Google Cloud Taiwan 優勢 Google Infrastructure event driven functions web apps & APIs orchestrate containers infrastructure 使用多層次的架構重塑雲端佈署 應用佈建於 IaaS / PaaS 的思考方向 高 應用 模組化程度 低 低 自動化成熟度 高 VMs (GCE) (k8s version, OS image, plug-ins, components configuration) Orchestrate and manage on-prem containers just like GKE in the cloud Consistent operating model with access to GCP services across hybrid for multiple Kubernetes clusters, no matter where Single Pane of Glass across GCP & On-Prem ● vSphere 6.5 for Alpha ● Simple CLI installation ● Online and Offline installation ● Private container registry

Containerd、Kata Containers及CRI-O。 Containerd是高階容器執行階段，可管理完整的容器生命週期，提供簡易性、強健 性及可攜性。Containerd可視為業界標準的容器執行階段，也是上游Kubernetes 的預設選項。Canonical Kubernetes及Rancher均支援Containerd。 Kata Containers以安全性為重，將容器置於輕量級VM之中，在容器之間提供更深 級VM之中，在容器之間提供更深 度的隔離。Canonical Kubernetes及Red Hat Openshift均支援Kata Containers。 4 CRI-O是Red Hat專為Kubernetes設計的容器執行階段，可搭配使用任何其他開放 容器計畫(Open Container Initiative，OCI)相容的執行階段，因此具備相當高的彈 性。 容器登錄檔是另一項建構成功 Kubernetes支援Ceph、NFS、雲端儲存、NetApp、vSphere、 FlexVolume及PureStorage. • Red Hat Openshift支援Ceph/Rook、Red Hat OpenShift Data Foundation、 GlusterFS、NFS、Cinder及Flexvolume • SUSERancher支援GlusterFS、NFS、vSphere及Longhorn 12. 監控及作業管理

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 447 35.5 Avoid containers with abstract type parameters . . . . . . . . . . . . . . . . . . . . 447 35.6 Type declarations index that can be used to index into str (always 1 for strings, not necessarily true for other containers). • lastindex(str) gives the maximal (byte) index that can be used to index into str. • length(str) every 3rd integer 1, 4, 7, …, 13) to more generic containers like arrays, including iterators defined by user code or external packages. For containers other than ranges, the alternative (but fully equivalent)

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 447 35.5 Avoid containers with abstract type parameters . . . . . . . . . . . . . . . . . . . . 447 35.6 Type declarations index that can be used to index into str (always 1 for strings, not necessarily true for other containers). • lastindex(str) gives the maximal (byte) index that can be used to index into str. • length(str) every 3rd integer 1, 4, 7, …, 13) to more generic containers like arrays, including iterators defined by user code or external packages. For containers other than ranges, the alternative (but fully equivalent)

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 447 35.5 Avoid containers with abstract type parameters . . . . . . . . . . . . . . . . . . . . 447 35.6 Type declarations index that can be used to index into str (always 1 for strings, not necessarily true for other containers). • lastindex(str) gives the maximal (byte) index that can be used to index into str. • length(str) every 3rd integer 1, 4, 7, …, 13) to more generic containers like arrays, including iterators defined by user code or external packages. For containers other than ranges, the alternative (but fully equivalent)

index that can be used to index into str (always 1 for strings, not necessarily true for other containers). • lastindex(str) gives the maximal (byte) index that can be used to index into str. • length(str) every 3rd integer 1, 4, 7, …, 13) to more generic containers like arrays, including iterators defined by user code or external packages. For containers other than ranges, the alternative (but fully equivalent) "bar","baz"] println(s)CHAPTER 10. CONTROL FLOW 102 end foo bar baz Various types of iterable containers will be introduced and discussed in later sections of the manual (see, e.g., Multi-dimensional

index that can be used to index into str (always 1 for strings, not necessarily true for other containers). • lastindex(str) gives the maximal (byte) index that can be used to index into str. • length(str) every 3rd integer 1, 4, 7, …, 13) to more generic containers like arrays, including iterators defined by user code or external packages. For containers other than ranges, the alternative (but fully equivalent) "bar","baz"] println(s)CHAPTER 10. CONTROL FLOW 102 end foo bar baz Various types of iterable containers will be introduced and discussed in later sections of the manual (see, e.g., Multi-dimensional

index that can be used to index into str (always 1 for strings, not necessarily true for other containers). • lastindex(str) gives the maximal (byte) index that can be used to index into str. • length(str) every 3rd integer 1, 4, 7, …, 13) to more generic containers like arrays, including iterators defined by user code or external packages. For containers other than ranges, the alternative (but fully equivalent) "bar","baz"] println(s)CHAPTER 10. CONTROL FLOW 102 end foo bar baz Various types of iterable containers will be introduced and discussed in later sections of the manual (see, e.g., Multi-dimensional

index that can be used to index into str (always 1 for strings, not necessarily true for other containers). • lastindex(str) gives the maximal (byte) index that can be used to index into str. • length(str) every 3rd integer 1, 4, 7, …, 13) to more generic containers like arrays, including iterators defined by user code or external packages. For containers other than ranges, the alternative (but fully equivalent) "bar","baz"] println(s)CHAPTER 10. CONTROL FLOW 102 end foo bar baz Various types of iterable containers will be introduced and discussed in later sections of the manual (see, e.g., Multi-dimensional

index that can be used to index into str (always 1 for strings, not necessarily true for other containers). • lastindex(str) gives the maximal (byte) index that can be used to index into str. • length(str) every 3rd integer 1, 4, 7, …, 13) to more generic containers like arrays, including iterators defined by user code or external packages. For containers other than ranges, the alternative (but fully equivalent) "bar","baz"] println(s)CHAPTER 10. CONTROL FLOW 102 end foo bar baz Various types of iterable containers will be introduced and discussed in later sections of the manual (see, e.g., Multi-dimensional