//
public static void CleanAllKBObjectVariables(KnowledgeBase KB, IOutputService output)
{
foreach (KBObject kbo in KB.DesignModel.Objects.GetAll())
{
CleanKB.CleanKBObjectVariables(kbo, output);
}
}
//
public static void CleanKBObjectVariables(KBObject obj, IOutputService output)
{
CleanKB.CleanKBObjectVariables(obj, output);
}
//
public static void PreProcessPendingObjects(KnowledgeBase KB, IOutputService output, List <KBObject> objs)
{
FileIniDataParser fileIniData = new FileIniDataParser();
output.Clear();
output.SelectOutput("KBDoctor");
output.StartSection("KBDoctor", "Review_Objects", "Review Objects");
InitializeIniFile(KB);
IniData parsedData = fileIniData.ReadFile(KB.UserDirectory + "\\KBDoctor.ini");
string SectionName = "ReviewObject";
List <KBObject> atts = new List <KBObject>();
foreach (KBObject obj in objs)
{
List <KBObject> objlist = new List <KBObject>();
objlist.Add(obj);
if (Utility.isRunable(obj) && !Utility.IsGeneratedByPattern(obj))
{
//Check objects with parameteres without inout
if (parsedData[SectionName]["ParamINOUT"].ToLower() == "true")
{
Objects.ParmWOInOut(objlist, output);
}
//Clean variables not used
if (parsedData[SectionName]["CleanUnusedVariables"].ToLower() == "true")
{
CleanKB.CleanKBObjectVariables(obj, output);
}
//Check commit on exit
if (parsedData[SectionName]["CheckCommitOnExit"].ToLower() == "true")
{
Objects.CommitOnExit(objlist, output);
}
//Is in module
if (parsedData[SectionName]["CheckModule"].ToLower() == "true")
{
Objects.isInModule(objlist, output);
}
//With variables not based on attributes
if (parsedData[SectionName]["VariablesBasedAttOrDomain"].ToLower() == "true")
{
Objects.ObjectsWithVarNotBasedOnAtt(objlist, output);
}
//Code commented
if (parsedData[SectionName]["CodeCommented"].ToLower() == "true")
{
Objects.CodeCommented(objlist, output);
}
//Check complexity metrics
//maxNestLevel 6 - ComplexityLevel 30 - MaxCodeBlock 500 - parametersCount 6
int maxNestLevel = 7;
Int32.TryParse(parsedData[SectionName]["MaxNestLevel"], out maxNestLevel);
int complexityLevel = 30;
complexityLevel = Int32.Parse(parsedData[SectionName]["MaxComplexity"]);
int maxCodeBlock = 500;
maxCodeBlock = Int32.Parse(parsedData[SectionName]["MaxBlockSize"]);
int maxParametersCount = 6;
maxParametersCount = Int32.Parse(parsedData[SectionName]["MaxParameterCount"]);
Objects.CheckComplexityMetrics(objlist, output, maxNestLevel, complexityLevel, maxCodeBlock, maxParametersCount);
/*
* Tiene todas las referencias?
* Tiene calls que pueden ser UDP
* Mas de un parametro de salida
* Constantes en el código
* Nombre "poco claro" / Descripcion "poco clara"
* Si es modulo, revisar que no tenga objetos publicos no llamados
* Si es modulo, revisar que no tenga objetos privados llamados desde fuera
* Si es modulo, Valor de la propiedad ObjectVisibility <> Private
*/
}
if (obj is Artech.Genexus.Common.Objects.Attribute && parsedData[SectionName]["AttributeBasedOnDomain"].ToLower() == "true")
{
atts.Add(obj);
//Attribute Has Domain
Objects.AttributeHasDomain(objlist, output);
}
if (obj is SDT && parsedData[SectionName]["SDTBasedAttOrDomain"].ToLower() == "true")
{
//SDTItems Has Domain
Objects.SDTBasedOnAttDomain(objlist, output);
}
}
if (atts.Count > 0 && parsedData[SectionName]["AttributeWithoutTable"].ToLower() == "true")
{
// Attributes without table
Objects.AttributeWithoutTable(atts, output);
}
output.EndSection("KBDoctor", "Review_Objects", true);
}
//
public static void CleanAllKBObjectVariables(KnowledgeBase KB, IOutputService output)
{
string rec = "";
foreach (KBObject kbo in KB.DesignModel.Objects.GetAll())
CleanKB.CleanKBObjectVariables(kbo, output, ref rec);
}
//
public static void CleanKBObjectVariables(KBObject obj, IOutputService output)
{
string rec = "";
CleanKB.CleanKBObjectVariables(obj, output, ref rec);
}
//
public static void PreProcessPendingObjects(KnowledgeBase KB, IOutputService output, List<KBObject> objs, out List<string[]> lineswriter, out double tech_debt_total)
{
tech_debt_total = 0;
const string KBDOCTOR_OUTPUTID = "KBDoctor";
output.SelectOutput(KBDOCTOR_OUTPUTID);
FileIniDataParser fileIniData = new FileIniDataParser();
InitializeIniFile(KB);
string filename = KB.UserDirectory + "\\KBDoctor.ini";
IniData parsedData = fileIniData.ReadFile(filename);
string SectionName = "ReviewObject";
List<Tuple<KBObject, string, double>> recommended_list = new List<Tuple<KBObject, string, double>>();
List<KBObject> atts = new List<KBObject>();
foreach (KBObject obj in objs)
{
int obj_tech_debt = 0;
int cant = 0;
int valor = 1;
string recommendations = "";
List<KBObject> objlist = new List<KBObject>();
objlist.Add(obj);
if (Utility.isRunable(obj) && !Utility.IsGeneratedByPattern(obj))
{
//Check objects with parameteres without inout
if (CheckKeyInINI(parsedData, SectionName, "ParamINOUT", "true", "Check if all parameters have IN: OUT: INOUT: keywords", filename))
{
Objects.ParmWOInOut(objlist, output, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
//Clean variables not used
if (CheckKeyInINI(parsedData, SectionName, "CleanUnusedVariables", "true", "Remove unused variables from objects", filename))
CleanKB.CleanKBObjectVariables(obj, output, ref recommendations);
//Check commit on exit
if (CheckKeyInINI(parsedData, SectionName, "CheckCommitOnExit", "true", "Check if property Commit on exit = YES", filename))
{
Objects.CommitOnExit(objlist, output, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
//Is in module
if (CheckKeyInINI(parsedData, SectionName, "CheckModule", "true", "Use of modules is required", filename))
{
Objects.isInModule(objlist, output, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
//Fix variables not based in domains or attributes
bool fixvar = true;
if (CheckKeyInINI(parsedData, SectionName, "FixVariables", "false", "Fix variables definition, assinging Attribute or Domain", filename))
fixvar = false;
//With variables not based on attributes
if (CheckKeyInINI(parsedData, SectionName, "VariablesBasedAttOrDomain", "true", "Variables must be based on Attributes or Domains", filename))
{
Objects.ObjectsWithVarNotBasedOnAtt(objlist, output, fixvar, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
//Code commented
if (CheckKeyInINI(parsedData, SectionName, "CodeCommented", "true", "Code commented is marked as error", filename))
{
Objects.CodeCommented(objlist, output, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
//Assign types comparer
if (CheckKeyInINI(parsedData, SectionName, "AssignTypes", "true", "Check if assignments have the correct Type or Domain", filename))
{
AssignTypesComprarer(KB, objlist, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
//Parameter types comparer
if (CheckKeyInINI(parsedData, SectionName, "ParameterTypes", "true", "Check if call parameters have the correct Type or Domain", filename))
{
ParametersTypeComparer(KB, objlist, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
//Empty conditional blocks
if (CheckKeyInINI(parsedData, SectionName, "EmptyConditionalBlocks", "true", "Checks if exists any IF/Else block without code in it", filename))
{
EmptyConditionalBlocks(KB, objlist, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
//Constants in code
if (CheckKeyInINI(parsedData, SectionName, "ConstantsInCode", "true", "Check if there are hardcoded constants", filename))
{
ConstantsInCode(KB, objlist, out cant);
obj_tech_debt += cant * valor;
}
//For eachs without when none
if (CheckKeyInINI(parsedData, SectionName, "ForEachsWithoutWhenNone", "true", "Check if there is any 'ForEach' block without a 'When None' clause", filename))
ForEachsWithoutWhenNone(KB, objlist);
//News without when duplicate
if (CheckKeyInINI(parsedData, SectionName, "NewsWithoutWhenDuplicate", "true", "Check if there is any 'New' block without 'When Duplicate' clause", filename))
NewsWithoutWhenDuplicate(KB, objlist);
if (CheckKeyInINI(parsedData, SectionName, "ProceduresCalledAsFuction", "true", "Check if the procedures are called as functions", filename))
{
ProceduresCalledAsFunction(KB, objlist, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
if (CheckKeyInINI(parsedData, SectionName, "DocumentsInWebPanels", "true", "Check if there are File management variables (and some others) in WebPanels", filename))
{
DocumentsInWebPanels(KB, objlist, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
//Check complexity metrics
//maxNestLevel 6 - ComplexityLevel 30 - MaxCodeBlock 500 - parametersCount 6
bool aux;
aux = CheckKeyInINI(parsedData, SectionName, "MaxNestLevel", "7", "Maximun nesting level allowed in source", filename);
aux = CheckKeyInINI(parsedData, SectionName, "MaxComplexity", "30", "Maximun Complexity level allowed in sources", filename);
aux = CheckKeyInINI(parsedData, SectionName, "MaxBlockSize", "500", "Maximun block of code", filename);
aux = CheckKeyInINI(parsedData, SectionName, "MaxParameterCount", "6", "Maximun Number of parameters allowed in parm rule", filename);
int maxNestLevel = 7;
Int32.TryParse(parsedData[SectionName]["MaxNestLevel"], out maxNestLevel);
int complexityLevel = 30;
Int32.TryParse(parsedData[SectionName]["MaxComplexity"], out complexityLevel);
int maxCodeBlock = 500;
Int32.TryParse(parsedData[SectionName]["MaxBlockSize"], out maxCodeBlock);
int maxParametersCount = 6;
Int32.TryParse(parsedData[SectionName]["MaxParameterCount"], out maxParametersCount);
int diffNestLevel;
int diffcomplexityLevel;
int diffCodeBlock;
int diffParametersCount;
Objects.CheckComplexityMetrics(obj, output, maxNestLevel, complexityLevel, maxCodeBlock, maxParametersCount, ref recommendations, out diffNestLevel, out diffcomplexityLevel, out diffCodeBlock, out diffParametersCount);
obj_tech_debt += diffCodeBlock * (10/60);
obj_tech_debt += diffcomplexityLevel * 1;
obj_tech_debt += diffParametersCount * 1;
obj_tech_debt += diffNestLevel * 1;
}
if (obj is Artech.Genexus.Common.Objects.Attribute && CheckKeyInINI(parsedData, SectionName, "AttributeBasedOnDomain", "true", "Attributes must be based on domains", filename))
{
atts.Add(obj);
//Attribute Has Domain
Objects.AttributeHasDomain(objlist, output, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
if (obj is SDT && CheckKeyInINI(parsedData, SectionName, "SDTBasedAttOrDomain", "true", "SDT items must be based on attributes or domains", filename))
{
//SDTItems Has Domain
Objects.SDTBasedOnAttDomain(objlist, output, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
if (obj is Transaction && CheckKeyInINI(parsedData, SectionName, "AttributeBasedOnDomain", "true", "Attributes must be based on domains", filename))
{
Objects.AttributeHasDomain(Objects.GetAttributesFromTrn((Transaction)obj), output, ref recommendations, out cant);
obj_tech_debt += cant * valor;
}
if (recommendations != "")
{
Tuple<KBObject, string, double> recommend_tuple = new Tuple<KBObject, string, double>(obj, recommendations, obj_tech_debt);
recommended_list.Add(recommend_tuple);
}
tech_debt_total += obj_tech_debt;
}
if (atts.Count > 0 && CheckKeyInINI(parsedData, SectionName, "AttributeWithoutTable", "true", "All attributes must be in table", filename))
{
// Attributes without table
Objects.AttributeWithoutTable(atts, output);
}
KBDoctorOutput.Message( "KBDoctor Review Object finished");
output.UnselectOutput(KBDOCTOR_OUTPUTID);
output.SelectOutput("General");
lineswriter = new List<string[]>();
foreach (Tuple<KBObject, string, double> item in recommended_list)
{
string[] line = new string[] { Utility.linkObject(item.Item1), item.Item2, item.Item3.ToString() };
lineswriter.Add(line);
}
/*
* Tiene todas las referencias?
* Tiene calls que pueden ser UDP
* Mas de un parametro de salida
* Constantes en el código
* Nombre "poco claro" / Descripcion "poco clara"
* Si es modulo, revisar que no tenga objetos publicos no llamados
* Si es modulo, revisar que no tenga objetos privados llamados desde fuera
* Si es modulo, Valor de la propiedad ObjectVisibility <> Private
* Atributo Varchar que debe ser char
* Atributo Char que debe ser varchar
* Column Title muy ancho para el ancho del atributo
* Nombre del Control en pantalla por Default
* Todos los eventos son invocados
*
*/
}