Mateusz Pusz September 15, 2020 A Physical Units Library For the Next C++CppCon 2020 | A Physical Units Library For the Next C++ Motivation, Existing Practice, Challenges... 21 Quick Start 2 Strong 4 User Experience 5 Framework Basics 6 Environment, compatibility, next steps CppCon 2020 | A Physical Units Library For the Next C++ Agenda 31 Quick Start 2 Strong Interfaces 3 As fast as (or even compatibility, next steps CppCon 2020 | A Physical Units Library For the Next C++ Agenda In Q&A please refer to the slide number. 3CppCon 2020 | A Physical Units Library For the Next C++ QUICK START

25 Chapter 5 - Physical Model 27 About Physical Models 27 Add Databases / Schemas to Physical Model 27 Add Tables to Physical Model 28 Add Views 30 Add Views to Physical Model 30 Work (Available only in Non-Essentials Version) 31 Edit View's Definition 37 Add Foreign Keys to Physical Model 40 Chapter 6 - Logical Model 41 About Logical Models 41 Add Entities to Logical Model Chapter 11 - Forward Engineering (Available only in Non-Essentials Version) 63 Forward Engineer Physical Model 63 Synchronize to Database 63 Export SQL 68 Chapter 12 - Other Advanced Tools 70

25 Chapter 5 - Physical Model 27 About Physical Model 27 Add Databases / Schemas to Physical Model 27 Add Tables to Physical Model 28 Add Views 30 Add Views to Physical Model 30 Work (Available only in Non-Essentials Version) 31 Edit View's Definition 37 Add Foreign Keys to Physical Model 40 Chapter 6 - Logical Model 41 About Logical Model 41 Add Entities to Logical Model Chapter 11 - Forward Engineering (Available only in Non-Essentials Version) 65 Forward Engineer Physical Model 65 Synchronize to Database 65 Export SQL 69 Chapter 12 - Other Advanced Tools 71

of memory. It may provide instructions which are closer to the language being compiled than any physical computer or it may be used to make the language implementation easier to port to other platforms we write our programs, we (mostly) don’t want to be concerned with the details of the underlying physical hardware • We want programming languages capable of representing abstractions relevant to the Machine CppCon 2020 - The Abstract Machine 18 Source Code Compiler Abstract Machine Machine Code Physical Machine emulates program running on which actually runs on maps operations on the abstract machine

of hardware resources as well as electricity is thereby wasted. So, instead of running many such physical computers that are only par- tially used, one can pack many virtual machines onto a few powerful especially the following terms: Host operating system (host OS). This is the operating system of the physical computer on which VirtualBox was installed. There are versions of VirtualBox for Windows, Mac OS Multiscreen resolutions. VirtualBox virtual machines support screen resolutions many times that of a physical screen, allowing them to be spread over a large number of screens attached to the host system.

of hardware resources as well as electricity is thereby wasted. So, instead of running many such physical computers that are only par- tially used, one can pack many virtual machines onto a few powerful especially the following terms: Host operating system (host OS). This is the operating system of the physical computer on which VirtualBox was installed. There are versions of VirtualBox for Windows, Mac OS Multiscreen resolutions. VirtualBox virtual machines support screen resolutions many times that of a physical screen, allowing them to be spread over a large number of screens attached to the host system.

of hardware resources as well as electricity is thereby wasted. So, instead of running many such physical computers that are only par- tially used, one can pack many virtual machines onto a few powerful especially the following terms: Host operating system (host OS). This is the operating system of the physical computer on which VirtualBox was installed. There are versions of VirtualBox for Windows, Mac OS Multiscreen resolutions. VirtualBox virtual machines support screen resolutions many times that of a physical screen, allowing them to be spread over a large number of screens attached to the host system.

of hardware resources as well as electricity is thereby wasted. So, instead of running many such physical computers that are only par- tially used, one can pack many virtual machines onto a few powerful especially the following terms: Host operating system (host OS). This is the operating system of the physical computer on which VirtualBox was installed. There are versions of VirtualBox for Windows, Mac OS Multiscreen resolutions. VirtualBox virtual machines support screen resolutions many times that of a physical screen, allowing them to be spread over a large number of screens attached to the host system.

of hardware resources as well as electricity is thereby wasted. So, instead of running many such physical computers that are only par- tially used, one can pack many virtual machines onto a few powerful especially the following terms: Host operating system (host OS). This is the operating system of the physical computer on which VirtualBox was installed. There are versions of VirtualBox for Windows, Mac OS Multiscreen resolutions. VirtualBox virtual machines support screen resolutions many times that of a physical screen, allowing them to be spread over a large number of screens attached to the host system.

of hardware resources as well as electricity is thereby wasted. So, instead of running many such physical computers that are only par- tially used, one can pack many virtual machines onto a few powerful especially the following terms: Host operating system (host OS). This is the operating system of the physical computer on which VirtualBox was installed. There are versions of VirtualBox for Windows, Mac OS Multiscreen resolutions. VirtualBox virtual machines support screen resolutions many times that of a physical screen, allowing them to be spread over a large number of screens attached to the host system.