- 08 Apr, 2021 24 commits
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Shannon Nelson authored
Split the call into ionic_lif_hwstamp_set() to have two separate interfaces, one from the ioctl() for changing the configuration and one for replaying the current configuration after a FW RESET. Signed-off-by:
Shannon Nelson <snelson@pensando.io> Signed-off-by:
David S. Miller <davem@davemloft.net>
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Shannon Nelson authored
When starting the queues in the link-check, don't go into the BROKEN state if the return was EBUSY. Signed-off-by:
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Shannon Nelson authored
When returning after a firmware reset, re-start the PTP after we've restarted the general queues. Signed-off-by:
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Shannon Nelson authored
Set the SKBTX_IN_PROGRESS when offloading the Tx timestamp. Signed-off-by:
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Shannon Nelson authored
Make sure the device is in a Tx offload mode before calling the hwstamp offload xmit. Signed-off-by:
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Shannon Nelson authored
We don't need to look for HAVE_HWSTAMP_TX_ONESTEP_P2P in the upstream kernel. Signed-off-by:
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Shannon Nelson authored
Clean up variable declarations. Signed-off-by:
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David S. Miller authored
Marek Behún says: ==================== net: phy: marvell10g updates Here are some updates for marvell10g PHY driver. I am still working on some more changes for this driver, but I would like to have at least something reviewed / applied. Changes since v3: - added Andrew's Reviewed-by tags - removed patches adding variadic-macro library and bitmap initialization macro - it causes warning that we are not currently able to fix easily. Instead the supported_interfaces bitmap is now initialized via a chip specific method - added explanation of mactype initialization to commit message of patch 07/16 - fixed repeated word in commit message of second to last patch Changes since v2: - code refactored to use an additional structure mv3310_chip describing mv3310 specific properties / operations for PHYs supported by this driver - added separate phy_driver structures for 88X3340 and 88E2111 - removed 88E2180 specific code (dual-port and quad-port SXGMII modes are ignored for now) Changes since v1: - added various MACTYPEs support also for 88E21XX - differentiate between specific models with same PHY_ID - better check for compatible interface - print exact model ==================== Signed-off-by: -
Marek Behún authored
Add myself as maintainer of the marvell10g ethernet PHY driver, in addition to Russell King. Signed-off-by:
Marek Behún <kabel@kernel.org> Signed-off-by:
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Marek Behún authored
This module supports not only Alaska X, but also Alaska M. Change module description appropriately. Signed-off-by:
Andrew Lunn <andrew@lunn.ch> Signed-off-by:
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Marek Behún authored
88E2111 is a variant of 88E2110 which does not support 5 gigabit speeds. Differentiate these variants via the match_phy_device() method, since they have the same PHY ID. Signed-off-by:
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Marek Behún authored
Add constants for 2.5G and 5G speed in PCS speed register into mdio.h. Signed-off-by:
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Marek Behún authored
The driver name "mv88x2110" should be instead "mv88e2110". Signed-off-by:
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Marek Behún authored
The 88X3340 contains 4 cores similar to 88X3310, but there is a difference: it does not support xaui host mode. Instead the corresponding MACTYPE means rxaui / 5gbase-r / 2500base-x / sgmii without AN Signed-off-by:
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Marek Behún authored
Currently the only "changing" MACTYPE we support is when the PHY changes between 10gbase-r / 5gbase-r / 2500base-x / sgmii Add support for usxgmii xaui / 5gbase-r / 2500base-x / sgmii rxaui / 5gbase-r / 2500base-x / sgmii and also 5gbase-r / 2500base-x / sgmii for 88E2110. Signed-off-by:
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Marek Behún authored
Now that we have a chip structure, we can store the temperature reading method in this structure (OOP style). Signed-off-by:
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Marek Behún authored
The 88E2110 does not support xaui nor rxaui modes. Check for correct interface mode for different chips. Signed-off-by:
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Marek Behún authored
Add support for all rate matching modes for 88X3310 (currently only 10gbase-r is supported, but xaui and rxaui can also be used). Add support for rate matching for 88E2110 (on 88E2110 the MACTYPE register is at a different place). Currently rate matching mode is selected by strapping pins (by setting the MACTYPE register). There is work in progress to enable this driver to deduce the best MACTYPE from the knowledge of which interface modes are supported by the host, but this work is not finished yet. Signed-off-by:
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Marek Behún authored
Add all MACTYPE definitions for 88E2110, 88E2180, 88E2111 and 88E2181. Signed-off-by:
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Marek Behún authored
Add all MACTYPE definitions for 88X3310, 88X3310P, 88X3340 and 88X3340P. In order to have consistent naming, rename MV_V2_33X0_PORT_CTRL_MACTYPE_RATE_MATCH to MV_V2_33X0_PORT_CTRL_MACTYPE_10GBASER_RATE_MATCH. Signed-off-by:
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Marek Behún authored
Rename port control registers to indicate that they are valid only for 88X33x0, not for 88E21x0. Signed-off-by:
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Marek Behún authored
These modes are also supported by these PHYs. Signed-off-by:
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Marek Behún authored
This space should be a tab instead. Signed-off-by:
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Marek Behún authored
The MV_V2_PORT_MAC_TYPE_* is part of the CTRL register. Rename to MV_V2_PORT_CTRL_MACTYPE_*. Signed-off-by:
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- 07 Apr, 2021 16 commits
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Wei Yongjun authored
Use the module_pci_driver() macro to make the code simpler by eliminating module_init and module_exit calls. Signed-off-by:
Wei Yongjun <weiyongjun1@huawei.com> Signed-off-by:
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Wei Yongjun authored
Use the module_pci_driver() macro to make the code simpler by eliminating module_init and module_exit calls. Signed-off-by:
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Wei Yongjun authored
Use the module_pci_driver() macro to make the code simpler by eliminating module_init and module_exit calls. Signed-off-by:
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Wei Yongjun authored
Use the module_pci_driver() macro to make the code simpler by eliminating module_init and module_exit calls. Signed-off-by:
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Wei Yongjun authored
Use the module_pci_driver() macro to make the code simpler by eliminating module_init and module_exit calls. Signed-off-by:
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Wei Yongjun authored
Use the module_pci_driver() macro to make the code simpler by eliminating module_init and module_exit calls. Signed-off-by:
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Wei Yongjun authored
module_spi_driver() makes the code simpler by eliminating boilerplate code. Signed-off-by:
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Johan Hovold authored
According to the changelog, asynchronous mode was dropped sometime before v2.2. Let's get rid of the unused driver-specific async state as well so that it doesn't show up when doing tree-wide tty work. Signed-off-by:
Johan Hovold <johan@kernel.org> Signed-off-by:
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Colin Ian King authored
The macro CN23XX_PEM_BAR1_INDEX_REG is being used to shift oct->pcie_port (a u16) left 24 places. There are two subtle issues here, first the shift gets promoted to an signed int and then sign extended to a u64. If oct->pcie_port is 0x80 or more then the upper bits get sign extended to 1. Secondly shfiting a u16 24 bits will lead to an overflow so it needs to be cast to a u64 for all the bits to not overflow. It is entirely possible that the u16 port value is never large enough for this to fail, but it is useful to fix unintended overflows such as this. Fix this by casting the port parameter to the macro to a u64 before the shift. Addresses-Coverity: ("Unintended sign extension") Fixes: 5bc67f58 ("liquidio: CN23XX register definitions") Signed-off-by:Colin Ian King <colin.king@canonical.com> Signed-off-by:
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Colin Ian King authored
The error check on err is always false as err is always 0 at the port_found label. The code is redundant and can be removed. Addresses-Coverity: ("Logically dead code") Signed-off-by: -
David S. Miller authored
Merge tag 'linux-can-next-for-5.13-20210407' of git://git.kernel.org/pub/scm/linux/kernel/git/mkl/linux-can-next Marc Kleine-Budde says: ==================== pull-request: can-next 2021-04-07 this is a pull request of 6 patches for net-next/master. The first patch targets the CAN driver infrastructure, it improves the alloc_can{,fd}_skb() function to set the pointer to the CAN frame to NULL if skb allocation fails. The next patch adds missing error handling to the m_can driver's RX path (the code was introduced in -next, no need to backport). In the next patch an unused constant is removed from an enum in the c_can driver. The last 3 patches target the mcp251xfd driver. They add BQL support and try to work around a sometimes broken CRC when reading the TBC register. ==================== Signed-off-by:
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Andrei Vagin authored
Here is only one place where we want to specify new_ifindex. In all other cases, callers pass 0 as new_ifindex. It looks reasonable to add a low-level function with new_ifindex and to convert dev_change_net_namespace to a static inline wrapper. Fixes: eeb85a14 ("net: Allow to specify ifindex when device is moved to another namespace") Suggested-by:
Jakub Kicinski <kuba@kernel.org> Signed-off-by:
Andrei Vagin <avagin@gmail.com> Acked-by:
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Andrei Vagin authored
In this case, we don't need to check that new_ifindex is positive in validate_linkmsg. Fixes: eeb85a14 ("net: Allow to specify ifindex when device is moved to another namespace") Suggested-by:
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git://git.kernel.org/pub/scm/linux/kernel/git/saeed/linuxDavid S. Miller authored
Saeed Mahameed says: ==================== mlx5-updates-2021-04-06 Introduce TC sample offload Background ---------- The tc sample action allows user to sample traffic matched by tc classifier. The sampling consists of choosing packets randomly and sampling them using psample module. The tc sample parameters include group id, sampling rate and packet's truncation (to save kernel-user traffic). Sample in TC SW --------------- User must specify rate and group id for sample action, truncate is optional. tc filter add dev enp4s0f0_0 ingress protocol ip prio 1 flower \ src_mac 02:25:d0:14:01:02 dst_mac 02:25:d0:14:01:03 \ action sample rate 10 group 5 trunc 60 \ action mirred egress redirect dev enp4s0f0_1 The tc sample action kernel module 'act_sample' will call another kernel module 'psample' to send sampled packets to userspace. MLX5 sample HW offload - MLX5 driver patches -------------------------------------------- The sample action is translated to a goto flow table object destination which samples packets according to the provided sample ratio. Sampled packets are duplicated. One copy is processed by a termination table, named the sample table, which sends the packet to the eswitch manager port (that will be processed by software). The second copy is processed by the default table which executes the subsequent actions. The default table is created per <vport, chain, prio> tuple as rules with different prios and chains may overlap. For example, for the following typical flow table: +-------------------------------+ + original flow table + +-------------------------------+ + original match + +-------------------------------+ + sample action + other actions + +-------------------------------+ We translate the tc filter with sample action to the following HW model: +---------------------+ + original flow table + +---------------------+ + original match + +---------------------+ | v +------------------------------------------------+ + Flow Sampler Object + +------------------------------------------------+ + sample ratio + +------------------------------------------------+ + sample table id | default table id + +------------------------------------------------+ | | v v +-----------------------------+ +----------------------------------------+ + sample table + + default table per <vport, chain, prio> + +-----------------------------+ +----------------------------------------+ + forward to management vport + + original match + +-----------------------------+ +----------------------------------------+ + other actions + +----------------------------------------+ Flow sampler object ------------------- Hardware introduces flow sampler object to do sample. It is a new destination type. Driver needs to specify two flow table ids in it. One is sample table id. The other one is the default table id. Sample table samples the packets according to the sample rate and forward the sampled packets to eswitch manager port. Default table finishes the subsequent actions. Group id and reg_c0 ------------------- Userspace program will take different actions for sampled packets according to tc sample action group id. So hardware must pass group id to software for each sampled packets. In Paul Blakey's "Introduce connection tracking offload" patch set, reg_c0 lower 16 bits are used for miss packet chain id restore. We convert reg_c0 lower 16 bits to a common object pool, so other features can also use it. Since sample group id is 32 bits, create a 16 bits object id to map the group id and write the object id to reg_c0 lower 16 bits. reg_c0 can only be used for matching. Write reg_c0 to flow_tag, so software can get the object id via flow_tag and find group id via the common object pool. Sampler restore handle ---------------------- Use common object pool to create an object id to map sample parameters. Allocate a modify header action to write the object id to reg_c0 lower 16 bits. Create a restore rule to pass the object id to software. So software can identify sampled packets via the object id and send it to userspace. Aggregate the modify header action, restore rule and object id to a sample restore handle. Re-use identical sample restore handle for the same object id. Send sampled packets to userspace --------------------------------- The destination for sampled packets is eswitch manager port, so representors can receive sampled packets together with the group id. Driver will send sampled packets and group id to userspace via psample. ==================== Signed-off-by: -
wengjianfeng authored
In function fdp_nci_patch_otp and fdp_nci_patch_ram，many goto out statements are used, and out label just return variable r. in some places,just jump to the out label, and in other places, assign a value to the variable r,then jump to the out label. It is unnecessary, we just use return sentences to replace goto sentences and delete out label. Signed-off-by:
wengjianfeng <wengjianfeng@yulong.com> Signed-off-by:
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Vadim Pasternak authored
Disable software thermal protection by removing critical trip points from all thermal zones. The software thermal protection is redundant given there are two layers of protection below it in firmware and hardware. The first layer is performed by firmware, the second, in case firmware was not able to perform protection, by hardware. The temperature threshold set for hardware protection is always higher than for firmware. Signed-off-by:
Vadim Pasternak <vadimp@nvidia.com> Signed-off-by:
Ido Schimmel <idosch@nvidia.com> Signed-off-by:
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