CN111399713B - Timing diagram processing system and method - Google Patents
Timing diagram processing system and method Download PDFInfo
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
- G06F3/04817—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance using icons
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/04845—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range for image manipulation, e.g. dragging, rotation, expansion or change of colour
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/0486—Drag-and-drop
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Abstract
The timing chart processing system and method comprises: the control module receives the analysis instruction, and calls the grouping module to generate grouping icons to perform grouping operation on the time sequence diagram when the analyzed instruction is a grouping instruction; when the analyzed instruction is an activity definition instruction, an activity definition module is called to generate an activity definition icon for carrying out activity node definition operation on the time sequence diagram; when the analyzed instruction is an activity callback instruction, calling an activity callback module to generate an activity callback icon for carrying out callback operation on callback activity of the time sequence diagram; when the analyzed instruction is an annotation instruction, an annotation module is called to generate an annotation icon to perform annotation operation on the time sequence chart; calling a state definition module to generate a state definition icon to perform state definition operation on the time sequence diagram when the analyzed instruction is a state definition instruction; calling a cut-off module to generate a cut-off icon to cut off the time sequence diagram when the analyzed instruction is a cut-off instruction; and when the analyzed instruction is a partition instruction, a partition module is called to generate a partition icon to perform partition operation on the time sequence diagram.
Description
Technical Field
The present invention relates to the field of timing diagram processing technologies, and in particular, to a timing diagram processing system and method.
Background
The timing diagram is a graph structure with a time dimension, and plays an increasingly important role in query processing and mining work of data. The traditional timing diagram mainly includes roles, objects, life lines, control focuses and messages. In the conventional time sequence diagram, a good definition method of activities, groups, callbacks, states, annotations, cut-offs and partitions does not exist, some behaviors in the time sequence diagram cannot be well described, and in the conventional time sequence diagram, only the creation of an external style is performed during the creation, and data which is friendly to data analysis cannot be derived, so that a novel good time sequence diagram is necessarily defined.
Disclosure of Invention
The present invention provides a system and a method for processing a timing chart, which aims at the problems and disadvantages of the prior art.
The invention solves the technical problems through the following technical scheme:
the invention provides a timing diagram processing system which is characterized by comprising a grouping module, an activity definition module, an activity callback module, an annotation module, a state definition module, a cut-off module, a partition module and a control module, wherein the activity definition module is used for defining the state of a user;
the control module is used for receiving and analyzing the instruction, calling the grouping module to generate grouping icons when the analyzed instruction is a grouping instruction, and grouping the time sequence chart by adopting the grouping icons;
the control module is used for calling the activity definition module to generate an activity definition icon when the analyzed instruction is an activity definition instruction, and performing activity node definition operation on the time sequence diagram by adopting the activity definition icon;
the control module is used for calling the activity callback module to generate an activity callback icon when the analyzed instruction is an activity callback instruction, and carrying out callback operation on callback activity of the time sequence diagram by adopting the activity callback icon;
the control module is used for calling the annotation module to generate an annotation icon and performing annotation operation on the time sequence chart by adopting the annotation icon when the analyzed instruction is the annotation instruction;
the control module is used for calling the state definition module to generate a state definition icon and performing state definition operation on the time sequence diagram by adopting the state definition icon when the analyzed instruction is a state definition instruction;
the control module is used for calling the cut-off module to generate a cut-off icon when the analyzed instruction is a cut-off instruction and performing cut-off operation on the time sequence diagram by adopting the cut-off icon;
the control module is used for calling the partition module to generate partition icons when the analyzed instruction is a partition instruction, and performing partition operation on the time sequence diagram by adopting the partition icons.
Preferably, the activity definition icon includes an activity title frame, an activity end button, an activity setting button and an activity walking line, the activity title frame is arranged around the activity walking line, the activity end button is arranged at the tail end of the activity walking line, and the activity setting button is arranged at the tail end of the activity end button;
the activity title box is used for a user to input the name and/or description of the activity and display the input name and/or simple description;
the activity end button is used for displaying the end of the activity;
the activity setting button is used for dragging the activity definition icon by a user and defining the attribute of the activity;
the activity trend line is used for displaying the overall trend of the activity.
Preferably, the activity callback icon comprises an activity callback header box and an activity callback process line, the activity callback header box being disposed around the activity callback process line;
the activity callback title box is used for a user to input the name and/or description of the activity callback and display the input name and/or simple description;
the activity callback process line is used for displaying the trend of the activity callback, providing a user to drag the activity callback icon and setting the attribute of the activity callback icon.
Preferably, the annotation icon comprises an annotation title box, an annotation drag button, an annotation pointing line and an annotation pointing drag button, wherein the annotation title box is arranged around the annotation drag button, one end of the annotation pointing line is connected with the annotation drag button, and the other end of the annotation pointing line is connected with the annotation drag button;
the annotation title box is used for inputting the name and/or description of the annotation by the user and displaying the input name and/or simple description;
the annotation dragging button is used for dragging the annotation icon and setting the attribute of the annotation icon by a user;
the annotation pointing line is used for pointing to a part to which the annotation is directed;
the annotation pointing drag button is used for dragging by a user to modify the specific pointing direction of the annotation pointing line.
Preferably, the state definition icon comprises a state title frame, a state dragging button, a state pointing line and a state pointing dragging button, wherein the state title frame is arranged around the state dragging button, one end of the state pointing line is connected with the state dragging button, and the other end of the state pointing line is connected with the state dragging button;
the state title box is used for allowing a user to input a name and/or description of a state and displaying the input name and/or simple description;
the state dragging button is used for dragging the state definition icon and setting the attribute of the state definition icon by a user;
the state pointing line is used for pointing to a component for which a state is aimed;
the state pointing drag button is used for dragging by a user to modify the specific pointing direction of the state pointing line.
Preferably, the ending icon comprises an ending title frame, an ending drag button and an ending hidden drag button, and the ending title frame and the ending hidden drag button are all arranged around the ending drag button;
the cutoff title box is used for a user to input the name and/or description of cutoff and display the input name and/or simple description;
the cut-off dragging button is used for dragging a cut-off icon by a user and setting the attribute of the cut-off icon;
the cut-off hidden dragging button is used for dragging the user up and down to a cut-off position so as to hide all contents below the cut-off position.
Preferably, the partition icon comprises a partition title frame, a partition dragging button, a partition pointing line and a partition pointing dragging button, wherein one end of the partition pointing line is connected with the partition dragging button, the other end of the partition pointing line is connected with one end of the partition pointing dragging button, and the other end of the partition pointing dragging button is connected with the partition title frame;
the partition title box is used for a user to input the name and/or description of the partition and display the input name and/or simple description;
the partition dragging button is used for dragging a partition icon, marking the start of the partition and setting the attribute of the partition icon by a user;
the partition direction line is used for displaying the main direction of the partition;
the partition pointing dragging button is used for dragging by a user to modify the length of a partition pointing line and display a partition pointing direction.
The invention also provides a timing chart processing method, which is characterized by being realized by the timing chart processing system, and the timing chart processing method comprises the following steps:
receiving a grouping operation instruction aiming at the component of the time sequence diagram, generating grouping icons by using the grouping module, and performing grouping operation on the component of the time sequence diagram, wherein a pair of grouping icons are used as a grouping structure of the time sequence diagram and are respectively arranged at two sides of the grouping;
receiving an activity node definition operation instruction aiming at the component of the time sequence diagram, generating an activity definition icon by using the activity definition module, and performing activity node definition operation on the component of the time sequence diagram to describe the activity of the component;
receiving an activity callback operation instruction of a component of the time sequence diagram, generating an activity callback icon by using the activity callback module, and performing activity callback operation on callback activities needing to be recalled after the activity in the time sequence diagram is finished;
receiving an annotation operation instruction for the component of the timing diagram, generating an annotation icon by using the annotation module, and performing annotation operation on the component of the timing diagram;
receiving a state definition operation instruction for the component of the time sequence diagram, generating a state definition icon by using the state definition module, and performing state definition operation on the component of the time sequence diagram to describe the state of the component;
receiving a cut-off operation instruction for the component of the time sequence diagram, generating a cut-off icon by using the cut-off module, and performing cut-off hiding operation on the hidden component to be cut off in the time sequence diagram;
and receiving a partition operation instruction aiming at the component of the timing diagram, generating a partition icon by using the partition module, and performing partition operation on the component in the timing diagram.
Preferably, the grouping icon comprises a grouping header frame, a grouping dragging button and a grouping dividing line, the grouping header frame is arranged above the grouping dragging button, the grouping dragging button is connected with the grouping dividing line, and the grouping dividing line is arranged below the grouping dragging button;
the grouping header box is used for a user to input the name and/or description of the grouping icon and display the input name and/or simple description;
the group dragging button is used for a user to drag a group icon to visually perform group operation on the component in the time sequence diagram;
the group separation line visually separates the component parts of different groups;
the grouping within the pair of grouping icons may be set to a concealable mode when the pair of grouping icons displays only one grouping definition icon.
Preferably, the activity definition icon includes an activity title frame, an activity end button, an activity setting button and an activity walking line, the activity title frame is arranged around the activity walking line, the activity end button is arranged at the tail end of the activity walking line, and the activity setting button is arranged at the tail end of the activity end button;
the activity title box is used for a user to input the name and/or description of the activity and display the input name and/or simple description;
the activity end button displays the end of an activity;
the activity setting button is used for a user to drag an activity definition icon and define the attribute of the activity;
the activity trend line displays the overall trend of the activity.
Preferably, the plurality of activities are connected in series and in parallel by dragging the plurality of activity definition icons on the same component up and down, when adjacent activities are connected in parallel, an activity end button for marking one activity definition icon on the same component is connected with the head end of the activity walking potential line of the adjacent activity definition icon, and when adjacent activities are connected in series, the activity end button for marking one activity definition icon is disconnected with the head end of the activity walking potential line of the adjacent activity definition icon at intervals.
Preferably, the activity callback icon comprises an activity callback header box and an activity callback process line, the activity callback header box being disposed around the activity callback process line;
the activity callback title box is used for a user to input the name and/or description of the activity callback and display the input name and/or simple description;
and the activity callback process line displays the trend of the activity callback, provides a user with the dragging of the activity callback icon and sets the attribute of the activity callback icon.
Preferably, the annotation icon comprises an annotation title box, an annotation drag button, an annotation pointing line and an annotation pointing drag button, wherein the annotation title box is arranged around the annotation drag button, one end of the annotation pointing line is connected with the annotation drag button, and the other end of the annotation pointing line is connected with the annotation drag button;
the annotation title box is used for a user to input the name and/or description of an annotation and display the input name and/or simple description;
the annotation dragging button is used for dragging an annotation icon and setting the attribute of the annotation icon by a user;
the annotation pointing line points to the part for which the annotation is directed;
the annotation points to a drag button for the user to drag to modify the particular pointing direction of the annotation pointing line.
Preferably, the state definition icon comprises a state title frame, a state dragging button, a state pointing line and a state pointing dragging button, wherein the state title frame is arranged around the state dragging button, one end of the state pointing line is connected with the state dragging button, and the other end of the state pointing line is connected with the state dragging button;
the state title box is used for a user to input the name and/or description of the state and display the input name and/or simple description;
the state dragging button is used for a user to drag the state definition icon and set the attribute of the state definition icon;
the state pointing line points to the component for which the state is directed;
the state pointing drag button is dragged by a user to modify the specific pointing direction of the state pointing line.
Preferably, the ending icon comprises an ending title frame, an ending drag button and an ending hidden drag button, and the ending title frame and the ending hidden drag button are all arranged around the ending drag button;
the cutoff title box is used for a user to input a cutoff name and/or description and display the input name and/or simple description;
the ending dragging button is used for dragging an ending icon and setting the attribute of the ending icon by a user;
and the cut-off hidden dragging button is used for dragging the user up and down to a cut-off position so as to hide all contents below the cut-off position.
Preferably, the partition icon comprises a partition title frame, a partition dragging button, a partition pointing line and a partition pointing dragging button, wherein one end of the partition pointing line is connected with the partition dragging button, the other end of the partition pointing line is connected with one end of the partition pointing dragging button, and the other end of the partition pointing dragging button is connected with the partition title frame;
the partition title box is used for a user to input the name and/or description of the partition and display the input name and/or simple description;
the partition dragging button is used for a user to drag a partition icon, mark the start of the partition and set the attribute of the partition icon;
the partition directional line displays the main direction of the partition;
the partition pointing direction dragging button is dragged by a user to modify the length of a partition pointing line and display a partition pointing direction.
Preferably, a base64 timing diagram is derived after the timing diagram drawing is completed.
On the basis of the common knowledge in the field, the above preferred conditions can be combined randomly to obtain the preferred embodiments of the invention.
The positive progress effects of the invention are as follows:
when a time chart is used, a quick and friendly creation processing method is required, and a traditional time chart does not have a quick and friendly creation processing method.
When using timing diagrams, there is a need for timing diagrams that are analytically friendly to derive, which conventional timing diagrams do not provide.
The timing diagram picture of png et al base64 model can be quickly derived.
The whole style is simple and elegant, and the fatigue of an observer is reduced.
Drawings
FIG. 1 is a block diagram of a timing diagram processing system according to a preferred embodiment of the invention.
FIG. 2 is a diagram of grouping icons according to a preferred embodiment of the present invention.
FIG. 3 is a diagram illustrating an object grouping operation in a timing diagram according to a preferred embodiment of the invention.
FIG. 4 is a diagram illustrating a regrouping of a timing diagram according to a preferred embodiment of the present invention.
FIG. 5 is a diagram illustrating a packet content concealable mode of the timing diagram according to the preferred embodiment of the invention.
FIG. 6 is a diagram illustrating an activity definition icon according to a preferred embodiment of the present invention.
FIG. 7 is a diagram illustrating activity definition operations according to a preferred embodiment of the present invention.
FIG. 8 is a diagram illustrating an activity callback icon according to a preferred embodiment of the present invention.
FIG. 9 is a diagram illustrating an activity callback operation according to the preferred embodiment of the present invention.
FIG. 10 is a diagram of a note icon in accordance with a preferred embodiment of the present invention.
FIG. 11 is a schematic diagram of annotation operation according to the preferred embodiment of the present invention.
FIG. 12 is a diagram illustrating state definition icons according to a preferred embodiment of the present invention.
FIG. 13 is a diagram illustrating a state definition operation according to a preferred embodiment of the present invention.
FIG. 14 is a diagram of a cutoff icon in accordance with a preferred embodiment of the present invention.
FIG. 15 is a diagram illustrating a block and hide operation according to a preferred embodiment of the present invention.
FIG. 16 is a schematic diagram of a partition icon according to a preferred embodiment of the present invention.
FIG. 17 is a schematic diagram of the partition operation according to the preferred embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be obtained by a person skilled in the art without any inventive step based on the embodiments of the present invention, are within the scope of the present invention.
As shown in fig. 1, the present embodiment provides a timing chart processing system, which includes a grouping module 1, an activity definition module 2, an activity callback module 3, an annotation module 4, a state definition module 5, a cutoff module 6, a partition module 7, and a control module 8.
The control module 8 is used for receiving and analyzing the instruction, calling the grouping module 1 to generate grouping icons when the analyzed instruction is a grouping instruction, and grouping the time sequence diagram by adopting the grouping icons.
And the control module 8 is used for calling the activity definition module 2 to generate an activity definition icon when the analyzed instruction is an activity definition instruction, and performing activity node definition operation on the time sequence diagram by adopting the activity definition icon.
And the control module 8 is used for calling the activity callback module 3 to generate an activity callback icon when the analyzed instruction is an activity callback instruction, and performing callback operation on callback activity of the timing diagram by adopting the activity callback icon.
And the control module 8 is used for calling the annotation module 4 to generate an annotation icon and performing annotation operation on the time sequence chart by adopting the annotation icon when the analyzed instruction is an annotation instruction.
And the control module 8 is used for calling the state definition module 5 to generate a state definition icon when the analyzed instruction is a state definition instruction, and performing state definition operation on the time sequence diagram by adopting the state definition icon.
And the control module 8 is used for calling the cut-off module 6 to generate a cut-off icon when the analyzed instruction is a cut-off instruction, and performing cut-off operation on the time sequence diagram by adopting the cut-off icon.
And the control module 8 is used for calling the partition module 7 to generate partition icons when the analyzed instruction is a partition instruction, and performing partition operation on the time sequence diagram by adopting the partition icons.
The embodiment also provides a timing chart processing method, which is realized by using the timing chart processing system. The method specifically comprises an object grouping processing method, an activity definition processing method, an activity callback processing method, an annotation processing method, a state definition processing method, a cutoff processing method and a partition processing method of the time sequence diagram.
As shown in fig. 2, the grouping icon includes a grouping header box 11, a grouping drag button 12, and a grouping division line 13, the grouping header box 11 is disposed above the grouping drag button 12, the grouping drag button 12 is connected to the grouping division line 13, and the grouping division line 13 is disposed below the grouping drag button 12.
The group header box 11 is represented by an input symbol, the group drag button 12 is represented by a circle-shaped button, and the group separation line 13 is represented by a dotted line.
The functions of the components in the grouping icon are described in detail below:
the group header box 11 is used for a user to input a name and/or description of a group icon and to display the input name and/or simple description.
The group drag button 12 is for the user to drag a group icon to visually group the component parts in the time-series chart.
The grouping separation line 13 is used to visually separate the component parts of the different groups.
In the scheme, the names or simple descriptions of the groups are input through the grouping character header boxes, so that the content can be quickly modified, and the drawing efficiency is improved; the components are separated in a dotted line mode, so that the groups can be visually distinguished; the whole style circle matching line is simple and elegant, and the fatigue of an observer is reduced.
The object grouping processing method of the time chart comprises the following steps:
receiving a grouping operation instruction aiming at the component of the time sequence diagram, generating grouping icons by using the grouping module, and performing grouping operation on the component of the time sequence diagram, wherein a pair of grouping icons is used as a grouping structure of the time sequence diagram, and the pair of grouping icons are respectively arranged at two sides of the grouping.
When the time sequence diagram is drawn, a pair of object grouping definition icons is dragged to a time sequence diagram drawing area to serve as a grouping structure of the time sequence diagram, and two object grouping definition icons of the pair of object grouping definition icons are respectively arranged on two sides of the grouping; the name or simple description of the group is entered by editing the group header box, and the attribute and failure mode of the pair of object group definition icons can be set.
For example, FIG. 3: the time sequence diagram comprises a part component A, a part component B, a part component C1, a part component C2, a part component C3 and a part component D, and when the part components C1, the part components C2 and the part components C3 are required to be grouped, a pair of object grouping definition icons 10 is dragged to a time sequence diagram drawing area, and the attributes and the failure modes of the object grouping definition icons 10 are set. Then drag the grouping drag button 12 of one of the object grouping definition icons 10 first so that the one object grouping definition icon 10 is positioned on the left side of the component C1; the group drag button 12 of the other object group definition icon 10 is dragged again so that the other object group definition icon 10 is positioned at the right side of the section component C3, and thus the section component C1, the section component C2, and the section component C3 are made as one group structure of the time chart by the pair of object group definition icons 10. And, the name or simple description of the packet (e.g., the side component C) is input through any one of the editing packet header boxes 11 in the pair of object packet definition icons 10.
Further, the regrouping of the sequence charts is realized by dragging any one of the group drag buttons of the pair of object group definition icons 10. For example, FIG. 4: the grouping drag button dragging the object grouping definition icon 10 on the left side causes the object grouping definition icon 10 on the left side to drag to the left side of the group component B, and thus the group component B, the side component C1, the side component C2, and the side component C3 are caused to be one grouping structure of the timing chart by a pair of object grouping definition icons 10.
Further, the grouping structure content within the pair of object grouping definition icons may be set to a concealable mode, in which case the pair of object grouping definition icons displays only one object grouping definition icon. For example, FIG. 5: one of the grouping structure contents in fig. 2 may be set to a concealable mode, so that the grouping structure contents (the side component C1, the side component C2, and the side component C3) are hidden and only one of the object grouping definition icons 10 is displayed.
As shown in fig. 6, the activity definition icon includes an activity title frame 21, an activity end button 22, an activity setting button 23, and an activity walking line 24, the activity title frame 21 is disposed at the right side of the activity walking line 24, the activity end button 22 is disposed at the tail end of the activity walking line 24, and the activity setting button 23 is disposed at the tail end of the activity end button 22.
Wherein the activity title box 21 is represented by an input symbol, the activity end button 22 is represented by an arrow, and the activity setting button 23 is represented by a solid circle.
The following describes the functions of each component in the activity definition icon:
the activity title box 21 is used for the user to input the name and/or description of the activity and to display the input name and/or simple description.
The activity end button 22 is used to display the end of an activity.
The activity setting button 23 is used for the user to drag the activity definition icon and define the attribute of the activity.
The activity trend line 24 is used to display the overall trend of the activity.
Through the activity title box, the name or simple description of the activity is input, so that the content can be quickly modified, and the drawing efficiency is improved; displaying the trend of the activity through an activity trend line; the whole style circle is matched with the activity line, so that the fatigue of an observer is reduced.
The activity definition processing method comprises the following steps:
and receiving an activity node definition operation instruction aiming at the component of the time sequence diagram, generating an activity definition icon by using the activity definition module, and performing activity node definition operation on the component of the time sequence diagram to describe the activity of the component.
When the activity of the component is described in the sequence diagram, the activity setting button is dragged so that the activity definition icon is dragged to the sequence diagram drawing area and marked on the component to serve as an activity structure of the component in the sequence diagram, the name or simple description of the activity is input through the activity title box, and the attribute setting box is popped out by double clicking the activity setting button so as to define the attribute of the activity.
And when the adjacent activities are connected in parallel, an activity ending button for marking one activity definition icon is connected with the head end of the activity walking potential line of the adjacent activity definition icon, and when the adjacent activities are connected in series, the activity ending button for marking one activity definition icon is disconnected with the head end of the activity walking potential line of the adjacent activity definition icon at intervals.
Further, the activity definition icon is modifiable and deletable.
For example: referring to fig. 7, the event in the first group of components is processed and then transmitted to the second group of components, for example, the fuel of the engine is transmitted to the combustion chamber through the cylinder, the first activity is performed in the second group of components (for example, the combustion chamber), the first activity definition icon is dragged to the time chart drawing area and marked on the second group of components, and the description of the activity is input in the activity title box of the first activity definition icon, that is, S1 in fig. 7: activity 1.
Second set of parts via S1: transmitting the event obtained by the activity 1 to a third group component, and performing two activities in the third group component simultaneously, dragging a second activity definition icon and a third activity definition icon to the time chart drawing area, and marking on the third group component, wherein the second activity and the third activity are in parallel relation, and inputting descriptions of the corresponding activities in activity title boxes of the second activity definition icon and the third activity definition icon respectively, that is, S2 in fig. 7: activities 1 and S3: activity 1.
The event obtained by the third group element is transmitted to the fourth element, and if three activities are performed in the fourth element, a fourth activity definition icon, a fifth activity definition icon, and a sixth activity definition icon are dragged to the time chart drawing area and marked on the fourth element, where the fourth activity and the fifth activity are in a serial relationship, the fourth activity and the sixth activity are in a serial relationship, the fifth activity and the sixth activity are in a parallel relationship, and descriptions of the respective activities are respectively input in activity title boxes of the fourth activity definition icon, the fifth activity definition icon, and the sixth activity definition icon, that is, S4 in fig. 7: activity 1, S5: activities 1 and S6: activity 1.
According to the invention, when the activity is described in the sequence diagram, the activity definition icon is used, so that an activity can be conveniently defined, and visual dragging creation, deletion and modification are supported. Not only the creation of serial activities but also the creation of parallel activities is supported. The definition of the implementation activity is the best solution for defining the activity.
As shown in FIG. 8, the active callback icon includes an active callback process line 31 and an active callback header box 32, the active callback header box 32 being positioned in the middle of the active callback process line 31.
Wherein the active callback process line 31 includes a vertical dotted line and symmetrical flanged dotted lines disposed at both ends of the vertical dotted line, and the active callback title box 32 is represented by an input symbol.
The following describes the functions of each component in the activity callback icon in detail:
the activity callback title box 32 is used for the user to input the name and/or description of the activity callback, and display the input name and/or simple description;
the activity callback process line 31 is used for displaying the trend of the activity callback, providing a user with dragging the activity callback icon, and setting the attribute of the activity callback icon.
The activity callback processing method comprises the following steps:
and receiving an activity callback operation instruction of the component of the time sequence diagram, generating an activity callback icon by using the activity callback module, and performing activity callback operation on callback activities needing to be called back after the activity in the time sequence diagram is finished.
And after the description activity is finished in the drawing sequence diagram, using the activity callback icon when the callback is needed, dragging the activity callback process line to enable the activity callback icon to be dragged to a drawing area of the sequence diagram, connecting the bottom end of the activity callback process line with the activity, connecting the top end of the activity callback process line with a transmission line of the activity to be called back to serve as an activity callback structure of the sequence diagram, inputting the name or simple description of the activity callback through an activity callback title frame, and jumping out of the attribute setting frame through a double-click activity callback process line to set the attribute of the activity callback.
Further, the active callback icon is modifiable and deletable.
For example: referring to fig. 9, when activity 2 needs to be recalled after activity 3 is finished, an activity callback process line is dragged so that an activity callback icon is dragged to a timing diagram drawing area, the bottom end of the activity callback process line is connected to activity 3, and the top end of the activity callback process line is connected to a transmission line of callback activity 2, so as to serve as an activity callback structure of the timing diagram. The name or simple description of the active callback is entered via the active callback title box, and the attribute setting box is popped out by double clicking the active callback process line to define the attribute of the active callback.
The invention uses the activity definition graph when the callback is performed after the activity is described in the sequence diagram, can conveniently define an activity callback, and supports visual dragging creation, deletion and modification, thereby improving the overall design efficiency and the design level. Is the best solution to define the activity callbacks.
As shown in fig. 10, the annotation icon includes an annotation drag button 41, an annotation title box 42, an annotation pointing line 43, and an annotation pointing drag button 44, the annotation title box 42 is placed in the annotation drag button 41, and one end of the annotation pointing line 43 is connected to the annotation drag button 41 and the other end is connected to the annotation pointing drag button 44.
The annotation title box 42 is represented by an input symbol, the annotation drag button 41 is represented by a long frame, the input symbol is placed in the long frame, the annotation pointing line 43 is represented by a dotted line, and the annotation pointing drag button 44 is represented by an arrow.
The functions of the components in the annotation icon are described in detail below:
the annotation drag button 41 is used for the user to drag an annotation icon and to set the attribute of the annotation icon.
The annotation title box 42 is used for the user to enter the name and/or description of the annotation and to display the entered name and/or brief description.
The annotation pointing line 43 is used to point to the part for which the annotation is directed.
The annotation pointing drag button 44 is used for dragging by the user to modify the specific pointing direction of the annotation pointing line.
The annotation processing method comprises the following steps:
and receiving an annotation operation instruction aiming at the component of the timing diagram, generating an annotation icon by using the annotation module, and performing annotation operation on the component of the timing diagram.
The method comprises the steps of using an annotation icon when various parts need to be annotated in a drawing sequence diagram, dragging an annotation dragging button to enable the annotation icon to be dragged to a drawing area of the sequence diagram to serve as an annotation structure of the sequence diagram, adjusting an annotation pointing dragging button to enable an annotation pointing line to point to a corresponding part, inputting the name or simple description of the annotation through an annotation title box, and jumping out an attribute setting box through double clicking of the annotation dragging button to define the attribute of the annotation.
Further, the annotation icon is modifiable and deletable.
For example: referring to fig. 11, in the drawing of the timing chart, it is necessary to transfer the symbol and S2 to the section component a: when the annotation is performed by activity 1, the annotation icon is used, the annotation drag button is dragged to cause the annotation icon to be dragged to the drawing area of the timing chart to serve as an annotation structure of the timing chart, the annotation pointing drag button is adjusted to cause the annotation to point to the line pointer assembly a, the name or simple description of the annotation (such as annotation character 2) is input through the annotation title box, and the attribute setting box is popped out by double-clicking the annotation drag button to define the attribute of the annotation. Likewise, the transfer symbol and S2: activity 1 makes the annotation.
The invention defines that annotations for various components in the timing diagram, including without limitation characters, objects, lifelines, control focus, and information, are the best solution for defining annotations.
As shown in fig. 12, the state definition icon includes a state drag button 51, a state title box 52, a state point line 53, and a state point drag button 54, the state title box 52 is placed in the state drag button 51, and one end of the state point line 53 is connected to the state drag button 51 and the other end thereof is connected to the state point drag button 54.
The status title box 52 is represented by an input symbol, the status drag button 51 is represented by a long frame, the input symbol is placed in the long frame, the status direction line 53 is represented by a dotted line, and the status direction drag button 54 is represented by an arrow.
The functions of each component in the state definition icon are described in detail below:
the state drag button 51 is used for the user to drag the state definition icon and to set the attribute of the state definition icon.
The status title box 52 is used for the user to enter the name and/or description of the status and to display the entered name and/or brief description.
The state pointing line 53 is used to point to the component for which the state is intended.
The state pointing drag button 54 is used for dragging by the user to modify the specific pointing direction of the state pointing line.
The state definition processing method comprises the following steps:
and receiving a state definition operation instruction aiming at the component of the time sequence diagram, generating a state definition icon by using the state definition module, and performing state definition operation on the component of the time sequence diagram to describe the state of the component.
The method comprises the steps of using a state definition icon when various parts need to be subjected to state definition in a drawing time sequence diagram, dragging a state dragging button to enable the state definition icon to be dragged to a time sequence diagram drawing area to be used as a state structure of the time sequence diagram, adjusting a state pointing dragging button to enable a state pointing line to point to a corresponding part, inputting a name or simple description of the state definition through a state title box, and jumping out of an attribute setting box through a double-click state dragging button to define the attribute of the state definition.
Further, the state definition icon is modifiable and deletable.
For example: referring to fig. 13, in drawing a timing chart, state definitions of various components are required, and at this time, it is necessary to use a state definition icon, drag a state drag button so that the state definition icon is dragged to a timing chart drawing area as one state structure of the timing chart, adjust a state pointing drag button so that a state pointing line points to S1: the transfer symbol before activity 1, the name or simple description of the state definition of this time (for example, state symbol 1) is input through the state title box, and the attribute defined by this time is defined by double-clicking the state drag button to jump out of the attribute setting box, which is implemented for S1: state definition for Activity 1. Similarly, the state-defining icon corresponding to the state symbol 2 is used to define the state of all activities in the time-series diagram below the state-defining icon.
The present invention defines the states of the various components in the timing diagram, including without limitation roles, objects, lifelines, control focus, and information, as the best solution for defining the states.
As shown in fig. 14, the cutoff icon includes a cutoff title frame 61, a cutoff drag button 62, and a cutoff hidden drag button 63, the cutoff title frame 61 being disposed above the cutoff drag button 62, the cutoff hidden drag button 63 being disposed around the cutoff drag button 62.
The cut-off title frame 61 is represented by an input symbol, the cut-off drag button 62 is represented by a solid circle, and the cut-off hidden drag button 63 is represented by a circle, which surrounds the solid circle and is concentrically arranged.
The functions of the components in the cutoff icon are described in detail below:
the cutoff title box 61 is used for the user to input the name and/or description of the cutoff and to display the input name and/or brief description.
The end drag button 62 is used for the user to drag the end icon and to set the attribute of the end icon.
The cut-and-hide drag button 63 is used for dragging up and down to a cut-off position by a user to hide all content below the cut-off position.
The cutoff processing method comprises the following steps:
and receiving a cut-off operation instruction aiming at the component of the time sequence diagram, generating a cut-off icon by using the cut-off module, and performing cut-off hiding operation on the hidden component to be cut off in the time sequence diagram.
In the time sequence diagram, a cut-off icon is used when a cut-off hiding operation is required to be carried out on a part to be cut off and hidden, a cut-off dragging button is dragged to enable the cut-off icon to be dragged to a part to be cut off and hidden in a drawing area of the time sequence diagram to serve as a cut-off hiding structure of the time sequence diagram, the cut-off hiding dragging button is dragged up and down in the part to be cut off and hidden, so that the cut-off icon is located at a position point to be cut off and hidden, the part to be cut off and hidden below the position point to be cut off and hidden is hidden, the name or the simple description of the cut-off definition is input through a cut-off title frame, and an attribute.
Further, the cutoff icon is modifiable and deletable.
For example: referring to fig. 15, it is necessary to compare S1: all parts below activity 1 are hidden, and at this time, the cut-off icon is used, the cut-off drag button is dragged to cause the cut-off icon to be dragged to the time chart drawing area to serve as a cut-off hidden structure of the time chart, and the cut-off hidden drag button is dragged up and down in the section component B cut-off hidden area to cause the cut-off icon to be located at the position point to be hidden (i.e., S1: activity 1 lower position point), so that S1: all parts below the position point below activity 1 are hidden.
The invention defines the influence range of the limiting part components in the time chart and is the best solution for defining the cutoff.
As shown in fig. 16, the partition icon includes a partition drag button 71, a partition direction line 72, a partition direction drag button 73, and a partition title frame 74, wherein one end of the partition direction line 72 is connected to the partition drag button 71, the other end is connected to one end of the partition direction drag button 73, and the other end of the partition direction drag button 73 is connected to the partition title frame 74.
The partition title frame 74 is represented by a long frame and an input symbol therein, the partition drag button 71 is represented by a circle, the partition direction line 72 is represented by a solid line, and the partition direction drag button 73 is represented by an arrow.
The functions of the components in the partition icon are described in detail below:
the partition title box 74 is used for the user to enter the name and/or description of the partition and to display the entered name and/or brief description.
The partition dragging button 71 is used for a user to drag a partition icon, mark the start of a partition, and set the attribute of the partition icon.
The partition direction line 72 is used to indicate the main direction of the partition.
The cut-off pointing drag button 73 is used for dragging by the user to modify the length of the cut-off pointing line and to display the cut-off pointing direction.
The partition treatment method comprises the following steps:
and receiving a partition operation instruction aiming at the component of the timing diagram, generating a partition icon by using the partition module, and performing partition operation on the component in the timing diagram.
The method comprises the steps of using a partition icon when the upper part and the lower part of a time sequence diagram need to be partitioned, dragging a partition dragging button to enable the partition icon to be dragged to a time sequence diagram drawing area, using the partition icon as a partition structure of the time sequence diagram, dragging the partition dragging button to enable the partition dragging button to be located at the starting point of the position needing to be partitioned, adjusting a partition pointing dragging button to enable the partition pointing dragging button to be located at the terminal point of the position needing to be partitioned, partitioning the upper part and the lower part of the time sequence diagram by a partition pointing line, inputting the name or simple description of the partition definition at the time through a partition title frame, and jumping out of an attribute setting frame by double-clicking.
Further, the partition icon is modifiable and deletable.
For example: referring to fig. 17, in the embodiment, if the partition operation needs to be performed on the timing chart to partition the timing chart into 3 parts, 2 partition icons need to be used. Dragging a partition dragging button to enable a partition icon to be dragged to a drawing area of a timing diagram to serve as a partition structure of the timing diagram, dragging the partition dragging button to enable the partition dragging button to be located at a starting point of a position needing to be partitioned between a first partition part and a second partition part, adjusting a partition pointing dragging button to enable a partition pointing dragging button to be located at a terminal point of the position needing to be partitioned between the first partition part and the second partition part, completely separating the first partition part and the second partition part of the timing diagram by a partition pointing line, inputting the name or simple description of the partition definition at this time through a partition title frame, and jumping out of an attribute setting frame by double-clicking the partition dragging button to define the attribute of the partition definition at this time. Likewise, the partition drag button is dragged again to cause the partition icon to be dragged to the time chart drawing area as another partition structure of the time chart, by which the second partition portion and the third partition portion of the time chart are completely separated.
The invention defines the part of the timing diagram needing to be separated, can conveniently separate the whole timing diagram, and is the best solution for defining the transfer.
The invention provides a method for marking a time sequence diagram, which is used for efficiently creating, deleting and modifying the time sequence diagram. The method is an optimal solution for solving the defects of the traditional time sequence diagram, can greatly improve the creation process of the time sequence diagram, and can derive the time sequence diagram which is friendly to data analysis, thereby improving the overall design efficiency and the design level.
While specific embodiments of the invention have been described above, it will be appreciated by those skilled in the art that these are by way of example only, and that the scope of the invention is defined by the appended claims. Various changes and modifications to these embodiments may be made by those skilled in the art without departing from the spirit and scope of the invention, and these changes and modifications are within the scope of the invention.
Claims (4)
1. A timing chart processing system is characterized by comprising a grouping module, an activity definition module, an activity callback module, an annotation module, a state definition module, a cut-off module, a partition module and a control module;
the control module is used for receiving and analyzing the instruction, calling the grouping module to generate grouping icons when the analyzed instruction is a grouping instruction, and grouping the time sequence chart by adopting the grouping icons;
the control module is used for calling the activity definition module to generate an activity definition icon when the analyzed instruction is an activity definition instruction, and performing activity node definition operation on the time sequence diagram by adopting the activity definition icon;
the control module is used for calling the activity callback module to generate an activity callback icon when the analyzed instruction is an activity callback instruction, and carrying out callback operation on callback activity of the time sequence diagram by adopting the activity callback icon;
the control module is used for calling the annotation module to generate an annotation icon and performing annotation operation on the time sequence chart by adopting the annotation icon when the analyzed instruction is the annotation instruction;
the control module is used for calling the state definition module to generate a state definition icon and performing state definition operation on the time sequence diagram by adopting the state definition icon when the analyzed instruction is a state definition instruction;
the control module is used for calling the cut-off module to generate a cut-off icon when the analyzed instruction is a cut-off instruction and performing cut-off operation on the time sequence diagram by adopting the cut-off icon;
the control module is used for calling the partition module to generate a partition icon when the analyzed instruction is a partition instruction, and performing partition operation on the time sequence diagram by adopting the partition icon;
the grouping icon comprises a grouping header frame, a grouping dragging button and a grouping parting line, wherein the grouping header frame is arranged above the grouping dragging button, the grouping dragging button is connected with the grouping parting line, and the grouping parting line is positioned below the grouping dragging button;
the grouping header box is used for a user to input the name and/or description of the grouping icon and display the input name and/or simple description;
the group dragging button is used for a user to drag a group icon to visually perform group operation on the component in the time sequence diagram;
the grouping separation line is used for visually separating the component assemblies of different groups;
the activity definition icon comprises an activity title frame, an activity ending button, an activity setting button and an activity walking line, the activity title frame is arranged around the activity walking line, the activity ending button is arranged at the tail end of the activity walking line, and the activity setting button is arranged at the tail end of the activity ending button;
the activity title box is used for a user to input the name and/or description of the activity and display the input name and/or simple description;
the activity end button is used for displaying the end of the activity;
the activity setting button is used for dragging the activity definition icon by a user and defining the attribute of the activity;
the activity trend line is used for displaying the overall trend of the activity;
the activity callback icon comprises an activity callback title frame and an activity callback process line, and the activity callback title frame is arranged around the activity callback process line;
the activity callback title box is used for a user to input the name and/or description of the activity callback and display the input name and/or simple description;
the activity callback process line is used for displaying the trend of activity callback, providing a user to drag an activity callback icon and setting the attribute of the activity callback icon;
the annotation icon comprises an annotation title frame, an annotation dragging button, an annotation pointing line and an annotation pointing dragging button, wherein the annotation title frame is arranged around the annotation dragging button, one end of the annotation pointing line is connected with the annotation dragging button, and the other end of the annotation pointing line is connected with the annotation dragging button;
the annotation title box is used for inputting the name and/or description of the annotation by the user and displaying the input name and/or simple description;
the annotation dragging button is used for dragging the annotation icon and setting the attribute of the annotation icon by a user;
the annotation pointing line is used for pointing to a part to which the annotation is directed;
the annotation pointing drag button is used for being dragged by a user to modify the specific pointing direction of the annotation pointing line;
the state definition icon comprises a state title frame, a state dragging button, a state pointing line and a state pointing dragging button, wherein the state title frame is arranged around the state dragging button, one end of the state pointing line is connected with the state dragging button, and the other end of the state pointing line is connected with the state pointing dragging button;
the state title box is used for allowing a user to input a name and/or description of a state and displaying the input name and/or simple description;
the state dragging button is used for dragging the state definition icon and setting the attribute of the state definition icon by a user;
the state pointing line is used for pointing to a component for which a state is aimed;
the state pointing dragging button is used for dragging by a user to modify the specific pointing direction of the state pointing line;
the ending icon comprises an ending title frame, an ending dragging button and an ending hidden dragging button, and the ending title frame and the ending hidden dragging button are arranged around the ending dragging button;
the cutoff title box is used for a user to input the name and/or description of cutoff and display the input name and/or simple description;
the cut-off dragging button is used for dragging a cut-off icon by a user and setting the attribute of the cut-off icon;
the cut-off hidden dragging button is used for dragging a user up and down to a cut-off position so as to hide all contents below the cut-off position;
the partition icon comprises a partition title frame, a partition dragging button, a partition pointing line and a partition pointing dragging button, wherein one end of the partition pointing line is connected with the partition dragging button, the other end of the partition pointing line is connected with one end of the partition pointing dragging button, and the other end of the partition pointing dragging button is connected with the partition title frame;
the partition title box is used for a user to input the name and/or description of the partition and display the input name and/or simple description;
the partition dragging button is used for dragging a partition icon, marking the start of the partition and setting the attribute of the partition icon by a user;
the partition direction line is used for displaying the main direction of the partition;
the partition pointing dragging button is used for dragging by a user to modify the length of a partition pointing line and display a partition pointing direction.
2. A method for processing a timing chart, which is implemented by the timing chart processing system according to claim 1, the method comprising the steps of:
receiving a grouping operation instruction aiming at the component of the time sequence diagram, generating grouping icons by using the grouping module, and performing grouping operation on the component of the time sequence diagram, wherein a pair of grouping icons are used as a grouping structure of the time sequence diagram and are respectively arranged at two sides of the grouping;
receiving an activity node definition operation instruction aiming at the component of the time sequence diagram, generating an activity definition icon by using the activity definition module, and performing activity node definition operation on the component of the time sequence diagram to describe the activity of the component;
receiving an activity callback operation instruction of a component of the time sequence diagram, generating an activity callback icon by using the activity callback module, and performing activity callback operation on callback activities needing to be recalled after the activity in the time sequence diagram is finished;
receiving an annotation operation instruction for the component of the timing diagram, generating an annotation icon by using the annotation module, and performing annotation operation on the component of the timing diagram;
receiving a state definition operation instruction for the component of the time sequence diagram, generating a state definition icon by using the state definition module, and performing state definition operation on the component of the time sequence diagram to describe the state of the component;
receiving a cut-off operation instruction for the component of the time sequence diagram, generating a cut-off icon by using the cut-off module, and performing cut-off hiding operation on the hidden component to be cut off in the time sequence diagram;
receiving a partition operation instruction for the component of the time sequence diagram, generating a partition icon by using the partition module, and performing partition operation on the component in the time sequence diagram;
the grouping icon comprises a grouping header frame, a grouping dragging button and a grouping parting line, wherein the grouping header frame is arranged above the grouping dragging button, the grouping dragging button is connected with the grouping parting line, and the grouping parting line is positioned below the grouping dragging button;
the grouping header box is used for a user to input the name and/or description of the grouping icon and display the input name and/or simple description;
the group dragging button is used for a user to drag a group icon to visually perform group operation on the component in the time sequence diagram;
the group separation line visually separates the component parts of different groups;
the group in the pair of group icons can be set to a concealable mode, and only one group definition icon is displayed on the pair of group icons;
the activity definition icon comprises an activity title frame, an activity ending button, an activity setting button and an activity walking line, the activity title frame is arranged around the activity walking line, the activity ending button is arranged at the tail end of the activity walking line, and the activity setting button is arranged at the tail end of the activity ending button;
the activity title box is used for a user to input the name and/or description of the activity and display the input name and/or simple description;
the activity end button displays the end of an activity;
the activity setting button is used for a user to drag an activity definition icon and define the attribute of the activity;
the activity trend line displays the overall trend of the activity;
the activity callback icon comprises an activity callback title frame and an activity callback process line, and the activity callback title frame is arranged around the activity callback process line;
the activity callback title box is used for a user to input the name and/or description of the activity callback and display the input name and/or simple description;
the activity callback process line displays the trend of the activity callback, provides a user to drag the activity callback icon and sets the attribute of the activity callback icon;
the annotation icon comprises an annotation title frame, an annotation dragging button, an annotation pointing line and an annotation pointing dragging button, wherein the annotation title frame is arranged around the annotation dragging button, one end of the annotation pointing line is connected with the annotation dragging button, and the other end of the annotation pointing line is connected with the annotation dragging button;
the annotation title box is used for a user to input the name and/or description of an annotation and display the input name and/or simple description;
the annotation dragging button is used for dragging an annotation icon and setting the attribute of the annotation icon by a user;
the annotation pointing line points to the part for which the annotation is directed;
the annotation points to a dragging button for dragging by a user to modify the specific pointing direction of an annotation pointing line;
the state definition icon comprises a state title frame, a state dragging button, a state pointing line and a state pointing dragging button, wherein the state title frame is arranged around the state dragging button, one end of the state pointing line is connected with the state dragging button, and the other end of the state pointing line is connected with the state pointing dragging button;
the state title box is used for a user to input the name and/or description of the state and display the input name and/or simple description;
the state dragging button is used for a user to drag the state definition icon and set the attribute of the state definition icon;
the state pointing line points to the component for which the state is directed;
the state pointing drag button is dragged by a user to modify the specific pointing direction of the state pointing line;
the ending icon comprises an ending title frame, an ending dragging button and an ending hidden dragging button, and the ending title frame and the ending hidden dragging button are arranged around the ending dragging button;
the cutoff title box is used for a user to input a cutoff name and/or description and display the input name and/or simple description;
the ending dragging button is used for dragging an ending icon and setting the attribute of the ending icon by a user;
the cut-off hidden dragging button is used for dragging a user up and down to a cut-off position so as to hide all contents below the cut-off position;
the partition icon comprises a partition title frame, a partition dragging button, a partition pointing line and a partition pointing dragging button, wherein one end of the partition pointing line is connected with the partition dragging button, the other end of the partition pointing line is connected with one end of the partition pointing dragging button, and the other end of the partition pointing dragging button is connected with the partition title frame;
the partition title box is used for a user to input the name and/or description of the partition and display the input name and/or simple description;
the partition dragging button is used for a user to drag a partition icon, mark the start of the partition and set the attribute of the partition icon;
the partition directional line displays the main direction of the partition;
the partition pointing direction dragging button is dragged by a user to modify the length of a partition pointing line and display a partition pointing direction.
3. The method as claimed in claim 2, wherein the series connection and the parallel connection of the activities are represented by dragging the activity definition icons on the same component up and down, when adjacent activities are connected in parallel, the activity end button of one activity definition icon is connected with the head end of the activity walking line of the adjacent activity definition icon on the same component, when adjacent activities are connected in series, the activity end button of one activity definition icon and the head end of the activity walking line of the adjacent activity definition icon are set apart and disconnected.
4. The method as claimed in claim 2, wherein a base64 timing diagram picture is derived after the timing diagram is drawn.
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| US11165868B2 (en) * | 2017-03-30 | 2021-11-02 | Microsoft Technology Licensing, Llc | Systems and methods for achieving session stickiness for stateful cloud services with non-sticky load balancers |
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