Project Management

A project can be defined as a folder containing all the configuration files related to a specific plant and all the settings needed to reconstruct user interface and system logics. New projects can be easily created directly using the Configurator software. Previously existing projects can be imported and edited (they can be renamed, optimised, deleted, etc).

Creating a project

Projects can be created using a dedicated wizard tool, which will be automatically launched by clicking on the ”New” button in the toolbar above.

  • Step 1 Enter the project name without spaces or diacritic signs (mandatory).

New project button and wizard first step

Figure 3.1: New project button and wizard first step

  • Step 2 Select the server type (mandatory) and enter the device serial number (optional); go to the next phase by clicking on ”Next” or conclude the wizard by clicking on ”End”; all the following steps are optional .

Step 2: server selection

Figure 3.2: Step 2: server selection

  • Step 3 Enter IP address to connect to the server using the local network or host name and port (if different from the predefined one) to use remote connection.

Step 3: connection settings

Figure 3.3: Step 3: connection settings

  • Step 4 The name and even the geographic coordinates of the location where the server is installed should be typed in this section. These data will be used on clients when the geolocalization feature is active. These settings are mandatory if the sun calculator object is added to system. Check the box ”Enable Time Server” to use the server as time and date source for KNX devices. Server will synchronize with NTP time server if an internet connection is available.

Step 4: server location settings

Figure 3.4: Step 4: server location settings

  • Step 5 If the plant will be managed by different users and different user interfaces for each user has to be created than it is necessary to create users and groups to be used for export policies. It is possible clicking on the ”Edit” button to access the users editor window. For more details about users creation refer to section 3.1.4.

Step 5: users creation for restrictions

Figure 3.5: Step 5: users creation for restrictions

Once all users and groups are set, a summary is displayed in the empty window. Click on “Next” to move to the next step.

  • Step 6 Selecting the active licences for the project permits that configurator checks while exporting whether objects and functions configured into the project will properly work once the project will be exported and uploaded on the server. In fact, if the project contains objects that are not included in licences purchased by the customer, they will not be working in the real installation.

Step 6: project active licenses editor

Figure 3.6: Step 6: project active licenses editor

Click on “Edit” button to access the licences editor. Single licences, and packages can be selected in the licences editor window. For more details refer to section 2.1.3.

To adjust the information set included into the wizard at a later stage, select the “System” object in the Configurator system tree and all the object properties will be displayed in the property grid below.

Managing a project

After a project has been successfully created, it can be managed using various buttons displayed in the configurator upper toolbar.

Project related buttons on configurator toolbar

Figure 3.7: Project related buttons on configurator toolbar

  • Save Changes applied to the project will be saved.
  • Close Current project will be closed, while the Configurator homepage stays open.
  • Rename Current project name can be edited.
  • Open By clicking on this button, the following window will be displayed:

Figure 3.8

Figure 3.8

Project management form

Figure 3.9: Project management form

Existing projects can be renamed, opened or deleted. Previously created files can be imported in the Configurator.

To enable the use of ThinKnxCloud, open the server web page, select Server menu item and then select ThinKnxCloud. In the cloud page, click “Enable ThinKnxCloud” button. A popup will appear to set the maintainer password for the cloud. After the user fills these fields and clicks on the Enable button, the server enables the Cloud features which means project upload and data storage. After the enabling procedure is completed, the status of the cloud must change to Enabled and the user can see how much storage space is using on the cloud.

  • Serial number: serial number of the ThinKnx server, it is mandatory to use all the cloud features
  • ThinknxCloud: it must be enabled
  • Password for ThinknxCloud: it must contain the maintainer password previously set in the server web page
  • User’s ThinKnxCloud password: if the project requires the use of groups and users, each user configured must have a password associated to it. All the users passwords for the cloud must be different. To create the password, open the Authorizations property, select a user and fill the ThinKnxCloud password property with the password assigned to the user.

Once the cloud properties are set, to upload the project on the cloud, save the project, click on the Export button in the toolbar menu and select “Upload to the Cloud” menu item. All the clients versions of the project (one for each user) are uploaded to the ThinknxCloud server. If the project doesn’t contain any users, only the main version is uploaded. A popup indicating the progress of the upload will appear.

To download the project, open ThinKnx or ThinKnx Pocket app and open the Settings page. Select the Cloud tab and fill the two fields below with the server serial number and the cloud password. If the projects contains multiple user, to download a specific version of the project insert the password associated to the user otherwise use the maintainer password (the one created in the server web page). When the user taps the Download button, the download starts. Different icons indicates whether the project has been downloaded from the Configurator or from the ThinKnx Cloud. To simplify the download procedure from Cloud, the serial number will be displayed for each project under the project name.

In case a fixed public ip address is not available this service grants to access your server even out from the local network. To configure the server open the server webpage from local address:

Figure 3.10

Figure 3.10

From the main menu, select “Server” and click on “ThinKnxCloud”. To add a “ThinKnx ID”, click on the button “Change MyThinKnx settings”. It will appear a windows where to add the name of the device.

Figure 3.11

Figure 3.11

Clicking on the “Enable” button will set the new ThinKnx ID.

When the project is complete it has to be deployed on the various devices like the server and the clients. The configurator has a special part dedicated to project exporting with several file formats depending on the addressee device. Project can also be exported simply to back it up or to transfer to another PC.

By right clicking on the ”Deploy” button, the following options will be displayed:

  • Upload to local server The project is uploaded to the server so that configurations can be saved and memory can be allocated for objects that require to be configured by the user.

When the project is modified, even sligthly, it is important to transfer it to the server and to the clients. Only in this way you will be granted of the functioning of all the features.

  • Web server for Thinknx Apps Using this option the configurator will publish locally a version of the project that can be downloaded from Thinknx Apps. When you select this option a form will ask you for which user (refer to section 2.a) you want to publish the project. Inside the app (Ios, Android and Windows version) you can go to the settings page and use the “Configurator” section to download the project. The url to put inside the app is published on the bottom of the configurator window like in the image below.

Figure 3.12

Figure 3.12

When you export the project for the Apps using this feature, the configurator will create a snapshot of the project at the time you press the button. If you make modifications to the project and you want to actualize the apps content you need to press again the deploy button so that you will be able to download the new snapshot with all the modifications.

This feature will work only when the PC running the configurator is on the same network of the device running the App. It is useful when internet is not available or during the test phase of the project. When the project is finished it is advisable to use the Cloud feature that will grant that all the client will use the same project version.

  • Web server for Android Touch (obsolete) Select this option if the project has to be uploaded on Thiknx Android touch screen devices. It is not intended for transferring project to generic Android devices.
  • Upload to the Cloud All the clients versions of the project (one for each user) are uploaded to the ThinknxCloud server. If the project doesn’t contain any users, only the main version is uploaded. A popup indicating the progress of the upload will appear. After this step you can download the project inside any app in any moment. You need to go the the settings page of the app and inside the Cloud section fill in the fields with the server serial number and with the cloud password for the user you want to get the project.

By clicking on ”Export” button, the following options will be displayed:

  • Export project Export procedure allows to save the project created with the Configurator as a .erg file; it is particularly useful to store back up copies in a folder and to send projects from a Configurator to another.
  • Optimize project Whenever an image or any kind of file is imported in the Configurator, it is automatically copied in a dedicated project folder so that the software does not operate on the original item, risking to affect the project if it is moved or deleted. Doing so, several unused files roll by the project folder; by clicking on this button they will be automatically removed, remarkably improving and simplifying clients performances.
  • Export for server on file If the PC which the Configurator is running on is not in the same LAN as the server one, the software automatically creates a .srv file that can be manually uploaded to the web page.

Server Uploading procedure

  1. After launching the browser and typing http://’external IP’:5051 the login page is displayed.
  2. Login as service user (default password: ”pass”).
  3. In the homepage, click on ”Upload” button.
  4. Click on ”Select file” and then ”Upload”.

Figure 3.14

Figure 3.14

  1. The server restarts automatically.
  • Export for touch screen/Windows (old clients) this procedure allows to generate a file with .tou extension that is asked from the Windows client and is used to configure it. The generated file has to be transferred to the Windows pc where the Windows Player is installed. Double clicking on the file causes the installation of the new project.
  • Export for Android (old clients) this procedure allows to generate a file that is used from old Android client apps and from MacOS app.

Uploading procedure for Android devices

  1. Connect the device to the PC via USB
  2. Create a folder named ”Thinknx” in the root folder of the device
  3. Copy the file in the folder just created

Uploading procedure for Mac computers

  1. Create a folder named ”Thinknx” in the user’s ”Documents” folder
  2. Copy the file inside the folder just created

Export for user allows to configure different versions of the project to be uploaded to clients; the peculiar characteristics of each version can be defined by setting restrictions for users (for more details refer to section 2.1.6 ). The Configurator, if users have been configured in the project (for more details refer to section 2.1.4 ), requires to select which user will be the project exportation final addressee. Select the desired user and click on ”OK”.

After selecting one export modality, the Configurator automatically checks system properties to confirm that an IP address valid for the server has been set; otherwise the export cannot be finished. If components not corresponding to the selected licences have been configured in the project, the Configurator displays a warning message. The export can still be finished but the commands related to unlicensed objects will not be working. If the file has to be exported for touch-screen and Android, is required to specify where the file has to be saved. If the file has to be exported on iPad, the Configurator directly exports the project and launches the web server so that the user can immediately connect.

Authentication through server web pages

Once the project is loaded on the server and on clients, the client software opens a connection with the ThinKnx server. The first time the project is loaded on the client, it requires to be authenticated on the server.

Figure 3.15

Figure 3.15

The client authentication is done on the server web page, browse in the “Server→Licenses & Codes” and copy the “Last connected client code” and check the “Enabled” box, as shown in the following figure:

Figure 3.16

Figure 3.16

Authentication through ThinKnx app (new procedure)

The procedure to authenticate client devices always requires the effort of installers to access the server web pages and to manually add the last connected client code to the table of enabled clients. To save time to installers and leave more indipendence to final users, it is now possible to authenticate the client directly from the app through a simple popup. To use this feature the ThinKnxCloud must be enabled and the users must be configured (each user with its own cloud password) in the project. It is enough to enable the “Automatic authentication” property in the System node and to upload the project to the cloud (if the Automatic server update is disabled, remember to upload it also on the server!). Then, when an unauthenticated client connects to the ThinKnx server, a popups appears in the app asking for credentials. If the credentials provided by the users are correct, a new row will be automatically added in the table of enabled clients in the server web pages.

Figure 3.17

Figure 3.17

Four clients have to be used for four different functions: three of them shares the same needs, the fourth has fewer enabled functions. First of all, two groups have to be created: the first one contains the three users with similar needs, the other one will contain the user with limited functions; once users have been configured, restrictions have to be manually set on objects. Suppose that the example project has no external server address and contains the following elements:

Figure 3.17

Figure 3.17

Figure 3.18

Figure 3.18

In the project have been only selected ”Modbus and Automation” and ”IR Audio and Video ” licenses.

Figure 3.19

Figure 3.19

Launching the exportation, the Configuration displays the error window containing messages that warns about the empty IP address slot and the missing licences.

Figure 3.20

Figure 3.20

Since the IP address has not been set, the export cannot be continued. To set the IP address, select the ”System” node from the system tree and type the external server address in the empty slot near the property name.

Once the missing information have been added, launching the export again, the error window is still displayed but it contains only the messages related to missing licences. In this case, click on ”Yes” to proceed with the export anyway.

The Configurator, if users have been configured in the project, requires to select which user will be the project exportation final addressee. Select the desired user, for example ”Operator User”, and click on ”OK”.

Figure 3.21

Figure 3.21

Once the project has been downloaded to client, for example to an iPad, that specific client will be allowed to display only a ”reduced” project version, which has been exported for Operator User.

Of all configured functions, Operator User cannot visualise Rollers, Heating and Cameras since they contain a restriction.

  • proj_man.txt
  • Last modified: 2019/03/20 17:04
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