right). So a child model does not have access to its parent’s Meta class. However, there are a few limited cases where the child inherits behavior from the parent: if the child does not specify an ordering get(id=14) # __exact is implied >>> Blog.objects.get(pk=14) # pk implies id__exact The use of pk isn’t limited to __exact queries – any query term can be combined with pk to perform a query on the primary key to add hollow complexity for simple situations, but without them, more advanced designs would be limited. Using class-based views At its core, a class-based view allows you to respond to different HTTP

right). So a child model does not have access to its parent’s Meta class. However, there are a few limited cases where the child inherits behavior from the parent: if the child does not specify an ordering get(id=14) # __exact is implied >>> Blog.objects.get(pk=14) # pk implies id__exact The use of pk isn’t limited to __exact queries – any query term can be combined with pk to perform a query on the primary key to add hollow complexity for simple situations, but without them, more advanced designs would be limited. Using class-based views At its core, a class-based view allows you to respond to different HTTP

right). So a child model does not have access to its parent’s Meta class. However, there are a few limited cases where the child inherits behavior from the parent: if the child does not specify an ordering get(id=14) # __exact is implied >>> Blog.objects.get(pk=14) # pk implies id__exact The use of pk isn’t limited to __exact queries –any query term can be combined with pk to perform a query on the primary key to add hollow complexity for simple situations, but without them, more advanced designs would be limited. Using class-based views At its core, a class-based view allows you to respond to different HTTP

right). So a child model does not have access to its parent’s Meta class. However, there are a few limited cases where the child inherits behavior from the parent: if the child does not specify an ordering get(id=14) # __exact is implied >>> Blog.objects.get(pk=14) # pk implies id__exact The use of pk isn’t limited to __exact queries – any query term can be combined with pk to perform a query on the primary key to add hollow complexity for simple situations, but without them, more advanced designs would be limited. Using class-based views At its core, a class-based view allows you to respond to different HTTP

right). So a child model does not have access to its parent’s Meta class. However, there are a few limited cases where the child inherits behavior from the parent: if the child does not specify an ordering get(id=14) # __exact is implied >>> Blog.objects.get(pk=14) # pk implies id__exact The use of pk isn’t limited to __exact queries –any query term can be combined with pk to perform a query on the primary key to add hollow complexity for simple situations, but without them, more advanced designs would be limited. Using class-based views At its core, a class-based view allows you to respond to different HTTP

right). So a child model does not have access to its parent’s Meta class. However, there are a few limited cases where the child inherits behavior from the parent: if the child does not specify an ordering get(id=14) # __exact is implied >>> Blog.objects.get(pk=14) # pk implies id__exact The use of pk isn’t limited to __exact queries – any query term can be combined with pk to perform a query on the primary key to add hollow complexity for simple situations, but without them, more advanced designs would be limited. Using class-based views At its core, a class-based view allows you to respond to different HTTP

right). So a child model does not have access to its parent’s Meta class. However, there are a few limited cases where the child inherits behavior from the parent: if the child does not specify an ordering get(id=14) # __exact is implied >>> Blog.objects.get(pk=14) # pk implies id__exact The use of pk isn’t limited to __exact queries –any query term can be combined with pk to perform a query on the primary key to add hollow complexity for simple situations, but without them, more advanced designs would be limited. Using class-based views At its core, a class-based view allows you to respond to different HTTP

right). So a child model does not have access to its parent’s Meta class. However, there are a few limited cases where the child inherits behavior from the parent: if the child does not specify an ordering get(id=14) # __exact is implied >>> Blog.objects.get(pk=14) # pk implies id__exact The use of pk isn’t limited to __exact queries – any query term can be combined with pk to perform a query on the primary key to add hollow complexity for simple situations, but without them, more advanced designs would be limited. Using class-based views At its core, a class-based view allows you to respond to different HTTP

right). So a child model does not have access to its parent’s Meta class. However, there are a few limited cases where the child inherits behavior from the parent: if the child does not specify an ordering get(id=14) # __exact is implied >>> Blog.objects.get(pk=14) # pk implies id__exact The use of pk isn’t limited to __exact queries – any query term can be combined with pk to perform a query on the primary key to add hollow complexity for simple situations, but without them, more advanced designs would be limited. Using class-based views At its core, a class-based view allows you to respond to different HTTP

right). So a child model does not have access to its parent’s Meta class. However, there are a few limited cases where the child inherits behavior from the parent: if the child does not specify an ordering get(id=14) # __exact is implied >>> Blog.objects.get(pk=14) # pk implies id__exact The use of pk isn’t limited to __exact queries – any query term can be combined with pk to perform a query on the primary key to add hollow complexity for simple situations, but without them, more advanced designs would be limited. Using class-based views At its core, a class-based view allows you to respond to different HTTP