v3.0.0 "The Great Overhaul"
=====================================================================
Notice the major version change which comes with breaking changes to
2.x! Reconstructs "library" functions for both python and zsh scwrypts,
with changes to virtualenv naming conventions (you'll need to refresh
all virtualenv with the appropriate scwrypt).
--- Changes ------------------------------
- changed a naming convention across zsh scripts, particularly
removing underscores where there is no need to avoid naming clash
(e.g. 'zsh/lib/utils/io.zsh' renames '__STATUS' to 'STATUS')
- moved clients reliant on py.lib.http to the py.lib.http module
- python scripts now rely on py.lib.scwrypts.execute
- updated package.json in zx scripts to include `type = module`
- 'scwrypts --list' commandline argument now includes additional
relevant data for each scwrypt
- environment variables no longer add themselves to be staged in the
'.env.template'
--- New Features -------------------------
- new 'use' syntax for disjoint import within zsh scripts; took me
a very long time to convince myself this would be necessary
- introduced scwrypt "groups" to allow portable module creation;
(i.e. ability add your own scripts from another repo!)
- py.lib.scwrypts.io provides a combined IO stream for quick, hybrid
use of input/output files and stdin/stdout
- py.lib.fzf provides a wrapper to provide similar functionality to
zsh/utils/io.zsh including fzf_(head|tail)
- improved efficiency of various scwrypts; notably reducing runtime
of scwrypts/environment sync
- improved scwrypts CLI by adding new options for exact scwrypt
matching, better filtering, and prettier/more-detailed interfaces
--- New Scripts --------------------------
- py/twilio )
basic SMS integration with twilio
- send-sms
- py/directus )
interactive directus GET query
- get-items
- py/discord )
post message to discord channel or webhook
- post-message
This commit is contained in:
21
zsh/lib/cloud/aws/cli.module.zsh
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21
zsh/lib/cloud/aws/cli.module.zsh
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#####################################################################
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DEPENDENCIES+=(
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aws
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)
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REQUIRED_ENV+=(
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AWS_ACCOUNT
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AWS_PROFILE
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AWS_REGION
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)
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#####################################################################
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AWS() {
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aws \
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--profile $AWS_PROFILE \
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--region $AWS_REGION \
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--output json \
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$@
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}
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28
zsh/lib/cloud/aws/ecr.module.zsh
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28
zsh/lib/cloud/aws/ecr.module.zsh
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#####################################################################
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DEPENDENCIES+=(
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docker
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)
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REQUIRED_ENV+=(
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AWS_ACCOUNT
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AWS_REGION
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)
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use cloud/aws/cli
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#####################################################################
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ECR_LOGIN() {
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STATUS "performing AWS ECR docker login"
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AWS ecr get-login-password \
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| docker login \
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--username AWS \
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--password-stdin \
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"$AWS_ACCOUNT.dkr.ecr.$AWS_REGION.amazonaws.com" \
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&& SUCCESS "authenticated docker for '$AWS_ACCOUNT' in '$AWS_REGION'" \
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|| {
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ERROR "unable to authenticate docker for '$AWS_ACCOUNT' in '$AWS_REGION'"
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return 1
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}
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}
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60
zsh/lib/cloud/aws/eks.module.zsh
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60
zsh/lib/cloud/aws/eks.module.zsh
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#####################################################################
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DEPENDENCIES+=(
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kubectl
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)
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REQUIRED_ENV+=(
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AWS_ACCOUNT
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AWS_REGION
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)
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use cloud/aws/cli
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#####################################################################
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EKS_CLUSTER_LOGIN() {
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local USAGE="
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usage: [...options...]
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options
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-c, --cluster-name <string> (optional) login a specific cluster
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Interactively sets the default kubeconfig to match the selected
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cluster in EKS. Also creates the kubeconfig entry if it does not
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already exist.
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"
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local CLUSTER_NAME
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while [[ $# -gt 0 ]]
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do
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case $1 in
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-c | --cluster-name ) CLUSTER_NAME="$2"; shift 1 ;;
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* ) [ ! $APPLICATION ] && APPLICATION="$1" \
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|| ERROR "extra positional argument '$1'"
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;;
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esac
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shift 1
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done
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[ ! $CLUSTER_NAME ] && CLUSTER_NAME=$(\
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AWS eks list-clusters \
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| jq -r '.[] | .[]' \
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| FZF 'select a cluster'
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)
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[ ! $CLUSTER_NAME ] && ERROR 'must select a valid cluster or use -c flag'
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CHECK_ERRORS
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##########################################
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STATUS 'creating / updating kubeconfig for EKS cluster'
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STATUS "updating kubeconfig for '$CLUSTER_NAME'"
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AWS eks update-kubeconfig --name $CLUSTER_NAME \
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&& SUCCESS "kubeconfig updated with '$CLUSTER_NAME'" \
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|| ERROR "failed to update kubeconfig; do you have permissions to access '$CLUSTER_NAME'?"
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}
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140
zsh/lib/cloud/aws/rds.module.zsh
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140
zsh/lib/cloud/aws/rds.module.zsh
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#####################################################################
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DEPENDENCIES+=(
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docker
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)
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REQUIRED_ENV+=(
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AWS_ACCOUNT
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AWS_REGION
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)
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use cloud/aws/cli
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#####################################################################
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RDS__SELECT_DATABASE() {
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local DATABASES=$(_RDS__GET_AVAILABLE_DATABASES)
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[ ! $DATABASES ] && FAIL 1 'no databases available'
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local ID=$(\
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echo $DATABASES | jq -r '.instance + " @ " + .cluster' \
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| FZF 'select a database (instance@cluster)' \
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)
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[ ! $ID ] && ABORT
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local INSTANCE=$(echo $ID | sed 's/ @ .*$//')
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local CLUSTER=$(echo $ID | sed 's/^.* @ //')
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echo $DATABASES | jq "select (.instance == \"$INSTANCE\" and .cluster == \"$CLUSTER\")"
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}
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_RDS__GET_AVAILABLE_DATABASES() {
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AWS rds describe-db-instances \
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| jq -r '.[] | .[] | {
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instance: .DBInstanceIdentifier,
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cluster: .DBClusterIdentifier,
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type: .Engine,
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host: .Endpoint.Address,
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port: .Endpoint.Port,
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user: .MasterUsername,
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database: .DBName
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}'
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}
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RDS__GET_DATABASE_CREDENTIALS() {
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local PRINT_PASSWORD=0
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local ERRORS=0
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while [[ $# -gt 0 ]]
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do
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case $1 in
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--print-password ) PRINT_PASSWORD=1 ;;
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* )
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WARNING "unrecognized argument $1"
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ERRORS+=1
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;;
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esac
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shift 1
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done
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CHECK_ERRORS
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##########################################
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local DATABASE=$(RDS__SELECT_DATABASE)
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[ ! $DATABASE ] && ABORT
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DB_HOST="$(echo $DATABASE | jq -r '.host')"
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[ ! $DB_HOST ] && { ERROR 'unable to find host'; return 2; }
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DB_PORT="$(echo $DATABASE | jq -r '.port')"
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[ ! $DB_PORT ] && DB_PORT=5432
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[[ $DB_PORT =~ ^null$ ]] && DB_PORT=5432
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##########################################
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local AUTH_METHOD=$(\
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echo "iam\nsecretsmanager\nuser-input" \
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| FZF 'select an authentication method' \
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)
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[ ! $AUTH_METHOD ] && ABORT
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case $AUTH_METHOD in
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iam ) _RDS_AUTH__iam ;;
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secretsmanager ) _RDS_AUTH__secretsmanager ;;
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user-input ) _RDS_AUTH__userinput ;;
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esac
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STATUS
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STATUS "host : $DB_HOST"
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STATUS "type : $DB_TYPE"
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STATUS "port : $DB_PORT"
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STATUS "database : $DB_NAME"
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STATUS "username : $DB_USER"
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[[ $PRINT_PASSWORD -eq 1 ]] && STATUS "password : $DB_PASS"
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STATUS
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}
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_RDS_AUTH__iam() {
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DB_PASS=$(\
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AWS rds generate-db-auth-token \
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--hostname $DB_HOST \
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--port $DB_PORT \
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--username $DB_USER \
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)
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}
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_RDS_AUTH__secretsmanager() {
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local CREDENTIALS=$(_RDS__GET_SECRETSMANAGER_CREDENTIALS)
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echo $CREDENTIALS | jq -e '.pass' >/dev/null 2>&1 \
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&& DB_PASS="'$(echo $CREDENTIALS | jq -r '.pass' | sed "s/'/'\"'\"'/g")'"
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echo $CREDENTIALS | jq -e '.password' >/dev/null 2>&1 \
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&& DB_PASS="'$(echo $CREDENTIALS | jq -r '.password' | sed "s/'/'\"'\"'/g")'"
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echo $CREDENTIALS | jq -e '.user' >/dev/null 2>&1 \
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&& DB_USER=$(echo $CREDENTIALS | jq -r '.user')
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echo $CREDENTIALS | jq -e '.username' >/dev/null 2>&1 \
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&& DB_USER=$(echo $CREDENTIALS | jq -r '.username')
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echo $CREDENTIALS | jq -e '.name' >/dev/null 2>&1 \
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&& DB_NAME=$(echo $CREDENTIALS | jq -r '.name')
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echo $CREDENTIALS | jq -e '.dbname' >/dev/null 2>&1 \
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&& DB_NAME=$(echo $CREDENTIALS | jq -r '.dbname')
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}
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_RDS__GET_SECRETSMANAGER_CREDENTIALS() {
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local ID=$(\
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AWS secretsmanager list-secrets \
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| jq -r '.[] | .[] | .Name' \
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| FZF 'select a secret' \
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)
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[ ! $ID ] && return 1
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AWS secretsmanager get-secret-value --secret-id "$ID" \
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| jq -r '.SecretString' | jq
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}
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