圍 再 次 依 序 領 先 OpenShift 及 Rancher： • Canonical Kubernetes支援x86、ARM、IBM POWER及IBM Z。 • Red Hat OpenShift支援X86、IBM POWER及IBM Z。 • Rancher支援x86及ARM。 7 20.價格 Canonical Kubernetes的價格效能，是這三種發行版本中最出色的，主要原因是能

是一款新的程式設計語言，在 2015 年推出 1.0 版： • Rust 是靜態編譯的程式語言，功能與 C++ 類似 – rustc 使用 LLVM 做為後端。 • Rust 支援許多平台和架構： – x86、ARM、WebAssembly... – Linux、Mac、Windows... • Rust 適用於多種裝置： – 韌體和啟動載入器 – 智慧螢幕、 – 手機、 – 電腦、 – 伺服器。 Cortex-A 撰寫一些內容。為 求簡單，我們會使用 QEMU 的 aarch64 'virt' 開發板。 • 普遍來說，微控制器並沒有 MMU 或多個權限層級 (Arm CPU 上的例外狀況層級、x86 上的環)， 但應用程式處理器有。 • QEMU 可針對每個架構模擬不同的機器或開發板模型。'virt' 開發板並無對應至任何特定的真實 硬體，而是專為虛擬機器設計。 53.1 準備使用 Rust 個值，而且是 Send (而非 Sync)，我們就需要將該值包裝在 Mutex 等項目中並放入靜態項目。 53.8 其他專案 • oreboot – 「沒有 C 的 coreboot」 – 支援 x86、aarch64 和 RISC-V。 – 依賴 LinuxBoot，而非自身採用多個驅動程式。 • Rust RaspberryPi OS 教學課程 – 初始化、UART 驅動程式、簡易系統啟動

CALLING C AND FORTRAN CODE 353 SIMD Values Note: This feature is currently implemented on 64-bit x86 and AArch64 platforms only. If a C/C++ routine has an argument or return value that is a native SIMD The tuple must be the same size as the SIMD type. For example, a tuple representing an __m128 on x86 must have a size of 16 bytes. • The element type of the tuple must be an instance of VecElement{T} 27. CALLING C AND FORTRAN CODE 365 C name Standard Julia Alias Julia Base Type char Cchar Int8 (x86, x86_64), UInt8 (powerpc, arm) long Clong Int (UNIX), Int32 (Windows) unsigned long Culong UInt (UNIX)

must be the same size and elements as the SIMD type. For example, a tuple representing an __m128 on x86 must have a size of 16 bytes and Float32 elements. • The element type of the tuple must be an instance 27. CALLING C AND FORTRAN CODE 365 C name Standard Julia Alias Julia Base Type char Cchar Int8 (x86, x86_64), UInt8 (powerpc, arm) long Clong Int (UNIX), Int32 (Windows) unsigned long Culong UInt (UNIX) following program, when compiled with julia -O3 generates two SIMD addition instructions (addps) on x86 systems: const m128 = NTuple{4,VecElement{Float32}} function add(a::m128, b::m128) (VecElement(a[1]

of T is not known statically. SIMD Values Note: This feature is currently implemented on 64-bit x86 and AArch64 platforms only.CHAPTER 28. CALLING C AND FORTRAN CODE 375 If a C/C++ routine has an argument The tuple must be the same size as the SIMD type. For example, a tuple representing an __m128 on x86 must have a size of 16 bytes. • The element type of the tuple must be an instance of VecElement{T} 28. CALLING C AND FORTRAN CODE 387 C name Standard Julia Alias Julia Base Type char Cchar Int8 (x86, x86_64), UInt8 (powerpc, arm) long Clong Int (UNIX), Int32 (Windows) unsigned long Culong UInt (UNIX)

must be the same size and elements as the SIMD type. For example, a tuple representing an __m128 on x86 must have a size of 16 bytes and Float32 elements. • The element type of the tuple must be an instance 28. CALLING C AND FORTRAN CODE 390 C name Standard Julia Alias Julia Base Type char Cchar Int8 (x86, x86_64), UInt8 (powerpc, arm) long Clong Int (UNIX), Int32 (Windows) unsigned long Culong UInt (UNIX) following program, when compiled with julia -O3 generates two SIMD addition instructions (addps) on x86 systems: const m128 = NTuple{4,VecElement{Float32}} function add(a::m128, b::m128) (VecElement(a[1]

must be the same size and elements as the SIMD type. For example, a tuple representing an __m128 on x86 must have a size of 16 bytes and Float32 elements. • The element type of the tuple must be an instance 28. CALLING C AND FORTRAN CODE 391 C name Standard Julia Alias Julia Base Type char Cchar Int8 (x86, x86_64), UInt8 (powerpc, arm) long Clong Int (UNIX), Int32 (Windows) unsigned long Culong UInt (UNIX) following program, when compiled with julia -O3 generates two SIMD addition instructions (addps) on x86 systems: const m128 = NTuple{4,VecElement{Float32}} function add(a::m128, b::m128) (VecElement(a[1]

must be the same size and elements as the SIMD type. For example, a tuple representing an __m128 on x86 must have a size of 16 bytes and Float32 elements. • The element type of the tuple must be an instance 28. CALLING C AND FORTRAN CODE 390 C name Standard Julia Alias Julia Base Type char Cchar Int8 (x86, x86_64), UInt8 (powerpc, arm) long Clong Int (UNIX), Int32 (Windows) unsigned long Culong UInt (UNIX) following program, when compiled with julia -O3 generates two SIMD addition instructions (addps) on x86 systems: const m128 = NTuple{4,VecElement{Float32}} function add(a::m128, b::m128) (VecElement(a[1]

must be the same size and elements as the SIMD type. For example, a tuple representing an __m128 on x86 must have a size of 16 bytes and Float32 elements. • The element type of the tuple must be an instance 28. CALLING C AND FORTRAN CODE 390 C name Standard Julia Alias Julia Base Type char Cchar Int8 (x86, x86_64), UInt8 (powerpc, arm) long Clong Int (UNIX), Int32 (Windows) unsigned long Culong UInt (UNIX) following program, when compiled with julia -O3 generates two SIMD addition instructions (addps) on x86 systems: const m128 = NTuple{4,VecElement{Float32}} function add(a::m128, b::m128) (VecElement(a[1]

must be the same size and elements as the SIMD type. For example, a tuple representing an __m128 on x86 must have a size of 16 bytes and Float32 elements. • The element type of the tuple must be an instance 28. CALLING C AND FORTRAN CODE 390 C name Standard Julia Alias Julia Base Type char Cchar Int8 (x86, x86_64), UInt8 (powerpc, arm) long Clong Int (UNIX), Int32 (Windows) unsigned long Culong UInt (UNIX) following program, when compiled with julia -O3 generates two SIMD addition instructions (addps) on x86 systems: const m128 = NTuple{4,VecElement{Float32}} function add(a::m128, b::m128) (VecElement(a[1]