You can see three applications ( amsd, ilorest and sut) and two deployed firmware packages ( firmware-iegen10 and firmware-ilo5). The following screenshot shows the list of HPE software displayed by the iLO Graphical User Interface (GUI) of a Linux server. Refer to Part 2 of this series for more information about the chif driver. Moreover, the HPE Agentless Management Service (AMS) must be present and started in the OS in order to have a communication link with the iLO through the chif driver. Since this list comes from the OS, it is mandatory to have the system booted. This collection contains the items listed in the iLO 5 Graphical User Interface (GUI), which are shown in the screenshot below. Software inventoryįrom the SoftwareInventory endpoint, you can retrieve the collection of HPE software installed in the Operating System (OS). In this article, I will cover these five endpoints in the following order: SoftwareInventory, FirmwareInventory, Actions, HttpPushUri and finally the Oem.Hpe extension. Later schemas may have different content. Note that this picture shows the output of a request performed against an iLO 5 (version 2.18) implementing schema version 1.1.1 of the Redfish update service. Located at /redfish/v1/UpdateService, this ServiceRoot resource is populated with five endpoints, which are highlighted in the next screenshot. The Redfish update service contains software and firmware information as well as methods for updating these resources. “Well written” public examples in Python and PowerShell can be found on the Internet. Writing Redfish scripts with hard-coded locations is definitively a bad practice as explained in this article and demonstrated in these Jupyter Notebooks. This third article describes the standard Redfish® update service, including its simple update and Original Equipment Manufacturer (OEM) extension actions, and offers numerous examples and screenshots.įor didactic reasons, cases described in this blog post have been performed with the Postman platform for API development with hard-coded resource locations. Google "FTDI gate".In the first two blogs of this three part series regarding HPE firmware updates, I explained the different objects involved in firmware updates and how they are packaged, as well as the interaction between these objects when used in different operating modes. But the fact you "installed" FTDI drivers for it I start to think it's NOT a CH340 but just a Chinese/counterfeit FTDI which will install with the latest FTDI drivers but just will not work. It just un-links them Sometimes Windows gives you the extra option to do so but if it thinks it's still in use it doesn't.īut if you have the CH340 driver installed, then plug in the CH340 and Windows will just link the driver for you. How did you do that? Just removing the device doesn't delete the driver. One thing I don't fully understand about the 340 driver is when I run the executable it says the drivers were previously installed even after I removed them If you have a CH340 you should not try to point to the FTDI drivers or vice versa but Windows should tell you that. And the FTDI drivers have nothing to do with the CH340. Being linked to a device is another story. There is no such thing as going back to them. So if you don't trust them, don't use the CH340Īnd then tried to go back to the CH341SER drivers
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