Merge pull request #203 from danh-arm/dh/misc-docs-1.0

Miscellaneous documentation fixes

Miscellaneous documentation fixes

This patch gathers miscellaneous minor fixes to the documentation, and comments
in the source code.

Change-Id: I631e3dda5abafa2d90f464edaee069a1e58b751b
Co-Authore

Miscellaneous documentation fixes

This patch gathers miscellaneous minor fixes to the documentation, and comments
in the source code.

Change-Id: I631e3dda5abafa2d90f464edaee069a1e58b751b
Co-Authored-By: Soby Mathew <soby.mathew@arm.com>
Co-Authored-By: Dan Handley <dan.handley@arm.com>

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Merge pull request #202 from achingupta/ag/fw-design-juno-update

Add information about Juno in firmware-design.md

Add information about Juno in firmware-design.md

This patch reorganizes the firmware design guide to add information about the
port of the ARM Trusted Firmware to the Juno ARM development platform.

Add information about Juno in firmware-design.md

This patch reorganizes the firmware design guide to add information about the
port of the ARM Trusted Firmware to the Juno ARM development platform.

Change-Id: I0b80e2e7a35ccad1af2e971506cfb7fe505f8b84

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Merge pull request #200 from danh-arm/dh/fix-reset-to-bl31-part2

Fix reset to BL3-1 instructions in user guide, part 2

Merge pull request #201 from danh-arm/jc/juno-user-guide

Add Juno instructions to user guide

Add Juno instructions to user guide

This patch makes the Trusted Firmware build instructions in the
user guide platform independent.

FVP specific instructions have been grouped together under a new

Add Juno instructions to user guide

This patch makes the Trusted Firmware build instructions in the
user guide platform independent.

FVP specific instructions have been grouped together under a new
section dedicated to FVP.

Juno specific instructions to build and run the Trusted Firmware,
UEFI and Linux have been added.

Change-Id: I9bfb1b9d732b1f73abbe29f68ac931e1773a4fd5

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Fix reset to BL3-1 instructions in user guide, part 2

Fix the instructions for resetting to the BL3-1 entrypoint in the
user guide. The BL3-1 and BL3-2 image locations changed in the fix
to ARM-soft

Fix reset to BL3-1 instructions in user guide, part 2

Fix the instructions for resetting to the BL3-1 entrypoint in the
user guide. The BL3-1 and BL3-2 image locations changed in the fix
to ARM-software/tf-issues#100 (commit 186c1d4). This is distinct
from the similar issue fixed in commit bfb1dd5.

Also clarify the dependence on the FVP_SHARED_DATA_LOCATION and
FVP_TSP_RAM_LOCATION build options, and tidy up the "Notes
regarding Base FVP configuration options" section.

Change-Id: I6b03452a71f0c69efa169852712bcb184242696e

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Merge pull request #198 from danh-arm/dh/move-up-dependencies

Move up dependency versions in user guide

Merge pull request #197 from soby-mathew/rationalize_uarts

Rationalize UART usage among different BL stages

Rationalize UART usage among different BL stages

This patch changes the UART port assignment for various BL stages
so as to make it consistent on the platform ports. The BL1, BL2 and
BL3-1 now uses

Rationalize UART usage among different BL stages

This patch changes the UART port assignment for various BL stages
so as to make it consistent on the platform ports. The BL1, BL2 and
BL3-1 now uses UART0 on the FVP port and SoC UART0 on the Juno port.
The BL3-2 uses UART2 on the FVP port and FPGA UART0 on the Juno
port.

This provides an interim fix to ARM-software/tf-issues#220 until
support is added for changing the UART port for a BL image between
cold boot and runtime.

Change-Id: Iae5faea90be3d59e41e597b34a902f93e737505a

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Move up dependency versions in user guide

Move up the version numbers of the following Trusted Firmware
dependencies in the user guide:

* Foundation and Base FVPs (latest publically available

Move up dependency versions in user guide

Move up the version numbers of the following Trusted Firmware
dependencies in the user guide:

* Foundation and Base FVPs (latest publically available
versions).

* EDK2 implementation. The guide now uses the latest version from
https://github.com/ARM-software/edk2.git. This requires the
`iasl` package to also be installed.

* Linux kernel. The guide now uses the latest version from
https://github.com/ARM-software/linux.git.

* Linaro OpenEmbedded file system.

* ARM Development Studio 5.

Change-Id: I95bb863a61e47b9ef8be3d110f7087375ee78add

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Merge pull request #196 from soby-mathew/sm/tf_juno_support

Add support for Juno in Trusted Firmware

Juno: Read primary CPU MPID from SCC GPR_1

This patch removes the PRIMARY_CPU definition hardcoded in the
Juno port. Instead, the primary CPU is obtained at runtime by
reading the SCC General Purpos

Juno: Read primary CPU MPID from SCC GPR_1

This patch removes the PRIMARY_CPU definition hardcoded in the
Juno port. Instead, the primary CPU is obtained at runtime by
reading the SCC General Purpose Register 1 (GPR_1), whose value
is copied by the SCP into shared memory during the boot process.

Change-Id: I3981daa92eb7142250712274cf7f655b219837f5

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Juno: Implement PSCI SYSTEM_OFF and SYSTEM_RESET APIs

This patch adds the Juno platform specific handlers for PSCI
SYSTEM_OFF and SYSTEM_RESET operations.

Change-Id: Ie389adead533ec2314af44d721b4d0

Juno: Implement PSCI SYSTEM_OFF and SYSTEM_RESET APIs

This patch adds the Juno platform specific handlers for PSCI
SYSTEM_OFF and SYSTEM_RESET operations.

Change-Id: Ie389adead533ec2314af44d721b4d0f306147c7d

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Juno: Add support for Test Secure-EL1 Payload

This patch implements the TSP on Juno. It executes from on-chip Trusted
SRAM.

Also, the other bootloader images (i.e. BL1 R/W, BL2 and BL3-1) have
been

Juno: Add support for Test Secure-EL1 Payload

This patch implements the TSP on Juno. It executes from on-chip Trusted
SRAM.

Also, the other bootloader images (i.e. BL1 R/W, BL2 and BL3-1) have
been moved around. The reason is, although there was enough space
overall to store the TSP in SRAM, there was no contiguous free chunk
of SRAM big enough to hold it.

This patch keeps the overall memory layout (i.e. keeping BL1 R/W at
the bottom, BL2 at the top and BL3-1 in between) but moves the base
addresses of all the bootloader images in such a way that:
- memory fragmentation is reduced enough to fit BL3-2 in;
- new base addresses are suitable for release builds as well as debug
ones;
- each image has a few extra kilobytes for future growth.
BL3-1 and BL3-2 are the images which received the biggest allocations
since they will most probably grow the most.

This patch also adds instruction synchronization barriers around the code which
handles the timer interrupt in the TSP. This ensures that the interrupt is not
acknowledged after or EOIed before it is deactivated at the peripheral.

Change-Id: I1c5b51858700027ee283ac85d18e06863a27c72e

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Juno: Implement PSCI CPU_OFF and CPU_SUSPEND APIs

This patch adds support for PSCI CPU_OFF and CPU_SUSPEND APIs to the Juno port
of the ARM Trusted Firmware. The maximum affinity level that can be s

Juno: Implement PSCI CPU_OFF and CPU_SUSPEND APIs

This patch adds support for PSCI CPU_OFF and CPU_SUSPEND APIs to the Juno port
of the ARM Trusted Firmware. The maximum affinity level that can be suspended is
the cluster level (affinity level 1). Support for suspending the system level is
not present.

Change-Id: Ie2c9da0acd7d1b0d5ac64940cdf40347153e52c8

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Juno: Implement initial platform port

This patch adds the initial port of the ARM Trusted Firmware on the Juno
development platform. This port does not support a BL3-2 image or any PSCI APIs
apart f

Juno: Implement initial platform port

This patch adds the initial port of the ARM Trusted Firmware on the Juno
development platform. This port does not support a BL3-2 image or any PSCI APIs
apart from PSCI_VERSION and PSCI_CPU_ON. It enables workarounds for selected
Cortex-A57 (#806969 & #813420) errata and implements the workaround for a Juno
platform errata (Defect id 831273).

Change-Id: Ib3d92df3af53820cfbb2977582ed0d7abf6ef893

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Merge pull request #195 from achingupta/ag/fvp_dt_updates

FVP: Update device trees to match cpuidle driver

Merge pull request #194 from danh-arm/sm/tf-issues#98

Implement the CPU Specific operations framework v3

FVP: Update device trees to match cpuidle driver

This patch updates the representation of idle tables and cpu/cluster topology in
the device tree source files for the FVP to what the latest cpuidle

FVP: Update device trees to match cpuidle driver

This patch updates the representation of idle tables and cpu/cluster topology in
the device tree source files for the FVP to what the latest cpuidle driver in
Linux expects. The device tree binaries have also been updated.

Change-Id: If0668b96234f65aa0435fba52f288c9378bd8824

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Add documentation for CPU specific abstraction and Errata workarounds

This patch adds documentation for CPU specific abstraction in the firmware-
design.md and adds a new document cpu-errata-workaro

Add documentation for CPU specific abstraction and Errata workarounds

This patch adds documentation for CPU specific abstraction in the firmware-
design.md and adds a new document cpu-errata-workarounds.md to describe
the cpu errata workaround build flags.

Change-Id: Ia08c2fec0b868a0a107d0264e87a60182797a1bd

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Add support for selected Cortex-A57 errata workarounds

This patch adds workarounds for selected errata which affect the Cortex-A57 r0p0
part. Each workaround has a build time flag which should be us

Add support for selected Cortex-A57 errata workarounds

This patch adds workarounds for selected errata which affect the Cortex-A57 r0p0
part. Each workaround has a build time flag which should be used by the platform
port to enable or disable the corresponding workaround. The workarounds are
disabled by default. An assertion is raised if the platform enables a workaround
which does not match the CPU revision at runtime.

Change-Id: I9ae96b01c6ff733d04dc733bd4e67dbf77b29fb0

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Add CPU specific crash reporting handlers

This patch adds handlers for dumping Cortex-A57 and Cortex-A53 specific register
state to the CPU specific operations framework. The contents of CPUECTLR_EL

Add CPU specific crash reporting handlers

This patch adds handlers for dumping Cortex-A57 and Cortex-A53 specific register
state to the CPU specific operations framework. The contents of CPUECTLR_EL1 are
dumped currently.

Change-Id: I63d3dbfc4ac52fef5e25a8cf6b937c6f0975c8ab

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Add CPU specific power management operations

This patch adds CPU core and cluster power down sequences to the CPU specific
operations framework introduced in a earlier patch. Cortex-A53, Cortex-A57

Add CPU specific power management operations

This patch adds CPU core and cluster power down sequences to the CPU specific
operations framework introduced in a earlier patch. Cortex-A53, Cortex-A57 and
generic AEM sequences have been added. The latter is suitable for the
Foundation and Base AEM FVPs. A pointer to each CPU's operations structure is
saved in the per-cpu data so that it can be easily accessed during power down
seqeunces.

An optional platform API has been introduced to allow a platform to disable the
Accelerator Coherency Port (ACP) during a cluster power down sequence. The weak
definition of this function (plat_disable_acp()) does not take any action. It
should be overriden with a strong definition if the ACP is present on a
platform.

Change-Id: I8d09bd40d2f528a28d2d3f19b77101178778685d

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