sivaa/gist:bf2fdcba25803da6f04b

## gistfile1.py
#### Step 0: Installtion/Setup ####

    Microsoft Windows 7 : http://bit.ly/pycon-gswd-windows-setup
    GNU/Linux Ubuntu    : http://bit.ly/pycon-gswd-linux-setup
    GNU/Linux CentOS    : http://bit.ly/pycon-gswd-centos-setup

    # Once the above setup is done, pull the latest content from the repository
        git pull

#### Step 1:  Django Project Creation ####

    # [OPTIONAL] Checkout the base branch for this rampup excercise
        git checkout rampup_base

    # Create a project using the following command
        # Windows :
            python C:\Users\<User name>\Envs\pycon-dj-workshop\Scripts\django-admin.py startproject fav
        # Linux
            python ~/.virtualenvs/pycon-dj-workshop/bin/django-admin.py startproject fav

    # List the created new files
        # Windows:
            tree /F
        # Linux:
            tree

    # Navigate to the project directory
        cd fav

    # Refer the settings (INSTALLED_APPS and DATABASES)

    # Create the necessary tables for the  INSTALLED_APPS
        python manage.py syncdb
    # Choose 'No' for super user creation

    # Run the development server
        python manage.py runserver

    # Verify it in the browser (http://localhost:8000)

    # Create a demo app
        python manage.py startapp demo

    # List the created new files using tree command


#### Step 2: Simple Hello World ####

    # Open fav/demo/views.py and create a view for returning "Hello World!" as a HTTP response

        from django.http import HttpResponse

        def hello1(request):
            return HttpResponse("Hello World!")

    # Open fav/fav/urls.py and create a routing for the above view

    	url(r'^hello1/', 'demo.views.hello1'),

    # Make sure that the dev server is running and access the following URL in the browser
        http://localhost:8000/hello1/

    # Write a another view to return the HTML string as a HTTP response

        def hello2(request):
            return HttpResponse("<h1>Hello World!</h1>")

    # Create a routing for the above view in urls.py

        url(r'^hello2/', 'demo.views.hello2'),

    # Access the following URL in the browser
        http://localhost:8000/hello2/

    # Write a another view to return the currnet timestamp

        from datetime import datetime

        def hello3(request):
            return HttpResponse("<h1>Hello World! at {} </h1>".format(datetime.now()))

    # Create a routing for the above view in urls.py

        url(r'^hello3/', 'demo.views.hello3'),

    # Access the following URL in the browser
        http://localhost:8000/hello3/

    # Write a another view to fetch and retrun the query string

        def hello4(request):
            name = request.GET.get("name", "Django")
            return HttpResponse("Hello <strong>{}</strong>!".format(name)))

    # Create a routing for the above view in urls.py

        url(r'^hello4/', 'demo.views.hello4'),

    # Access the following URLs in the browser
        http://localhost:8000/hello4/
        http://localhost:8000/hello4/?name=Siva


#### Step 3: Hello World with Templates ####
    # Create a 'templates' directory under fav/demo/ folder
        mkdir demo/templates

    # Create a HTML document called 'hello5.html' with the following content
        <!DOCTYPE html>
        <html>
            <head>
                <title>Introduction to Django Workshop</title>
            </head>
            <body>
                Hello World!
            </body>
        </html>

    # Write a another view to return the above template as a HTTP response

        from django.shortcuts import render

        def hello5(request):
            return render(request, "hello5.html")

    # Create a routing for the above view in urls.py

        url(r'^hello5/', 'demo.views.hello5'),

    # Access the following URL in the browser
        http://localhost:8000/hello5/

    # It will throw the TemplateDoesNotExist exception since this app is not registred.
    # Registred this app in the INSTALLED_APPS tuple in fav/fav/settings.py

        'demo',

    # Try the same url again in the browser

    # Copy the 'hello5.html and create hello6.html' and update the body with current_time template variable

        <body>
            Hello World! at {{ current_time }}
        </body>

    # Write a another view to return the currnet timestamp

        def hello6(request):
            return render(request,
                          "hello6.html",
                          {'current_time' : datetime.now() })

    # Create a routing for the above view in urls.py

        url(r'^hello6/', 'demo.views.hello6'),

    # Access the following URL in the browser
        http://localhost:8000/hello6/

    # Copy the 'hello5.html and create hello7.html' and update the body with name template variable

        <body>
            Hello <strong> {{ name }} <strong>!
        </body>

    # Write a another view to fetch and retrun the query string

        def hello7(request):
            name = request.GET.get("name", "Django")
            return render(request,
                         "hello7.html",
                         {'name' : name })

    # Create a routing for the above view in urls.py

        url(r'^hello7/', 'demo.views.hello7'),

    # Access the following URLs in the browser
        http://localhost:8000/hello7/
        http://localhost:8000/hello7/?name=Siva

    # [OPTIONAL] Checkout the complete branch for this rampup excercise to for reference
        git checkout rampup_complete
	#### Step 0: Installtion/Setup ####

	Microsoft Windows 7 : http://bit.ly/pycon-gswd-windows-setup
	GNU/Linux Ubuntu : http://bit.ly/pycon-gswd-linux-setup
	GNU/Linux CentOS : http://bit.ly/pycon-gswd-centos-setup

	# Once the above setup is done, pull the latest content from the repository
	git pull

	#### Step 1: Django Project Creation ####

	# [OPTIONAL] Checkout the base branch for this rampup excercise
	git checkout rampup_base

	# Create a project using the following command
	# Windows :
	python C:\Users\<User name>\Envs\pycon-dj-workshop\Scripts\django-admin.py startproject fav
	# Linux
	python ~/.virtualenvs/pycon-dj-workshop/bin/django-admin.py startproject fav

	# List the created new files
	# Windows:
	tree /F
	# Linux:
	tree

	# Navigate to the project directory
	cd fav

	# Refer the settings (INSTALLED_APPS and DATABASES)

	# Create the necessary tables for the INSTALLED_APPS
	python manage.py syncdb
	# Choose 'No' for super user creation

	# Run the development server
	python manage.py runserver

	# Verify it in the browser (http://localhost:8000)

	# Create a demo app
	python manage.py startapp demo

	# List the created new files using tree command


	#### Step 2: Simple Hello World ####

	# Open fav/demo/views.py and create a view for returning "Hello World!" as a HTTP response

	from django.http import HttpResponse

	def hello1(request):
	return HttpResponse("Hello World!")

	# Open fav/fav/urls.py and create a routing for the above view

	url(r'^hello1/', 'demo.views.hello1'),

	# Make sure that the dev server is running and access the following URL in the browser
	http://localhost:8000/hello1/

	# Write a another view to return the HTML string as a HTTP response

	def hello2(request):
	return HttpResponse("<h1>Hello World!</h1>")

	# Create a routing for the above view in urls.py

	url(r'^hello2/', 'demo.views.hello2'),

	# Access the following URL in the browser
	http://localhost:8000/hello2/

	# Write a another view to return the currnet timestamp

	from datetime import datetime

	def hello3(request):
	return HttpResponse("<h1>Hello World! at {} </h1>".format(datetime.now()))

	# Create a routing for the above view in urls.py

	url(r'^hello3/', 'demo.views.hello3'),

	# Access the following URL in the browser
	http://localhost:8000/hello3/

	# Write a another view to fetch and retrun the query string

	def hello4(request):
	name = request.GET.get("name", "Django")
	return HttpResponse("Hello <strong>{}</strong>!".format(name)))

	# Create a routing for the above view in urls.py

	url(r'^hello4/', 'demo.views.hello4'),

	# Access the following URLs in the browser
	http://localhost:8000/hello4/
	http://localhost:8000/hello4/?name=Siva


	#### Step 3: Hello World with Templates ####
	# Create a 'templates' directory under fav/demo/ folder
	mkdir demo/templates

	# Create a HTML document called 'hello5.html' with the following content
	<!DOCTYPE html>
	<html>
	<head>
	<title>Introduction to Django Workshop</title>
	</head>
	<body>
	Hello World!
	</body>
	</html>

	# Write a another view to return the above template as a HTTP response

	from django.shortcuts import render

	def hello5(request):
	return render(request, "hello5.html")

	# Create a routing for the above view in urls.py

	url(r'^hello5/', 'demo.views.hello5'),

	# Access the following URL in the browser
	http://localhost:8000/hello5/

	# It will throw the TemplateDoesNotExist exception since this app is not registred.
	# Registred this app in the INSTALLED_APPS tuple in fav/fav/settings.py

	'demo',

	# Try the same url again in the browser

	# Copy the 'hello5.html and create hello6.html' and update the body with current_time template variable

	<body>
	Hello World! at {{ current_time }}
	</body>

	# Write a another view to return the currnet timestamp

	def hello6(request):
	return render(request,
	"hello6.html",
	{'current_time' : datetime.now() })

	# Create a routing for the above view in urls.py

	url(r'^hello6/', 'demo.views.hello6'),

	# Access the following URL in the browser
	http://localhost:8000/hello6/

	# Copy the 'hello5.html and create hello7.html' and update the body with name template variable

	<body>
	Hello <strong> {{ name }} <strong>!
	</body>

	# Write a another view to fetch and retrun the query string

	def hello7(request):
	name = request.GET.get("name", "Django")
	return render(request,
	"hello7.html",
	{'name' : name })

	# Create a routing for the above view in urls.py

	url(r'^hello7/', 'demo.views.hello7'),

	# Access the following URLs in the browser
	http://localhost:8000/hello7/
	http://localhost:8000/hello7/?name=Siva

	# [OPTIONAL] Checkout the complete branch for this rampup excercise to for reference
	git checkout rampup_complete