression.out.cpp", @"..\..\Compare\Regression.compare.cpp");
if (lineNum != -1)
{
throw new System.ApplicationException(
"One by One Block regression file does not match compare at line " + lineNum);
}
////////////////////////////////////////
// now formatting tests all at once
////////////////////////////////////////
TestFileWrapper regressionFile2 = new TestFileWrapper(fileName);
EnvDTE.EditPoint tp1 = regressionFile2.CreateEditPoint(null);
tp1.StartOfDocument();
EnvDTE.EditPoint tp2 = regressionFile2.CreateEditPoint(null);
tp2.EndOfDocument();
CommentReflowerObj.WrapAllBlocksInSelection(pset,fileName,tp1,tp2);
regressionFile2.WriteToFile(@"..\..\Output\Regression.out2.cpp");
lineNum = fileCompare(@"..\..\Output\Regression.out2.cpp", @"..\..\Compare\Regression.compare.cpp");
if (lineNum != -1)
{
throw new System.ApplicationException(
"Whole block regression file does not match compare at line " + lineNum);
}
//now apply again and ensure consitancy
tp1.StartOfDocument();
tp2.EndOfDocument();
CommentReflowerObj.WrapAllBlocksInSelection(pset,fileName,tp1,tp2);
regressionFile2.WriteToFile(@"..\..\Output\Regression.out3.cpp");
lineNum = fileCompare(@"..\..\Output\Regression.out3.cpp", @"..\..\Compare\Regression.compare.cpp");
if (lineNum != -1)
{
throw new System.ApplicationException(
"Whole block second run regression file does not match compare at line " + lineNum);
}
Console.WriteLine("Block detection and formatting tests PASSED.");
}
public void doTest(TestFileWrapper regressionFile, string fileName)
{
ParameterSet pset = new ParameterSet();
pset.mUseTabsToIndent = true;
for (int lineNumber = this.retStartLine; lineNumber <= this.retEndLine; lineNumber++)
{
EnvDTE.EditPoint tp1 = regressionFile.CreateEditPoint(null);
tp1.MoveToLineAndOffset(lineNumber,1);
bool retSuccess;
MatchedBlockData retBdata;
CommentBlock retBlock;
retSuccess = CommentReflowerObj.GetBlockContainingPoint(
pset,
fileName,
tp1,
out retBlock,
out retBdata);
if (retSuccess != this.retSuccess)
{
throw new System.ApplicationException(
"Blockpoint Regression test line " + lineNumber.ToString() +
" does not match expected return value");
}
if (retSuccess == false)
{
return;
}
if (retBdata.mStartLine != this.retStartLine)
{
throw new System.ApplicationException(
"Blockpoint Regression test line " + lineNumber.ToString() +
" does not match expected start line value");
}
if (retBdata.mEndLine != this.retEndLine)
{
throw new System.ApplicationException(
"Blockpoint Regression test line " + lineNumber.ToString() +
" does not match expected end line value");
}
if (retBlock.mName != this.retCommentBlockName)
{
throw new System.ApplicationException(
"Blockpoint Regression test line " + lineNumber.ToString() +
" does not match expected block name");
}
if (retBdata.mIndentation != this.retIndentation)
{
throw new System.ApplicationException(
"Blockpoint Regression test line " + lineNumber.ToString() +
" does not match expected indentation");
}
}
}
static void DoSimpleSingleFileTest(
string testName,
string fileNamePrefix,
string fileNameSuffix
)
{
string fileName = @"..\..\Input\"+fileNamePrefix+fileNameSuffix;
ParameterSet pset = new ParameterSet();
pset.mUseTabsToIndent = true;
TestFileWrapper regressionFile = new TestFileWrapper(fileName);
EnvDTE.EditPoint tp1 = regressionFile.CreateEditPoint(null);
tp1.StartOfDocument();
EnvDTE.EditPoint tp2 = regressionFile.CreateEditPoint(null);
tp2.EndOfDocument();
CommentReflowerObj.WrapAllBlocksInSelection(pset,fileName,tp1,tp2);
regressionFile.WriteToFile(@"..\..\Output\"+fileNamePrefix+".out"+fileNameSuffix);
int lineNum = fileCompare(@"..\..\Output\"+fileNamePrefix+".out"+fileNameSuffix,
@"..\..\Compare\"+fileNamePrefix+".compare"+fileNameSuffix);
if (lineNum != -1)
{
throw new System.ApplicationException(
testName + " regression file does not match compare at line " + lineNum);
}
//now apply again and ensure consitancy
tp1.StartOfDocument();
tp2.EndOfDocument();
CommentReflowerObj.WrapAllBlocksInSelection(pset,fileName,tp1,tp2);
regressionFile.WriteToFile(@"..\..\Output\"+fileNamePrefix+".out2"+fileNameSuffix);
lineNum = fileCompare(@"..\..\Output\"+fileNamePrefix+".out2"+fileNameSuffix,
@"..\..\Compare\"+fileNamePrefix+".compare"+fileNameSuffix);
if (lineNum != -1)
{
throw new System.ApplicationException(
testName + " 2nd run regression file does not match compare at line " + lineNum);
}
Console.WriteLine(testName + " tests PASSED.");
}