Changed the code to make it do comparison

bcotool/import requests.py

@@ -0,0 +1,56 @@
+import requests
+
+def tooltype2(x,y): #  function that will return the tool type from ELIXIR databases
+
+     l="https://bio.tools/api/t/?biotoolsID=%22%22&format=json"   # The http used to reterive info
+
+     LINK = l[:39]+x+l[39:]  # add the input to the http link 
+     LINK2 = l[:39]+y+l[39:]
+
+
+     result = requests.get((LINK))  #reterive all the information about The input tool name and store them in the result
+     result2 = requests.get((LINK2))
+
+     dic=result.json()  # change it from JSON to Python Dictionary 
+     dic2=result2.json()
+
+     if dic['count']>1: # if there is more than one tool with the same name
+         typet = []
+         for i,key in enumerate(dic['list']):
+             x = (dic['list'][i]['function'][0]['operation'])
+             for r,key in enumerate(x):
+                 y = (dic['list'][i]['function'][0]['operation'][r]['term'])
+                 typet.append(y)
+
+         h = (set(typet))
+         final = typet
+         for i in h: # go over the two tools and find the similarity 
+            final.remove(i)
+     else:  # if only one tool has the same name 
+         typet = []
+         for r,key in enumerate(dic['list'][0]['function'][0]['operation']):
+                 y = (dic['list'][0]['function'][0]['operation'][r]['term'])
+                 typet.append(y)
+         final = typet
+     if dic2['count']>1:
+         typet = []
+         for i,key in enumerate(dic2['list']):
+             x = (dic2['list'][i]['function'][0]['operation'])
+             for r,key in enumerate(x):
+                 y = (dic2['list'][i]['function'][0]['operation'][r]['term'])
+                 typet.append(y)
+
+         h = (set(typet))
+         final2 = typet
+         for i in h:
+            final2.remove(i)
+     else:
+         typet = []
+         for r,key in enumerate(dic2['list'][0]['function'][0]['operation']):
+                 y = (dic2['list'][0]['function'][0]['operation'][r]['term'])
+                 typet.append(y)   
+         final2 = typet
+     res = [x for x in final + final2 if x in final 
+            and x  in final2]  # go over the two tools and find the similarity 
+
+     return set(res) 

data_tests/#Tool type call.py

@@ -0,0 +1,29 @@
+# Alhanouf Altuwayjiri
+#the needed package to use JSON
+import requests
+# ask the user for tool name 
+def ToolType(inp):
+#use the templet http and add the tool name to it 
+    x="https://bio.tools/api/t/?format=json&q=&sort=score"
+
+    LINK=x[:39]+inp+x[39:]
+
+#reterive all the information about The input tool name and store them in the result
+    result=requests.get((LINK))
+# change it from JSON to Python Dictionary 
+    dic=result.json()
+#print the tool type for the used tool name
+
+    typet=[]
+    for i,key in enumerate(dic['list']):
+        x=(dic['list'][i]['function'][0]['operation'])
+        for r,key in enumerate(x):
+            y=(dic['list'][i]['function'][0]['operation'][r]['term'])
+            typet.append(y)
+
+    h=(set(typet))
+    final=typet
+    for i in h:
+        final.remove(i)
+
+    return set(final)