func (n *Nop) Run(in chan Request, out chan data.TestCase, errOut chan error) {
testCasesGenerated := 0
testCasesPerSeed := make(map[string]int)
for {
req := <-in
if len(req.SourceFiles) == 0 {
close(out)
break
}
sourceFile := req.SourceFiles[0]
fileName := filepath.Base(sourceFile)
outputFilePath := filepath.Join(n.WorkingDir, fileName)
fileData, err := ioutil.ReadFile(sourceFile)
if err != nil {
errOut <- err
continue
}
ioutil.WriteFile(outputFilePath, fileData, 0777)
// If this is the first time we've seen this seed then initialize
// its test case count to 0
_, ok := testCasesPerSeed[sourceFile]
if !ok {
testCasesPerSeed[sourceFile] = 0
}
testCasesGenerated++
testCasesPerSeed[sourceFile]++
testCase := data.NewTestCase()
testCase.FuzzFilePath = outputFilePath
testCase.SeedFilePaths = []string{sourceFile}
testCase.SeedFuzzCounts[sourceFile] = testCasesPerSeed[sourceFile]
testCase.TotalFuzzCount = testCasesGenerated
out <- testCase
}
}
// Run starts a work loop that consumes MutateRequests specifying a source file
// and the number of fuzz files to generate. As output it produces the paths to
// each of these fuzz files. On error a message will be sent on the errOut
// channel.
func (r *Radamsa) Run(in chan Request, out chan data.TestCase,
errOut chan error) {
cfg := r.S.Config
// Used to change the seed on each iteration
seedInc := 1
testCasesGenerated := 0
testCasesPerSeed := make(map[string]int)
for {
req := <-in
if len(req.SourceFiles) == 0 {
close(out)
break
}
if len(req.SourceFiles) > 1 {
log.Fatalf("For multiple source files use RadamsaMultiFile, not" +
" Radamsa")
}
sourceFile := req.SourceFiles[0]
fileName := filepath.Base(sourceFile)
outputFileName := fmt.Sprintf("%%n_%s", fileName)
var workingDir string
if cfg.TestProcessing.GenerateTestsInPlace {
workingDir = filepath.Dir(sourceFile)
} else {
workingDir = r.S.TestCasesDir
}
outputFilePath := filepath.Join(workingDir, outputFileName)
countStr := strconv.Itoa(req.Count)
seedStr := strconv.Itoa(cfg.General.Seed + seedInc)
seedInc++
cmdList := []string{}
if len(cfg.Radamsa.Mutations) != 0 {
cmdList = append(cmdList, "-m")
cmdList = append(cmdList, cfg.Radamsa.Mutations)
}
cmdList = append(cmdList, "--seed")
cmdList = append(cmdList, seedStr)
cmdList = append(cmdList, "-n")
cmdList = append(cmdList, countStr)
cmdList = append(cmdList, "-o")
cmdList = append(cmdList, outputFilePath)
cmdList = append(cmdList, sourceFile)
r.L.DEBUGF("Running radamsa with the following arguments : %s",
cmdList)
cmd := exec.Command("radamsa", cmdList...)
if err := cmd.Run(); err != nil {
msg := fmt.Sprintf("Error running radamsa: %s", err)
err := errors.New(msg)
errOut <- err
continue
}
// If this is the first time we've seen this seed then initialize
// its test case count to 0
_, ok := testCasesPerSeed[sourceFile]
if !ok {
testCasesPerSeed[sourceFile] = 0
}
for i := 0; i < req.Count; i++ {
expectedFileName := fmt.Sprintf("%d_%s", i+1, fileName)
var expectedFilePath string
var err error
if expectedFilePath, err = filepath.Abs(
filepath.Join(workingDir, expectedFileName)); err != nil {
err := errors.New(
fmt.Sprintf("Fuzz file %s was not generated",
expectedFilePath))
errOut <- err
continue
}
if _, err := os.Stat(expectedFilePath); err != nil {
err := errors.New(
fmt.Sprintf("Fuzz file %s was not generated",
expectedFilePath))
errOut <- err
continue
}
testCasesGenerated++
testCasesPerSeed[sourceFile]++
testCase := data.NewTestCase()
testCase.FuzzFilePath = expectedFilePath
testCase.SeedFilePaths = req.SourceFiles
testCase.SeedFuzzCounts[sourceFile] = testCasesPerSeed[sourceFile]
testCase.TotalFuzzCount = testCasesGenerated
out <- testCase
}
}
}