Platform configuration overview

<securetransclude src="ProtectedTemplate:ReviewsComments" params="LPA W905.5: this page is an overview or a category ? goal of this page is unclear for me<br>

• JCT W906: to me, this page ins interesting as an introduction, and should be a sub-article transcluded in Category:Platform configuration
• GeraldB: I agree with JCT. To be discussed

the STM32MP15 clock tree ...,

• LPA W905.5: Why only ST boards here ?
• GeraldB: because this page only shows the clock tree for STM32MP15 ST boards

the STM32MP15 interrupts ...

• LPA W905.5: No change expected here ? or rephrase to mention external interrupt mapping. Warning sub page is empty
• GeraldB: to be discussed

The device tree configuration category ...

• LPA W905.5: I don't understand why this is a second category. it is more an additional chapter to explain that all SoC/Board related configuration is mostly done by device tree and that all device tree bindings related to internal peripheral and OpenSTLinux BSP configuration are available here ....
• JCT W906: categories are a way to arrange the articles. To me, the 2 categories are clearly specified in this article
• GeraldB: Indeed, I think there is a misunderstanding Loïc. To be discussed."></securetransclude>{{#set:Has reviews comments=true}}

The platform configuration category contains two sub-categories:

• The STM32MP15 platform configuration category is about all the peripherals (MPU and board related) that should be configured by software to make it running on a board:
  • the STM32MP15 clock tree ensures that all the peripherals receive clocks with characteristics compatible with the specification (frequency, duty cycle, precision) on each ST board,
  • the STM32MP15 Flash mapping shows the mapping used in STM32 MPU Embedded Software distribution for ST boards, that can be used as starting point in other boards,
  • the STM32MP15 RAM mapping allows to see how STM32 MPU Embedded Software distribution maps the various software memory needs in internal and external volatile memories,
  • the STM32MP15 backup registers article shows which backup registers are used for system aspects in STM32 MPU Embedded Software distribution and so, which ones remain free for the application needs,
  • the STM32MP15 interrupts article summarizes the interrupts configuration applied in STM32 MPU Embedded Software distribution for STM32MP15,
  • the STM32MP15 DMA article summarizes the DMA channels allocation strategy applied in STM32 MPU Embedded Software distribution for STM32MP15,
  • the STM32MP15 device tree shows how the device tree files for STM32MP15 are organized for Linux, U-Boot and TF-A but also how they are organized when they are generated from STM32CubeMX,
• The device tree configuration category gathers the description of the device tree bindings for all STMicroelectronics internal peripherals, that are listed in STM32MP15 peripherals overview article for STM32MP15.

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