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A diagram that shows the process of creating a custom library using a Phoenix Assembly Transformer. The diagram is divided into two parts - the first part is the base class library and the second part is a microcontroller. The first part of the diagram shows the custom library, which is a type of library that allows the user to create a new library using the Phoenix Assembly. The library is connected to the Microcontroller, which allows it to be used as a micro-net interpreter. The Microcontroller is used to control the microcontroller and the desktop/microcontroller. There are two components in the diagram: 1. Phoenix Assembly, which consists of two nodes connected by arrows. The first node is the "Custom Library" node, which represents the library's custom library. The second node is a "Self-contained Assembly" node. The third node is also connected to a "Phoenix Linker" node and represents the "CLR" node in the "Desktop/Microcontroller". Overall, the diagram illustrates how the two components are connected to each other and how they interact with each other to create the new library.
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. The resolution of this PNG file is 619 x 421 pixels and it has a file size of 7.93 KB.A diagram that shows the process of creating a custom library using a Phoenix Assembly Transformer. The diagram is divided into two parts - the first part is the base class library and the second part is a microcontroller. The first part of the diagram shows the custom library, which is a type of library that allows the user to create a new library using the Phoenix Assembly. The library is connected to the Microcontroller, which allows it to be used as a micro-net interpreter. The Microcontroller is used to control the microcontroller and the desktop/microcontroller. There are two components in the diagram: 1. Phoenix Assembly, which consists of two nodes connected by arrows. The first node is the "Custom Library" node, which represents the library's custom library. The second node is a "Self-contained Assembly" node. The third node is also connected to a "Phoenix Linker" node and represents the "CLR" node in the "Desktop/Microcontroller". Overall, the diagram illustrates how the two components are connected to each other and how they interact with each other to create the new library.
