gistfile1.txt

#!/bin/bash
for i in `govc ls vm | grep mgmt` ; do govc vm.destroy $i ; done

# This script pulls a TKG release down from a URL (change it as needed).
# After pulling it then creates a small payload with ovas, kubectl, tkg-client
# That script can then be used to test tanzu on NSX using the conventions in this folder.

BUILD=362

wget https://kscom.svc.eng.vmware.com/view/production/job/build-tkg/${BUILD}/artifact/tkgversion.txt

buildwebid="`cat ./tkgversion.txt | grep tkg_release | cut -d'=' -f 2`"
tanzu_tkg_cli_version="`cat ./tkgversion.txt | grep TANZU_TKG_CLI_VERSION | cut -d'=' -f 2`"
v="`cat ./tkgversion.txt | grep TANZU_TKG_CLI_VMW_VERSION | cut -d'=' -f 2`"
vmware=vmware.${v}
kscom="`cat ./tkgversion.txt | grep KSCOM_RELEASE_VERSION | cut -d'=' -f 2`"
haproxy="`cat ./tkgversion.txt | grep HAPROXY_OVA_VERSION | cut -d'=' -f 2`"
release_tarball="vmware-tanzu-kubernetes-grid-v${tanzu_tkg_cli_version}+vmware.${v}"
release_tarball_url="http://build-squid.eng.vmware.com/build/mts/release/sb-${buildwebid}/publish/lin64/tkg_release/${release_tarball}.tar.gz"
version=v${tanzu_tkg_cli_version}+vmware.1
release=vmware-tanzu-kubernetes-grid-${version}
client=tanzu_tkg-cli-v${tanzu_tkg_cli_version}+vmware.1
k8s=${kscom}
haproxy=${haproxy}
node=${kscom}

echo "TKG Release for build $BUILD is $tkg_release, getting it now..."

if [ ! -f ${release_tarball}.tar.gz ]; then
	wget ${release_tarball_url}
else
        echo "found release !"
fi


job=JOB_`date "+%M_%Y_%d_%s"`
echo "Creating job dir: $job"
mkdir $job

pushd $job
        tar -xvf ../${release}.tar.gz
        mkdir payload
        haproxy_img="`basename $(find ./ -type f -exec basename {} \; | grep ova | grep photon | grep "\-haproxy\-") | grep ha`"
        kube_img="`basename $(find ./ -type f -exec basename {} \; | grep ova | grep photon | grep "\-kube\-") | grep kube`"
        echo "${haproxy_img} \n ${kube_img}"
        cp $release/haproxy-v${haproxy}+vmware.1/images/${haproxy_img} ./payload/
        cp $release/node-v${node}+vmware.1/images/${kube_img} ./payload/

        gunzip $release/$client/executables/tkg-linux-amd64-${version}.gz
        cp $release/$client/executables/tkg-linux-amd64-${version} ./payload/
        gunzip $release/kubernetes-v${k8s}+${vmware}/executables/kubectl-linux-v${k8s}+${vmware}.gz
        cp $release/kubernetes-v${k8s}+${vmware}/executables/kubectl-linux-v${k8s}+${vmware} ./payload/kubectl
        ls -altrh ./payload
popd

#### IMPORT OVAs 
govc import.ova $job/payload/$haproxy_img
govc vm.markastemplate `govc ls vm  | grep photon | grep haproxy`
govc import.ova $job/payload/$kube_img
govc vm.markastemplate `govc ls vm | grep photon | grep kube`
source envvars.txt && ./tkg-client init --infrastructure=vsphere --plan=dev

#### Setup installation env vars
export VSPHERE_SERVER='vxlan-vm-111-55.nimbus-tb.eng.vmware.com' # (required) The vCenter server IP or FQDN
export VSPHERE_SERVER="192.168.111.151"
export VSPHERE_USERNAME='[email protected]'      # (required) The username used to access the remote vSphere endpoint
export VSPHERE_PASSWORD='Admin!23'                         # (required) The password used to access the remote vSphere endpoint
export VSPHERE_DATACENTER='kubo-dc'                          # (required) The vSphere datacenter to deploy the management cluster on
export VSPHERE_DATASTORE='iscsi-ds-0'               # (required) The vSphere datastore to deploy the management cluster on
export VSPHERE_NETWORK='workload_segment1'    # 3 wasnt working!!!...  (required) The VM network to deploy the management cluster on
export VSPHERE_RESOURCE_POOL='az-0'               # (required) The vSphere resource pool for your VMs
export VSPHERE_FOLDER=""                            # (optional) The VM folder for your VMs, defaults to the root vSphere folder if not set.
export VSPHERE_DISK_GIB='50'                               # (optional) The VM Disk size in GB, defaults to 20 if not set
export VSPHERE_NUM_CPUS='2'                                # (optional) The # of CPUs for control plane nodes in your management cluster, defaults to 2 if not set
export VSPHERE_MEM_MIB='2048'                              # (optional) The memory (in MiB) for control plane nodes in your management cluster, defaults to 2048 if not set
export SSH_AUTHORIZED_KEY='ssh-rsa AAAAB3NzaC1yc2EAAAABIwAAAQEA6VfBKd6hqd5h7k5f+AtjJSV1hdW5u9/3uAolK3SD2/5GD9+rn+FMSdbtkeaKuuVJPi2HjnsVMO+r8WcuyN5ZSYHywiSoh4S7PamAxra1CLISsFHPYFlGrtdHC70wnoT7+/wAJk2D3CYkCNMWIxs5eR0cefDOytipBfDplhkJByyrcnXuhI8St3XJzpjlXu454diJOxfsk6axanWLOr/WZFmUi1U6V4gRE7XtKG9WFUm1bmNgkgd7lehKzi+isTjnI+b4tnD0yIzKFcsgIvLdGJTI6Lluj33CeBHIocwu0LbvowTyYSqhP6DzGhGuKfK9rMnJh/ll0Bnu1xf/ok0NSQ== [email protected]'

# Kubernetes configs
export SERVICE_CIDR='100.64.0.0/13'       # (optional) The service CIDR of the management cluster, defaults to "100.64.0.0/13"
export CLUSTER_CIDR='100.96.0.0/11'       # (optional) The cluster CIDR of the management cluster, defaults to "100.96.0.0/11"

export SERVICE_DOMAIN='cluster.local'     # (optional) The k8s service domain of the management cluster, defaults to "cluster.local"

# TKG
export VSPHERE_HAPROXY_TEMPLATE="$(basename $haproxy_img +vmware.1.ova)"
export VSPHERE_TEMPLATE="$(basename $kube_img +vmware.1.ova)"

export VSPHERE_SSH_AUTHORIZED_KEY="$SSH_AUTHORIZED_KEY"
export GOVC_URL="$VSPHERE_SERVER"

# vCenter credentials
export GOVC_USERNAME="$VSPHERE_USERNAME"
export GOVC_PASSWORD="$VSPHERE_PASSWORD"
export GOVC_INSECURE=true

echo "RUNNING TKG INIT NOW ...................."
env | grep VSPHERE
env | grep SERVICE
./tkg-client init --infrastructure=vsphere --plan=dev