very low granularity and are limited in numbers. It is disabled by defaultParallelism Level 2 - Make, FASTBuild Targets are more granular and the size of the job pool can be specified by a flag (-j/--jobs)Parallelism same inputs and configuration, a target should yield identical outputsReproducibility Level 1 - Make, Ninja, FASTBuild Provide no real facility to ensure reproducibility and, thus, hermeticity is something level of granularity means that even small changes will rebuild very large targetsCaching Level 2 - Make, Ninja Check timestamps on the individual input files and rebuild targets if any change. Caching

3 funky strategies to make youp NativeSeript apps smarter!

Jonathan Boccara @JoBoccara THE PIPES LIBRARY HOW PLUMBING CAN MAKE YOUR CODE EXPRESSIVE At the beginning of time…2 WORKING WITH COLLECTIONS IN C++ -∞ Now3 WORKING WITH COLLECTIONS IN C++ -∞

contributed to the English version of Pro Git as an open source project. Thank you everyone for helping make this a better book for everyone. Contributors as of c09098b6: 4wk- Jon and to accept contributions to yours, GitHub’s programmatic interface and lots of little tips to make your life easier in general. Chapter 7 is about advanced Git commands. Here you will learn about also cover how to import projects from several different systems in case you do convince everyone to make the plunge. Chapter 10 delves into the murky yet beautiful depths of Git internals. Now that you

contributed to the English version of Pro Git as an open source project. Thank you everyone for helping make this a better book for everyone. Contributors as of c09098b6: 4wk- Jon and to accept contributions to yours, GitHub’s programmatic interface and lots of little tips to make your life easier in general. Chapter 7 is about advanced Git commands. Here you will learn about cover how to import projects from 8 several different systems in case you do convince everyone to make the plunge. Chapter 10 delves into the murky yet beautiful depths of Git internals. Now that you

contributed to the English version of Pro Git as an open source project. Thank you everyone for helping make this a better book for everyone. Contributors as of c09098b6: 4wk- Jon and to accept contributions to yours, GitHub’s programmatic interface and lots of little tips to make your life easier in general. Chapter 7 is about advanced Git commands. Here you will learn about also cover how to import projects from several different systems in case you do convince everyone to make the plunge. Chapter 10 delves into the murky yet beautiful depths of Git internals. Now that you

Becoming root user root is the superuser. root has the power to make changes in various parts of a Linux system. That also means if you make any dangerous change (say deleting your user account) as root the file is saved in the current directory, as test.html. Making a POST request using curl We can make HTTP POST [https://en.wikipedia.org/wiki/POST_(HTTP)] requests using curl in two different ways. Read curl man page for more details. Making multiple requests at once We can use –next flag to make multiple requests one after another (as totally separate operations). Note that, it resets all of

Becoming root user root is the superuser. root has the power to make changes in various parts of a Linux system. That also means if you make any dangerous change (say deleting your user account) as root file is saved in the current directory, as test.html. 4.4 Making a POST request using curl We can make HTTP POST requests using curl in two different ways. 1. Using the -d flag, for simple form submissions Read curl man page for more details. 4.8 Making multiple requests at once We can use –next flag to make multiple requests one after another (as totally separate operations). Note that, it resets all of

Breno Guimarães brenorg@gmail.com Twitter @brenorg https://github.com/brenoguim/flexclassstd::make_shared(n) std::shared_ptr(block) Control Block T T T T T …my::shared_ptr Control Block my::shared_ptr(block)I will write it myself ™ Control Block T T T T T T … template auto my::make_shared(int n) { // Allocate sizeof(controlBlock) + n*sizeof(T) bytes // Cast struct Block { auto fc_handles() { return fc::make_tuple(&data); } int size; int ref_cnt; fc::AdjacentArray data; }; template auto my::make_shared(int n) { Block*