def showsEpisodeList(contentId, page):
''' Returns the list of episodes of the chosen show'''
videoPage = cache.getFileCache(contentId + '-' + str(page) + '.txt', 56700)
if videoPage == None:
videoPage = http.getPage(
'http://www.rai.tv/dl/RaiTV/programmi/json/liste/' + contentId +
'-json-V-' + str(page) + '.html')
cache.saveFileCache(contentId + '-' + str(page) + '.txt', videoPage)
videoJSON = json.loads(videoPage)
return videoJSON
def showsEpisodeList(contentId,page):
''' Returns the list of episodes of the chosen show'''
videoPage = cache.getFileCache(contentId + '-' + str(page) + '.txt', 56700)
if videoPage == None:
videoPage = http.getPage('http://www.rai.tv/dl/RaiTV/programmi/json/liste/' + contentId + '-json-V-' + str(page) + '.html')
cache.saveFileCache(contentId + '-' + str(page) + '.txt',videoPage)
videoJSON = json.loads(videoPage)
return videoJSON
def showsWithLetterReq(letter):
''' Returns the list of shows starting with the letter passed in JSON format'''
index = cache.getFileCache('showsIndex.txt',56700) # 56700 means that the cache file must be younger than 12 hours
if index == None:
index = http.getPage('http://www.rai.tv/dl/RaiTV/programmi/ricerca/ContentSet-6445de64-d321-476c-a890-ae4ed32c729e-darivedere.html')
cache.saveFileCache('showsIndex.txt',index)
indexList = json.loads(index)
filteredList = []
for elem in indexList:
if elem['title'].startswith(letter) or (letter[0].isdigit() and elem['title'][0].isdigit()):
filteredList.append(elem)
return filteredList
def showsWithLetterReq(letter):
''' Returns the list of shows starting with the letter passed in JSON format'''
index = cache.getFileCache(
'showsIndex.txt',
56700) # 56700 means that the cache file must be younger than 12 hours
if index == None:
index = http.getPage(
'http://www.rai.tv/dl/RaiTV/programmi/ricerca/ContentSet-6445de64-d321-476c-a890-ae4ed32c729e-darivedere.html'
)
cache.saveFileCache('showsIndex.txt', index)
indexList = json.loads(index)
filteredList = []
for elem in indexList:
if elem['title'].startswith(letter) or (letter[0].isdigit() and
elem['title'][0].isdigit()):
filteredList.append(elem)
return filteredList
def run():
args = parser.parse_args()
sourcePath = Path(args.file)
sourceText = open(sourcePath).read()
outPath = Path(args.outfile)
matches = getPragmaMatches(sourceText)
# Create path to cache if not exists
createCacheFolder()
fileCache = getFileCache(sourcePath)
# in-memory dictionary to optimize the script
# will hold a bunch of info about each
# assembly file that is referenced in pragmas
asmFileDictionary = {}
# this first loop is to pre-load data into the dict
# to avoid opening/processing the file at each pragma
for match in matches:
pragmaArgs = getPragmaArgs(match[1])
asmPath = Path(pragmaArgs[0])
func = pragmaArgs[1]
key = str(asmPath)
if key not in asmFileDictionary:
fileText = open(asmPath).read()
funcs = set(getAsmFunctions(fileText))
asmFileDictionary[key] = {"text": fileText, "funcs": funcs}
# check to see if the requested function exists
# before we waste time doing anything
if func + ":" not in asmFileDictionary[key]["funcs"]:
error("function: '" + func + "' not in " + key)
# Now let's loop through each pragma and substitute it
for match in matches:
replacePragmaText = match[0]
pragmaArgs = getPragmaArgs(match[1])
funcHash = emptyHash()
funcHash.update(pragmaArgs[0].encode())
funcHash.update(pragmaArgs[1].encode())
hashKey = funcHash.hexdigest()
if hashKey in fileCache:
sourceText = sourceText.replace(replacePragmaText,
fileCache[hashKey])
continue
asmPath = Path(pragmaArgs[0])
key = str(asmPath)
asmFileText = asmFileDictionary[key]["text"]
funcToImport = pragmaArgs[1]
asmBlock = getAsmFunctionBlock(asmFileText, funcToImport + ":")
codeBytes = blockToBytes(asmBlock)
isGlobal = True
if args.scope and ".global " + funcToImport not in asmFileText:
isGlobal = False
newSource = ""
newSource = writeCode(newSource, funcToImport, codeBytes, isGlobal)
sourceText = sourceText.replace(replacePragmaText, newSource)
# update our file cache to avoid re-processing
# the same function on every build
fileCache[hashKey] = newSource
open(outPath, "w").write(sourceText)
if fileCache["size"] != len(fileCache):
fileCache["size"] = len(fileCache)
fileCache["name"] = str(sourcePath)
saveFileCache(sourcePath, fileCache)