you're writing a digital filtering algorithm and you have a method that handles the edges of the signal by applying padding: function myfilter(A, kernel, ::Replicate) Apadded = replicate_edges(A, size(kernel)) which is called at various events during a worker's lifetime (for example, sending an interrupt signal) addprocs(manager::FooManager) requires FooManager to implement: function launch(manager::FooManager :interrupt when interrupt(workers) is called. The ClusterManager should signal the ap- propriate worker with an interrupt signal. • with :finalize for cleanup purposes.CHAPTER 25. MULTI-PROCESSING AND

you're writing a digital filtering algorithm and you have a method that handles the edges of the signal by applying padding: function myfilter(A, kernel, ::Replicate) Apadded = replicate_edges(A, size(kernel)) which is called at various events during a worker's lifetime (for example, sending an interrupt signal) addprocs(manager::FooManager) requires FooManager to implement: function launch(manager::FooManager :interrupt when interrupt(workers) is called. The ClusterManager should signal the ap- propriate worker with an interrupt signal. • with :finalize for cleanup purposes.CHAPTER 25. MULTI-PROCESSING AND

you're writing a digital filtering algorithm and you have a method that handles the edges of the signal by applying padding: function myfilter(A, kernel, ::Replicate) Apadded = replicate_edges(A, size(kernel)) which is called at various events during a worker's lifetime (for example, sending an interrupt signal) addprocs(manager::FooManager) requires FooManager to implement: function launch(manager::FooManager :interrupt when interrupt(workers) is called. The ClusterManager should signal the ap- propriate worker with an interrupt signal. • with :finalize for cleanup purposes.CHAPTER 26. MULTI-PROCESSING AND

you're writing a digital filtering algorithm and you have a method that handles the edges of the signal by applying padding: function myfilter(A, kernel, ::Replicate) Apadded = replicate_edges(A, size(kernel)) which is called at various events during a worker's lifetime (for example, sending an interrupt signal) addprocs(manager::FooManager) requires FooManager to implement: function launch(manager::FooManager :interrupt when interrupt(workers) is called. The ClusterManager should signal the ap- propriate worker with an interrupt signal. • with :finalize for cleanup purposes.CHAPTER 26. MULTI-PROCESSING AND

you're writing a digital filtering algorithm and you have a method that handles the edges of the signal by applying padding: function myfilter(A, kernel, ::Replicate) Apadded = replicate_edges(A, size(kernel)) which is called at various events during a worker's lifetime (for example, sending an interrupt signal) addprocs(manager::FooManager) requires FooManager to implement: function launch(manager::FooManager :interrupt when interrupt(workers) is called. The ClusterManager should signal the ap- propriate worker with an interrupt signal. • with :finalize for cleanup purposes.CHAPTER 26. MULTI-PROCESSING AND

you're writing a digital filtering algorithm and you have a method that handles the edges of the signal by applying padding: function myfilter(A, kernel, ::Replicate) Apadded = replicate_edges(A, size(kernel)) which is called at various events during a worker's lifetime (for example, sending an interrupt signal) addprocs(manager::FooManager) requires FooManager to implement: function launch(manager::FooManager :interrupt when interrupt(workers) is called. The ClusterManager should signal the ap- propriate worker with an interrupt signal. • with :finalize for cleanup purposes.CHAPTER 26. MULTI-PROCESSING AND

you're writing a digital filtering algorithm and you have a method that handles the edges of the signal by applying padding: function myfilter(A, kernel, ::Replicate) Apadded = replicate_edges(A, size(kernel)) which is called at various events during a worker's lifetime (for example, sending an interrupt signal) addprocs(manager::FooManager) requires FooManager to implement: function launch(manager::FooManager :interrupt when interrupt(workers) is called. The ClusterManager should signal the ap- propriate worker with an interrupt signal. • with :finalize for cleanup purposes.CHAPTER 26. MULTI-PROCESSING AND

you're writing a digital filtering algorithm and you have a method that handles the edges of the signal by applying padding: function myfilter(A, kernel, ::Replicate) Apadded = replicate_edges(A, size(kernel)) which is called at various events during a worker's lifetime (for example, sending an interrupt signal) addprocs(manager::FooManager) requires FooManager to implement: function launch(manager::FooManager :interrupt when interrupt(workers) is called. The ClusterManager should signal the ap- propriate worker with an interrupt signal. • with :finalize for cleanup purposes.CHAPTER 26. MULTI-PROCESSING AND

you're writing a digital filtering algorithm and you have a method that handles the edges of the signal by applying padding: function myfilter(A, kernel, ::Replicate) Apadded = replicate_edges(A, size(kernel)) which is called at various events during a worker's lifetime (for example, sending an interrupt signal) addprocs(manager::FooManager) requires FooManager to implement: function launch(manager::FooManager :interrupt when interrupt(workers) is called. The ClusterManager should signal the ap- propriate worker with an interrupt signal. • with :finalize for cleanup purposes.CHAPTER 26. MULTI-PROCESSING AND

you're writing a digital filtering algorithm and you have a method that handles the edges of the signal by applying padding: function myfilter(A, kernel, ::Replicate) Apadded = replicate_edges(A, size(kernel)) which is called at various events during a worker's lifetime (for example, sending an interrupt signal) addprocs(manager::FooManager) requires FooManager to implement: function launch(manager::FooManager :interrupt when interrupt(workers) is called. The ClusterManager should signal the ap- propriate worker with an interrupt signal. • with :finalize for cleanup purposes.CHAPTER 26. MULTI-PROCESSING AND