jumbojet

class Employee(models.Model):
    employeeid = models.IntegerField() # Employee Id
    name = models.CharField(max_length=1000) # Name of the Employee 
    dob = models.DateTimeField() #  Date of birth of Employee
    salary = models.FloatField() #  Employee Salary
    ''' This is the function which Django uses to show the Employee Object
    - unicode represntation of employee'''
    def __unicode__(self):
        return unicode(self.employeeid)+"~"+unicode(self.name)

jumbojet

from django.conf.urls.defaults import *
from django.conf.urls import patterns, include, url
from demoapp.views import get_units,calculate_data


# Uncomment the next two lines to enable the admin:
from django.contrib import admin
admin.autodiscover()

urlpatterns = patterns('',

jumbojet

def get_units(request):

    # request object has one GET DICTIONARY for the variables passed as Query String
    # Query string variable is named as ID
    if 'ID' in request.GET:
        userId = request.GET['ID']
    
    # request object has one POST DICTIONARY for the variables passed as form.submit()
    # Here assume a form variable is named as UNITS
    if 'UNITS' in request.POST:

jumbojet

// Function that takes two integer (alredy declared as Intgers so as compiler can undertand) as input and
// Returns a output again of type integer 
int add(int a , int b){
  // Here also variable c is declared as Integer , any other type which compiler can not convert to like
  // will give error
  int c = a + b  
  return c 
}

jumbojet

def hello():
  print "hello"

jumbojet

def hello():
  print "hello"

jumbojet

''' expressionString = IF Variable_3 > 1000 RETURN VARIABLE_3* VARIABLE_1 END IF Variable_3 < 1000 RETURN VARIABLE_3* VARIABLE_2 END '''
def parse_expression(expressionString):
    expressionStringArray = filter(None,expressionString.split("END"))
    
    ''' expressionStringArray[0] = IF Variable_3 > 1000 RETURN VARIABLE_3* VARIABLE_1
    expressionStringArray[1] = IF Variable_3 < 1000 RETURN VARIABLE_3* VARIABLE_2 '''

    for expression in expressionStringArray:
        expConditionResult = expression.strip().split("RETURN")

jumbojet

''' expressionString = IF Variable_3 > 1000 RETURN VARIABLE_3* VARIABLE_1 END IF Variable_3 < 1000 RETURN VARIABLE_3* VARIABLE_2 END '''
def parse_expression(expressionString):
    expressionStringArray = filter(None,expressionString.split("END"))
    
    ''' expressionStringArray[0] = IF Variable_3 > 1000 RETURN VARIABLE_3* VARIABLE_1
    expressionStringArray[1] = IF Variable_3 < 1000 RETURN VARIABLE_3* VARIABLE_2 '''

    for expression in expressionStringArray:
        expConditionResult = expression.strip().split("RETURN")

jumbojet

''' expressionString = IF Variable_3 > 1000 RETURN VARIABLE_3* VARIABLE_1 END IF Variable_3 < 1000 RETURN VARIABLE_3* VARIABLE_2 END '''
def parse_expression(expressionString):
    expressionStringArray = filter(None,expressionString.split("END"))
    
    ''' expressionStringArray[0] = IF Variable_3 > 1000 RETURN VARIABLE_3* VARIABLE_1
    expressionStringArray[1] = IF Variable_3 < 1000 RETURN VARIABLE_3* VARIABLE_2 '''

    for expression in expressionStringArray:
        expConditionResult = expression.strip().split("RETURN")

jumbojet

''' expressionString = IF Variable_3 > 1000 RETURN VARIABLE_3* VARIABLE_1 END IF Variable_3 < 1000 RETURN VARIABLE_3* VARIABLE_2 END '''
def parse_expression(expressionString):
    expressionStringArray = filter(None,expressionString.split("END"))
    
    ''' expressionStringArray[0] = IF Variable_3 > 1000 RETURN VARIABLE_3* VARIABLE_1
    expressionStringArray[1] = IF Variable_3 < 1000 RETURN VARIABLE_3* VARIABLE_2 '''

    for expression in expressionStringArray:
        expConditionResult = expression.strip().split("RETURN")