def get(self):
p = Page()
p.title = "My Page"
p.css = "css/style.css"
p.body = "this is the body"
self.response.write(p.whole_page)
def get(self):
p = Page()
lib = FavoriteMovies()
#USER ENTRY
#Movie Title
#Year Made
#Directory
md1 = MovieData()
md1.title = "The Princess Bride"
md1.director = "Rob Reiner"
md1.year = 1989
lib.add_movie(md1)
md2 = MovieData()
md2.title = "Dune"
md2.director = "David Lynch"
md2.year = 1986
lib.add_movie(md2)
md3 = MovieData()
md3.title = "Star Wars"
md3.director = "George Lucas"
md3.year = 1977
lib.add_movie(md3)
p.body = lib.compile_list()
self.response.write(p.print_out(p.body, lib.calc_time_span()))
def get(self):
# page for class
p = Page()
lib = FavoriteMovies()
#use form to get this info
#movie title
#movie year
#director
md1 = MovieData()
md1.title = "Star Wars"
md1.year = 1989
md1.director = "George Lucas"
lib.add_movie(md1)
md2 = MovieData()
md2.title = "Forrest Gump"
md2.year = 1999
md2.director = "Pedro Lopez"
lib.add_movie(md2)
lib.calc_time_span()
p.body = lib.compile_list() + lib.calc_time_span()
self.response.write(p.print_out())
def get(self):
p = Page()
p.title = "My page!"
p.css = "css/style.css"
p.body = "Miss Piggy likes Kermit De Frog! "
#p.update()
self.response.write(p.whole_page)
def get(self):
p = Page(
) #set our Page() class equal to p, this makes it easier to type out
page_head = p.head #set the self.head attribute in Page() equal to the variable page_head for later use
page_form = p.form #set the self.form attribute in Page() equal to the variable page_form for later use
page_close = p.close #set the self.close attribute in Page() equal to the variable page_close for later use
page_results = p.results #set the self.results attribute in Page() equal to the variable page_results for later use
if self.request.GET: #start the if/else that will determine what to write to the browser depending on user input or lack of input, in this case, when user inputs we:
username = self.request.GET[
'su_name'] #set the input value of the form field su_name equal to username
god = self.request.GET[
'fav_god'] #set the input value of the form field fav_god equal to username
role = self.request.GET[
'role'] #set the input value of the form field role equal to username
mode = self.request.GET[
'game_mode'] #set the input value of the form field game_mode equal to username
self.response.write(page_head + page_results +
"<p class='results'>" + username + " | " +
god + " | " + role + " | " + mode + "</p>" +
page_close)
#In the above line, we concatenate everything we want the page to write if the user has entered input.
#We write the page_head html, followed by the page_results html, then we write the entered username/god/role/mode and wrap it in a <p> tag
#with a class of 'results'. Finally, we add the page_close html, completing the web page.
else:
self.response.write(page_head + page_form + page_close)
def get(self):
p = Page()
p.title = "My page"
p.css = "css/styles.css"
p.body = "Miss Piggy like Kermit De Frog"
self.response.write(p.whole_page)
def get(self):
#self.response.write('Hello world!')
p = Page()
p.title = "My Page"
p.css = "css/style.css"
p.body = "This is Stacy's Python Example"
#self.response.write(p.print_out())
p.update()
self.response.write(p.whole_page)
def categorization():
category_filename = f'{blog.output_path}/categories'
category_path = Path(category_filename)
category_path.mkdir(parents=True, exist_ok=True)
write_page(f'{category_path}/all.html', Page(template='categories.html',
topic_list=[c for c in blog.categories]).html)
for category in blog.categories:
write_page(f'{category_path}/{category}.html',
Page(template='blog_list.html',
post_list=blog.categories[category], output_path=blog.output_path).html)
tag_path = Path(f'{blog.output_path}/tag')
tag_path.mkdir(parents=True, exist_ok=True)
write_page(f'{tag_path}/all.html', Page(template='categories.html',
topic_list=[t for t in blog.tags]).html)
for tag in blog.tags:
write_page(f'{tag_path}/{tag}.html', Page(template='blog_list.html',
post_list=blog.categories[category], output_path=blog.output_path).html)
def set_home_page(self):
"""
Clean previous pages and create home page and render it to the screen
:return: None
"""
self.refresh()
body = Page(self.main_frame.frame)
body.add_object(tk.Label,
text='HI welcome to Learning Log',
font=body.font,
width=50)
body.apply()
self.main_frame.update(body.name)
def get(self):
#Pull in the page class and store it.
page = Page()
#If there is a GET request store the variables from GET and write page.
if self.request.GET:
#NAME VARIABLES
fname = self.request.GET['fname'] #First Name
lname = self.request.GET['lname'] #Last Name
name = fname + ' ' + lname #Concat first and last name
#TITLE VARIABLE
title = self.request.GET['job_title'] #Title
#If title is empty insert a page break.
if title == "":
title = "<br>"
#CONTACT VARIABLES
email = self.request.GET['email'] #Email
#PHONE NUMBER PARTS
phone1 = self.request.GET['phone1'] #Phone section 1
phone2 = self.request.GET['phone2'] #Phone section 2
phone3 = self.request.GET['phone3'] #Phone section 3
phone_style = self.request.GET[
'phone_sep'] #Formatting style for phone number
#Check for the phone style type and store the results as phone
if phone_style == "classic": #Format as classic
phone = "(" + str(phone1) + ") " + str(phone2) + "-" + str(
phone3)
elif phone_style == "dot": #Format with dot
phone = str(phone1) + "." + str(phone2) + "." + str(phone3)
elif phone_style == "dash": #Format with dash
phone = str(phone1) + "-" + str(phone2) + "-" + str(phone3)
#ADDRESS PARTS
street = self.request.GET['street'] #Street Address
city = self.request.GET['city'] #City
zip_code = self.request.GET['zip_code'] #Zip Code
#Concat city and zip code.
city = city + ' ' + zip_code
#Pull in the card page template from the page class.
card_page = page.card_page
#Format the template with the locals provided by GET
card_page = card_page.format(**locals())
#Write the card_page variable to the page.
self.response.write(card_page)
#If no GET write the form page.
else:
#Pull in the form pagefrom the page class.
form_page = page.form_page
#Write the form_page variable to the page.
self.response.write(form_page)
def get(self):
if self.request.GET: # if you can get these items then print this material
first = self.request.GET['first'] # this is storing form info in a variable and then using that info for printing
last = self.request.GET['last'] # this is storing form info in a variable and then using that info for printing
email = self.request.GET['email'] # this is storing form info in a variable and then using that info for printing
radio = self.request.GET['gender'] # this is storing form info in a variable and then using that info for printing
check = self.request.GET['experience'] # this is storing form info in a variable and then using that info for printing
select = self.request.GET['education'] # this is storing form info in a variable and then using that info for printing
number = self.request.GET['quantity'] # this is storing form info in a variable and then using that info for printing
self.response.write(first + ' ' + last + ' ' + email + ' ' + radio + ' ' + check + ' ' + select + ' ' + number) # this compiles all of the variable info from the form and prints it to the browser.
else:
p = Page() # this makes an instance of the page class from the pages.py file
self.response.write(p.print_out()) # this prints it out to the window
def index():
links = (Link(
name="Productivity In Tech",
url="https://productivityintech.transistor.fm",
image="https://s3-us-west-2.amazonaws.com/kjaymiller/images/pit-podcast.png",
),
Link(
name=".Net Core Show",
url="https://dotnetcore.show",
image="https://dotnetcore.show/content/images/2018/08/jamie-taylor-logo-podcast.svg"
),
Link(
name="Ask A Brit",
url="https://askabrit.transistor.fm",
image="https://kjaymiller.s3-us-west-2.amazonaws.com/images/AskABritv4.png"
)
)
return Page(template='index.html', links=links).html
def get(self):
p = Page()
p.body = "Miss Piggy like Kermit De Frog"
self.response.write(p.print_out())
def get(self):
p = Page()
p.title = "My page!"
p.css = "css/style.css"
p.body = "Hello World"
self.response.write(p.whole_page)
def get(self):
#self.response.write('Hello world!')
p = Page()
p.body = "This is Stacys Python Example"
self.response.write(p.print_out())
def get(self):
#Adding 4 placehodler products using the Products class and it's add_product method
p1 = Product()
p1.add_product("Shells & White Cheddar", "Annie's", 16.17, 4.5, "lb")
p2 = Product()
p2.add_product("Three Cheesy Mini-Shell Pasta", "Kraft", 9.73, 3.625,
"lb")
p3 = Product()
p3.add_product("Organic Shells and Cheese", "Back to Nature", 3.11, 6,
"oz")
p4 = Product()
p4.add_product("Shells & White Cheddar", "Pasta Roni", 1.00, 6.2, "oz")
#Using the productData class to hold the products for the main page.
products = productData()
products.add_to_array(p1)
products.add_to_array(p2)
products.add_to_array(p3)
products.add_to_array(p4)
#Using the Page class to setup the beginnings of the HTML page.
pg = Page()
#Checking for GET, if GET render the compare products page, otherwise render the main page.
if self.request.GET:
#Using the producData class to hold products for the compare page.
compare_products = productData()
#Creating a new product with the CompareProduct class using the info from GET and add it to the compare_products instance of the productData class.
new_product = CompareProduct()
new_product.add_product(self.request.GET['pName'],
self.request.GET['pBrand'],
self.request.GET['pPrice'],
self.request.GET['pWeight'],
self.request.GET['pUnit'])
compare_products.add_to_array(new_product)
#For each product from the main page create a new instance of the CompareProduct class.
for p in products.items:
cp = CompareProduct()
#Populate the cp instance with the information from the original products.
cp.add_product(p.name, p.brand, p.price, p.weight,
p.weight_unit)
#Add it to the compare_products instance of the productData class.
compare_products.add_to_array(cp)
#Using the CompareHTML class create the compare_page instance.
compare_page = CompareHTML()
#For each of the compare_products items created a new_column instance of the compareColumn() class.
for p in compare_products.items:
new_column = compareColumn()
#Create the column using the info from the compare_products item and the creat_column method from the compareColumn class.
new_column.create_column(p)
#Add it to the array in the compare_page that holds the columns using the add_product_method.
compare_page.add_product_column(new_column)
#Create the compare_html from the create_compare method in the compare_page instance of the CompareHTML class with the array of columns from the same instance.
compare_html = compare_page.create_compare(compare_page)
#Create the page HTML with the compare_page css and html using the create_page method from the pg instance of the Page() class.
html = pg.create_page(compare_page.css, compare_html)
#If no GET create the form page
else:
#Create an instance of the FormHTML class named form_page
form_page = FormHTML()
#Create the form_html from the creat_form method in the form_page instance of the FormHTML class with the array of columns from the same instance.
form_html = form_page.create_form(products.items)
#Create the page HTML with the form_page css and html using the create_page method from teh pg instance of the Page() class.
html = pg.create_page(form_page.css, form_html)
#Write the HTML to the page.
self.response.write(html)
def get(self):
h = hello()
p = Page()
p.title = "My New Page"
p.css = "css/styles.css"
p.update() #referencing my update class from pages
h.update_this()
# I will create an application that calculates the remaining storage for different users
#now I will hard code the values for each data object
m = Storage()
m.pictures = 5
m.videos = 10
m.documents = 1
m.music = 3
m.apps = 4
#write the values to the page
if self.request.GET:
total = self.request.GET['totalStorage']
self.response.write(h.user_page_update + "Total storage used is " + total + " GB <br/> There is " + str(m.final_storage) + " GB of storage remaining")
else:
self.response.write(p.user_page) #writing the user_page which has has all the html for my application
#now I am going create the remaining users
#now I will hard code the values for each data object
t = Storage()
t.pictures = 10
t.videos = 10
t.documents = 1
t.music = 20
t.apps = 7
#write the values to the page
# self.response.write(" <br/> Todd has " + str(t.final_storage) + " GB of storage remaining") #writing the user_page which has has all the html for my application
#now I will hard code the values for each data object
n = Storage()
n.pictures = 1
n.videos = 4
n.documents = 1
n.music = 9
n.apps = 7
#write the values to the page
# self.response.write(" <br/> Nancy has " + str(n.final_storage) + " GB of storage remaining") #writing the user_page which has has all the html for my application
#now I will hard code the values for each data object
h = Storage()
h.pictures = 18
h.videos = 10
h.documents = 1
h.music = 6
h.apps = 7
#write the values to the page
# self.response.write(" <br/> Henry has " + str(h.final_storage) + " GB of storage remaining") #writing the user_page which has has all the html for my application
#now I will hard code the values for each data object
j = Storage()
j.pictures = 6
j.videos = 4
j.documents = 1
j.music = 7
j.apps = 2
def get(self):
p = Page()
p.body = "Hello World"
self.response.write(p.print_out())
def get(self):
p = Page()
p.title = "MyPage"
p.css = "css/styles.css"
self.response.write(p.whole_page)
def get(self):
p = Page()
p.title = "My page!"
p.css = "css/styles.css"
p.update()
self.response.write(p.whole_page)
def get(self):
p = Page()
self.response.write(p.print_out())
def set_home_page(self):
self.main_frame.clean_page()
body = Page(self.main_frame.frame)
body.add_object(tk.Label, text='HI welcome to Learning Log', height=20, width=25)
body.apply()
self.main_frame.update(body.name)
