Added getLatestStable() to modrinth parser

mcUp.py

@@ -66,35 +66,41 @@ def modrinth(project, action, subAction):
             print(parsers.modrinth.determine(project, "version_number"))
         if subAction == "latest":
             print(parsers.modrinth.getLatestVersion(project))
+        if subAction == "stable":
+            print(parsers.modrinth.getLatestStable(project))
         if subAction == "get_URL":
             print(parsers.modrinth.getDownloadURL(project, parsers.modrinth.getLatestVersion(project)))
 
     if action == "download":
+        if subAction == "stable":
+            download(project, parsers.modrinth.getLatestStable(project))
         if subAction == "latest":
-            latestVersion = parsers.modrinth.getLatestVersion(project)
-            output = parsers.modrinth.getDownloadURL(project, parsers.modrinth.getLatestVersion(project))
-            response = requests.get(output[0], stream=True, timeout=1)
-            if args.o != None: # Check if user set an output filepath
-                output_file = args.o
-            else:
-                output_file = output[2]
-            with response as raw:
-                with open(output_file, 'wb') as file_object:
-                    shutil.copyfileobj(raw.raw, file_object)
-            print("Downloaded "+latestVersion+" to "+output_file)
-            #Calculate hash, compare with API given hash
-            h_sha1 = hashlib.sha1()
-            with open(output_file, 'rb') as file_object:
-                chunk = 0
-                while chunk != b'':
-                    chunk = file_object.read(1024) 
-                    h_sha1.update(chunk)
-            print("API SHA 1: "+str(output[1]))
-            print("Our calculated SHA 1: "+str(h_sha1.hexdigest()))
-            if h_sha1.hexdigest() == output[1]:
-                print("sha1sum of downloaded file matches the sum that the API gave, jar is safe to use")
-            else: 
-                raise MismatchSHA1Error
+            download(project, parsers.modrinth.getLatestVersion(project))
+def download(project, what):
+        versionToDownload = what
+        output = parsers.modrinth.getDownloadURL(project, what)
+        response = requests.get(output[0], stream=True, timeout=1)
+        if args.o != None: # Check if user set an output filepath
+            output_file = args.o
+        else:
+            output_file = output[2]
+        with response as raw:
+            with open(output_file, 'wb') as file_object:
+                shutil.copyfileobj(raw.raw, file_object)
+        print("Downloaded "+versionToDownload+" to "+output_file)
+        #Calculate hash, compare with API given hash
+        h_sha1 = hashlib.sha1()
+        with open(output_file, 'rb') as file_object:
+            chunk = 0
+            while chunk != b'':
+                chunk = file_object.read(1024) 
+                h_sha1.update(chunk)
+        print("API SHA 1: "+str(output[1]))
+        print("Our calculated SHA 1: "+str(h_sha1.hexdigest()))
+        if h_sha1.hexdigest() == output[1]:
+            print("sha1sum of downloaded file matches the sum that the API gave, jar is safe to use")
+        else: 
+            raise MismatchSHA1Error
 
 # Determine which API parser to use:
 if args.api == "paperMC":

parsers/modrinth.py

@@ -94,27 +94,51 @@ def determine(project, whatToDetermine):
         #print(str(item)+" "+str(determine[item]))
     return determine
 
-def getLatestVersion(project):
+def getLatestVersion(project, **kwargs):
     print("Calling getLatestVersion()...")
-    versions = getVersions(project)
+    targetted_versions = kwargs.get('targetted_versions', None)
+    if targetted_versions != None:
+        versions = targetted_versions
+    else:    
+        versions = getVersions(project)
+    print(versions)
     publishDates = determine(project, "date_published")
     #print(publishDates)
     # Get current date
     currentDate = pytz.utc.localize(datetime.datetime.utcnow())
     #print(currentDate)
     convertedDates = {}
-    numberOfDates = len(publishDates)
-    for item in range(numberOfDates):
+    numberOfVersions = len(versions)
+    for item in range(numberOfVersions):
         convertTime = iso8601.parse_date(publishDates[item])
         convertedDates[versions[item]] = convertTime
     shortestDate = {}
-    for item in range(numberOfDates):
+    for item in range(numberOfVersions):
         shortestDate[versions[item]] = currentDate - convertedDates[versions[item]]
     #print(shortestDate)
     # Sort the dictionary to find the most recent version
     latest = {key: val for key, val in sorted(shortestDate.items(), key = lambda ele: ele[1])}
     return list(latest.keys())[0]
 
+def getLatestStable(project):
+    print("Calling getLatestStable()...")
+    versions = getVersions(project)
+    build_type = determine(project, "version_type")
+    # Build a dictionary that ties the versions to the build type
+    build_type_dict = {}
+    number_of_versions = len(versions)
+    for item in range(number_of_versions):
+        build_type_dict[versions[item]]  = build_type[item]
+    print(build_type_dict)
+    # Sort dictionary to filter out only the release builds
+    stable = []
+    for key, value in  build_type_dict.items():
+        if value == 'release':
+            print(key)
+            stable.append(key)
+    # Call getLatestVersion, tell it to use our output
+    return getLatestVersion(project, targetted_versions=stable)
+    
 def getDownloadURL(project, versionID):
     print("Calling getDownloadURL()...")
     versions = getVersions(project)