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Create a process flow

Introduction to process flows​

A process flow is a series of automated actions within your application like data entry or approvals. It has a starting point, followed by actions connected by steps, and an end. Steps in the process flow can be conditional.

System flows are independent process flows that work without requiring user input. For example, you can create a system flow that updates a table when new data is added or during lunchtime. Creating a system flow is similar to creating a regular process flow.

Process flows screen Process flows screen

Best practices​

Follow these guidelines to create clear, efficient, and user-friendly process flows:

  • Determine when to use a process flow

    Avoid using process flows for tasks that do not follow a fixed order, which may frustrate users.

  • Define the required user input

    Reserve process flows for tasks requiring user input and following a specific order. Do not use them for simple tasks that just happen one after another without any user input needed.

  • Keep process flows concise for easier debugging and maintenance

    Additionally, multiple starting points enable a single process flow to respond uniformly across various processes while maintaining clarity in the flow description.

  • Apply a uniform and consistent design

    Define a uniform design for process flow visualization, ensuring clarity and consistency across the project.

  • Monitor the process flow

    When testing a process flow in your application, you can use the Process flow monitor to see the results. It shows the intermediate steps, which is helpful for debugging or improving the process flow.

    note

    An error message during task execution within a process flow does not necessarily mean an unsuccessful process action. The process step may still be marked as "Successful"

This screen contains tasks that take you to the Code overview for the selected process flow or process action. For more information on this generic feature, see Go to a related screen for an object.

Set up a process flow​

How to set up a process flow​

Setting up a process flow consists of the following steps:

  1. Create a process flow. Provide a clear name and brief description of its purpose.
  2. Add process actions. These are the actions a user should take in the interface or that are automatically executed by the system. Connectors enable connections to external applications and services, but do not have a graphical user interface.
  3. Create process variables. These store data throughout the process flow and can be linked to input and output parameters.
  4. Create process steps. These connect process actions and determine the next action based on success or failure of preceding actions.
  5. Create a system flow schedule (optional). System flows can be scheduled to run periodically without user input. Use System flow schedules to set the execution frequency.
tip

If a part of a process flow is the same in multiple process flows, you can create a reusable subflow to reduce duplication and simplify process flows. See Subflows in a process flow.

When a process flow starts​

A process flow starts when the user completes an action linked to the designated start action. No other process flow can be active at the same time. For an overview of available process actions, refer to Process flow actions. The descriptions of these process actions will indicate if they can be used as valid starting points for a process flow.

In addition to a manual start, you can also initiate a process flow by an API action such as adding a row, deleting a row, or executing a task. For more information, see API trigger.

Add a process flow​

The tab Process flows shows an overview of the available process flows. To create a new process flow:

menu Processes > Process flows > tab Process flows

  1. Enter a name for the process flow.
  2. Optional. If you enable Custom protocol, specify a Custom protocol alias for the third-party application. See Enable the message protocol independent web service.
  3. Optional. Select the Deep linking allowed checkbox to enable deep links in the process flow. See Enable deep linking.

The Design tab page shows a graphical representation of the selected process flow.

Add process actions​

Process actions are the steps a user takes in the interface or actions automatically executed by the system. You can add a process action in two ways:

menu Processes > Process flows > tab Process actions > tab Design

  • On the tab Process actions: select Add add.

  • On the tab Design: select Process action from the toolbar or via the context menu. The tab Process actions opens to create the new process action.

    Add a process action on the tab Design

The following options are available for process actions:

  • To check if an action is available for a system flow, open the Process action type lookup Lookup.
  • Each process action has its own set of input and output parameters.
    • tab Input: Input parameters provide a way to configure at runtime what a process action does. They can be assigned a constant value or a variable. Inside constant values, you can use process flow variables, for example to dynamically create a URL, by enclosing the variable name in brackets { and }.
    • tab Output: Output parameters provide a way to store user input and other data produced by the process action in variables.
    • To use returned values (output parameters) from a process action in a process procedure, see Use parameters in a process procedure.

Input parameters

info

The process actions Add row and Edit row will only start a process flow when adding or modifying records in a Form component with Auto-save disabled. For the configuration of the option Auto-save, see Auto-save.

Components that automatically save changes on navigation or other user actions, such as the Grid, do not support these process action triggers, because the user action will often conflict with subsequent actions in the process flow.

warning

Using variables in the SQL parameter of a database connector process action introduces the risk of SQL injection. When using the database connector process action, we strongly advise to use ODBC question mark placeholders (?) with the Parameters input option instead.

Add process variables​

menu Processes > Process flows > tab Process variables

Process variables can be used to store data produced by process actions and retain this data throughout the lifetime of the process flow. They can be linked to input and output parameters and are also available in the process logic concept. See Business logic in a process flow.

When a process flow is started by a user, process variables cannot provide values to the input parameters of the first process action. This is because process variables only acquire values after the first process action has been completed. Only when started by a deep link, process variables can provide values to the input parameters of the first process action.

tip

The tab Usage shows where the process variable is being used. This can be helpful when, for example, you want to make a change to the process variable and see what impact this might have.

For more information on this generic feature, see Usage.

Add process steps​

Process steps link process actions together to create a process flow. To create a process step:

menu Processes > Process flows > tab Process steps

  1. Use the Process step button.
    Or: hold down the Ctrl key and drag the mouse to create a new step.

To modify a process step:

menu Processes > Process flows > tab Process steps

  1. Double-click the arrow connecting the process steps.
tip

You can add a description to your process step to improve the readability of your process flow design. See Process step description.

The color of a process step indicates when the step is enabled:

  • Green - the process step is followed if the last process action was successful
  • Red - the process step is followed if the last process action was not successful
  • Blue - the process step is always followed

If a process action has been completed and several parallel process steps follow, then these process steps are executed based on the specified sequence number. Subsequent actions are executed after the user completes the entire parallel flow.

You can also use business logic (a process procedure) to conditionally set the order and availability of process steps. See Change the course of a process flow.

A process flow with various process steps

Process step description​

To add a description to a process step:

menu Processes > Process flows > tab Process steps

  1. Select the process step to which you want to add a description.
  2. In the tab Process step, edit the Process step description. You can also edit this description in the Design tab, by double-clicking the process step.

If the process step description is not visible in your design, update your settings:

menu Processes > Process flows > tab Design

  1. Go to the Settings tab.
  2. Select Show process step description.

Process step description Show the process step description

Define a process step outside the context of a document​

A process flow consists of process steps. These steps may or may not be separately accessible from the document's action bar.

To run a process step that is NOT separately accessible from the document's action bar, for example to run a specific task from the menu:

  1. Specify action type Start task or Start report for this process step.
  2. Add process variables to the corresponding task. These variables contain the process flow parameters.

Once this task has been executed as a process step, the process flow continues in the active document if the next step indicates so.

Starting points​

menu Processes > Process flows > tab Starting points

Process flow starting points determine for which variants a process flow is enabled. You will need a table with variants to choose from.

Process flow in a lookup​

By default, process flows are not executed within a lookup popup or context.
To enable this, first check that all process actions are allowed in a lookup. Then, set the extended property AllowProcessFlowsInLookupDialogs to Yes.

The process actions that are not allowed in a lookup and that will be skipped are:

  • Activate document
  • Open document
  • Close document
  • Zoom detail
  • Manual

Connect a process flow to another application​

If necessary, there are three ways to connect process flows to other applications:

  • Connectors: use a connector to connect to other applications, services and media through various common protocols, for instance, to read a file or to create a folder. A connector is a special type of Process action, see: Connectors.
  • Deep linking: a deep link is a link which does not just point to the location of an application but also to a location within that application. The process flow makes a connection between the application and Indicium. See: Deep linking.
  • A message protocol independent webservice: Universal GUI If a third party application sets the requirements for the message protocol and OData does not suffice, a message protocol independent webservice is available in a process flow. See: A message protocol independent web service in a process flow.

Subflows in a process flow​

Subflows are system flows that can be executed within another process flow. They are reusable and easier to manage than manually duplicating actions and steps across multiple flows. Creating a subflow follows the same process as creating a regular process flow.

note

Subflows cannot execute subflows. Since subflows are system flows, they only allow for supported system flow actions.

To add or manage a subflow:

menu Processes > Subflows

  1. Add and design a subflow in the same way as you would add a process flow. Only process actions suitable for system flows can be used in a subflow.

    Subflow variables Example: variables in a subflow

  2. Go to the menu Processes > Process flows and open or create the process flow you want to add the subflow to.

  3. Use the process action Execute subflow to integrate the subflow into your existing process flow.

tip

You can use the input parameter Asynchronous to create a subflow that runs in the background. This can be useful to prevent delays in a process flow when the subflow takes a long time to complete. For more information, see Execute subflow.

Migrate a process flow to a subflow​

You can migrate a process flow to a subflow and a subflow to a process flow.

Process flows can only be migrated to subflows if:

  • The process flow is a system flow (i.e., it only contains system flow actions).
  • The process flow is not an API flow.
  • The process flow does not use an Execute subflow process action. Subflows cannot execute subflows.

Subflows can only be migrated to process flows if:

  • The subflow is not used by any process action in the Execute subflow process action.

To migrate a subflow to a process flow or vice versa:

menu Processes > Subflows or menu Processes > Process flows

  1. Select the flow you want to migrate and execute the task Migrate subflow to process flow/Migrate process flow to subflow Migrate flows.

Business logic in a process flow​

You can use variables to store data from a process action and use this information throughout the lifetime of a process flow. Variables are linked to input and output parameters.

For more information about business logic in general, see the Business logic guide.

Use parameters in a process procedure​

To reference and use returned values (output parameters) from a process action in a process procedure:

menu Business logic > Functionality > tab Control procedure

  • Select the checkbox Use process procedure in the menu Processes > Process flows > tab Process actions > tab Form > tab Performance.
  • For the use of parameters in the Database connector, see SQL statement in a database connector.

Show the process action code​

To view the code of a process procedure:

menu Processes > Process flows > tab Design/Process actions

  1. Execute task Show process action code show (Alt + S)

    You can include the last preceding program object item, or include all preceding program object items, if any. You can also include the first subsequent program object item, or include all subsequent program object items, if any.

This task is available only for process actions that use logic. You can recognize those process actions in the tab Design by the icon. On the tab Process actions, you can use the prefilter Contains logic.

Show the code for a process action

Change the course of a process flow​

menu Business logic > Functionality > tab Control procedure

The sequence of the steps in a process flow is determined by the settings in the model.

The initial status of the steps is available in all process logic. This status is determined by how the executed process action has been completed:

  • When unsuccessful, the next steps for a successful execution are disabled.
  • When successful, the next steps for an unsuccessful execution are disabled.

With a process procedure you can influence the course of a process flow by means of the following options:

  • Change the sequence of the next immediate steps.
  • Enable or disable subsequent steps.

The following information is available when executing the process logic:

Parameter
process_variable_idAll values of variables in the process flow marked as Process input available or Process output available.
follow_up_process_action_idAll follow up process actions. A value of null, 0 or a negative value means the process action will not be executed.
note

If an action has not been completed successfully, some variables may be empty or unvalidated.

For example, you can use output parameter order_status to fill a variable. Then, use this variable as input for the process procedure. With this input, you can change the order and execution of steps in a process flow (print a report or not).

The code below ensures that the next step to print_report is not executed if the order_status is 1:

if (@order_status = 1)
begin
  set @print_report = 0
end

Create a system flow​

Indicium

System flows are process flows without user interaction. Instead, the entire process is handled by Indicium.

Creating a system flow is similar to creating a process flow.

menu Processes > Process flows > tab Process flows

  1. Create a process flow.

    note

    System flow descriptions are synchronized to IAM so main administrators and application administrators in IAM know the purpose of a system flow, see IAM system flows.

  2. Add a process action without user interaction to your process flow (tab Process actions). Then, the process flow is automatically marked as a system flow.

    tip

    Open the lookup Lookup to check which action types are available for system flows.

  3. To run multiple system flow instances in parallel, go to the tab Process flows and select the checkbox Multiple running instances.

    System flow schedule

tip

IAM lets system flow instances run in parallel only when allowed. However, you cannot configure the number of allowed parallel instances. We recommend that you create a queuing table in your end-product. IAM then executes a system flow according to its active schedule and allows multiple instances to run parallel. The system flow also tracks the created queuing table to determine whether or not to continue executing. For example, the system flow could start with a task to consult the queuing table. If the first record's status is 'Open', the flow will continue. If no records are available, the flow will continue to 'Stop'.

Supported system flow actions​

Supported system flow actions currently are:

System flow schedules​

Create a system flow schedule​

You can schedule a process flow for execution by the Indicium service tier, but only when it uses process actions that do not require user input. In the Software Factory and IAM, these process flows are referred to as system flows. These include, for example, the available connectors and adapters. You can define more than one schedule for a system flow.

To create a system flow schedule:

menu Processes > Process flows > tab Process schedules

  • Mark as default Mark one of these schedules as the default schedule with which the system flow is executed.
  • You can deviate from this default schedule in IAM.
  • You can disable process schedules in Indicium's appsettings.json file. See Disable background operations

Process flow schedule

Allow a custom system flow schedule​

In IAM, a main administrator or application administrator can create a custom schedule for a system flow.

First, you need to allow this in the Software Factory:

menu Processes > Process flows

  1. Select a system flow.
  2. Select the checkbox Custom schedule allowed. Disabling it will also disable existing custom schedules for the system flow in IAM.

Now, an administrator can create custom schedules for system flows in IAM. See Scheduled system flows in IAM.

Allow a custom schedule for a system flow

Speed up SQL performance (schedule as system flow)​

See chapter speed up SQL performance (schedule as system flow) in the IAM manual.

Schedule log settings​

See the Schedule log settings in the IAM manual.

Monitor a process flow​

You can monitor what happens during the execution of a process flow. The process flow monitor is available in the Windows GUI, in Indicium, and in the Universal GUI.

To use the process flow monitor, you must have the role Developer mode in IAM. See also Developer mode.

In order for the process flow monitor to work, you will need to turn on the WebSocket Protocol feature of IIS. To enable websockets in IIS in Windows Server 2019, enable the feature in the Server Manager like this. The examples for Windows 10 and 11 are below:

Enable websockets in windows server

To enable websockets in IIS in Windows 11 and 10, enable the feature in the Windows Feature settings like this:

Enable websockets in windows 11 and 10

Process flow monitor (Indicium and Universal GUI)​

Indicium Universal GUI

To open the process flow monitor:

  • Universal GUI Go to the profile menu and select Process flow monitor.
  • Indicium Go to Indicium's landing page and follow the link to the Process flow monitor
  • Indicium Or: Open the process flow monitor directly via https://server/indicium/account/ui/processFlowMonitor (customize this link for your situation by editing server and/or indicium).

To use the process flow monitor:

  1. Select a SF runtime configuration ID or alias.
  2. To test a new or changed process flow, first select Refresh model.
  3. Select a process flow.
  4. Start the process flow you want to monitor (in the Universal GUI or through an HTTP client). Entries will appear in the process flow monitor, containing a timestamp, the name of the process flow, and the unique ID of the process flow instance.

Process flow monitor

  1. Click on an entry to expand it and view the more detailed information it contains. Each entry contains all the recorded events for that process flow. You can expand an event to zoom in even further. The included events are:

    • ProcessFlowStarted - Contains the values of the process variables at the start of a process flow, before any process action has been started.
    • ProcessActionStarted - Contains the state of the process variables at the start of the process action. It also contains the values that the input parameters of the process action received.
    • ProcessActionCompleted - Contains the state of the process variables after the process action has been completed, after the output parameters have been processed. It also contains the values of the output parameters, but only those that have been mapped to process variables. The status code of the process action is always shown as a standalone row in this overview.
    • ProcessProcedureStarted - Contains the values of the process variables at the start of a process procedure.
    • ProcessProcedureCompleted - Contains the values of the process variables at the completion of a process procedure.
    • ProcessFlowCompleted - Contains the values of the process variables at the end of a process flow, after all process actions have been completed.

    The same events are available for the subflows of process actions:

    • SubFlowStarted
    • SubFlowProcessActionStarted
    • SubFlowProcessActionCompleted
    • SubFlowCompleted
    • ProcessProcedureSubFlowStarted
    • ProcessProcedureSubFlowCompleted

Process flow monitor (Windows GUI)​

Windows GUI

To monitor a process flow:

  1. On the ribbon, go to the tab Developer.
  2. Select Process flow monitor. The Process flow monitor screen appears.
  3. Start the process flow that you want to monitor. In the Process flow monitor, you can debug your process flow. Step through the process flow manually with Next step, inspect variable values on the tab Variables, and view snapshots of the current state on the tab Snapshots.

Deep linking in a process flow​

Introduction to deep linking​

Universal GUI

Deep linking is a different type of process flow that cannot be used in the same way as a regular process flow. You can use it to direct someone from outside your application to a specific location within your application, for example, by sending a link by email or in a chat. When clicking the link, this person is led directly to a specific subject in your application, or a specific record within that subject, and a table task or report can be executed for that record. Therefore, a process flow with a deep link cannot be started from within your application.

Some examples of deep linking

Some examples of when you can use deep linking are:

  • Mailing a ticket status update to a customer - This flow would contain process flow actions like Open document and Go to row, and include process variables such as the ticket_id and status.
  • Ask someone to approve an invoice - This flow would contain process flow actions like Open document, Change filter, Go to row, and Start table report.
  • Send a notification about a new order - This flow would contain process flow actions like Open document, Go to row, and Start table task.

There are two types of deep links:

  1. Deep links in a process flow, as described in this section.
  2. Windows GUI Web GUI Manually created and shared deep links from a record in the application's user interface. You can copy/paste the link to a record to share it with someone else, for example, by email or in a chat.

See: Share a record. This deep link can be opened only in the Web GUI but can be created in both the Web GUI and the Windows GUI (depending on its configuration. See the WebGuiUrl property in the Extended properties). :::

Enable deep linking​

To enable deep linking:

menu Processes > Process flows

  1. Select a process flow.
  2. Select the Deep linking allowed checkbox.

Enabling deep linking for a process flow Deep linking in a process flow

Variables in a deep link allow the implementation of more dynamic scenarios, such as navigation to a specific record.

To enable variables in a deep link:

menu Processes > Process flows > tab process variables

  1. Under Deep linking, select the Available checkbox.
  2. Select the Mandatory checkbox if a deep link should be mandatory for all new process flows.

deep_link Process variable for deep linking in a process flow

When a deep link is started, it might be necessary to validate or prepare some issues before starting the process flow. For example:

  • You want to notify the user if the variable values provided by the deep link make no sense.
  • The process flow requires additional variables containing sensitive information that you do not want to include in the deep link.

To fulfill these requirements, you should implement the process procedure of the Start action. Traditional process flows will never initiate the process procedure of the Start action, but deep links will.

The process procedure will receive the values of the variables in the deep link. Based on these values, the values of other variables can be set and determine how the process flow should continue.

After configuring a process flow for deep linking, you can create the deep link itself.

The format of a deep link URL is:

https://[server]/[web_application]/DeeplinkHandler.ashx?guiApplAlias=[gui_appl_alias]&processFlowID=[process_flow_id]&$[variable1]=[value1]&$[variable2]=[value2]

  • [gui_appl_alias] - the alias of the application in IAM. When starting the GUI with a Software Factory meta source, this parameter can be removed from the URL.
  • [process_flow_id] - the ID of the process flow that must be started by the deep link.
  • [variable#] and [value#] - the ID of the process variable and the value it should receive. It is possible to specify multiple variables in the deep link. The ID of the process variable needs to be preceded by a $ sign.

After configuring a process flow for deep linking, you can create the deep link itself.

The format of a deep link URL is:

https://[server]/#application=[application_alias or id]/processflow=[process_flow_id]?[process_parameter1]=[value1]&[process_parameter#]=[value#]

  • [application_alias or id] - the alias or the id of the application.
  • [process_flow_id] - the ID of the process flow that must be started by the deep link.
  • [process_parameter#] and [value#]- the ID of the process parameter and the value it should receive. You can add multiple process parameter and value pairs, separated by an & character.

Example:

https://universal.mycompany.com/#application=myapp/processflow=startdocument?record_id=2

Result:

The Universal GUI opens the application with alias myapp, start process flow startdocument, and set the process flow variable record_id to 2. The application variable in the URL can be an application alias or an application id.

Start a process flow by posting variables​

Indicium

If deep-linking is enabled in a process flow, you can post process flow variables with their values to start the process flow with those values. This type of POST request has syntax:

POST iam/{appl}/process_flow_id
body
{
   "{variable}": "{string or date value}",
   "{integer variable}": {int value},
  ...
}

Possible error messages when posting process flow variables​

When posting process flow variables, the following BadRequest error messages can occur. The code examples illustrate POST requests that cause these error messages.

  • Request bodies are only allowed for process flows which have deep linking enabled.

    POST iam/{appl}/process_flow_where_deeplinking_is_not_allowed
    body
    {
        "variable": "any value"
    }

  • Process flows with multiple starting points cannot be supplied with a request body.

    POST iam/{appl}/process_flow_where_deeplinking_is_allowed_but_with_multiple_starting_points
    body
    {
        "variable": "any allowed value"
    }

  • Process variable variableID does not exists in process flow: processFlowID.

    POST iam/{appl}/process_flow_where_deeplinking_is_allowed_but_with_unknown_process_variable
    body
    {
        "unknown_process_variable": "any allowed value"
    }

  • Process variable variableID is not available for deep link.

    POST iam/{appl}/process_flow_where_deeplinking_is_allowed_but_with_process_variable_which_is_not_allowed_with_deeplink
    body
    {
        "non_allowed_deeplink_process_variable": "any allowed value"
    }

  • An invalid value was supplied for process variable variableID. Only primitive values are allowed.

    POST iam/{appl}/process_flow_where_deeplinking_is_allowed_but_with_process_variable_with_invalid_value
    body
    {
        "process_variable": "any invalid not primitive value"
    }

  • An invalid value was supplied for process variable variabeleID. Cannot convert variable value: any non integer value to type int.

    POST iam/{appl}/process_flow_where_deeplinking_is_allowed_but_with_process_variable_with_invalid_value
    body
    {
        "int_variable": "any non integer value"
    }

  • The mandatory deep link process variables missing process variables were not provided. Please supply these properties to start this deep link process flow.

    POST iam/{appl}/process_flow_where_deeplinking_is_allowed_with_mandatory_deeplink_process_variable
    body
    {
    }

  • Length of process variable cannot exceed maximum value.

    The length of the variable is greater than the set maximum in the domain (menu Data > Domains > tab Form > field Max. value).

    POST iam/{appl}/process_flow_with_a_variable_with_a_maximum_domain_length.
    body
    {
    "process_variable": "the entered value that is too large"
    }

  • Process variable has too many digits (was entered number of digits)

    More decimal points than the set maximum in the domain (menu Data > Domains > tab Form > field Max. value).

    POST iam/{appl}/process_flow_with_a_variable_for_a_domain_with_a_maximum_number_of_decimal_points.
    body
    {
    "process_variable": "the entered value with too many decimal points"
    }

  • Process variable should be between minimum value and maximum value (was entered value).

    The entered value is outside the allowed range set in the domain (menu Data > Domains > tab Form > fields Max. value and Min. value).

    POST iam/{appl}/process_flow_with_a_variable_with_a_maximum_and_minimum_domain_length.
    body
    {
    "process_variable": "the entered value that is too high or low"
    }

A message protocol independent web service in a process flow​

Indicium

If a third party application sets the requirements for the message protocol and OData does not suffice, a message protocol independent web service is available in the Software Factory. This web service supports all HTTP-based messaging protocols, such as SOAP, GraphQL, OData and even your own proprietary protocol. It can be utilized when your Thinkwise application regularly receives information from third-party applications. For instance, to receive recurring SOAP messages containing changes from a data supplier or message queues with specific JSON messages.

This process flow behavior can only be used for system flows (i.e. process flows without user interaction). The process flow can be set up as usual, but starting points will automatically be disabled and also deep linking is no longer available.

Message protocol independent web services cannot be scheduled. If you enable this behavior, the Process schedules tab is no longer available.

Enable the message protocol independent web service​

To activate this process flow behavior:

menu Processes > Process flows > tab Process flows

  1. Select the process flow.

  2. Select the Custom protocol checkbox.

  3. Option: in the field API alias, enter the name that suits the requirements of the third party application. If entered, this name will be used in the URL.

Enable the message protocol independent web service Enable message protocol independent web service in a process flow

API endpoint for message protocol independent web services​

When the API box is checked, Indicium creates a special API endpoint:

  • /open/iam/<appl>/<process_flow_id>.

Or, if an API alias is available, the endpoint is:

  • /open/iam/<appl>/<process_flow_api_alias>.

The first segment of the endpoint is /open because it is a special endpoint, entirely separate from Indicium's regular OData endpoints.

This endpoint accepts any request type that you send to it, as long as the URL path is as shown above. All requests are valid, no matter what the HTTP method is, whether you add a query string to the URL, which headers you include or what the request body is.

Variables and properties​

menu Processes > Process flows > tab Process variables

To be able to make the request, the process variables in the flow need to be connected to a property. Indicium will fill the variable with the value corresponding to the request property from the API call and return the response with values from the process variables with the corresponding response properties.

  • When an HTTP request property (Method, Path, Query string, Request body, Request headers) is mapped to a process variable, that process variable is initialized with the corresponding value in the HTTP request that started the process flow.
  • When an HTTP response property (Response body, Response code, Response headers) is linked to a process variable, the values of those process variables determine the response that Indicium gives.

Please note the following restrictions that apply to the process variable properties:

  • Method - The domain must be a string type, such as (n)varchar or an equivalent type.
  • Path - The domain must be a string type, such as (n)varchar or an equivalent type.
  • Query string - The domain must be a string type, such as (n)varchar or an equivalent type.
  • Request headers (json) - The domain must be a string type, such as (n)varchar or an equivalent type. The value will be formatted in JSON like this: { "Header1": [ "value1", "value2" ], "Header2": [ "value"] }.
  • Request body - The domain must be a string or binary type, such as (n)varchar, varbinary or an equivalent type.
  • Response code - The domain must be an integer type, such as int or an equivalent type. The value must be a valid HTTP response status code (e.g. 200, 204, 404, etc.)
  • Response headers (json) - The domain must be a string type, such as (n)varchar or an equivalent type. The value must be formatted in JSON like this: { "Header1": [ "value1", "value2" ], "Header2": [ "value"] }.
  • Response body - The domain must be a string or binary type, such as (n)varchar, varbinary or an equivalent type.

Process variables and properties Example process variables and properties

Creating a request for a message protocol independent webservice​

The base URL of the request must always start with:

  • /open/iam/<appl>/<process_flow_id>

or

  • /open/iam/<appl>/<process_flow_api_alias> (see API alias).
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