def test_split_by_language_returns_expected_string(self):
data = 'Spanish | English'
# Split String separated by |
assert splitByLanguage(data, 'es') == (data.split(' | '))[0]
assert splitByLanguage(data, 'en') == (data.split(' | '))[1]
# Split String without separator
assert splitByLanguage('String', 'es') == 'String'
# Split Int
assert splitByLanguage(1992, 'es') == 1992
def home(language='es'):
site = Site(language, splitByLanguage('Inicio | Home', language))
site.blowUp = True
collection = Collection(site)
items = collection.asItems()
return render_template('home.html', site=site, items=items)
def reverseImage(self):
return splitByLanguage(
self.googleData['Imagen Reverso | Reverse Image'], self.language)
def obverseImage(self):
return splitByLanguage(
self.googleData['Imagen Anverso | Obverse Image'], self.language)
def name(self):
return splitByLanguage(self.googleData['Nombre | Name'], self.language)
def mintLink(self):
return splitByLanguage(
self.googleData['Link de la Ceca | Mint\'s Link'], self.language)
def link(self):
return splitByLanguage(self.googleData['Link'], self.language)
def type(self):
return splitByLanguage(self.googleData['Tipo | Type'], self.language)
def denomination(self):
return splitByLanguage(self.googleData['Denominación | Denomination'],
self.language)
def date(self):
return splitByLanguage(
self.googleData['Fecha de fabricación | Date of issue'],
self.language)
def country(self):
return splitByLanguage(self.googleData['País | Country'],
self.language)
def cost(self):
return splitByLanguage(self.googleData['Coste | Cost'], self.language)
def composition(self):
return splitByLanguage(self.googleData['Composición | Composition'],
self.language)
def form(language='es'):
site = Site(
language,
splitByLanguage(
'Añadir un Objeto a la Colección | Add an Item to the Collection',
language))
collection = Collection(site)
# Ensure the form is being sent.
if request.method == 'POST':
# Upload the images first to SmartFile and once we get the URLs for the images
# we will update our Google Spreadsheet to include that URLs.
if not request.files['obverse'] or not request.files['reverse']:
return render_template('form-error.html', site=site)
else:
# Builds the folder structure to store the image.
filePath = 'Items/' + splitByLanguage(
request.form.get('type'), 'en') + '/' + splitByLanguage(
request.form.get('country'), 'en') + '/' + splitByLanguage(
request.form.get('date'), 'en')
# Creates the folder if needed.
collection.smartFileClient.put('/path/oper/mkdir/' + filePath)
# Generates the file name based on the item name.
fileName = stringToURL(
splitByLanguage(request.form.get('name'), 'en'))
# Updates the file name to be uploaded with the correct name.
obverse = request.files['obverse']
obverse.filename = fileName + '-obverse.jpg'
reverse = request.files['reverse']
reverse.filename = fileName + '-reverse.jpg'
# Uploads the Obverse and Reverse images.
collection.smartFileClient.post('/path/data/' + filePath,
file=(obverse.filename, obverse))
collection.smartFileClient.post('/path/data/' + filePath,
file=(reverse.filename, reverse))
# Generates the href for the images to be saved in the Google Spreadsheet.
obverseURL = collection.smartFileClient.post('/link',
path=filePath + '/' +
obverse.filename)
reverseURL = collection.smartFileClient.post('/link',
path=filePath + '/' +
reverse.filename)
if ('href' in obverseURL and 'href' in reverseURL):
# Insert our data in the Google Spreadsheet.
insertData = [
request.form.get('type'),
request.form.get('name'),
obverseURL['href'] + request.files['obverse'].filename,
reverseURL['href'] + request.files['reverse'].filename,
request.form.get('country'),
request.form.get('denomination'),
request.form.get('date'),
request.form.get('diameter'),
request.form.get('composition'),
request.form.get('series'),
request.form.get('serial'),
request.form.get('grading'),
request.form.get('value'),
request.form.get('cost'),
prepareItemLink(request.form.get('type'),
request.form.get('country'),
request.form.get('date'),
request.form.get('name')),
request.form.get('mint'),
]
rowCount = len(collection.googleData)
# It is being inserted with +2 in the row Count to increase the total +1, but also taking into account the header row.
collection.googleSheet.insert_row(insertData, rowCount + 2)
return render_template('form-success.html', site=site)
else:
return render_template('form-error.html', site=site)
return render_template('form.html', site=site)
def interestingLinks(language='es'):
site = Site(
language,
splitByLanguage('Links Interesantes | Interesting Links', language))
return render_template('interesting-links.html', site=site)
def serialNumber(self):
return splitByLanguage(
self.googleData['Número de Serie | Serial numbers'], self.language)
def seriesNumber(self):
return splitByLanguage(
self.googleData['Año de la serie | Series number'], self.language)
def diameter(self):
return splitByLanguage(self.googleData['Diámetro | Diameter'],
self.language)
def value(self):
return splitByLanguage(self.googleData['Valor | Value'], self.language)
def grading(self):
return splitByLanguage(self.googleData['Estado | Grading'],
self.language)