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/Linux-v6.6/drivers/spi/
Dspi-hisi-kunpeng.c163 static int hisi_spi_debugfs_init(struct hisi_spi *hs) in hisi_spi_debugfs_init() argument
169 host = container_of(hs->dev, struct spi_controller, dev); in hisi_spi_debugfs_init()
171 hs->debugfs = debugfs_create_dir(name, NULL); in hisi_spi_debugfs_init()
172 if (IS_ERR(hs->debugfs)) in hisi_spi_debugfs_init()
175 hs->regset.regs = hisi_spi_regs; in hisi_spi_debugfs_init()
176 hs->regset.nregs = ARRAY_SIZE(hisi_spi_regs); in hisi_spi_debugfs_init()
177 hs->regset.base = hs->regs; in hisi_spi_debugfs_init()
178 debugfs_create_regset32("registers", 0400, hs->debugfs, &hs->regset); in hisi_spi_debugfs_init()
183 static u32 hisi_spi_busy(struct hisi_spi *hs) in hisi_spi_busy() argument
185 return readl(hs->regs + HISI_SPI_SR) & SR_BUSY; in hisi_spi_busy()
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/Linux-v6.6/Documentation/devicetree/bindings/phy/
Dphy-stm32-usbphyc.yaml7 title: STMicroelectronics STM32 USB HS PHY controller
87 # all optional parameters to tune the interface of the PHY (HS for High-Speed, FS for Full-
98 st,decrease-hs-slew-rate:
99 description: Decreases the HS driver slew rate by 10%
102 st,tune-hs-dc-level:
104 Tunes the HS driver DC level
118 st,enable-hs-rftime-reduction:
119 description: Enables the HS rise/fall reduction feature
122 st,trim-hs-current:
124 Controls HS driver current trimming for choke compensation
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Dqcom,usb-snps-femto-v2.yaml19 - qcom,sc8180x-usb-hs-phy
23 - qcom,sa8775p-usb-hs-phy
24 - qcom,sc8280xp-usb-hs-phy
25 - const: qcom,usb-snps-hs-5nm-phy
28 - qcom,sc7280-usb-hs-phy
29 - qcom,sdx55-usb-hs-phy
30 - qcom,sdx65-usb-hs-phy
31 - qcom,sm6375-usb-hs-phy
32 - qcom,sm8150-usb-hs-phy
33 - qcom,sm8250-usb-hs-phy
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Dqcom,usb-hs-phy.yaml4 $id: http://devicetree.org/schemas/phy/qcom,usb-hs-phy.yaml#
7 title: Qualcomm's USB HS PHY
17 - qcom,usb-hs-phy-apq8064
18 - qcom,usb-hs-phy-msm8960
42 - qcom,usb-hs-phy-apq8064
43 - qcom,usb-hs-phy-msm8226
44 - qcom,usb-hs-phy-msm8916
45 - qcom,usb-hs-phy-msm8960
46 - qcom,usb-hs-phy-msm8974
47 - const: qcom,usb-hs-phy
[all …]
Dbrcm,stingray-usb-phy.txt5 - "brcm,sr-usb-combo-phy" is combo PHY has two PHYs, one SS and one HS.
6 - "brcm,sr-usb-hs-phy" is a single HS PHY.
10 the PHY number of two PHYs. 0 for HS PHY and 1 for SS PHY.
11 - Must be 0 for brcm,sr-usb-hs-phy.
29 compatible = "brcm,sr-usb-hs-phy";
Dtransmit-amplitude.yaml65 - usb-hs
72 - ufs-hs
73 - ufs-hs-a
74 - ufs-hs-b
102 tx-p2p-microvolt-names = "2500base-x", "usb-hs", "usb-ss";
Dqcom,ipq806x-usb-phy-hs.yaml4 $id: http://devicetree.org/schemas/phy/qcom,ipq806x-usb-phy-hs.yaml#
7 title: Qualcomm ipq806x usb DWC3 HS PHY CONTROLLER
19 const: qcom,ipq806x-usb-phy-hs
51 compatible = "qcom,ipq806x-usb-phy-hs";
/Linux-v6.6/tools/testing/selftests/net/
Dsrv6_hencap_red_l3vpn_test.sh11 # In this example, hosts hs-1 and hs-2 are connected through an IPv4/IPv6 VPN
12 # service, while hs-3 and hs-4 are connected using an IPv6 only VPN.
38 # | hs-1 | | hs-2 |
66 # | hs-4 | | hs-3 |
101 # IPv4/IPv6 VPN between hs-1 and hs-2
104 # Hosts hs-1 and hs-2 are connected using dedicated IPv4/IPv6 VPNs.
105 # Specifically, packets generated from hs-1 and directed towards hs-2 are
120 # On the reverse path (i.e. from hs-2 to hs-1), rt-2 applies the following
135 # hs-1->hs-2 |IPv6 DA=fcff:3::e|SRH SIDs=fcff:4::e,fcff:2::d46|IPv6|...| (i.a)
136 # hs-1->hs-2 |IPv6 DA=fcff:2::d46|IPv4|...| (ii.a)
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Dsrv6_hl2encap_red_l2vpn_test.sh10 # In this example, hosts hs-1 and hs-2 are connected through an L2 VPN service.
11 # Currently, the SRv6 subsystem in Linux allows hosts hs-1 and hs-2 to exchange
37 # | hs-1 | | hs-2 |
91 # L2 VPN between hs-1 and hs-2
94 # Hosts hs-1 and hs-2 are connected using a dedicated L2 VPN.
95 # Specifically, packets generated from hs-1 and directed towards hs-2 are
105 # On the reverse path (i.e. from hs-2 to hs-1), rt-2 applies the following
115 # hs-1->hs-2 |IPv6 DA=fcff:2::d2|eth|...| (i.a)
116 # hs-2->hs-1 |IPv6 DA=fcff:4::e|SRH SIDs=fcff:3::e,fcff:1::d2|eth|...| (i.b)
124 readonly RT2HS_DEVNAME="veth-hs"
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Dsrv6_end_dt46_l3vpn_test.sh26 # In other words, hosts hs-t100-1 and hs-t100-2 are connected through the
27 # IPv4/IPv6 L3 VPN of tenant 100 while hs-t200-3 and hs-t200-4 are connected
29 # and tenant 200 is forbidden and thus, for example, hs-t100-1 cannot reach
30 # hs-t200-3 and vice versa.
38 # hs-t100-1 pings the host hs-t100-2.
40 # First of all, L2 reachability of the host hs-t100-2 is taken into account by
43 # When the host hs-t100-1 sends an IPv6 or IPv4 packet destined to hs-t100-2,
55 # host hs-t100-2 through the veth-t100 interface.
61 # L3 VPN for tenant 100. In this case, only hosts hs-t200-3 and hs-t200-4 are
67 # | hs-t100-1 netns | | hs-t100-2 netns |
[all …]
Dsrv6_end_dt4_l3vpn_test.sh16 # In other words, hosts hs-t100-1 and hs-t100-2 are connected through the IPv4
17 # L3 VPN of tenant 100 while hs-t200-3 and hs-t200-4 are connected using the
19 # is forbidden and thus, for example, hs-t100-1 cannot reach hs-t200-3 and vice
27 # example where, within the same domain of tenant 100, the host hs-t100-1 pings
28 # the host hs-t100-2.
30 # First of all, L2 reachability of the host hs-t100-2 is taken into account by
33 # When the host hs-t100-1 sends an IPv4 packet destined to hs-t100-2, the
45 # hs-t100-2 through the veth-t100 interface.
51 # for tenant 100. In this case, only hosts hs-t200-3 and hs-t200-4 are able to
57 # | hs-t100-1 netns | | hs-t100-2 netns |
[all …]
Dsrv6_end_dt6_l3vpn_test.sh17 # In other words, hosts hs-t100-1 and hs-t100-2 are connected through the IPv6
18 # L3 VPN of tenant 100 while hs-t200-3 and hs-t200-4 are connected using the
20 # is forbidden and thus, for example, hs-t100-1 cannot reach hs-t200-3 and vice
28 # example where, within the same domain of tenant 100, the host hs-t100-1 pings
29 # the host hs-t100-2.
31 # First of all, L2 reachability of the host hs-t100-2 is taken into account by
34 # When the host hs-t100-1 sends an IPv6 packet destined to hs-t100-2, the
46 # hs-t100-2 through the veth-t100 interface.
52 # for tenant 100. In this case, only hosts hs-t200-3 and hs-t200-4 are able to
58 # | hs-t100-1 netns | | hs-t100-2 netns |
[all …]
Dsrv6_end_flavors_test.sh56 # two hosts (hs-1, hs-2) and four routers (rt-1, rt-2, rt-3, rt-4).
57 # Hosts hs-1 and hs-2 are connected to routers rt-1 and rt-2, respectively,
59 # Traffic exchanged between hs-1 and hs-2 can follow different network paths.
78 # | hs-1 | | hs-2 |
144 # Traffic from hs-1 to hs-2
147 # Packets generated from hs-1 and directed towards hs-2 are
154 # Policy steers the traffic from hs-1 across rt-3, rt-4, rt-2 and finally to the
155 # destination hs-2.
173 # Once the PSP processing is completed, the packet is forwarded to the host hs-2
176 # Traffic from hs-2 to hs-1
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Dsrv6_end_next_csid_l3vpn_test.sh12 # two hosts and four routers. Hosts hs-1 and hs-2 are connected through an
44 # | hs-1 | | hs-2 |
127 # For the single SID test case, we use the IPv4 addresses of hs-1 and hs-2, for
132 # Traffic from hs-1 to hs-2
135 # Packets generated from hs-1 and directed towards hs-2 are handled by rt-1
188 # host hs-2.
195 # fcff:2::d46. Hence, the packet sent by hs-1 to hs-2 is encapsulated in an
229 # and sends it to the host hs-2.
231 # Traffic from hs-2 to hs-1
234 # Packets generated from hs-2 and directed towards hs-1 are handled by rt-2
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Dsrv6_end_x_next_csid_l3vpn_test.sh13 # two hosts and four routers. Hosts hs-1 and hs-2 are connected through an
47 # | hs-1 | | hs-2 |
130 # For the single SID test case, we use the IPv6 addresses of hs-1 and hs-2, for
135 # Traffic from hs-1 to hs-2
138 # Packets generated from hs-1 and directed towards hs-2 are handled by rt-1
188 # At the end of the decap operation, the packet is sent to the host hs-2.
195 # fcff:2::d46. Hence, the packet sent by hs-1 to hs-2 is encapsulated in an
233 # and sends it to the host hs-2.
235 # Traffic from hs-2 to hs-1
238 # Packets generated from hs-2 and directed towards hs-1 are handled by rt-2
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/Linux-v6.6/include/linux/phy/
Dphy-mipi-dphy.h20 * Clock transitions and disable the Clock Lane HS-RX.
30 * send HS clock after the last associated Data Lane has
41 * Time, in UI, that the HS clock shall be driven by
43 * the transition from LP to HS mode.
53 * Lane LP-00 Line state immediately before the HS-0 Line
54 * state starting the HS transmission.
64 * Time interval, in picoseconds, during which the HS receiver
65 * should ignore any Clock Lane HS transitions, starting from
77 * the HS line termination.
86 * Time, in picoseconds, that the transmitter drives the HS-0
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/Linux-v6.6/drivers/net/can/usb/
DKconfig74 - Kvaser Leaf Professional HS
75 - Kvaser Leaf SemiPro HS
81 - Kvaser Memorator II HS/HS
82 - Kvaser USBcan Professional HS/HS
84 - Kvaser Leaf Professional HS (OBD-II connector)
85 - Kvaser Memorator Professional HS/LS
92 - Kvaser Mini PCI Express HS
95 - Kvaser USBcan II HS/HS
96 - Kvaser USBcan II HS/LS
98 - Kvaser Memorator HS/HS
[all …]
/Linux-v6.6/arch/arm/boot/dts/st/
Dstm32mp135f-dk.dts339 st,decrease-hs-slew-rate;
340 st,tune-hs-dc-level = <2>;
341 st,enable-hs-rftime-reduction;
342 st,trim-hs-current = <11>;
343 st,trim-hs-impedance = <2>;
345 st,enable-hs-rx-gain-eq;
346 st,no-hs-ftime-ctrl;
353 st,decrease-hs-slew-rate;
354 st,tune-hs-dc-level = <2>;
355 st,enable-hs-rftime-reduction;
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Dstm32mp157c-ev1.dts390 st,tune-hs-dc-level = <2>;
392 st,enable-hs-rftime-reduction;
393 st,trim-hs-current = <15>;
394 st,trim-hs-impedance = <1>;
396 st,tune-hs-rx-offset = <2>;
406 st,tune-hs-dc-level = <2>;
408 st,enable-hs-rftime-reduction;
409 st,trim-hs-current = <15>;
410 st,trim-hs-impedance = <1>;
412 st,tune-hs-rx-offset = <2>;
/Linux-v6.6/drivers/clk/socfpga/
Dclk-agilex.c17 { .fw_name = "cb-intosc-hs-div2-clk",
18 .name = "cb-intosc-hs-div2-clk", },
26 { .fw_name = "cb-intosc-hs-div2-clk",
27 .name = "cb-intosc-hs-div2-clk", },
37 { .fw_name = "cb-intosc-hs-div2-clk",
38 .name = "cb-intosc-hs-div2-clk", },
50 { .fw_name = "cb-intosc-hs-div2-clk",
51 .name = "cb-intosc-hs-div2-clk", },
63 { .fw_name = "cb-intosc-hs-div2-clk",
64 .name = "cb-intosc-hs-div2-clk", },
[all …]
/Linux-v6.6/arch/sparc/kernel/
Dviohs.c60 viodbg(HS, "SEND VERSION INFO maj[%u] min[%u] devclass[%u]\n", in send_version()
70 viodbg(HS, "START HANDSHAKE\n"); in start_handshake()
144 viodbg(HS, "HANDSHAKE FAILURE\n"); in handshake_failure()
165 viodbg(HS, "UNKNOWN CONTROL [%02x:%02x:%04x:%08x]\n", in process_unknown()
201 viodbg(HS, "SEND DRING_REG INFO ndesc[%u] dsz[%u] opt[0x%x] " in send_dreg()
209 viodbg(HS, "DRING COOKIE(%d) [%016llx:%016llx]\n", in send_dreg()
226 viodbg(HS, "SEND RDX INFO\n"); in send_rdx()
261 viodbg(HS, "GOT VERSION INFO maj[%u] min[%u] devclass[%u]\n", in process_ver_info()
278 viodbg(HS, "SEND VERSION NACK maj[0] min[0]\n"); in process_ver_info()
284 viodbg(HS, "SEND VERSION NACK maj[%u] min[%u]\n", in process_ver_info()
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/Linux-v6.6/arch/powerpc/platforms/pseries/
DhvCall_inst.c56 struct hcall_stats *hs = m->private; in hc_show() local
58 if (hs[h_num].num_calls) { in hc_show()
61 hs[h_num].num_calls, in hc_show()
62 hs[h_num].tb_total, in hc_show()
63 hs[h_num].purr_total); in hc_show()
66 hs[h_num].num_calls, in hc_show()
67 hs[h_num].tb_total); in hc_show()
/Linux-v6.6/drivers/ufs/host/
Dufshcd-pltfrm.h16 u32 hs_rx_gear; /* hs rx gear to work in */
17 u32 hs_tx_gear; /* hs tx gear to work in */
22 u32 rx_pwr_hs; /* rx hs working pwr */
23 u32 tx_pwr_hs; /* tx hs working pwr */
24 u32 hs_rate; /* rate A/B to work in HS */
/Linux-v6.6/arch/x86/crypto/
Dpoly1305_glue.c43 u64 hs[3]; member
71 state->hs[0] = ((u64)state->h[2] << 52) | ((u64)state->h[1] << 26) | state->h[0]; in convert_to_base2_64()
72 state->hs[1] = ((u64)state->h[4] << 40) | ((u64)state->h[3] << 14) | (state->h[2] >> 12); in convert_to_base2_64()
73 state->hs[2] = state->h[4] >> 24; in convert_to_base2_64()
75 cy = (state->hs[2] >> 2) + (state->hs[2] & ~3ULL); in convert_to_base2_64()
76 state->hs[2] &= 3; in convert_to_base2_64()
77 state->hs[0] += cy; in convert_to_base2_64()
78 state->hs[1] += (cy = ULT(state->hs[0], cy)); in convert_to_base2_64()
79 state->hs[2] += ULT(state->hs[1], cy); in convert_to_base2_64()
/Linux-v6.6/drivers/phy/st/
DKconfig37 tristate "STMicroelectronics STM32 USB HS PHY Controller driver"
47 used by an HS USB Host controller, and the second one is shared
48 between an HS USB OTG controller and an HS USB Host controller,

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