public StringCollection controlDataFormat(String dataFile)
{
CsvArchiveDocuments ad = new CsvArchiveDocuments();
if (traceActions)
ad.setTracesWriter(tracesWriter);
return ad.checkFile(dataFile);
}
public StringCollection controlDataFormat(String dataFile)
{
CsvArchiveDocuments ad = new CsvArchiveDocuments();
if (traceActions)
{
ad.setTracesWriter(tracesWriter);
}
return(ad.checkFile(dataFile));
}
public void H04_TestContenuFichierDonnees()
{
String[] tagsListeClesAttendus =
{
"#Comment",
"#TransferName",
"#CustodialHistory",
"#OriginatingAgency.BusinessType",
"#OriginatingAgency.Description",
"#OriginatingAgency.LegalClassification",
"#OriginatingAgency.Name",
"#OriginatingAgency.Identification",
"#KeywordContent[#1]",
"#KeywordContent[#2]",
"#ContainsName[ENRSON[#1]]",
"#ContainsDescription[ENRSON[#1]]",
"#KeywordContent[ENRSON[#1]]",
"#ContainsName[ENRSON[#1]//SAMPLES[#1]]",
"#ContainsDescription[ENRSON[#1]//SAMPLES[#1]]",
"#KeywordContent[ENRSON[#1]//SAMPLES[#1]]",
"#ContainsName[ENRSON[#1]//SAMPLES[#1]//DESCRIPTION]",
"#ContainsDescription[ENRSON[#1]//SAMPLES[#1]//DESCRIPTION]",
"#KeywordContent[ENRSON[#1]//SAMPLES[#1]//DESCRIPTION]",
"#ContainsName[ENRSON[#1]//SAMPLES[#1]//ANNEXE]",
"#ContainsDescription[ENRSON[#1]//SAMPLES[#1]//ANNEXE]",
"#KeywordContent[ENRSON[#1]//SAMPLES[#1]//ANNEXE]",
};
String[] tagsListeDocumentsAttendus =
{
"ENRSON[#1]{PDF}",
"ENRSON[#1]{MP3}",
"ENRSON[#1]{WAV}",
"ENRSON[#1]//SAMPLES[#1]",
"ENRSON[#1]//SAMPLES[#1]//DESCRIPTION",
"ENRSON[#1]//SAMPLES[#1]//ANNEXE",
};
DataControlConfig control = configLoader("tags_profil_complet_donnees");
StreamWriter streamWriter = null;
Action<Exception, String> eh = (ex, str) => {
Console.WriteLine(ex.GetType().Name + " while trying to use trace file: " + control.traceFile + ". Complementary message: " + str);
throw ex;
};
try {
streamWriter = new StreamWriter(control.traceFile);
} catch (IOException e) { eh(e, "Mauvaise syntaxe de nom de fichier"); } catch (UnauthorizedAccessException e) { eh(e, "Droits d'accès à corriger"); } catch (System.Security.SecurityException e) { eh(e, "Droits d'accès à corriger"); }
CsvArchiveDocuments ad = new CsvArchiveDocuments();
ad.setTracesWriter(streamWriter);
ad.loadFile(control.dataFile);
StringCollection adErrors = ad.getErrorsList();
streamWriter.WriteLine("\nErreurs dans la lecture du fichier de données");
foreach (String str in adErrors) {
streamWriter.WriteLine(str);
}
streamWriter.Flush();
Assert.AreEqual(0, adErrors.Count, "Aucune erreur n'était attendue");
StringCollection listForKeys = ad.getTagsListForKeys();
StringCollection listForDocuments = ad.getTagsListForDocuments();
int key = 0;
if (listForKeys != null && listForKeys.Count != 0) {
streamWriter.WriteLine("\nListe des clés lues");
foreach (String str in listForKeys) {
streamWriter.WriteLine(str);
}
streamWriter.Flush();
foreach (String str in listForKeys) {
if (tagsListeClesAttendus.Length > key)
StringAssert.StartsWith(str, tagsListeClesAttendus[key], "Comparaison des tags de clés");
key++;
}
}
Assert.AreEqual(tagsListeClesAttendus.Length, listForKeys.Count, "Le nombre de clés attendues et obtenues diffère");
key = 0;
if (listForDocuments != null && listForDocuments.Count != 0) {
streamWriter.WriteLine("\nListe des documents lus");
foreach (String str in listForDocuments) {
streamWriter.WriteLine(str);
}
streamWriter.Flush();
foreach (String str in listForDocuments) {
if (tagsListeClesAttendus.Length > key)
StringAssert.StartsWith(str, tagsListeDocumentsAttendus[key], "Comparaison des tags de documents");
key++;
}
}
Assert.AreEqual(tagsListeDocumentsAttendus.Length, listForDocuments.Count, "Le nombre de documents attendus et obtenus diffère");
streamWriter.Flush();
streamWriter.Close();
}
public StringCollection controlMatchingBetweenDataAndProfile(String dataFile, String profileFile)
{
StringCollection errors = new StringCollection();
CsvArchiveDocuments ad = new CsvArchiveDocuments();
if (traceActions)
ad.setTracesWriter(tracesWriter);
ad.loadFile(dataFile);
/*
StringCollection erreursDonnees = ad.getErrorsList();
if (erreursDonnees.Count != 0) {
foreach (String st in erreursDonnees) {
errors.Add(st);
}
}
*/
RngProfileController rpc = new RngProfileController();
if (traceActions)
rpc.setTracesWriter(tracesWriter);
rpc.controlProfileFile(profileFile);
/*
StringCollection erreursProfil = rpc.getErrorsList();
if (erreursProfil.Count != 0) {
foreach (String st in erreursProfil) {
errors.Add(st);
}
}
*/
String str;
StringCollection tagsForKeys = ad.getTagsListForKeys();
StringCollection tagsForDocs = ad.getTagsListForDocuments();
StringCollection expectedTags = rpc.getExpectedTagsListList();
StringCollection expectedTagsForDocs = new StringCollection();
foreach (String st in expectedTags) {
if (st.StartsWith("document: ")) {
expectedTagsForDocs.Add(st.Substring(10));
}
}
foreach (String st in expectedTagsForDocs) {
expectedTags.Remove("document: " + st);
}
StringCollection tagsForKeysModified = new StringCollection();
foreach (String st in tagsForKeys) {
str = Regex.Replace(st, @"#KeywordContent\[#[0-9]+\]", "#KeywordContent");
tagsForKeysModified.Add(str);
}
StringCollection tagsForDocsModified = new StringCollection();
foreach (String st in tagsForDocs) {
str = Regex.Replace(st, @"#KeywordContent(\[[^]]+\])?\[#[0-9]+\]", "#KeywordContent$1");
tagsForDocsModified.Add(str);
}
if (traceActions) {
if (tagsForKeysModified.Count != 0) {
tracesWriter.WriteLine("\ntagsForKeysModified");
foreach (String st in tagsForKeysModified) {
tracesWriter.WriteLine(st);
}
}
if (tagsForDocsModified.Count != 0) {
tracesWriter.WriteLine("\ntagsForDocsModified");
foreach (String st in tagsForDocsModified) {
tracesWriter.WriteLine(st);
}
}
if (expectedTags.Count != 0) {
tracesWriter.WriteLine("\nexpectedTags");
foreach (String st in expectedTags) {
tracesWriter.WriteLine(st);
}
}
if (expectedTagsForDocs.Count != 0) {
tracesWriter.WriteLine("\nexpectedTagsForDocs");
foreach (String st in expectedTagsForDocs) {
tracesWriter.WriteLine(st);
}
}
tracesWriter.WriteLine("");
}
// Test des clés
foreach (String st in tagsForKeysModified) {
str = Regex.Replace(st, @"\[#\d+\]", "[#1]");
str = Regex.Replace(str, @"#KeywordContent\[#[0-9]+\]", "#KeywordContent");
if (expectedTags.IndexOf(str) == -1)
errors.Add("La clé '" + st + "' fournie par les données métier n'est pas attendue par le profil");
}
// Test des documents
foreach (String st in tagsForDocsModified) {
str = Regex.Replace(st, @"\[#\d+\]", "[#1]");
str = Regex.Replace(str, @"#KeywordContent(\[[^]]+\])?\[#[0-9]+\]", "#KeywordContent$1");
if (expectedTagsForDocs.IndexOf(str) == -1)
errors.Add("Le document typé par le tag '" + st + "' n'est pas attendu par le profil");
}
// Test du profil
foreach (String st in expectedTags) {
if (tagsForKeysModified.IndexOf(st) == -1) {
errors.Add("Dans le profil, le tag '" + st + "' ne trouve pas de correspondance dans les données métier");
}
}
foreach (String st in expectedTagsForDocs) {
if (tagsForDocsModified.IndexOf(st) == -1) {
errors.Add("Dans le profil, le tag de document '" + st + "' ne trouve pas de correspondance dans les données métier");
}
}
return errors;
}
/*
* La liste des documents à archiver est définie dans un fichier qui contient
* les noms des fichiers et leurs métadonnées
* Les documents sont dans le répertoire documentsFilePath
* */
public override void prepareArchiveDocumentsWithFile(String documentsFilePath, String archiveDocumentsFile)
{
SAE_FilePath = documentsFilePath;
archiveDocumentsLoaded = false;
CsvArchiveDocuments ad = new CsvArchiveDocuments();
ad.setTracesWriter(tracesWriter);
try {
ad.loadFile(archiveDocumentsFile);
// La variable membre héritée contient la valeur de l'objet créé
archiveDocuments = ad;
archiveDocumentsLoaded = true;
} catch (Exception e) {
errorsList.Add("Erreur lors de la préparation du fichiers de documents '" + archiveDocumentsFile + "' " + e.GetType().Name);
}
}
public StringCollection controlMatchingBetweenDataAndProfile(String dataFile, String profileFile)
{
StringCollection errors = new StringCollection();
CsvArchiveDocuments ad = new CsvArchiveDocuments();
if (traceActions)
{
ad.setTracesWriter(tracesWriter);
}
ad.loadFile(dataFile);
/*
* StringCollection erreursDonnees = ad.getErrorsList();
* if (erreursDonnees.Count != 0) {
* foreach (String st in erreursDonnees) {
* errors.Add(st);
* }
* }
*/
RngProfileController rpc = new RngProfileController();
if (traceActions)
{
rpc.setTracesWriter(tracesWriter);
}
rpc.controlProfileFile(profileFile);
/*
* StringCollection erreursProfil = rpc.getErrorsList();
* if (erreursProfil.Count != 0) {
* foreach (String st in erreursProfil) {
* errors.Add(st);
* }
* }
*/
String str;
StringCollection tagsForKeys = ad.getTagsListForKeys();
StringCollection tagsForDocs = ad.getTagsListForDocuments();
StringCollection expectedTags = rpc.getExpectedTagsList();
StringCollection expectedTagsForDocs = new StringCollection();
foreach (String st in expectedTags)
{
if (st.StartsWith("document: "))
{
expectedTagsForDocs.Add(st.Substring(10));
}
}
foreach (String st in expectedTagsForDocs)
{
expectedTags.Remove("document: " + st);
}
StringCollection tagsForKeysModified = new StringCollection();
foreach (String st in tagsForKeys)
{
str = Regex.Replace(st, @"#KeywordContent\[#[0-9]+\]", "#KeywordContent");
tagsForKeysModified.Add(str);
}
StringCollection tagsForDocsModified = new StringCollection();
foreach (String st in tagsForDocs)
{
str = Regex.Replace(st, @"#KeywordContent(\[[^]]+\])?\[#[0-9]+\]", "#KeywordContent$1");
tagsForDocsModified.Add(str);
}
if (traceActions)
{
if (tagsForKeysModified.Count != 0)
{
tracesWriter.WriteLine("\ntagsForKeysModified");
foreach (String st in tagsForKeysModified)
{
tracesWriter.WriteLine(st);
}
}
if (tagsForDocsModified.Count != 0)
{
tracesWriter.WriteLine("\ntagsForDocsModified");
foreach (String st in tagsForDocsModified)
{
tracesWriter.WriteLine(st);
}
}
if (expectedTags.Count != 0)
{
tracesWriter.WriteLine("\nexpectedTags");
foreach (String st in expectedTags)
{
tracesWriter.WriteLine(st);
}
}
if (expectedTagsForDocs.Count != 0)
{
tracesWriter.WriteLine("\nexpectedTagsForDocs");
foreach (String st in expectedTagsForDocs)
{
tracesWriter.WriteLine(st);
}
}
tracesWriter.WriteLine("");
}
// Test des clés
foreach (String st in tagsForKeysModified)
{
str = Regex.Replace(st, @"\[#\d+\]", "[#1]");
str = Regex.Replace(str, @"#KeywordContent\[#[0-9]+\]", "#KeywordContent");
if (expectedTags.IndexOf(str) == -1)
{
errors.Add("La clé '" + st + "' fournie par les données métier n'est pas attendue par le profil");
}
}
// Test des documents
foreach (String st in tagsForDocsModified)
{
str = Regex.Replace(st, @"\[#\d+\]", "[#1]");
str = Regex.Replace(str, @"#KeywordContent(\[[^]]+\])?\[#[0-9]+\]", "#KeywordContent$1");
if (expectedTagsForDocs.IndexOf(str) == -1)
{
errors.Add("Le document typé par le tag '" + st + "' n'est pas attendu par le profil");
}
}
// Test du profil
foreach (String st in expectedTags)
{
if (tagsForKeysModified.IndexOf(st) == -1)
{
errors.Add("Dans le profil, le tag '" + st + "' ne trouve pas de correspondance dans les données métier");
}
}
foreach (String st in expectedTagsForDocs)
{
if (tagsForDocsModified.IndexOf(st) == -1)
{
errors.Add("Dans le profil, le tag de document '" + st + "' ne trouve pas de correspondance dans les données métier");
}
}
return(errors);
}
