extensions that will be built if Cython is available. • Speedups, which includes miscellaneous functions re-implemented with Cython. • Sqlite extensions, which includes Cython implementations of the SQLite # Herb 1 pets Once again we’ve run into a classic example of N+1 query behavior. In this case, we’re executing an additional query for every Person returned by the original SELECT! We can avoid this by of all their pets. As you may have guessed, this could easily turn into another N+1 situation if we’re not careful. 1.2. Quickstart 9 peewee Documentation, Release 3.5.0 Before diving into the code,

extensions that will be built if Cython is available. • Speedups, which includes miscellaneous functions re-implemented with Cython. • Sqlite extensions, which includes Cython implementations of the SQLite # Herb 1 pets Once again we’ve run into a classic example of N+1 query behavior. In this case, we’re executing an additional query for every Person returned by the original SELECT! We can avoid this by of all their pets. As you may have guessed, this could easily turn into another N+1 situation if we’re not careful. 1.2. Quickstart 9 peewee Documentation, Release 3.4.0 Before diving into the code,

extensions that will be built if Cython is available. • Speedups, which includes miscellaneous functions re-implemented with Cython. • Sqlite extensions, which includes Cython implementations of the SQLite # Herb 1 pets Once again we’ve run into a classic example of N+1 query behavior. In this case, we’re executing an additional query for every Person returned by the original SELECT! We can avoid this by of all their pets. As you may have guessed, this could easily turn into another N+1 situation if we’re not careful. Before diving into the code, consider how this example is different from the earlier

extensions that will be built if Cython is available. • Speedups, which includes miscellaneous functions re-implemented with Cython. • Sqlite extensions, which includes Cython implementations of the SQLite # Herb 1 pets Once again we’ve run into a classic example of N+1 query behavior. In this case, we’re executing an additional query for every Person returned by the original SELECT! We can avoid this by of all their pets. As you may have guessed, this could easily turn into another N+1 situation if we’re not careful. 1.2. Quickstart 9 peewee Documentation, Release 3.3.0 Before diving into the code,

extensions that will be built if Cython is available. Speedups, which includes miscellaneous functions re-implemented with Cython. Sqlite extensions, which includes Cython implementations of the SQLite date # Herb 1 pets Once again we’ve run into a classic example of N+1 query behavior. In this case, we’re executing an additional query for every Person returned by the original SELECT! We can avoid this of all their pets. As you may have guessed, this could easily turn into another N+1 situation if we’re not careful. Before diving into the code, consider how this example is different from the earlier

extensions that will be built if Cython is available. Speedups, which includes miscellaneous functions re-implemented with Cython. Sqlite extensions, which includes Cython implementations of the SQLite date # Herb 1 pets Once again we’ve run into a classic example of N+1 query behavior. In this case, we’re executing an additional query for every Person returned by the original SELECT! We can avoid this of all their pets. As you may have guessed, this could easily turn into another N+1 situation if we’re not careful. Before diving into the code, consider how this example is different from the earlier

extensions that will be built if Cython is available. Speedups, which includes miscellaneous functions re-implemented with Cython. Sqlite extensions, which includes Cython implementations of the SQLite date # Herb 1 pets Once again we’ve run into a classic example of N+1 query behavior. In this case, we’re executing an additional query for every Person returned by the original SELECT! We can avoid this by of all their pets. As you may have guessed, this could easily turn into another N+1 situation if we’re not careful. Before diving into the code, consider how this example is different from the earlier

Release 2.0.0 Since seeing is believing, I will show some side-by-side comparisons. Let’s pretend we’re using the models from the cookbook, good ol’ user and tweet: class User(Model): username = CharField() the dot (i.e. fn.*Lower*) – is treated as a function that can take any arbitrary parameters. If you’re feeling froggy and want to get coding, you might want to check out: • the cookbook, which contains that happened between the field and column classes. So, columns are gone - its just fields - and they’re hopefully a bit smaller and saner. I also cleaned up the primary key business. Basically it works like

extensions that will be built if Cython is available. Speedups, which includes miscellaneous functions re-implemented with Cython. Sqlite extensions, which includes Cython implementations of the SQLite date # Herb 1 pets Once again we’ve run into a classic example of N+1 query behavior. In this case, we’re executing an additional query for every Person returned by the original SELECT! We can avoid this of all their pets. As you may have guessed, this could easily turn into another N+1 situation if we’re not careful. Before diving into the code, consider how this example is different from the earlier

extensions that will be built if Cython is available. Speedups, which includes miscellaneous functions re-implemented with Cython. Sqlite extensions, which includes Cython implementations of the SQLite date # Herb 1 pets Once again we’ve run into a classic example of N+1 query behavior. In this case, we’re executing an additional query for every Person returned by the original SELECT! We can avoid this of all their pets. As you may have guessed, this could easily turn into another N+1 situation if we’re not careful. Before diving into the code, consider how this example is different from the earlier