feat(gic): add support for local chip addressing

This patch adds support for Local Chip Addressing (LCA). In a multi-chip
system, enablig LCA allows each GIC Distributor to maintain its own
version

feat(gic): add support for local chip addressing

This patch adds support for Local Chip Addressing (LCA). In a multi-chip
system, enablig LCA allows each GIC Distributor to maintain its own
version of routing table. This feature is activated when the
GICD_CFGID.LCA bit is set to 1.

The existing `gic600_multichip_data` data structure did not account for
the LCA feature. To support LCA:
- `rt_owner_base` is replaced by `base_addrs[]`. This is required
because each GICD in the system needs to be configured independently,
and their base addresses must be passed to the driver.
- `chip_addrs` is changed from 1D to 2D array to store the routing table
for each chip's GICD. The entries in `chip_addrs` are configuration
dependent, as the GIC specification does not enforce this.

On a multi-chip platform with chip count N where LCA is enabled by
default, the `gic600_multichip_data` structure should contain all copies
of the routing table (N*N entries). On platforms where LCA is not
supported, only the first sub-array with N entries is required. The
function signature of `gic600_multichip_init` remains unchanged, but if
the LCA feature is enabled, the driver will expect the routing table
configuration in the described format.

Change-Id: I8830c2cf90db6a0cae78e99914cd32c637284a2b
Signed-off-by: Jerry Wang <Jerry.Wang4@arm.com>

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feat(nxp-clk): add a basic get_rate implementation

Replace the dummy implementation of clk_ops.get_rate with a basic
version that only handles the oscillator objects. Subsequent commits
will add mor

feat(nxp-clk): add a basic get_rate implementation

Replace the dummy implementation of clk_ops.get_rate with a basic
version that only handles the oscillator objects. Subsequent commits
will add more objects to this list.

Change-Id: I8c1bbbfa6b116fdcf5a1f1353bdb52b474bac831
Signed-off-by: Ghennadi Procopciuc <ghennadi.procopciuc@nxp.com>

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feat(s32g274a): split early clock initialization

Initializing all early clocks before the MMU is enabled can impact boot
time. Therefore, splitting the setup into A53 clocks and peripheral
clocks ca

feat(s32g274a): split early clock initialization

Initializing all early clocks before the MMU is enabled can impact boot
time. Therefore, splitting the setup into A53 clocks and peripheral
clocks can be beneficial, with the peripheral clocks configured after
fully initializing the MMU.

Change-Id: I19644227b66effab8e2c43e64e057ea0c8625ebc
Signed-off-by: Ghennadi Procopciuc <ghennadi.procopciuc@nxp.com>

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feat(nxp-clk): dynamic map of the clock modules

Add all clock modules as entries in MMU using dynamic regions.

Change-Id: I56f724ced4bd024554c7b38afd14ea420de80cc6
Signed-off-by: Ghennadi Procopciu

feat(nxp-clk): dynamic map of the clock modules

Add all clock modules as entries in MMU using dynamic regions.

Change-Id: I56f724ced4bd024554c7b38afd14ea420de80cc6
Signed-off-by: Ghennadi Procopciuc <ghennadi.procopciuc@nxp.com>

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feat(mbedtls): optimize SHA256 for reduced memory footprint

Set MBEDTLS_SHA256_SMALLER as the default mbedTLS configuration
to minimize memory usage, trading off some processing speed for
a smaller

feat(mbedtls): optimize SHA256 for reduced memory footprint

Set MBEDTLS_SHA256_SMALLER as the default mbedTLS configuration
to minimize memory usage, trading off some processing speed for
a smaller footprint.

Change-Id: Ibfa6e115a0ed94096b9acdd9e237f3fb5457071d
Signed-off-by: Manish V Badarkhe <Manish.Badarkhe@arm.com>

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fix(psa): increase psa-mbedtls heap size for rsa

The value assigned for the mbedtls heap size for large
rsa keys was too small when PSA_CRYPTO is set to 1,
leading to run-time failures if one was to

fix(psa): increase psa-mbedtls heap size for rsa

The value assigned for the mbedtls heap size for large
rsa keys was too small when PSA_CRYPTO is set to 1,
leading to run-time failures if one was to attempt
to use a large RSA key with PSA_CRYPTO=1.

Change-Id: Id9b2648ae911879f483f1b88301f28694af0721d
Signed-off-by: Ryan Everett <ryan.everett@arm.com>

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feat(mbedtls): mbedtls config update for v3.6.2

This new update to the LTS branch of MbedTLS provides
the fix for a buffer underrun vulnerability. TF-A does
not use the previously vulnerable functio

feat(mbedtls): mbedtls config update for v3.6.2

This new update to the LTS branch of MbedTLS provides
the fix for a buffer underrun vulnerability. TF-A does
not use the previously vulnerable functions
`mbedtls_pk_write_key_der` or `mbedtls_pk_write_key_pem`.
Full patch notes to this MbedTLS update can be found at
https://github.com/Mbed-TLS/mbedtls/releases/tag/mbedtls-3.6.2.

We now enforce the mbedtls version to be greater than or equal
to 3.6.2 in our default configs.

Change-Id: I79027f6c741ab3f419f7b555321507e6a78b977b
Signed-off-by: Ryan Everett <ryan.everett@arm.com>

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refactor(mbedtls): rename default mbedtls confs

Change the name of these confs to be version agnostic,
we will later use these configs to enforce the mbedtls
minimum version

Change-Id: I1f665c24718

refactor(mbedtls): rename default mbedtls confs

Change the name of these confs to be version agnostic,
we will later use these configs to enforce the mbedtls
minimum version

Change-Id: I1f665c2471877ecc833270c511749ff845046f10
Signed-off-by: Ryan Everett <ryan.everett@arm.com>

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fix(intel): refactor SDMMC driver for Altera products

Refactor to be more robust. Removed duplicated and not used functions.
Add in ADMA read.

Change-Id: I1a5a00397ece6f9ccc5916225ab5317010b01b52
S

fix(intel): refactor SDMMC driver for Altera products

Refactor to be more robust. Removed duplicated and not used functions.
Add in ADMA read.

Change-Id: I1a5a00397ece6f9ccc5916225ab5317010b01b52
Signed-off-by: Jit Loon Lim <jit.loon.lim@intel.com>
Signed-off-by: Sieu Mun Tang <sieu.mun.tang@intel.com>

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fix(intel): update preloaded_bl33_base for legacy product

Update preloaded_bl33_base for legacy product for Yocto.

The Yocto Jenkins build was initially configured to build products
where the start

fix(intel): update preloaded_bl33_base for legacy product

Update preloaded_bl33_base for legacy product for Yocto.

The Yocto Jenkins build was initially configured to build products
where the starting of the DDR is from 0x0000 0000. And if there is
no NS_image_offset set, the Jenkins is not able to acquire the correct
address offset to boot up the system. However, in the direct OS boot,
there is no issue as the user shall always include the address offset
during the compilation phase. Otherwise, the code shall execute the
default address offset. Besides that, this also provides the
flexibility to user to customize their SoC design by not restricted
to the default address.

SDMMC block size. It was changed due to the need when boot to Linux.
Kernel.itb size is big thus we have to increase the available reading
block size. Otherwise for normal U-boot and Zephyr it shall not be
reading a big block size to avoid "garbage" data.

Change-Id: I1c2a22db28bf0ada734563e40efd4f5749951273
Signed-off-by: Jit Loon Lim <jit.loon.lim@intel.com>
Signed-off-by: Sieu Mun Tang <sieu.mun.tang@intel.com>

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Merge "refactor(delay-timer): add timer callback functions" into integration

Merge changes from topic "xlnx_fix_plat_console_changes" into integration

* changes:
feat(xilinx): add none console
feat(versal2): add dtb & runtime console
feat(versal-net): add DTB console t

Merge changes from topic "xlnx_fix_plat_console_changes" into integration

* changes:
feat(xilinx): add none console
feat(versal2): add dtb & runtime console
feat(versal-net): add DTB console to platform.mk
feat(versal-net): dedicate console for boot and runtime
feat(versal): add DTB console to platform.mk
feat(versal): dedicate console for boot and runtime
refactor(xilinx): register runtime console directly
refactor(xilinx): console registration through console holder structure
feat(zynqmp): add DTB console to platform.mk
feat(zynqmp): dedicate console for boot and runtime
fix(xilinx): dcc to support runtime console scope
refactor(xilinx): create generic function for DT console
refactor(xilinx): rename setup_runtime_console to generic
chore(xilinx): rename console variables
chore(xilinx): rename runtime console to DT console

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refactor(delay-timer): add timer callback functions

In order to avoid separate platform definitions when not using the
default timer functions, it is better to move these functions out of the
header

refactor(delay-timer): add timer callback functions

In order to avoid separate platform definitions when not using the
default timer functions, it is better to move these functions out of the
header file and into the source files, so that they can be built if
needed.

Move timer functions from delay_timer.h into generic_delay_timer.c. Add
them as callback functions which are then called in delay_timer.c.

Change-Id: I96a1eac8948b1a7b1e481899b67a083db4c9b97d
Signed-off-by: Abhi Singh <abhi.singh@arm.com>

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fix(xilinx): dcc to support runtime console scope

DCC driver to support boot and runtime console scope
switch for dedicated boot and runtime consoles.

Change-Id: I7769dc44860a5fda99ca42ce17a3a60092

fix(xilinx): dcc to support runtime console scope

DCC driver to support boot and runtime console scope
switch for dedicated boot and runtime consoles.

Change-Id: I7769dc44860a5fda99ca42ce17a3a6009288d7e7
Signed-off-by: Maheedhar Bollapalli <MaheedharSai.Bollapalli@amd.com>

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Merge changes I93de2db1,I880f88b1,I02e2fc75,I48908413,Ie7de9a9f, ... into integration

* changes:
feat(st-ddr): add STM32MP2 driver
refactor(st-ddr): create generic services
refactor(st-ddr): r

Merge changes I93de2db1,I880f88b1,I02e2fc75,I48908413,Ie7de9a9f, ... into integration

* changes:
feat(st-ddr): add STM32MP2 driver
refactor(st-ddr): create generic services
refactor(st-ddr): remove name from stm32mp_ddr_reg_desc
refactor(st-ddr): add definition for timeouts and delays
feat(st): add stm32mp_is_wakeup_from_standby()
feat(stm32mp2): add RETRAM map/unmap capability
feat(stm32mp2): add helper to get DDRDBG base address
feat(stm32mp2): handle DDR power supplies
feat(stm32mp1): handle DDR power supplies

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Merge changes from topic "nxp-clk/add_ddr_clk" into integration

* changes:
fix(nxp-clk): function parameter should not be modified
feat(nxp-clk): enable the DDR clock
feat(nxp-clk): add object

Merge changes from topic "nxp-clk/add_ddr_clk" into integration

* changes:
fix(nxp-clk): function parameter should not be modified
feat(nxp-clk): enable the DDR clock
feat(nxp-clk): add objects needed for DDR clock
feat(nxp-clk): setup the DDR PLL
feat(nxp-clk): add MC_ME utilities
feat(nxp-clk): add partition reset utilities
feat(nxp-clk): add partitions objects

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feat(st-ddr): add STM32MP2 driver

Add driver to support DDR on STM32MP2 platform. It drives the DDR PHY
and its firmware, as well as the DDR controller.

Signed-off-by: Nicolas Le Bayon <nicolas.le.

feat(st-ddr): add STM32MP2 driver

Add driver to support DDR on STM32MP2 platform. It drives the DDR PHY
and its firmware, as well as the DDR controller.

Signed-off-by: Nicolas Le Bayon <nicolas.le.bayon@st.com>
Signed-off-by: Maxime Méré <maxime.mere@foss.st.com>
Change-Id: I93de2db1b9378d5654e76b3bf6f3407d80bc4ca5

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refactor(st-ddr): create generic services

Disabling AXI port, enabling host interface and both enabling/disabling
software self-refresh services are already present inside the driver
source code.
Fa

refactor(st-ddr): create generic services

Disabling AXI port, enabling host interface and both enabling/disabling
software self-refresh services are already present inside the driver
source code.
Factorize by gathering them as services inside the generic part,
and adapt driver to call these new functions.

Add services to manage quasi-dynamic registers. DDRCTRL contains
quasi-dynamic registers, which are dynamic only under some conditions
defined by the user guide (with 4 groups).
In our driver, out of reset state, only groups 3 and 4 are updated.
Group 4 needs only sw_done/sw_done_ack sequence, already available.
Group 3 sequence include more conditions, that are gathered in
specific services. stm32mp_ddr_disable_host_interface() has been added
to do this.

Add dedicated generic service to toggle rfshctl3.refresh_update_level
and wait for completion.

Manage AXI ports and HIF when updating QD3 registers. Quasi-dynamic
group 3 (QD3) registers are updated when DDR is not completely
initialized, i.e. when AXI ports are not enabled and possibly when
host interface (HIF) is not enabled too.
In that case, a specific mechanism is necessary to restore the same
conditions as before accessing QD3 registers.
Static functions have been added to get AXI ports and HIF states and
are used to determine the needed conditions to set/unset.

Signed-off-by: Nicolas Le Bayon <nicolas.le.bayon@st.com>
Change-Id: I880f88b1cb6fc76199ad9ea33e9d63a5c469aed4

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refactor(st-ddr): remove name from stm32mp_ddr_reg_desc

It was only used for an error trace, with little added value. This
allows some gains in DDR driver data size.

Signed-off-by: Yann Gautier <ya

refactor(st-ddr): remove name from stm32mp_ddr_reg_desc

It was only used for an error trace, with little added value. This
allows some gains in DDR driver data size.

Signed-off-by: Yann Gautier <yann.gautier@st.com>
Change-Id: I02e2fc75efd90ff188e62f39850b9bd4c3af1649

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refactor(st-ddr): add definition for timeouts and delays

Instead of using hard-coded number in DDR driver, use macros.
Modify TIMEOUT_US_1S to DDR_TIMEOUT_US_1S to align with other defines.

Signed-

refactor(st-ddr): add definition for timeouts and delays

Instead of using hard-coded number in DDR driver, use macros.
Modify TIMEOUT_US_1S to DDR_TIMEOUT_US_1S to align with other defines.

Signed-off-by: Yann Gautier <yann.gautier@st.com>
Change-Id: I489084132821774b0049a4a5d7fc30db24a7bb11

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feat(stm32mp1): handle DDR power supplies

Modify the DDR driver to handle the DDR power supplies when a PMIC
is present in the function stm32mp_board_ddr_power_init(), define
in the platform file.

feat(stm32mp1): handle DDR power supplies

Modify the DDR driver to handle the DDR power supplies when a PMIC
is present in the function stm32mp_board_ddr_power_init(), define
in the platform file.

This patch allows to easily modify the used DDR power supplies
for customer boards, when they don't use STPMIC1 PMU or when
the regulators are not connected as on the STMicroelectronics
boards.

Signed-off-by: Patrick Delaunay <patrick.delaunay@foss.st.com>
Change-Id: I93ee6295ef7032ac20f03608d22cd460f7d87ef5

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refactor: digest sizes

The digest size in bytes for sha1/256/384/512 were defined in multiple
places. Refactor the macros into a common header file.

Change-Id: I84ef3561486ff70345ae8c871d5d6e156457

refactor: digest sizes

The digest size in bytes for sha1/256/384/512 were defined in multiple
places. Refactor the macros into a common header file.

Change-Id: I84ef3561486ff70345ae8c871d5d6e1564574ec2
Signed-off-by: Raghu Krishnamurthy <raghupathyk@nvidia.com>

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feat(nxp-clk): add objects needed for DDR clock

The DDR clock can be powered by either a PLL or an oscillator. An MC_CGM
mux selects between these two clock sources. A reset block, part of
partition

feat(nxp-clk): add objects needed for DDR clock

The DDR clock can be powered by either a PLL or an oscillator. An MC_CGM
mux selects between these two clock sources. A reset block, part of
partition 0, is also connected to this IP block. Therefore, all the
dependencies mentioned above must be configured to have a working clock.

Change-Id: Ia841428db9acb95c59ea851b6afeb0b7ff9230a2
Signed-off-by: Ghennadi Procopciuc <ghennadi.procopciuc@nxp.com>

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feat(nxp-clk): setup the DDR PLL

Add the DDR PLL instance and configure it to operate at its maximum
allowed frequency.

Change-Id: I96efd68687de78f70759f631d10a0f611c234c8d
Signed-off-by: Ghennadi

feat(nxp-clk): setup the DDR PLL

Add the DDR PLL instance and configure it to operate at its maximum
allowed frequency.

Change-Id: I96efd68687de78f70759f631d10a0f611c234c8d
Signed-off-by: Ghennadi Procopciuc <ghennadi.procopciuc@nxp.com>

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feat(nxp-clk): add partitions objects

The S32CC-based SoCs are organized in partitions. These are
software-resettable domains in which configuration participates in
MC_CGM, MC_ME, and RDC modules. A

feat(nxp-clk): add partitions objects

The S32CC-based SoCs are organized in partitions. These are
software-resettable domains in which configuration participates in
MC_CGM, MC_ME, and RDC modules. A partition is an island that may
contain multiple blocks, each of which corresponds to a peripheral or a
core and can, in most cases, be reset individually. This reset structure
results in better device availability. If a fault is detected in a
software reset domain, that domain can be reset separately without
impacting the operation of the rest of the chip.

Change-Id: Ie60dbe151309209e377aa71356dbbd6a4f376a8c
Signed-off-by: Ghennadi Procopciuc <ghennadi.procopciuc@nxp.com>

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