Advantages of the Spring Framework’s transaction support model Global transactions Local transactions Spring Framework’s consistent programming model Understanding the Spring Framework transaction abstraction roxy Declarative transaction management Understanding the Spring Framework’s declarative transaction implementation Example of declarative transaction implementation Rolling back a declarative transaction transaction settings Using the PlatformTransactionManager Choosing between programmatic and declarative transaction management Transaction bound event Application server-specific integration IBM WebSphere

Advantages of the Spring Framework’s transaction support model Global transactions Local transactions Spring Framework’s consistent programming model Understanding the Spring Framework transaction abstraction roxy Declarative transaction management Understanding the Spring Framework’s declarative transaction implementation Example of declarative transaction implementation Rolling back a declarative transaction transaction settings Using the PlatformTransactionManager Choosing between programmatic and declarative transaction management Transaction bound event Application server-specific integration IBM WebSphere

import Namespace my_signals = Namespace() Now you can create new signals like this: model_saved = my_signals.signal('model-saved') The name for the signal here makes it unique and also simplifies debugging some keyword arguments that are forwarded to the signal subscribers: class Model(object): ... def save(self): model_saved.send(self) Try to always pick a good sender. If you have a class that Connect on Demand Easy Querying Initial Schemas SQLAlchemy in Flask Flask-SQLAlchemy Extension Declarative Manual Object Relational Mapping SQL Abstraction Layer Uploading Files A Gentle Introduction

server Alternatives to token authentication Security in notebook documents The problem Our security model The details of trust Reporting security issues Affected use cases Configuring the notebook frontend the notebook to open a Qt console connected to the same kernel. See also Decoupled two-process model [https://ipython.readthedocs.io/en/stable/overview.html#ipythonzmq] Notebook user interface When Chrome Safari Firefox The is mainly due to the notebook’s usage of WebSockets and the flexible box model. The following browsers are unsupported: Safari < 5 Firefox < 6 Chrome < 13 Opera (any): CSS

server Alternatives to token authentication Security in notebook documents The problem Our security model The details of trust Reporting security issues Affected use cases Configuring the notebook frontend the notebook to open a Qt console connected to the same kernel. See also Decoupled two-process model [https://ipython.readthedocs.io/en/stable/overview.html#ipythonzmq] Notebook user interface When Chrome Safari Firefox The is mainly due to the notebook’s usage of WebSockets and the flexible box model. The following browsers are unsupported: Safari < 5 Firefox < 6 Chrome < 13 Opera (any): CSS

server Alternatives to token authentication Security in notebook documents The problem Our security model The details of trust Reporting security issues Affected use cases Configuring the notebook frontend the notebook to open a Qt console connected to the same kernel. See also Decoupled two-process model [https://ipython.readthedocs.io/en/stable/overview.html#ipythonzmq] Notebook user interface When Chrome Safari Firefox The is mainly due to the notebook’s usage of WebSockets and the flexible box model. The following browsers are unsupported: Safari < 5 Firefox < 6 Chrome < 13 Opera (any): CSS issues

server Alternatives to token authentication Security in notebook documents The problem Our security model The details of trust Reporting security issues Affected use cases Configuring the notebook frontend the notebook to open a Qt console connected to the same kernel. See also Decoupled two-process model [https://ipython.readthedocs.io/en/stable/overview.html#ipythonzmq] Notebook user interface When Chrome Safari Firefox The is mainly due to the notebook’s usage of WebSockets and the flexible box model. The following browsers are unsupported: Safari < 5 Firefox < 6 Chrome < 13 Opera (any): CSS issues

server Alternatives to token authentication Security in notebook documents The problem Our security model The details of trust Reporting security issues Affected use cases Configuring the notebook frontend the notebook to open a Qt console connected to the same kernel. See also Decoupled two-process model [https://ipython.readthedocs.io/en/stable/overview.html#ipythonzmq] Notebook user interface When Chrome Safari Firefox The is mainly due to the notebook’s usage of WebSockets and the flexible box model. The following browsers are unsupported: Safari < 5 Firefox < 6 Chrome < 13 Opera (any): CSS issues

server Alternatives to token authentication Security in notebook documents The problem Our security model The details of trust Reporting security issues Affected use cases Configuring the notebook frontend the notebook to open a Qt console connected to the same kernel. See also Decoupled two-process model [https://ipython.readthedocs.io/en/stable/overview.html#ipythonzmq] Notebook user interface When Chrome Safari Firefox The is mainly due to the notebook’s usage of WebSockets and the flexible box model. The following browsers are unsupported: Safari < 5 Firefox < 6 Chrome < 13 Opera (any): CSS issues

the notebook to open a Qt console connected to the same kernel. See also Decoupled two-process model [https://ipython.readthedocs.io/en/stable/overview.html#ipythonzmq] Notebook user interface When Notebooks in packages Connecting to an existing IPython kernel using the Qt Console The Frontend/Kernel Model Manual connection Automatic connection using a new Qt Console Motivating Examples The Lorenz Equations %%cython magic. Connecting to an existing IPython kernel using the Qt Console The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal based UI