I broke some code here but it's fine, implemented getLatestVersion_by_number

mcUp.py

@@ -98,7 +98,7 @@ def modrinth(project, action, subAction):
         if subAction == "versions":
             print(parsers.modrinth.determine(project, "version_number"))
         if subAction == "latest":
-            print(parsers.modrinth.getLatestVersion(project))
+            print(parsers.modrinth.getLatestVersion_by_number(project, args.v))
         if subAction == "stable":
             print(parsers.modrinth.getLatestStable(project))
         if subAction == "get_URL":

parsers/curseforge.py

@@ -0,0 +1,74 @@
+from request_wrapper import requests_wrapper as requests
+import re
+debug = True
+if debug == True:
+    import logging
+    from requests import api
+    logging.basicConfig()
+    logging.getLogger().setLevel(logging.DEBUG)
+    requests_log = logging.getLogger("requests.packages.urllib3")
+    requests_log.setLevel(logging.DEBUG)
+    requests_log.propagate = True
+# Setup session, this lets the parser re-use the connection instead of establishing a new connection for EACH request, not only does this cause a HUGE performance boost, it's also nicer to the API.
+session = requests.Session()
+base_api_url = "https://api.curseforge.com:443"
+minecraft_game_id='432'
+headers = {
+  'Accept': 'application/json',
+  'x-api-key': "$2a$10$Sh1qHpOdfdt/XKBbgTDnfeTfoAoNMskMf5smMQc3spQnK27Lmzvsq"
+}
+
+def get_games():
+    request = session.get(base_api_url+'/v1/games/'+minecraft_game_id, headers = headers)
+    return request.json()
+
+def search_mods(searchFilter):
+    request = session.get(base_api_url+"/v1/mods/search", params={'gameId': minecraft_game_id, 'searchFilter': searchFilter}, headers = headers)
+    return request.json()
+
+def get_mod(mod_id):
+    request = session.get(base_api_url+'/v1/mods/'+mod_id, headers = headers)
+    return request.json()
+
+# This function expects "modInfo" to be a list object
+def determine(modInfo, whatToDetermine):
+    print("Calling determine()...")
+    numberOfVersions = len(modInfo)
+    determine = []
+    for item in range(numberOfVersions):
+        workingDict = modInfo[item]
+        determine.append(workingDict[whatToDetermine])
+        #print(str(item)+" "+str(determine[item]))
+    return determine
+
+def key_filter(project, dict_to_filter, key_to_grab, type_to_grab):
+    print("Calling key_filter()...")
+    versions = dict_to_filter
+    build_type = determine(project, key_to_grab)
+    # 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 = []
+    print("Looking for "+str(type_to_grab))
+    for key, value in  build_type_dict.items():
+        #print("looking at "+str(value))
+        search = re.search(str(type_to_grab), str(value))
+        if search != None:
+            print("Match!")
+            #print(key)
+            stable.append(key)
+    
+    # Call getLatestVersion, tell it to use our output
+    return stable
+
+def download(mod_id):
+    modInfo = get_mod(mod_id)
+    print(type(modInfo))
+    modInfoList = []
+    modInfoList.append(modInfo)
+    data = determine(modInfoList, "data")
+    print(key_filter(modInfo, data, "downloadUrl", ))

parsers/modrinth.py

@@ -123,52 +123,103 @@ def getLatestVersion(project, **kwargs):
     latest = {key: val for key, val in sorted(shortestDate.items(), key = lambda ele: ele[1])}
     return list(latest.keys())[0]
 
-def key_filter(project, dict_to_filter, key_to_grab, type_to_grab):
+def key_filter(dict_to_filter, type_to_grab, **kwargs):
     print("Calling key_filter()...")
-    versions = dict_to_filter
-    build_type = determine(project, key_to_grab)
+    return_both = kwargs.get('return_both', False)
+    #versions = dict_to_filter
+    #build_type = determine(project, key_to_grab)
     # 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]
+    #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 = []
+    #build_type_dict
+    output_version = []
+    output_query = []
     print("Looking for "+str(type_to_grab))
-    for key, value in  build_type_dict.items():
+    for key, value in dict_to_filter.items():
         #print("looking at "+str(value))
         search = re.search(str(type_to_grab), str(value))
         if search != None:
             print("Match!")
             #print(key)
-            stable.append(key)
+            output_version.append(key)
+            output_query.append(value)
     
-    # Call getLatestVersion, tell it to use our output
-    return stable
+    # Return output
+    if return_both == False:
+        return output_version
+    elif return_both == True:
+        #Tie the lists back together, and return it
+        return_dict = {}
+        return_list_count = len(key)
+        for item in range(return_list_count):
+            return_dict[output_query[item]]  = output_version[item]
+        return return_dict
+
+def getLatestVersion_by_number(project, version, **kwargs):
+    targetted_versions = kwargs.get('targetted_versions', None)
+    if targetted_versions != None:
+        versions = targetted_versions
+    else:    
+        versions = getVersions(project)
+    print("Calling getLatestVersion_by_number()...")
+    version_number = determine(project, "version_number")
+    print(version_number)
+    print("Looking for latest build for Minecraft version: "+ str(version))
+    version_numbers = {}
+    number_of_versions = len(version_number)
+    for item in range(number_of_versions):
+        version_numbers[versions[item]]  = version_number[item]
+    print(version_numbers)
+    # Ask the key_filter function to give us the builds that correspond to the requested version
+    versions_to_target = key_filter(version_numbers, version, return_both=True)
+    all_mc_mod_release = []
+    for key, value in versions_to_target.items():
+        mc_mod_release = re.split('-+', key)
+        all_mc_mod_release.append(mc_mod_release)
+    print(all_mc_mod_release)
+    # Okay, take the last entry in the contents inside each mc_mod_release and output the higest value
+    versions_to_parse_2 = []
+    for item in range(len(all_mc_mod_release)):
+        versions_to_parse = all_mc_mod_release[item]
+        versions_to_parse_2.append(versions_to_parse[-1])
+    latest_version = max(versions_to_parse_2)
+    print(latest_version)
+    #Finally, key_filter for the latest build version
+    latest_version_id = key_filter(version_numbers, version+"-"+latest_version)
+    return str(latest_version_id[0])
 
 def getForMinecraftVersion(project, version, stability):
     print("Calling getForMinecraftVersion()...")
     print("Downloading",stability,"for Minecraft version", version)
     if stability == "stable":
         #Filter Game versions
-        targetted_versions=key_filter(project, getVersions(project), "game_versions", version)
+        targetted_versions=key_filter("game_versions", version)
         #Filter Stable versions
         stable_versions=key_filter(project, targetted_versions, "version_type", "release")
-        result = getLatestVersion(project, targetted_versions=stable_versions)
-    elif stability == "latest":
+        result = getLatestVersion_by_number(project, version, targetted_versions=stable_versions)
+    if stability == "latest":
         #Filter Game versions
-        targetted_versions=key_filter(project, getVersions(project), "game_versions", version)
-        #print(targetted_versions)
-        #Filter Latest versions
-        stable_versions=key_filter(project, targetted_versions, "version_type", "release")
-        result = getLatestVersion(project, targetted_versions=stable_versions)
+        targetted_versions=getVersions(project)
+        stable_versions=(targetted_versions)
+        result = getLatestVersion_by_number(project, version, targetted_versions=stable_versions)
     print("latest build for "+version+" is "+result)
     return result
 
 def getLatestStable(project):
     print("Calling getLatestStable()...")
-    return getLatestVersion(project, getVersions(project) ,targetted_versions=key_filter(project, "version_type", "release"))
+    versions = getVersions(project)
+    build_type = determine(project, "Release")
+    # 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)
+    return getLatestVersion_by_number(project, getVersions(project) ,targetted_versions=key_filter(project, getVersions(project), "version_type", "release"))
     
     
 def getDownloadURL(project, versionID):