Decided on csv, working on schema

SchemaCSVtoComponent.txt

+Necessary info from each component: 
+
+    Threat: 
+        ID -> Necesary for links and identification
+        Text area 1 -> Name (Threat)
+        
+        Text area 2 -> ID For matrix linkage
+        Text area 3 -> Actual ID 
+        
+        Text area 4 -> Threat source
+        Text area 5 -> Description threat source
+        
+        Text area 6 -> Likelihood
+        Text area 7 -> Description Likelihood
+ 
+        Text area 8 -> Description
+        Text area 9 -> Description of description
+        
+        Text area 10 -> Vulnerability 
+        Text area 11 -> Description of vulnerability
+
+    Consequence: 
+        ID -> Necesary for links and identification
+        Text area 1 -> Name (Consequence)
+
+        Text area 2 -> ID
+        Text area 3 -> ID for linkage
+
+        Text area 4 -> Description
+        Text area 5 -> Description of consequence
+
+        Text area 6 -> Qonsequence
+        Text area 7 -> Consequence score
+
+        Text area 8 -> Affected components 
+        Text area 9 -> The components in the architecture which are affected by consequence
+
+
+    Attack: 
+        Text area 1 -> Name (Attack)
+        
+        Text area 2 -> Type 
+        Text area 3 -> Type description, what kind of attack is it
+
+        Text area 4 -> Component 
+        Text area 5 -> Component description, what component is the attack related to
+
+        Text area 6 -> Description
+        Text area 7 -> Description of the attack
+
+    Risk
+        Text area 1 -> Name (Risk)
+        
+        Text area 2 -> ID
+        Text area 3 -> ID for linkage
+    
+    Threat dynamic:
+        Text area 1 -> Name (Threat dynamic)
+        
+        Text area 2 -> Metric 
+        Text area 3 -> Metric description
+        Text area 4 -> Metric 
+        Text area 5 -> Metric description
+        ...
+
+    Consequence dynamic:
+        Text area 1 -> Name (Consequence dynamic)
+        
+        Text area 2 -> Metric 
+        Text area 3 -> Metric description
+        Text area 4 -> Metric 
+        Text area 5 -> Metric description
+        ...
+
+    Attack dynamic:
+        Text area 1 -> Name (Attack dynamic)
+        
+        Text area 2 -> Metric 
+        Text area 3 -> Metric description
+        Text area 4 -> Metric 
+        Text area 5 -> Metric description
+        ...
+        
+
+
+    ID          ->  Necesary for links and identification 
+    Text area 1 ->  Main description of the component Basically ID
+    Text area 2 ->  Secondary description of the component

diagramParser.py

-import csv
-import requests
-import xml.etree.ElementTree as ET
+import pandas as pd 
 
-def parseDiagramFile(xmlFile): 
-    xmlTree = ET.parse(xmlFile)
-    root = xmlTree.getroot()
+# Function will parse a csv file and extract the necessary information, this is step 1 of the parse 
+def parseDiagramFile(csvFile): 
+    df = pd.read_csv(csvFile)    
+    df.drop(["Shape Library", "Page ID", "Contained By", "Group", "Comments", "property 1"], axis=1, inplace=True) #Removing unecessary data
+
+    print(df.head)
+    
+
+    
     
     # List containing all threats and their descriptions 
     threats = []
-    #List containing all consequences
+    #List containing all consequences
\ No newline at end of file
+    consequences = []
+    #List containing all metrics
+    metrics = []
+    #List containing all attacks
+    attacks = []
+    
+    
+def parseThreats(df):
+    for i in range(len(df)):
+        if df["Shape Type"][i] == "Threat":
+            threats.append(df["Name"][i])
+            print(threats)
+
+def parseConsequences(df):
+    for i in range(len(df)):
+        if df["Shape Type"][i] == "Consequence":
+            consequences.append(df["Name"][i])
+            print(consequences)
+            
+def parseMetrics(df):
+    for i in range(len(df)):
+        if df["Shape Type"][i] == "Metric":
+            metrics.append(df["Name"][i])
+            print(metrics)
\ No newline at end of file

main.py

 import dynamics as dyn
+import diagramParser as parse
 def main():
     
-    dynamicMetrics = []
-
-    threat = dyn.ThreatDynamics(1, "Threat1")    
-    print(threat)
-    
-    threat.addMetrics(dynamicMetrics, "Metric1", "Description1", "opensource")
-    threat.addMetrics(dynamicMetrics, "Metric2", "Description2","opensource")
-    threat.addMetrics(dynamicMetrics, "Metric3", "Description3", "opensource")
-    print("Threat object:", threat)
-    print("Metrics:", dynamicMetrics)
+    dynamicMetricsBowtie = []           # List of metrics for the bowtie model
+    dynamicMetricsArchitecture = []    # List of metrics for the architecture
+    parse.parseDiagramFile('diagrams/Thesis Bow-Tie and architecture - Bowtie.csv')                     # Parse the diagram