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Processes
The Processes task is typically used to start and stop processes on a global level and to study global process statistics. It can also be used to study process instance details in the same way as when working with the Instances – All Processes task as described in chapter 2.2.
The Processes task contains a number of different portlets with many different segments in quite a substantial depth (up to a five level depth).
Selecting the Processes task will take you to the Processes main portlet as below.
Figure 46 The Processes task main portlet
Table 28 Processes task main portlet button options
Entering a search criterion in an input field and then pressing the search button will result in a list of hits matching the search criterion. % can be used when specifying a search criterion. A “da%” search phrase will e.g. result in a search result where all hits starts with the letters “da”. | |
Cancels the operation and closes the window | |
Suppose that changes have been made to a process in design time and then deployed to the runtime environment. It is then possible to press the Reload Cache button to take those changes into account without having to restart the runtime server. Already started process instances will continue running as of the old process definition while new process instances will run as of the new process definition. |
The Processes main portlet consists of two segments; the main segment and the admin segment.
Main segment
A process is, as mentioned, designed in Comflow developer studio. After the design phase has been finished, the process is deployed to the runtime environment. In the sitedef it is, on global level, possible to define weather the default process state of deployed processes should be running or paused.
When deployed, the process definition is saved on disk on the runtime server. When the server starts up all processes default process states (running or paused) are registered in the runtime database i.e. the database holds the persistent information about the process state (not the process definition itself).
The list of processes as seen in Figure 47 is, therefore, a list of process states for all processes that has been deployed to the runtime server.
Figure 47 Processes task – Main segment
Table 29 Processes task - Main segment fields
Pressing this symbol will open a graphical view of the selected process. | |
Process | Name of the process. |
Proc. State | State of the process. Either running or paused. When a process is in a paused state no new process instances will be created. |
#Instances | Total (both running and ended) number of created process instances. |
Cat. | Category. Different processes can be said to belong to different process categories. Typically there are two different process categories; business- and technical oriented processes. Business oriented processes are typically processes with a high degree of human interaction and where the business process monitoring value is high. Technical processes are typically background processes that do not have the same business attention as business oriented processes. Processes taking care of integration needs might be an example of technical processes. |
Figure 48 Processes task - Main segment right click options
A row click leads to process details as described further below.
When right clicking on a specific process it is possible to:
Run/Pause a process
View process details
Remove a process
To set a process in a running or paused state just right click the desired process and choose Run/Pause. When a process is in a paused state no new process instances will be created.
A Remove Row right click will immediately remove the selected process from the list of processes. Note that this operation only removes the process state from the list i.e. the process definition does still exist on the runtime server disk. No new instances of the process will be created as long as the process in not in the list. The process will be back in the list if the Reload Cache button is pressed (or after server restart) and the Processes task thereafter is reopened. The former of course only applies if the actual process definition has not been deleted from the runtime server.
Choosing Process Details… for a specific process will take you to the view below:
Figure 49 Process details - Main portlet
Table 30 Process details - Main portlet buttons
Entering a search criterion in an input field and then pressing the search button will result in a list of hits matching the search criterion. % can be used when specifying a search criterion. A “da%” search phrase will e.g. result in a search result where all hits starts with the letters “da” | |
Cancels the operation and goes back to the previous view. | |
Sets a process in a running or paused state. When a process is in a paused state no new process instances will be created. | |
Opens a sametime portlet showing a graphical State (see definition of State in Table 33) distribution view i.e. the distribution of process instance states for a specific process. Study the State field in Figure 50 and you see four different design time defined states; Init, Solve, Close and Assign. Pressing the State Distribution button will open a sametime portlet with a graphical view of the distribution of different states for the whole process as seen in Figure 51. |
Figure 50 Example of different design time defined States
Process Instances segment
Figure 52 Process Details – Process Instances segment
The Process Instances segment shows all created process instances of the selected process. It has exactly the same functionality, as the portlets in the Instances – All Processes task that is explained in chapter 2.2.
Please see chapter 2.2 for detailed information about the Process Instances segment.
Duration segment
The duration segment shows statistical information about the selected process. Note that SVG viewer must be installed on the computer running the runtime browser client to be able to see the bar chart. Please see installation documentation for further details.
In Figure 53 we can see that a total of five process instances (x-axis), of the selected process, have been created. One process instance is completed and has had a duration (y axis) of three days (the green bar). Four process instances are still ongoing and they all have been running for one day (the blue bars). Each bar is named from the PID of the process instance (see PID explanation in Table 33).
Hovering with the mouse over a bar will result in a pop up displaying the duration of the process instance in the format of days with two decimals (see duration example in Table 33).
Figure 53 Process Details - Duration segment
By right clicking in the duration segment it is possible to zoom in/out the bar chart.
Process Configuration segment
In the process configuration segment it is possible to view, add, change and delete process variables.
Process variables are global process variables that can be used to store aggregated process instances information or control the behavior of created process instances etc.
Process variables are typically created from rules created in design time when modeling business processes. It is, however, also possible to create process variables in runtime. Creating process variables in runtime should be regarded as a very unusual operation only to be used if it, for some reason, not should be possible to create it in design time.
The workings of process variables will not be further elaborated here. Please see ComActivty COMFLOW Developer user manual for more information.
Figure 54 Process Details - Configuration segment
ProcessVar | Name of the process variable. |
ProcessValue | Value of the process variable. |
Figure 55 Process Details - Configuration segment fields
Figure 56 Process Details - Configuration segment right click options
A row click on a record will have no effect.
When right clicking the process configuration segment there are three different options;
Change…
New…
Delete
Choosing Delete will immediately remove a process variable while choosing Change… allows the possibility to change an already created process variable.
When choosing the Change… or New… right click option the view below will appear:
Figure 57 Creating a new process variable
The process variable is given an appropriate name and value. The process variable change/creation is confirmed when pressing OK.
Admin segment
Chapter 2.1.1 started with an explanation about process states and what actually populates the list of processes in the main segment of the processes task main portlet. Please read that explanation before proceeding with this chapter.
A typical development setup is that a developer has a full design and runtime environment on his or hers computer. When processes are ready to be sent to the real production environment the developer does a deploy action of the desired processes.
Should a developer not be careful when doing the deploy action, other, none wanted, processes might be sent to the production environment as well. This is a mistake that can easily happen.
From the Admin segment it is, to some extent, possible to control the behavior of what populates the list of processes in the main segment.
If the ProcessValue field, as described below, is set to 1 no new process states will populate the process list in the main segment even if there are new process definitions deployed on the runtime server (because we do not want “junk” processes in the list of process states).
The ProcessValue control mechanism in the Admin segment offers an extra opportunity to assure that only relevant process states are present in the main segment list. Should, anyhow, none wanted entries/records occur in the list it is possible to use the right click Remove Row action as described in chapter 2.1.1.
Figure 58 Processes task – Admin segment
Table 31 Processes task - Admin segment fields
ProcessVar | _ProcessInstallLock – System defined process variable that can not be changed. |
ProcessValue | If set to 0 then new process state entries can be added to the list in the main segment of the processes task main portlet (see chapter 2.1.1). If set to 1 then no new process state entries can be added to the list in the main segment of the processes task main portlet (see chapter 2.1.1). |
Table 32 Processes task - Admin segment buttons
Saves the value defined in the ProcessValue field. |
Instances – All Processes
Using the Instances – All Processes task it is possible to delete, or study detailed information about, process instances. The functionality of the Instances – All Processes task is also accessible from the Processes task (see reference in chapter 2.1.1.1)
The Instances – All Processes task is located in Process Administration -> Instances – All Processes in the Navigator tree as shown in Figure 59.
Figure 59 The Instances – All Processes task
Selecting the Instances – All Processes task will take you to the Processes instances main portlet as below.
Figure 60 Process Instances task main portlet
Table 33 Process Instances task main portlet fields
Pressing this symbol will open a graphical view of the process that the selected process instance is part of. A circle around one of the process model objects will indicate where in the process that particular process instance is at the moment. | |
PID | Process instance ID. A unique auto generated process instance id. This is the id that uniquely identifies a process instance. Used when technically referencing the process instance. |
Key | Presentation key. A not necessarily unique business presentation key that facilitates the understanding of a work item or notification without having to look at its details. Defined/associated in design time. The key field could e.g. be associated with the item number in an item master. |
Title | Presentation title. A not necessarily unique business presentation title that facilitates the understanding of a work item or notification without having to look at its details. Defined/associated in design time. The title field could e.g. be associated with the item description in an item master. |
State | Different states are defined by the process designer in design time and can be of any desired value. |
Inst. State | The state of the process instance. Either started or ended. |
Created date | Date of when the process instance was created on the format YY-MM-DD. |
Created time | Time of when the process instance was created on the format HH:MM:SS |
Ended date | Date of when the process instance ended on the format YY-MM-DD. Empty if the process instance is still in the state started. |
Ended time | Time of when the process instance ended on the format HH:MM:SS. Empty if the process instance is still in the state started |
Duration | Value of how long the process instance has been ongoing or, if ended, the total duration time of the process instance was. The duration format is days with two decimals. If duration value is 2.50 then the process instance has been ongoing (or lived) for 2 days and 12 hours. |
Figure 61 Process Instances task main portlet right click options
A row click will lead to the Process instance details of the selected process instance.
When right clicking on a specific process instance an administrator can choose to:
Delete the process instance
View process instance details.
Choosing Delete will delete the selected process instance. A delete process instance operation should be performed with great caution!
Choosing Process Instance Details… will take the user to the view as seen in Figure 62 below.
Process instance details
Figure 62 Process Instance Details – Gantt view segment
Table 34 Process Instance Details buttons
Leads to more process instance details (chapter 2.2.2) | |
Cancels the operation and goes back to the previous view. |
Pressing the MoreDetails… button will take the user to the view as seen in Figure 66 in chapter 2.2.2 further below.
Process instance details – Gantt View
For each process instance there is the possibility to study process instance activity time details in a Gantt view. All work items, in this context called activities, existing in a process definition will be visible as a bar in the Gantt view.
From Figure 63 below we can draw the conclusion that six (6) different activities exists in the process definition from which the process instance is created from; Solve Issue, Do Assignment, Verify Solution, Give More Info, No Issue and Registration Continue.
Figure 63 Process Instance Time – Gantt View
Other conclusions that we can draw from Figure 63 is that only two, of a total of six, activities has been started i.e. been sent to the work lists of the associated roles; Solve Issue and Do Assignment.
The green color of the Solve Issue work item bar tells us that this activities has been completed i.e. it has been handled by a user.
The blue color of the Do Assignment activity bar tells us that the activity is ongoing i.e. the activity has been sent to the associated role but has not yet been handled by any user.
Hovering an activity bar will present detailed time information for an activity (please see Figure 64).
Figure 64 Detailed time information for the Solve Issue activity bar
Figure 64 highlights a number of different concepts (named elements) when studying detailed time information for a work item. Table 35 explains those different elements (in relation to Figure 64).
Table 35 Explanation to the activity elements as seen in Figure 64
Queue time (the light green area) | When configuring a work item in design time it is possible to define an expected queue time. Here someone has specified a queue time of 1 day i.e. it is expected that it will take at least one day before a user addresses the specific activity. The light green area of the bar will be 1 day long. |
Start time (the start point of the bar) | This is the date when the work item has been sent to the work list of the associated role (the activity starts). Graphically the start time represents the starting point of the bar. |
Execution time (the dark green area) | Execution time is the time from which the work item has been sent to a role until it has been handled. Here the execution time is 2 days meaning that it took 2 days from that a user got the work item in his or hers work list until it was handled/completed by the user. The dark green area of the bar will be 2 days long |
Tot. duration | Total duration is the sum of Queue time and Execution time, here 3 days. |
Planned end time (orange vertical bar) | The planned end time is represented by a thin orange vertical bar. As mentioned, an expected queue time can be specified when defining a work item in design time. In the same way it is possible to specify an expected execution time. Planned end time is the sum of the expected queue time and the expected execution time. In our example we can see that the orange vertical bar is situated 6 days from the start point of the activity. From this we can draw the conclusion that the planned end time is 6 days from the start of an activity. |
Time left (the white area) | Because the total duration is 3days and the planned end time was 6 days this activity was handled/completed 3 days before the planned end time. Hence the white “time left” area of the activity bar is 3 days long. So this activity was completed way in advance of the planned end time! |
Figure 65 Detailed time information for the Do Assignment activity bar
The elements, of the activity bar time information in Figure 65, are on a conceptual level very much the same as the ones explained in Table 35. Here all the different elements are blue though. That is because the activity is still ongoing. In contrast to the activity from Figure 65, this activity is, not only in an ongoing state. The planned end time has been exceeded by 2 days so far. This is easily spotted in the graphical bar (where the thin orange vertical bar has been exceeded) and also from the Delay element which here says 2 days.
More process instance details
Pressing the More Details… button in the process details portlet (see Figure 62) will lead to the portlet in Figure 66.
Figure 66 More process instance details main portlet
Table 36 More process instance details main portlet buttons
Reloads the view. | |
Cancels operation and returns to the previous view. |
More process instance details – Assignment segment
Almost all processes exchange information with different users acting in specified roles. In the Assignment segment it is possible to assign a user to act in the role for a specific process instance. Should a user already be assigned it is possible to assign a new user.
Reassignment only applies to already started process instances, as well as future created instances.
Figure 67 More process instance details – Assignment segment
Table 37 Assignment segment fields
Role | Role existing in the process definition of the selected process instance |
User | User name of the user that is currently assigned to act in the role for the specific process instance. If empty it means that no user is currently assigned (a work item will then end up in the “claim” tab in the work lists for all users that are able to act in the role). |
Figure 68 Assign segment right click options
Choosing Re-Assign… will take the user to the view below:
Table 38 Re-assign portlet buttons
Entering a search criterion in an input field and then pressing the search button will result in a list of hits matching the search criterion. % can be used when specifying a search criterion. A “da%” search phrase will e.g. result in a search result where all hits starts with the letters “da”. | |
Cancels the operation and returns to the previous view. |
Assignment is done by simply left clicking on the desired user!
More process instance details – Work Items and Notifications segment
Figure 70 More process instance details – Work Items and Notifications segment
Table 39 Work Items and Notifications segment fields
ID | Auto generated work item/notification ID |
Work Title | Title of the work item/notification. Defined in design time. |
To Role | Role associated to the work item/notification. |
To User | Currently work item/notification assigned user. |
Created Date | Date of when the work item/notification was role/user assigned. On the format YY-MM-DD. |
Created Time | Time of when the work item/notification was role/user assigned. On the format HH-MM-SS. |
Work Item State | -1 (new; in the new tab in the work list) 0 (ongoing; in the ongoing tab in the work list) 1 (later; in the later tab in the work list) 2 (claim; in the claim tab in the work list) 99 (handled; in the handled tab in the work list) |
Handled date | Date of when the work item/notification was handled. On the format YY-MM-DD. Empty if not yet handled. |
Handled time | Time of when the work item/notification was handled. On the format HH-MM-SS. Empty if not yet handled. |
Duration | Value of how long a work item has been ongoing or, if handled, the total duration time of the work item. The duration format is days with two decimals. If duration value is 2.50 then the process instance has been ongoing (or lived) for 2 days and 12 hours |
MapDataId | When a work item is handled (committed) by a user the information in that event can be passed (mapped) over to the process. Which data that should be mapped from the work item to the process is specified in design time. Such mapping operation has a unique MapDataId. |
Figure 71 Work Items and Notifications segment buttons
A row click will show the work item details of the selected work item/notification.
When right clicking on a specific item or notification an administrator can choose:
Map Data
Work Item Details
Choosing right click Map Data… will result in the view below:
This is a detailed view of the MapData passed over from the work item to the process (see MapDataID explanation in Table 39).
Table 40 Map Data portlet buttons
Closes portlet and returns to previous view. |
Choosing right click Work Item Details… will result in the view below:
Figure 73 Work item details portlet
Table 41 Work item details portlet fields
ID | Auto generated work item/notification ID |
To Role | Role associated to the work item/notification. |
From Role | Role associated with the work item that precedes the selected work item. |
From User | User that handled the work item that precedes the selected work item. |
Created Date | Date of when the work item/notification was role/user assigned. On the format YY-MM-DD. |
Created Time | Time of when the work item/notification was role/user assigned. On the format HH-MM-SS. |
Work Title | Title of the work item/notification. Defined in design time. |
Notification Text | Notification text. Defined in design time. |
The assignment history provides historical assignment information for a specific work item or notification.
Table 42 Work item details – Assignment history segment fields
ToUser | Work item/notification assigned user |
Created date | Date of when the work item/notification was role/user assigned. On the format YY-MM-DD. |
Created time | Time of when the work item/notification was role/user assigned. On the format HH-MM-SS. |
Created by | User that assigned/reassigned the work item/notification. |
Table 43 Work item details handled information segment fields
Handled date | Date of when the work item/notification was handled. On the format YY-MM-DD. Empty if not yet handled. |
Handled time | Time of when the work item/notification was handled. On the format HH-MM-SS. Empty if not yet handled |
Work item state | -1 (new; in the new tab in the work list) 0 (ongoing; in the ongoing tab in the work list) 1 (later; in the later tab in the work list) 2 (claim; in the claim tab in the work list) 99 (handled; in the handled tab in the work list) |
Table 44 Work item details portlet buttons
Reloads the view. | |
Cancels the operation and goes back to previous view. |
More process instance details – Control (Internal State) segment
A design time modeled process consist of a number of modeling objects in a sequential order (see Figure 74). At every point in time each running process instance will be in a specific state, at a specific modeling object. In Figure 74 the circle around the last “wait for event” object indicates that this specific process instance is in that place of the process.
Figure 74 Item registration in a Wait for event state
Figure 75 More process instance details - Control segment
Table 45 Control (Internal State) segment fields
ActivityId | Every process modeling object has a specific ActivityId. |
ActivityLabel | Every process modeling object has a specific ActivityLabel |
ReceivedEventIds | Every process modeling object gets an event id when executed. The EventId of the modeling object preceding the object at where the process instance currently is will populate this field. |
ReceivedTransitionIds | Every process modeling object has a preceding arrow (transition) connected to it. Every such transition arrow has a TransitionId. ReceivedTransitionIds indicates the transition id(s) of the transition(s) that precedes the modeling object at where the process instance currently is at. A modeling object can have one, two or more preceding transitions. Only the transitions that has actually executed will be in the list of Received TransitionIds. |
Figure 76 More process instance details - Control segment right click options
Normally no alterations are done in the Control (Internal State) segment. Any changes should be done with great cautions!
The only time you do any changes in this segment is when you for some reason want to force the process instance to listen to a new event (or several events) i.e. redirect the process flow in some way.. In such case you have to delete the event(s) that the process instance is currently waiting for and add a new event(s) that should occur for the process instance to continue. This of course requires knowledge of the modeled process because you have to know the ActivityId, ActivityLabel and possibly ReceivedTransitionIds.
When right clicking on a specific activity an administrator can choose to:
Delete the activity job
Choose New…
When choosing New… the following view will be presented:
Figure 77 New activity portlet
Table 45 explains the different fields of the portlet in Figure 77. The only mandatory fields are the ActivityId- and ActivityLabel fields.
If the event (modeling object) that the process instance is redirected to has several transitions preceding it but you want to simulate that one or more of the transitions have happened the transition id of those transitions must be specified in the ReceivedTransitionIds field.
More process instance details – Process Instance ID Map segment
Every created process instance gets an auto generated process id (PID) that uniquely identifies the instance. A process instance typically handles a case, such as an item registration, which is built upon an item that is represented in an external database and that has a unique key e.g. the item number (here called Key).
For technical reasons it is sometimes necessary to associate the PID with the unique item number key. This is if we want a process to listen to events that are not handled using users work lists (with work lists the handling differs slightly).
The PID/Key association mapping definition is made in design time.
Figure 78 More process instance details - Process Instance ID Map segment
Table 46 More process instance details - Process Instance ID Map segment fields
Key | Value of the Key associated with the process instance. |
Figure 79 More process instance details - Process Instance ID Map right click options
It is possible to change the behavior of a process instance by changing or adding Keys. This is an operation that should be performed rarely and with great caution!
Suppose that a process instance can accept non work list handled events that occur when someone generates an event by doing some kind of action to an item with item number “32-1128”. In that case the Key value would be “32-1128” by default.
In rare occasions it might be desirable to change this, so that the process instance listens to events that might occur on another item with item number “7884-235” instead. In that case the Key should be changed to “7884-235”.
Another scenario would be to add a new Key. This would result in the process instance waiting for an event that might occur on two different items.
A row click on a specific record will not have any effect.
When right clicking on a specific process instance an administrator has two options:
New…
Change…
When choosing right click New… or Change…the following sametime portlet will be presented:
Figure 80 Create/change key sametime portlet
Table 47 Create/change key sametime portlet fields
Enterprise | Enterprise. |
PID | The process instance id of the process instance. #Mandatory (auto filled in) |
Process | Name of the process to which the process instance belongs. #Optional |
Key | Value of the Key that should be associated with the process instance. #Mandatory |
Table 48 Create/change key sametime portlet buttons
Confirms create/change of key. | |
Cancels the operation and goes back to previous view. |
More process instance details – Process Instance Variables segment
In the process instance variable segment it is possible to view, add, change and delete process instance variables.
Process instance variables are variables that can be used to store relevant information on process instance level. In contrast to the process variables, described in 2.1.1.3, process instance variables are only available for a specific instance. The process instance variables can e.g. be used to control the flow of the business process instance.
Process instance variables are typically created from rules created in design time when modeling business processes. It is, however, also possible to create process instance variables in runtime. Creating process instance variables in runtime should be regarded as a very unusual operation only to be used if it, for some reason, not should be possible to create it in design time.
The workings of process instance variables will not be further elaborated here. Please see ComActivty COMFLOW Developer user manual for more information.
Figure 81 More process instance details - Process Instance Var. segment
Table 49 More process instance details - Process Instance Var. segment fields
ProcessInstVar | Name of the process instance variable. |
ProcessInstValue | Value of the process instance variable. |
Figure 82 More process instance details - Process Instance Var. segment right click options
A row click on a specific record will have no effect.
When right clicking on a specific process instance variable an administrator has three options:
New…
Change…
Delete
Choosing right click Delete will delete the selected process instance variable.
When choosing right click Change… or New… the portlet below will become visible:
Figure 83 New process instance variable portlet
The process instance variable is given an appropriate name and value. The process instance variable change/creation is confirmed when pressing OK.
Table 50 New process instance variable portlet fields
PID | Process instance id of the selected process instance. Auto filled in. |
ProcessInstVar | Name of the process instance variable. |
ProcessInstValue | Value of the process instance variable. |
Table 51 New process instance variable portlet button options
Confirms change/creation of process instance variable. Closes the portlet and returns to theprevious view. | |
Cancels the operation and goes back to the previous view. |
Processes – All Enterprises
Using the Processes – All Enterprises task it is possible to associate a process to another enterprise than the default association.
All users and all processes belong to a specific enterprise and almost all query operations take the enterprise value as input parameter.
If an administrator opens the processes task, all processes that are part of the enterprise that the administrator belongs to will be listed. Using the Processes – All Enterprises task all processes, no matter which enterprise it is associated with, will be listed. Hence, it will be possible to change process/enterprise association.
The Processes – All Enterprises task is probably quite rarely used.
The Processes – All Enterprises task is located in Process Administration -> Processes – All Enterprises in the Navigator tree as shown in Figure 84.
Figure 84 The Processes – All Enterprises task
Selecting the Processes – All Enterprises task will take you to the Processes – All Enterprises main portlet as below.
Figure 85 Processes – All Enterprises task main portlet
Table 52 Processes – All Enterprises task main portlet fields
Ent | Enterprise to which the process belongs. |
Pressing this symbol will open a graphical view of the selected process. | |
Process | Name of the process. |
Proc. State | State of the process. Either running or paused. When a process is in a paused state no new process instances will be created. |
#Instances | Total (both running and ended) number of created process instances. |
Table 53 Processes – All Enterprises task main portlet buttons
Entering a search criterion in an input field and then pressing the search button will result in a list of hits matching the search criterion. % can be used when specifying a search criterion. A “da%” search phrase will e.g. result in a search result where all hits starts with the letters “da”. | |
Cancels the operation and closes the view. |
Figure 86 Processes – All Enterprises task main portlet right click options
A row click on a specific record will have no effect.
When right clicking on a specific process instance variable an administrator has three options:
Copy
Remove Row
A Remove Row right click will immediately remove the selected process from the list of processes. Note that this operation only removes the process state from the list i.e. the process definition does still exist on the runtime server disk. No new instances of the process will be created as long as the process in not in the list. The process will be back in the list after server a restart. The former of course only applies if the actual process definition has not been deleted from the runtime server.
When choosing a right click Copy operation the portlet below will become visible:
Figure 87 Copy process portlet
Table 54 Copy process portlet fields
Enterprise | Enterprise to which the process should be associated. |
Process | Name of the process. |
Table 55 Copy process portlet buttons
Confirms creation and returns to the previous view. | |
Cancels the operation and goes back to the previous view. |