api/pages/code/relationships.py [198:267]:
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    for ID, repo in repos.items():
        mylinks = {}
        if not session.DB.ES.exists(index=session.DB.dbname, doc_type="source", id = ID):
            continue
        repodatas[ID] = session.DB.ES.get(index=session.DB.dbname, doc_type="source", id = ID)
        
    for ID, repo in repos.items():
        mylinks = {}
        if not ID in repodatas:
            continue
        repodata = repodatas[ID]
        oID = ID
        if indata.get('collapse'):
            m = re.search(indata.get('collapse'), repodata['_source']['sourceURL'])
            if m:
                ID = m.group(1)
        else:
            ID = re.sub(r"^.+/", "", repodata['_source']['sourceURL'])
        for xID, xrepo in repos.items():
            if xID in repodatas:
                xrepodata = repodatas[xID]
                if indata.get('collapse'):
                    m = re.search(indata.get('collapse'), xrepodata['_source']['sourceURL'])
                    if m:
                        xID = m.group(1)
                else:
                    xID = re.sub(r"^.+/", "", xrepodata['_source']['sourceURL'])
                if xID != ID:
                    xlinks = []
                    for author in xrepo:
                        if author in repo:
                            xlinks.append(author)
                    lname = "%s@%s" % (ID, xID) # Link name
                    rname = "%s@%s" % (xID, ID) # Reverse link name
                    if len(xlinks) >= minLinks and not rname in repo_links:
                        mylinks[xID] = len(xlinks)
                        repo_links[lname] = repo_links.get(lname, 0) + len(xlinks) # How many contributors in common between project A and B?
                        if repo_links[lname] > max_shared:
                            max_shared = repo_links[lname]
        if ID not in repo_notoriety:
            repo_notoriety[ID] = set()
        repo_notoriety[ID].update(mylinks.keys()) # How many projects is this repo connected to?
        
        if ID not in repo_authors:
            repo_authors[ID] = set()
        repo_authors[ID].update(repo) # How many projects is this repo connected to?
        
        if ID != oID:
            repo_commits[ID] = repo_commits.get(ID, 0) + repo_commits[oID]
            if repo_commits[ID] > max_commits:
                max_commits = repo_commits[ID] # Used for calculating max link thickness
        if len(repo_notoriety[ID]) > max_links:
            max_links = len(repo_notoriety[ID])
        if len(repo_authors[ID]) > max_authors:
            max_authors = len(repo_authors[ID]) # Used for calculating max sphere size in charts
        
    # Now, pull it all together!
    nodes = []
    links = []
    existing_repos = []
    for sourceID in repo_notoriety.keys():
        lsize = 0
        for k in repo_links.keys():
            fr, to = k.split('@')
            if fr == sourceID or to == sourceID:
                lsize += 1
        asize = len(repo_authors[sourceID])
        doc = {
            'id': sourceID,
            'name': sourceID,
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api/pages/issue/relationships.py [207:276]:
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    for ID, repo in repos.items():
        mylinks = {}
        if not session.DB.ES.exists(index=session.DB.dbname, doc_type="source", id = ID):
            continue
        repodatas[ID] = session.DB.ES.get(index=session.DB.dbname, doc_type="source", id = ID)
        
    for ID, repo in repos.items():
        mylinks = {}
        if not ID in repodatas:
            continue
        repodata = repodatas[ID]
        oID = ID
        if indata.get('collapse'):
            m = re.search(indata.get('collapse'), repodata['_source']['sourceURL'])
            if m:
                ID = m.group(1)
        else:
            ID = re.sub(r"^.+/", "", repodata['_source']['sourceURL'])
        for xID, xrepo in repos.items():
            if xID in repodatas:
                xrepodata = repodatas[xID]
                if indata.get('collapse'):
                    m = re.search(indata.get('collapse'), xrepodata['_source']['sourceURL'])
                    if m:
                        xID = m.group(1)
                else:
                    xID = re.sub(r"^.+/", "", xrepodata['_source']['sourceURL'])
                if xID != ID:
                    xlinks = []
                    for author in xrepo:
                        if author in repo:
                            xlinks.append(author)
                    lname = "%s@%s" % (ID, xID) # Link name
                    rname = "%s@%s" % (xID, ID) # Reverse link name
                    if len(xlinks) >= minLinks and not rname in repo_links:
                        mylinks[xID] = len(xlinks)
                        repo_links[lname] = repo_links.get(lname, 0) + len(xlinks) # How many contributors in common between project A and B?
                        if repo_links[lname] > max_shared:
                            max_shared = repo_links[lname]
        if ID not in repo_notoriety:
            repo_notoriety[ID] = set()
        repo_notoriety[ID].update(mylinks.keys()) # How many projects is this repo connected to?
        
        if ID not in repo_authors:
            repo_authors[ID] = set()
        repo_authors[ID].update(repo) # How many projects is this repo connected to?
        
        if ID != oID:
            repo_commits[ID] = repo_commits.get(ID, 0) + repo_commits[oID]
            if repo_commits[ID] > max_commits:
                max_commits = repo_commits[ID] # Used for calculating max link thickness
        if len(repo_notoriety[ID]) > max_links:
            max_links = len(repo_notoriety[ID])
        if len(repo_authors[ID]) > max_authors:
            max_authors = len(repo_authors[ID]) # Used for calculating max sphere size in charts
        
    # Now, pull it all together!
    nodes = []
    links = []
    existing_repos = []
    for sourceID in repo_notoriety.keys():
        lsize = 0
        for k in repo_links.keys():
            fr, to = k.split('@')
            if fr == sourceID or to == sourceID:
                lsize += 1
        asize = len(repo_authors[sourceID])
        doc = {
            'id': sourceID,
            'name': sourceID,
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