►
Description
Developers spend numerous days onboarding applications to Kubernetes, automating end-to-end DevOps pipelines by integrating with multiple tools and implementing monitoring, logging and alerting to simplify the application maintenance. Setting up a simple CI/CD pipeline requires configuring and maintaining separate build environments. Developers configure different tools like prometheus, Grafana and elastic search to setup a logging and monitoring framework. In this session, we will be discussing the gopaddle lite – a life time free zero cost solution on microk8s for end-to-end modernization and automation. At the end of this session, developers will be able to enable gopaddle lite add-on in microk8s, containerise, build docker images, deploy applications to their local microk8s environments and setup CI/CD pipeline in minutes. They will be able to monitor applications and get notification on slack for various cluster and application events with minimal configuration.
A
This
talk
is
about
lifetime,
zero-cost,
end-to-end,
modernization
and
automation,
and
that
is
provided
by
our
software
go
paddle
community
edition,
that's
what
this
talk
is
about.
Okay,
next
slide,
guy
three
hi,
I'm
kishor,
and
I'm
co-founder
and
cto
of
go
paddle.
As
already
introduced,
I've
worked
for
over
30
years
in
industry,
developing
made
the
infrastructure,
software
and
automation
on
linux.
A
B
A
Yeah,
thank
you
guys,
move
on
to
the
next
slide.
Yeah.
Let's
talk
of
modernization,
what
does
it
take
to
modernize
modernize
and
modernization?
We
imply
moving
to
a
kubernetes
cluster
like
platform.
There
are
three
distinct
stages:
the
environment
on
which
all
this
happens,
the
applications
that
need
to
run
on
it
and
the
automation
involved.
In
all
these
things,
the
environment
is,
of
course,
as
we
all
know,
a
kubernetes
cluster,
so
you
need
to
provision
kubernetes
clusters.
A
This
is
all
the
environment
on
which
it
has
to
run,
but
in
terms
of
the
application,
the
application
itself,
which
is
running
on
a
stand-alone
system
either
on
a
server
on
a
vm,
has
to
undergo
an
architectural
transformation.
Here
it
has
to
be
containerized
and
then
resulting
in
a
docker
file
and
it
has
to
be
templatized
the
deployment.
So
you
need
the
corresponding
yaml
files
and
the
helm
charts
in
terms
of
the
automation
itself.
A
Once
you
move
there,
you
have
to
ensure
that
your
image
is
scanned
for
vulnerability.
There
is
logging
for
all
the
actions
taken
and
all
the
events
that
occurred
for
the
events.
They
should
be
capable
to
give
you
alerts,
maybe
through
pagerduty
slack
right,
and
then
you
need
to
be
able
to
monitor
the
application
right.
How
is
the
app
performing
and
also
monitor
things
like
storage
clusters
and
infrastructure
as
well,
and
you
need
to
have
pipeline
integration
so
that
you
can
do
your
continuous
integration
and
deployment?
A
A
Of
course
starts
the
code.
The
code
consists
of
its
source
code,
of
course.
So
if
you
have
a
node.js
app,
it
has
its
source
code
and
then
for
it
to
build.
You
need
a
base
image,
maybe
ubuntu
system
ubuntu
os,
and
then
you
need
node
node.js
version
8,
maybe,
and
it
all
its
utilities
right.
You
need
lots
of
utilities
to
be
able
to
build
in
that
environment.
A
You
need
to
write
the
libraries
it
uses
and
in
the
case
of
java
it
will
be
java,
libraries
and
app
artifacts
in
case
of
java
jar
files
and
so
on
right.
Those
are
the
app
artifacts
along
with
this.
What
is
needed
is
that
every
application
that
you've
configured
and
runs
has
its
capacity
right,
how
much
of
cpu?
How
much
of
memory
does
it
require
to
really
run
reliably
and
security
related
to
what
is
its
username
password?
A
What
is
it
user
id
group
id
all
these
access
controls,
security
to
access
the
app
itself
right,
help
checks
to
detect?
Is
the
application
align
very
important
part
storage,
enough
storage,
configured
and
monitored
to
ensure
the
application
can
run
efficiently
and
various
configurations
related
to
things
like
your
environment,
for
instance,
if
it's
a
golang,
you
have
to
have
a
go
route
properly
set
up.
A
If
it's
various
things
you
are
executing
the
path
variables
have
to
be
set
up,
so
the
huge
number
of
things
you
have
to
set
up,
isn't
it
and
network
you
have
to
have
proper
forwarding
of
ports
and
your
ingress
rules
have
to
be
set
up.
So
all
these
constitute
the
aspects
of
organization
all
right.
Next
slide:
gayatri
gayatri!
If
you
can
mute
your
audio.
A
What
is
involving
modernization?
What
is
involved
in
now
do
modernizing
an
application.
This
is
where
our
platform
go.
Paddle
comes
in.
It
is
the
simplest
fastest
and
cheapest
way
to
modernize
and
maintain
cloud
native
applications.
It's
a
no
code
platform,
it
does
the
automation
and
the
modernization
effectively.
It's
a
multi-cloud
solution.
It
provisions
on
aws,
eks
or
google
gke
or
aks
from
a
single
console
from
a
single
dashboard.
A
It's
out
of
the
box
automation.
It
has
all
the
end-to-end
devops
capabilities
it
does.
All
the
scaffolding
auto
generates
all
your
artifacts
in
kubernetes,
docker
files,
yaml
files,
helm
charts.
Does
all
the
logging
monitoring
alerting
it
has
all
the
enablers
for
your
ci
cd
and
vulnerability
scans.
It
supports
all
types
of
linux
workloads.
A
It
has
over
30
tool,
integrations
grafana
for
monitoring,
and
so
many
others
which
we
can
show
you,
and
there
are
30,
plus
ready,
built
application
templates,
see
you
want
templates,
for
instance,
maybe
mongodb
template
that
can
readily
run
on
the
kubernetes
cluster,
so
that
you
can
integrate
with
that
in
your
app.
So
we
have
over
30
plus
ready,
build
tested
application
templates.
A
A
A
Code,
you
start
from
the
source
code.
Go
paddle,
goes
and
analyzes
the
project.
In
this
case
it
analyzes
the
project
to
understand
what
kind
of
language
it
is
and
then
it
suggests
to
you.
It
goes
and
does
a
discovery
first
to
find
out
what
is
the
base
operating
system?
Is
it
ubuntu
and
then
based
on
analysis
of
the
project?
It's
a
node.js,
it
picks
the
node.js
image
and,
and
then
it
finds
the
best
fit
image
and
creates
a
container
profile.
A
Create
container
profile
involves
all
the
things
I
said
earlier
related
to
what
is
your
environment?
What
is
your
security
in
terms
of
username
password
group
id
user
id
all
these
things
you
capture,
along
with
this,
you
have
to
also
capture
details
about
what
is
your
resource
requirement?
What
is
the
amount
of
memory
you
need?
What
is
the
amount
of
disk
space
you
need?
What
is
the
amount
of
cpus
you
need?
So
all
these
are
captured.
Container
profile
is
created
using
this.
A
We
go
ahead
and
do
the
build
on
a
kubernetes
environment,
a
build
results
in
an
actual
build
of
the
docker
image
for
your
source
code.
Using
all
your
build
parameters
and
build
tools
which
we
all
have
captured
and
also
applied
the
container
profile
once
constructed,
we
pushed
a
docker
registry.
We
support
public
private
on-prem,
sas
everything,
okay
and
once.
B
A
A
So
once
you
have
a
template
ready,
you
can
go
deploy
to
kubernetes
or
you
can
just
generate
health
chart
which
can
then
be
downloaded
and
and
activated
and
deployed
anywhere.
Okay.
So
this
entire
modernization
happens
through
a
few
clicks
if
you
choose
or
by
single
command
line.
If
you
choose
so
we
hope
to
show
you
all
that
okay,
next.
B
A
A
So
this
talk
is
about
go
paddle,
light.
What
I
covered
previously
is
what
go
paddle
does
go.
Paddle
has
a
community
light
edition,
which
we
are
very
happy
to
announce
in
this
conference
and
then
make
it
available
to
everybody.
It's
a
community
edition
of
go
paddle.
We
already.
We
also
have
our
on-prem
or
enterprise
version.
We
also
have
a
sas
version,
which
has
lot
many
more
features.
A
This
community
edition
is
self-hosted,
it's
lifetime
free,
it's
for
developers,
startups
learners
and
for
all
kinds
of
evaluation
you
want
to
do.
It
is
available
as
an
add-on
to
micro
gates.
As
you
know,
in
micro
gates,
you
have
an
add-on
that
you
can
enable
and
disable,
and
it's
that
mechanism
we
have
used,
and
we
will
show
you
all-
that
it
runs
on
desktops,
vms
and
host
machines,
simple
to
install
and
use
which,
again
we
will
show
it.
It
currently
is
supported
on
github
with
token-based
authentication.
A
A
It
does
not
have
currently
multi-cloud
and
multi-user
capabilities
in
this
version
and
all
these
capabilities
are
available
in
our
enterprise
versions
and
also
in
our
sas
versions.
This
is
a
light
edition.
It
is
expected
to
be
run
on
a
standalone
kubernetes
in
a
box.
Isn't
it
it's
for
end-to-end
devops
experience
with
production
grade
quality
on
a
single
box,
so
on
your
laptop,
you
can
have
a
complete
automation
and
modernization
on
micro
kits.
So
therefore,
it's
on
the
local
one,
hence
there's
no
multi-cloud
and
multi-user.
In
this
light.
A
So,
in
summary,
what
I
can
say
is
go
paddle
light
is
going
to
dramatically
increase
productivity
through
your
entire
life
cycle,
so
the
increase
of
productivity
productivity
through
your
life
cycle
is
the
key
value
of
co-paddle
light
and
we'll
go
over
to
the
next
slides
to
experience
it
next
slide.
Guy
3
all
right
I'll
hand
it
over
to
guy
3.
Who
will
take
you
through
the
installation
of
this
go
paddle
light
and
then
show
you
a
demo.
Thank
you
all
for
you
guys.
B
Yeah
guys
so
far,
kishore
has
like
talked
about
how
the
various
problems
or
huddles
faced
by
the
developers
during
the
onboarding
process,
and
finally,
he
spoke
about
how
the
go
paddle
resolved
those
problems.
Now,
I'm
going
to
show
you
the
demo
of
the
gopad
light
edition,
for
that
you
have
to
do,
is
to
install
the
light
like
install
the
micro
creators
on
your
environment
and
yeah,
and
you
have
to
execute
these
two
commands
in
also.
B
It
is
flexible
for
all
all
the
environments
already
kishore
mentions.
No,
you
can
install
the
this
on
your
local
desktop
or
maybe
vm
or
any
host,
as
well,
so
for
enabling
the
gopad
lite
edition
you
can
see.
You
have
to
provide
the
hyphen
v
and
hyphen
v
option.
This
is
both
the
I
and
b
are
the
optional
optional
parents
here
hyphen.
I
indicates
that
the
static
ip
address
of
the
installing
like
a
static
ip
address
of
the
instance,
for
example.
B
Then
suppose
you
are
not
going
to
prov
suppose
you
haven't
provided
this
hyphen,
I
option
means
it
will
automatically
take
the
take
your
internal
ip
address
of
your
vm
or
mission.
Suppose
you
wish
to
install
this
gopad
light
edition
on
your
local
mission.
That
time
you
are
not
providing
this
hyphen
eye
option
means
it
will
automatically
pick
the
local
host
as
the
static
id
address
and
the
hyphen
b
option
is
the
version
of
the
go
pedal
light
edition.
B
B
B
Once
you
like
open
this
on
your
browser,
initially
it
will
land
you
to
the
land
you
through
the
like
license
agreement
page
in
that
in
that
license
agreement
page,
you
have
to
provide
your
email
address
and
you
have
to
agree
the
license
agreement
and
once
you
are
agreed
the
license
agreement,
you
will
get
the
default
password
for
your
this
light
edition.
For
my
case,
I
already
have
done
the
license
agreement,
and
here
you
can
see
my
default
password.
B
Once
you
logged
in
to
the
logged
into
the
light
edition,
you
will
land
into
the
dashboard
of
the
light
environment.
Here
you
can
see
various
activities
logs
and
metrics
like
like
all
the
activities
you
are
done
through
the
platform.
First.
First
of
all,
this
is
the
builded
trends.
This
will
show
you
the
past.
One
week's
like
succeeded
and
failed,
build
information
and
the
second.
The
next
graph
is
the
security
trends
graph.
B
B
Then
you
can
see
here.
You
can
see
the
reason
bills,
and
here
you
can
see
all
the
average
build
duration
then,
coming
to
the
alerts
and
events
section
here,
it
will
show
all
the
application
and
the
cluster
related
events.
If
suppose
you
clicked
on
the
more
option,
it
will
show
the
complete
events
of
the
of
your
running
applications.
B
Here
you
can
see
some
of
the
metrics
logs
so
like
the
main
advantage
of
others,
even
like
even
metrics
is
suppose
any
of
your
services
goes
down
and
or
you
have
like
suppose,
any
of
the
service
goes
down
means
here.
You
can
easily
capture
and
you
can
easily
find
out
which
service
goes
down
and
which
application
is
causing
the
problem
and
all
then.
B
And
already
I
mentioned
about
the
license
agreement,
part
right
in
that,
like
once,
you
upgrade
the
license
as
soon
as
like
the
it
it
will
like
register
your
local
environment
into
the
light
edition.
Here
is
the
my
local
environment,
and
here
you
can
see
some
of
the
add-ons
like
prometheus
from
even
exporters
and
the
graphana.
So
this
is
the
this
is
installed
as
part
of
the
cluster
registration.
B
Then,
during
the
like,
while
talking
kishore,
she
he
explains
about
the
pre-built
available
templates.
No,
you
can
get
all
the
available
pre-built
templates
from
here
and
you
can
use
those
templates
for
your
deployment
deployments,
but
suppose
in
case,
if
you
want
to
onboard
your
your
own
application
like
you,
are
on
microservices
application
into
kubernetes
means.
B
Maybe
you
can
use
this
quick
start
wizard
option
with
that
you
can
onboard
your
source
code
based
application
from
scratch,
without
writing
any
docker
or
yaml
files
yeah,
and
then
for
that
you
have
to
feed
all
these
steps.
Only
like
first
step,
you
can
see
the
ap
token
information.
This
is
the
personal
access
token
of
the
go
pattern.
Lite
edition
you
can.
This
is
used
during
the
initialization
process.
You
can
use
the
default
option
itself,
then.
The
next
step
is
the
cluster
info.
B
B
B
And
the
next
step
is
the
source
code
option.
Some,
like
your
project,
is
maintaining
under
github
repository
means.
You
have
to
register
your
github
account
in
the
gopad
lite
edition,
suppose
your
projects
are
maintained
and
as
a
public
repo
means
you
just
need
to
use
this
public
source
code
account
option
and
go
ahead
with
the
next
rest
of
the
step,
but
suppose
in
case
your
application
is
maintained
by
the
maintained
under
as
a
private
repo.
B
You
just
need
to
register
your
github
account
into
the
light
edition
for
that
you
just
need
to
generate
one
personal
github
personal
access
token,
and
with
that
through
that
you
can
able
to
register
here.
Also,
apart
from
this
github
go,
paddle
is
supporting
both
bigbucket
and
gitlab
kind
of
sign
on
a
single
sign
on
payoff
registration
as
well,
but
as
of
now
in
this
particular
version,
are
the
github
only
we
are
provided.
B
I'm
using
the
public
option
and
the
next
is
the
repository
session-
are
the
repository
part.
You
have
to
provide
the
flow
neural
of
your
source
code
project
for
mine,
I'm
taking
this
application
once
you
provided
the
chrome
url,
then
you
have
to
specify
the
branch
information.
Then
next
one
is
the
project
type.
Here
you
can
right
now
you
can
see
the
nodejs
and
java
applications,
but
the
gopad
lite
or
go
paddle
edition
is
not
restricted
to
others.
B
These
two
languages,
you
can
onboard
any
any
kind
of
linux,
workloads
like
python,
golan
or
even
a
dotnet
code
kind
of
application,
and
all
you
can
onboard
it
through
the
you
know
the
light
edition
co-pad
light
edition.
Then
third,
is
the
base
image
how
this
base
image
is
used
for
building
and
like
deploying
your
application.
B
Then
third
is
the
build
on
commit
option.
Build
on
commit
means,
cicd
option.
So
in
case,
you
enables
this
option
as
soon
as
you
are
doing,
some
new
code
commits
a
new
code
changes
and
once
you
pushed
into
your
docker,
like
github
repository,
it
automatically
build
your
source
code
project
and
generate
as
a
like
a
docker
image,
but
one
restriction
here
is,
if
you
are
chosen
like
earlier
in
the
source
code
option,
I
have
used
the
public
repository
it.
B
It
is
not
available
for
public
repository.
If
you
chosen
the
private
it
will
available.
Then
next
option
is
the
vulnerability
scan
option.
This
will
like
it.
This
will
tell
you
the
vulnera.
This
will
list
you,
the
vulnerabilities,
which
are
are
discovered
in
in
your
like
a
docker
image.
During
the
build
phase,
then
next
option
is
the
override
environment
variables.
B
If
you
enables
this
option,
if
is
there
any
conflict
between
the
base
image
which
you
provided
and
with
the
with
your
environment
means
it
will
override
the
envs
with
the
your
environments
in
front
env
variables
and
then
the
application
start
duration.
The
application
start.
Duration,
like
is
the
total
time
taken
for
like
running
your
source
code
project,
the.
B
B
B
If
there
is
no
external
again
this,
you
can
skip
that
part.
Then
second,
one
is
then
the
next
step
is
the
scripts
part.
Here
you
can
provide
all
the
like
a
script
which
are
used
for
building
and
running
your
source
code
application.
The
build
script
indicates
the
how
to
build
your
source
code
project
and
the
start.
Script
indicates
how
to
run
your
source
code
project
and
healthy
check.
Script
indicates
a
health
step.
B
Script
is
used
before
validating
whether
your
services
are
running
or
not,
then
stop
script
is
used
for,
like
all
the
discoveries
are
done,
then
this
script
is
used
to
like
stop
your
process
like
this,
then
one
more
thing
you
have
to
know
like
this
scripts
are
just
example,
scripts.
Only
according
to
your
project
like
based
on
your
source
code
project,
it
will
change
then,
once
you
are
done
like
once,
you
are
included
added
your
source
like
scripts.
Then
you
have
to
download
the
script.
B
Yeah,
after
that,
you
have
to
provide
the
exact
path
of
the
scripts
file.
Then,
once
everything
is
done,
you
just
need
to
copy
this
whole
script
into
your
mission.
It
will
like
a
mission.
It
will
do
the
onboarding
process,
but
before
that
you
have
to
make
sure
you
already
installed
docker
in
your
mission
and
make
sure
it
is
up
and
running
like
for
the
time
constraint.
I
have
recorded
this
part
in
apartheid.
B
Video,
so
I'll
quickly
show
you
the
so
now
you
can
see
once
I
pasted
the
like
command
into
my
terminal,
it
will
automatically
clone
your
source
code
project
and
it
will
initiate
the
gpc.
Gpctl
is
the
command
line
utility
for
go
paddle
platform,
then,
after
that
it
will
analyze
the
project
and
detect
the
like
a
project
type
here.
B
The
project
type
is
the
view
js,
and
it
will
show
you
the
conflicted
environment
variables
and
all
like
both
like
path
and
node
version
is
conflicted
here
and
also
it
will
show
you
the
like
command
and
entry
point
information
as
well.
After
that,
it
will
execute
your
like
start,
execute
your
micro
services
and
after
that
it
will
start
the
containerization
process.
B
B
So
here
you
can
see
the
application
is
accessible
outside,
and
this
is
the
service
dashboard.
Here
it
will
list
all
the
services
once
you
clicked
on
the
service,
it
will
show
you
the
detailed
informations
about
your
services.
Here
you
can
get
all
the
cpu
and
memory
which
are
used
by
this
particular
service
and
similarly,
you
can
see
the
cpu
usage
and
memory
usage
graph
as
well.
B
Then
under
replicas
section
you
can
see
the
various
it
will
list
all
the
replicas
and
once
you
clicked
on
the
replicas,
it
will
land
you
to
the
replicas
dashboard,
and
this
is
the
container
list.
Once
you
clicked
on
the
container,
it
will
show
you
the
detailed
content
container
information,
also
like
in
in
case
any
errors
or
any
failures
happens.
You
can
easily
you
know
debug
from
this
platform
itself.
So
for
that
the
terminal
option
is
available.
You
can
access
this
particular
container
through
this
terminal.
B
B
B
Then
here
you
can
see
all
the
like
which
environment
is
used
and
the
abilities
happened
scheduled
on
which
mode
and
how
much
request
and
cpu
limit
is
used
for
building
this
particular
container
and
all
then
here
is
the
complete
deleted
log.
Like
suppose
in
case
you,
you
have
any
issue
with
the
build.
It
will
here
itself,
you
can
easily
figure
out
and
you
can
debug
your
container
build
and
all
then
this
is
the
vulnerability
log.
B
Here
you
can
see
the
detailed
vulnerability
information,
also
like
as
part
of
the
template
generation.
You
can
generate
your
like
your
source
code
project
as
a
helm
chart
as
well,
but
right
now
the
right
doesn't
have
the
doesn't
have
the
support,
but
the
like,
like
sas
or
on
premised
version
of
the
pedal.
Has
this
support
as
well,
then.
B
Here
you
can
see
like
once,
like
all
the
the
content
like
once
it
ends,
it
will
show
you
the
access
url
of
the
project,
this
you
can
directly
use
this
url
to
access
your
project
outside
without
going
and
visiting
the
ui.
Also,
then
suppose,
if
you
want
to
delete
the
resources
which
are
created
as
part
of
the
initial
like
this
initialization
process,
you
can
just
use
this
command
and
clean
up
those
resources
and
yeah.
Finally,.