Creating Custom QEMU Memory Mapped Device

This is part 1 of the Linux device driver development post series. In this post we will cover the following thingsDesigning custom memory-mapped device in QEMU Register map Fitting into Cubieboard memory mapQEMU implementation Register mapping QEMU timers QEMU interrupt handlingIntegrating with board file and build system Testing developed peripheral SummaryDesigning custom memory-mapped device in ...

Linux device driver development using QEMU - introduction

In the previous posts I introduced simple methods to prepare and run a QEMU image for board emulation. Target board was Cubieboard and mainline U-Boot and Linux kernel were used for testing. The goal ...

Yocto for Cubieboard in QEMU - Step-by-step

In the previous post Ubuntu was used as root filesystem. Using Ubuntu as root filesystem is simple and fast to use, but it also has a lot of packages which are not necessary. In this post I will cover ...

Yocto for Cubieboard in QEMU

Root filesystem options The root filesystem is an important part of the BSP (Board Support Package), since it holds all of the applications, configuration files and kernel modules. There are several w ...

Preparing and running QEMU ARM for Cubieboard (Part 2)

This is part 2 of the QEMU Board Emulation post series. In the previous post the basic steps for obtaining and compiling QEMU, U-Boot and Linux were presented. The only part that was missing for the c ...

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