pzimediadesign/mmdc_pages.py

#! /usr/bin/env python
# -*- coding: utf-8 -*-

##############
# FROM THE JSON DICTIONARY CREATE AN INDEX PAGE
#####
import xml.etree.ElementTree as ET
import html5lib, urllib2, json, pprint, re
from mmdc_modules import api_thumb_url, pandoc2html, img_fullurl, api_file_url
#import mmdc_create_json import api_thumb_url
json_allworks_file = open('allworks_mmdc.json', 'r') # save json 
json_allworks = json.loads(json_allworks_file.read())
pages_path = 'web/work'

#def generate_xml():
gallery_exp=re.compile('<gallery>.*?</gallery>')
file_exp=re.compile('File:(.*?)(?=File:|<\/gallery>)')
img_exp=re.compile('(File:|Image:)((.*?)\.(gif|jpg|jpeg|png))(?=\||File:|Image:|<\/gallery>)', re.I)
video_exp=re.compile('\{\{(.*?)\|(.*?)\}\}')

def replace_gallery(content):
    # from <gallery>.*</gallery> imgs, return list of img ET elements
    # replace <gallery>.*</gallery> with ''
    gallery_imgs = []
    gallery_found = re.findall(gallery_exp, content)
    content = re.sub(gallery_exp,  '', content)
    for gallery in gallery_found: # in case there is more than 1 <gallery>
        allfiles =re.findall(img_exp, gallery)
        for imgfile in allfiles:
            imgfile = imgfile[1]
            imgsrc = api_file_url(imgfile) # search for original image
            img_el = ET.Element('img', attrib={'src': imgsrc})
            gallery_imgs.append(img_el)
    return content, gallery_imgs

def replace_video(content):
    print '-- Replacing Videos --'
    videos = []
    videos_found = re.findall(video_exp, content)
    for video in videos_found:
        video_provider =  str(video[0])
        video_hash = str(video[1])
        video_src = None
        print video_provider, type(video_provider)

        if (video_provider.lower()) == 'youtube':            
            video_src="https://www.youtube.com/embed/" + video_hash
        elif (video_provider.lower()) == 'vimeo':            
            video_src="https://player.vimeo.com/video/" + video_hash
            print 'VIMEO'

        if video_src:
            iframe_el = ET.Element('iframe', attrib={'src':video_src,  'width':'600px', 'height':'450px'})

            videos.append(iframe_el)
    content = re.sub(video_exp,  '', content)
    return content, videos
    
def create_workpage( allworks_dict, work_key): # replace text content in dict with html nodes, holding the content    
    for key in allworks_dict.keys():
        if key in ['Description', 'Extra']: 
            mw_content = allworks_dict[key]
            if re.search(gallery_exp, mw_content):
                mw_content, gallery_imgs = replace_gallery(mw_content)
                allworks_dict['Images'] = gallery_imgs
            elif re.search(video_exp, mw_content):
                print '-- Searching for Video --'
                mw_content, videos = replace_video(mw_content)
                allworks_dict['Video'] = videos
                print mw_content, videos

                
            allworks_dict[key] = pandoc2html( mw_content if key in allworks_dict.keys() else '' ) # convert to HTML
            work_htmltree = html5lib.parseFragment(allworks_dict[key], namespaceHTMLElements=False)
#            print work_htmltree
#            print ET.tostring(work_htmltree)

            # vimeo/youtube: {{vimeo|44977056}}
            # External urls: [http://www.scribd.com/doc/105882261/THE-DICTATOR-S-PRACTICAL-INTERNET-GUIDE-TO-POWER-RETENTION scribd]
            
        elif key in ['Website']:
            work_htmltree = ET.Element('a', attrib={'href': allworks_dict[key], 'id':key})
            work_htmltree.text = allworks_dict[key]
        elif key in ['Title']:
            work_htmltree = ET.Element('h1', attrib={'id': key})
            work_htmltree.text
        elif key in ['Creator', 'Date', 'Bio']:
            work_htmltree = ET.Element('p', attrib={'id': key})
            work_htmltree.text
        elif key in ['Thumbnail_url']:
            work_htmltree = ET.Element('img', attrib={'src': allworks_dict[key], 'id': key})
            print ET.tostring(work_htmltree)
        else:
            work_htmltree = None
            # remove keys with None value?
            
#        print work_htmltree
        allworks_dict[key] = work_htmltree
        allworks_dict.pop('Thumbnail', None) #remove thumnail
    pprint.pprint(allworks_dict)

            
    
for key in json_allworks.keys():
        graduation_work=json_allworks[key]
        print (graduation_work['Creator']).encode('utf-8')

#        pprint.pprint(graduation_work)

        # purge graduation_work from keys with empty vals        
        # for key in graduation_work: 
        #     if graduation_work[key] in [None, '']:


                        
        #        print graduation_work

        create_workpage(graduation_work, key )
        print '----------'