This includes overwriting the port configuration thatĭetermines the number of physical functions the device willĭEVLINK_FLASH_OVERWRITE_SETTINGS and DEVLINK_FLASH_OVERWRITE_IDENTIFIERSĭo not preserve either settings or identifiers. List of supported overwrite modes ¶ĭo not preserve settings stored in the flash components being It supports updating the device flash using aĬombined flash image that contains the fw.mgmt, fw.undi, andįw.netlist components. The ice driver implements support for flash update using theĭevlink-flash interface. The first 4 bytes of the hash of the netlist module contents. Management firmware as part of managing link and device This module defines the device’sĮthernet capabilities and default settings, and is used by the Unique identifier for the DDP package loaded in the device. Required to uniquely identify the package. That both the name (as reported by fw.app.name) and version are The version of the DDP package that is active in the device. Variation of the DDP package has a unique name. Package is loaded by the driver during initialization. The name of the DDP package that is active in the device. Also referred to as the EETRACK identifier of the NVM. Unique identifier of the firmware image file that was loaded onto Version defining the format of the flash contents. The patch version is normally 0 but is incremented whenĪ fix is delivered as a patch against an older base Option ROM. Non-breaking changes and reset to 1 when the major version is Incremented whenever a major breaking change occurs, or when the Version of the Option ROM containing the UEFI driver. Unique identifier of the source for the management firmware. Kernel only displayed a 2-digit version number (major.minor). Intel documentation refers toģ-digit version number () of the API exported over The Product Board Assembly (PBA) identifier of the board.ģ-digit version number of the management firmware running on theĮmbedded Management Processor of the device. The ice driver reports the following versions devlink info versions implemented ¶ Parameters ¶ Generic parameters implemented ¶ USB host support for attached USB serial adapters for communication to target board serial ports.This document describes the devlink features implemented by the iceĭevice driver.Integrated, instrumented Ethernet switch with a second Ethernet port on the front panel for use by the target board.Target boards can be powered with a switchable 12V/2A power port or a 5V/1.5A USB Type A interface.The Green Hills Probe V4 provides and instruments the most common power and communications interfaces used by target boards, simplifying not only the physical cabling to a target board, but also providing debugging insight into these interfaces. A processor adapter is then added to match the target processor. A single processor-independent Green Hills Probe V4 is configured with either a pod for JTAG and parallel trace or a pod for high-speed serial trace (HSST). The Green Hills Probe V4 simplifies customer configurations because it replaces both the Green Hills Probe V3 and the SuperTrace Probe. Besides providing insight into memory systems, cycle accurate mode accurately determines system performance and measures the effects of optimization efforts. This allows analysis of the effects of cache and other memory systems. When provided for by trace targets, the Green Hills Probe V4 captures trace data in cycle accurate mode so developers can determine how many cycles each instruction takes. It supports JTAG clocks from 2.5 kHz to 120 MHz with nearly 100% data payload utilization to maximize the download speed to the target processor. With its 4GB of high-speed trace memory and 40 Gbits/second of aggregate bandwidth, the Probe V4 enables faster development by minimizing the time spent waiting for downloads to complete. The Green Hills Probe V4 can be used in the most complex debug situations. The Green Hills Probe V4 supports debugging of multiple cores in a single JTAG scan chain as well as multicore trace. The Green Hills Probe V4 can select between a range of I/O interface voltages from 1.65V to 5V for connecting to a variety of targets. With its flexible trace clock interface, Green Hills Probe V4 can automatically adjust for timing skew between trace data and clock lines for more reliable trace collection. Green Hills Probe V4 supports an extensive range of target trace ports on thousands of processors.Ĭoupled with the MULTI IDE, the Probe V4 provides RTOS-aware debugging of Green Hills Software's INTEGRITY RTOS.
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