TWM273772U - Two-dimensional debugging device for computer programming language - Google Patents

Description

M273772 IV. Creation Instructions (1) [Technical Field to which the New Type belongs] This creation relates to a debugging device for computer programming languages, and particularly to a two-dimensional planar debugging device for computer programming languages. [Prior art] The first picture shows the traditional debugging system to debug the source code. Because the traditional programs are written based on the line, the top-down writing style is adopted, so the traditional debugging The system also uses rows as the basic unit for debugging, as shown in the first figure. But for a voice-controlled programming language like EZ, his programming appearance style is not only top-down but also left-to-right. If it is hard-decomposed into a multi-line type to match the traditional debugging system, , Users will face development difficulties, which is the main deficiency of traditional debugging systems. In view of the lack of the above-mentioned knowledge, the creators of this creation are eager to improve and create a feature of programming language that extends the scope of debugging from a single line to a flat two-dimensional debugging device. [New content] The purpose of this creation is to provide a two-dimensional planar debugging device for computer programming languages. It is to provide a feature that can be used with programming languages and expand the scope of debugging from a single line to planar two-dimensional debugging. To achieve the convenience of debugging. In order to achieve the above-mentioned purpose of creation, this creation provides a two-dimensional plane debugging device for a computer programming language, which includes: a two-dimensional plane debugging program system

M273772 4. Creation instructions (2) A single instruction in the form of source code can be used as the basic unit for debugging, and the source code can be included in a single line to include at least one single instruction; the main memory is used to store a two-dimensional plane Debug program; display; processor is connected to the main memory and the display via the bus, and executes the two-dimensional plane debug program located in the main memory, and outputs the debug status and the execution status after the source code is executed to the display; The source code displayed in the first window of the display is displayed by different display attributes, so that each single instruction of the source code displays a debugging state, and at least one second window of the display displays the source code. The execution status after being executed.

In order to make those skilled in the art understand the purpose, features, and effects of this creation, the following specific embodiments and the accompanying drawings are used to explain this creation in detail as follows. [Embodiment] The second figure shows the architecture diagram of a two-dimensional plane debugging device used in the computer programming language of the present invention, and the third picture shows the output screen on the display when the author implements the debugging. The two-dimensional plane debugging device 10 used in the computer programming language is mainly composed of the two-dimensional plane debugging program 101, the main memory 10, the processor 10, and the display 10, which are described below respectively. Text. The two-dimensional plane debugging program 1 0 1

An instruction is used as the basic unit for debugging, and it is possible to allow the source code to include at least one or more single instructions in a single line. The main memory 1 0 3 stores a two-dimensional plane debugging program 1 0 1. The processor 105 is connected to the main memory by a bus 1 0 3 and the display 107, and the processor 10 is mainly used to execute the main memory.

Page 6 M273772 IV. Creation Instructions (3) The 2D planar debugging program 107 of the memory 103 is output to the display 107 with the debugging status and the execution status after the source code is executed.

In the third figure, the first window 21 of the display 107 is used to display the source code, and the source code can be displayed by different display attributes. In this way, each single instruction of the source code can be fully expressed. Debug status. At the same time, at least one or more second windows 2 3, 2 5 and 2 7 of the display 107 are used to display the execution status after the source code is executed. Please refer to the third figure. The source code shown in the first window 21 of the third figure is the source code written by the EZ voice controlled programming language. From the example of the source code in the first window 21, The two-dimensional plane debugging device of this creation allows one line to include one or two or more single instructions, and the two-dimensional plane debugging device of this creation uses a single instruction to As a basic unit for debugging, according to this, the user can issue a debug command, such as a break command, on each single instruction of the single line in a single line including two or more single instructions.

Please refer to the third figure again. The source code of the EZ program language shown in the first window 21 of the third figure, each single command can be displayed by attaching different display attributes. For example, the typeface displayed in black font in a single instruction means that the typeface is user-defined; or the typeface displayed in blue font in a single instruction means that the typeface is a keyword; for example, in a single instruction The typeface displayed in red font represents the typeface constant. Furthermore, the display attribute may also be a type of debugging command symbol, for example, the interrupt debugging command. The red dot symbol displayed in the first window 21 is an example of the implementation of the interrupt debugging command.

Page 7 M273772 4. Creation instructions (4) The second windows 23, 25, 27 of the display 107 show the execution status after the original code is executed. In the third figure, the second window 23 is used to display the entire memory content of the playback chip, and the second window 25 is used to display the memory content available to the user, and the second window 27 is used to display To display the contents of the register to which the chip's playback-related status belongs, such as the playback status, playback rate, packet, and volume of the voice playback chip. The important technical spirit of this creation is focused on the human-machine interface of the two-dimensional plane debugging device 10 and the basic unit of debugging that adopts a single instruction. The two-dimensional planar debugging device 20 used in the creation of the debugging core is the two-dimensional planar debugging program 1 01, most of which can use the kernel of the conventional debugging system

Based on this, this creation can realize the two-dimensional plane debugging device 10 by using the core of the debugging system. The debugging device 10 implemented according to the present invention may be a computer that executes a two-dimensional plane debugging program 101 in a Windows operating system environment. Moreover, the debugging device 10 of this creation is not limited to the EZ programming language, and it can be extended to other computer programming languages, such as the C programming language, but such equivalent changes still fall within the scope of this creation. The advantages and significant enhancements of the two-dimensional plane debugging device 10 created in this creation are that it can match the characteristics of the programming language, improve the scope of debugging from a single line and expand it to the plane, so that it has the characteristics of the programming language itself Match.

Although the specific embodiments of this creation have been disclosed as above, the specific embodiments disclosed are not intended to limit this creation. Anyone who is familiar with this art can make various changes and decorations without departing from the spirit and scope of this creation. ,

Page 8 M273772 IV. Creation Instructions (5) The modifications and retouchings made by him belong to the scope of this creation. The protection scope of this creation shall be determined by the scope of the attached patent application. Ι ^ ϋ M273772 Schematic description [Schematic description] The first figure shows the day-to-day view of the traditional debugging system performing debugging on the source code. The second figure shows the architecture of a two-dimensional planar debugging device used in a computer programming language. The third figure shows the output screen of the monitor when the debugging is implemented. [Description of the main component symbols] ίο Two-dimensional plane debugging device 2 1 The first window

2 3, 2 5, 2 7 Second window 101 2D plane debugger 10 3 Main memory 1 05 Processor

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Claims (1)

M273772 5. Scope of patent application 1. A two-dimensional plane debugging device for a computer programming language, including: a two-dimensional plane debugging program, which can use a single instruction in the form of a source code as the basic unit for debugging, and It is capable of allowing the source code to include at least one or more single instructions in a single line; a main memory that stores a two-dimensional plane debugging program; a display; a processor that connects the main memory and the display via a bus, and executes A two-dimensional plane debugging program located in the main memory, and outputs a debugging status and an execution status after the source code is executed to the display; The source code displayed in the first window of the display is displayed by different display attributes, so that each single instruction of the source code displays a debugging state, and at least one second window of the display displays the source code. The execution status after being executed. 2. The two-dimensional plane debugging device as described in item 1 of the scope of patent application, wherein the source code is a source code written by a programming language controlled by E Z voice. 3. The two-dimensional plane debugging device described in item 1 of the scope of patent application, wherein the source code is a source code written in the C programming language. 4. The two-dimensional plane debugging device according to item 1 of the scope of patent application, wherein the display attributes include: a font color and a debug command symbol. 5. The two-dimensional plane debugging device according to item 1 of the scope of the patent application, wherein the second windows include: a display window of memory contents and a display window of register contents. 6. The two-dimensional plane debugging device according to item 1 of the scope of patent application, wherein the second windows further include: a chip and a register content thereof Page 11 M273772 5. Display window of patent application scope. uni page 12