Finished evaluation for case 1

dashBoard.py

@@ -87,7 +87,7 @@ def tempTestFunction():
     windowWidth = 1250
     windowHeight = 1200
     
-    diagram = parse.parseDiagramFile("diagrams/DiagramTest3.csv")    
+    diagram = parse.parseDiagramFile("diagrams/Case1.csv")    
     
     top = Toplevel(guiRoot, bg="blue")
     top.title("Result Window")

diagramParser.py

@@ -51,8 +51,6 @@ def parseConsequences(df, consequenceDict):
     for i in range(len(df)):
         if df[const.ConsequenceValue][i] == const.Consequence:
                         
-            print(df[const.ConsequenceDescriptionValue][i])
-            
             consequence = component.Consequence(
                 df[const.ConsequenceIDValue][i],
                 df[const.Id][i],

dynamics.py

@@ -85,6 +85,7 @@ class BowtieDynamic(DynamicComponent):
         Abstracting this saves time
         """ 
         
+        
         componentId = self.componentID  # Define the ID of the component
         lines = df.loc[df['Name']=='Line']       # Find all lines in the diagram
            
@@ -110,6 +111,7 @@ class BowtieDynamic(DynamicComponent):
         sourceComponent = df.loc[df[const.Id]==lineTwo[const.From].item()]      # Defines the source of the line connecting threats/consequences and attacks
         destinationComponent = df.loc[df[const.Id]==lineTwo[const.To].item()]   # Defines the destination of the line connecting threats/consequences and attacks
         
+     
         if componentType == const.ThreatDynamic:  # * If the component is a threat
             if sourceComponent[const.textArea1].item() == const.Threat:  # Checks if source or destination is the threat
                 self.associatedThreat = sourceComponent  
@@ -119,6 +121,7 @@ class BowtieDynamic(DynamicComponent):
                 self.associatedAttack = sourceComponent
                 
         elif componentType == const.ConsequenceDynamic:  # * If the component is a consequence
+                        
             if sourceComponent[const.textArea1].item() == const.Consequence:
                 self.associatedConsequence = sourceComponent
                 self.associatedAttack = destinationComponent

matrices.py

@@ -9,50 +9,41 @@ This is quite a big EDGE case and will only work for the specific table shape th
 """
 def parseTable(df, metricsDict, diagram):
     
-    cols = [const.Er_ID, const.Bowtie_ID, const.Metric_ID, const.Metric_Name, const.Value, const.Measure_date, const.Frequency ,const.Measurement_guide]
+    cols = [const.Metric_ID, const.Metric_Name, const.Value, const.Measure_date, const.Frequency ,const.Measurement_guide]
         
-    table = df.loc[df[const.Name]=='Metric matrix']    # Defines the table
+    table = df.loc[df[const.Name]=='Table']    # Defines the table
     
     matrics = pd.DataFrame(columns=cols)
         
-    length = len(table.columns)
-    
-    length = length-7 # Setting the length equal to the amount of text fields
-    
-    stopLength = length-15
+    stopLength = 226
     
     # ! Parsing the first row of the table which has a fucked structure because lucidchart is garbage : ) 
-    erID1 = table[const.textArea4].item()              # Define the ER ID
-    BowTieID1 = table[const.textArea5].item()          # Define the Bowtie ID
-    MetricID1 = table[const.textArea6].item()          # Define the Metric ID
-    MetricName1 = table[f"Text Area {length-9}"].item()        # Define the Metric Name
-    Value1 = table[f"Text Area {length-8}"].item()            # Define the Value
-    MeasureDate1 = table[f"Text Area {length-7}"].item()      # Define the Measure Date
-    Frequency1 = table[f"Text Area {length-6}"].item()        # Define the Frequency
-    Guide1 = table[f"Text Area {length-5}"].item()            # Define the Measurement guide
+    MetricID1 = table[const.textArea4].item()          # Define the Metric ID
+    MetricName1 = table[const.textArea5].item()        # Define the Metric Name
+    Value1 = table[const.textArea6].item()            # Define the Value
+    MeasureDate1 = table[f"Text Area 229"].item()      # Define the Measure Date
+    Frequency1 = table[f"Text Area 230"].item()        # Define the Frequency
+    Guide1 = table[f"Text Area 231"].item()            # Define the Measurement guide
     
     MetricID1 = int(MetricID1)
-    matrics.loc[0] = erID1, BowTieID1, MetricID1, MetricName1, Value1, MeasureDate1, Frequency1, Guide1 # Fill inn dataframe
+    matrics.loc[0] = MetricID1, MetricName1, Value1, MeasureDate1, Frequency1, Guide1 # Fill inn dataframe
     
     # TODO Error handle/Communicate to end user here, "You seem to have a metric in your table which is not used etc"
-    fillMetricinfo(erID1, BowTieID1, MetricID1, MetricName1, Value1, MeasureDate1, Frequency1, Guide1, metricsDict, diagram)    
+    fillMetricinfo(MetricID1, MetricName1, Value1, MeasureDate1, Frequency1, Guide1, metricsDict, diagram)    
     
     
-    # Parsing the second row, this row is also specialized    
-    erID2 = table[const.textArea7].item()              # Define the ER ID
-    BowTieID2 = table[const.textArea8].item()          # Define the Bowtie ID
-    MetricID2 = table[const.textArea9].item()          # Define the Metric ID
-    MetricName2 = table[f"Text Area {length-4}"].item()        # Define the Metric Name
-    Value2 = table[f"Text Area {length-3}"].item()            # Define the Value
-    MeasureDate2 = table[f"Text Area {length-2}"].item()      # Define the Measure Date
-    Frequency2 = table[f"Text Area {length-1}"].item()        # Define the Frequency
-    Guide2 = table[f"Text Area {length}"].item()            # Define the Measurement guide    
+    MetricID2 = table[const.textArea7].item()          # Define the Metric ID
+    MetricName2 = table[const.textArea8].item()        # Define the Metric Name
+    Value2 = table[const.textArea9].item()            # Define the Value
+    MeasureDate2 = table[f"Text Area 232"].item()      # Define the Measure Date
+    Frequency2 = table[f"Text Area 233"].item()        # Define the Frequency
+    Guide2 = table[f"Text Area 234"].item()            # Define the Measurement guide    
     
     MetricID2 = int(MetricID2)
-    matrics.loc[1] = erID2, BowTieID2, MetricID2, MetricName2, Value2, MeasureDate2, Frequency2, Guide2
+    matrics.loc[1] = MetricID2, MetricName2, Value2, MeasureDate2, Frequency2, Guide2
     
     metric = metricsDict[MetricID2]  # Access the appropriate metric in the dictionary 
-    fillMetricinfo(erID2, BowTieID2, MetricID2, MetricName2, Value2, MeasureDate2, Frequency2, Guide2, metricsDict, diagram)
+    fillMetricinfo(MetricID2, MetricName2, Value2, MeasureDate2, Frequency2, Guide2, metricsDict, diagram)
     
     # TODO Error handle/Communicate to end user here, "You seem to have a metric in your table which is not used etc"
     if metric == None: 
@@ -61,23 +52,26 @@ def parseTable(df, metricsDict, diagram):
     matricsIndex = 2
 
     # Parsing from the third row and onwards is standard format
-    for i in range(10, stopLength, 8):
+    for i in range(10, stopLength, 6):
         if i >= stopLength:
             break
         
-        erID = table["Text Area "+str(i)].item()              # Define the ER ID
-        BowTieID = table["Text Area "+str(i+1)].item()          # Define the Bowtie ID
-        MetricID = table["Text Area "+str(i+2)].item()          # Define the Metric ID
-        MetricName = table["Text Area "+str(i+3)].item()        # Define the Metric Name
-        Value = table["Text Area "+str(i+4)].item()             # Define the Value
-        MeasureDate = table["Text Area "+str(i+5)].item()       # Define the Measure Date
-        Frequency = table["Text Area "+str(i+6)].item()         # Define the Frequency
-        Guide = table["Text Area "+str(i+7)].item()            # Define the Measurement guide
+        MetricID = table["Text Area "+str(i)].item()          # Define the Metric ID
+        MetricName = table["Text Area "+str(i+1)].item()        # Define the Metric Name
+        Value = table["Text Area "+str(i+2)].item()             # Define the Value
+        MeasureDate = table["Text Area "+str(i+3)].item()       # Define the Measure Date
+        Frequency = table["Text Area "+str(i+4)].item()         # Define the Frequency
+        Guide = table["Text Area "+str(i+5)].item()            # Define the Measurement guide
+                
+        matrics.loc[matricsIndex] = MetricID, MetricName, Value, MeasureDate, Frequency, Guide
+        
+        print("Matrise:")
+        print(matrics)
+        
+        fillMetricinfo(MetricID, MetricName, Value, MeasureDate, Frequency, Guide,metricsDict, diagram)
+        
         
-        series = pd.Series([erID, BowTieID, MetricID, MetricName, Value, MeasureDate, Frequency, Guide])
         
-        matrics.loc[matricsIndex] = erID, BowTieID, MetricID, MetricName, Value, MeasureDate, Frequency, Guide
-        fillMetricinfo(erID, BowTieID, MetricID, MetricName, Value, MeasureDate, Frequency, Guide,metricsDict, diagram)
         matricsIndex += 1   
              
     return matrics, metricsDict
@@ -88,8 +82,7 @@ def handleMissingMetric():
     """
     pass
 
-def fillMetricinfo(erID1: str, 
-                   BowTieID1: str, 
+def fillMetricinfo( 
                    MetricID1: str, 
                    MetricName1: str, 
                    Value1: str, 
@@ -100,37 +93,13 @@ def fillMetricinfo(erID1: str,
     """
     MetricID1 = int(MetricID1)
     
+    if MetricID1 in metricsDict:
         metric = metricsDict[MetricID1]  # Access the appropriate metric in the dictionary
     
-    if metric == None: 
+    else: 
         print("Metric is not used in the diagram!!!")
         return
     
-    if erID1 == "ID":
-        pass
-    else: 
-        erID1 = erID1.split(",")
-        erID1 = [eval(i) for i in erID1] # Parse ERID list to int
-        
-    if type(BowTieID1) == str:
-        if "," in BowTieID1: # If the amount of associated bowtie IDs is only one or none
-            BowTieID1 = BowTieID1.split(",")
-            BowTieID1 = [eval(i) for i in BowTieID1] # Parse BowtieID to int
-            
-            for i in range(len(BowTieID1)):
-                BowTieID1[i] = findComponentIDBowtie(BowTieID1[i], diagram)
-        else:
-            BowTieID1 = findComponentIDBowtie(BowTieID1, diagram)
-            BowTieID1 = [BowTieID1]
-    else:
-        BowTieID1 = int(BowTieID1)
-        
-        BowTieID1 = findComponentIDBowtie(BowTieID1, diagram)
-        BowTieID1 = [BowTieID1]
-                   
-    # Updates the metric with the information found in the dynamics matrix
-    #! metric.erID = erID1                 # Should be string
-    metric.bowtieID = BowTieID1         # is list and should be i guess
     metric.name = MetricName1           # Should be string
     metric.value = Value1               # Should be string
     metric.date = MeasureDate1          # TODO Parse this and change it to a date object maybe? Not sure if its necessary...

tempCodeRunnerFile.py

-            print("Description of dynamic: ", dynamicDescription, "Associated entity relationship components: ", textList)