►
Description
Vorlesung „Programmieren in Rust“ an der Universität Osnabrück im Wintersemester 2016/17.
Dies ist die Aufnahme des Beamerbildes sowie des Notebook-Mikrofons. Alternative Aufnahme (mit Dozentenvideo): https://video4.virtuos.uos.de/engage/theodul/ui/core.html?id=84b2b573-e900-4692-bdab-7cea4fd8c332
Slides und weitere Informationen: https://github.com/LukasKalbertodt/programmieren-in-rust
Playlist: https://www.youtube.com/playlist?list=PL0Ur-09iGhpwMbNiVTBeHmIjs0GuIXhNg
A
B
C
A
Jonas
opponent,
for
the
whole
wednesday
lecture,
then
he
does
n’t
have
any
stress
that
he
somehow
had
to
be
through
in
three
four
hours.
Then
has
the
best
time.
Since
that
means
I
will
now
do
what
I
planned
on
wednesday,
but
on
monday
that
means
on
monday
I
will
first
show
a
bit
of
colors
just
work
a
bit
with
the
realization,
a
few
examples
in
kot
and
then
all
this
rast
community
stuff
and
also
to
open
source
in
such
do
what
I
have
already
announced.
I
hear
that
I
will
do
it
on
monday.
A
I
will
need
all
the
time
on
monday.
That
means
on
monday.
You
can
still
implement
it
here
after
the
lecture
and
then
I
will
also
implement
it
here.
Ask
about
the
status
of
the
project,
but
on
monday,
first
lectures
at
least
half
an
hour,
maybe
so
probably
a
bit
longer
we'll
see.
In
any
case
it
will
be
a
bit
tuned
into
a
shop
with
a
whole
over
time.
A
Then
I
wanted
to
say
something
I
do
n't
think
so,
but
I
will
also
use
normal
software
to
write
for
sure
sure.
Well,
you
see
it's
about
performance
and
efficiency.
Today,
it's
slowly
coming
up.
We've
already
had
a
lot
of
exciting
topics.
From
now
on,
there's
going
to
be
really
exciting
topics
again,,
hopefully
with
some
things
that
you
all
didn't
know
that's
the
way
it
is
knowing
that
somehow.
C
A
Are
treated
a
bit
neglectfully
and
are
not
really
communicated
often,
and
you
somehow
have
a
completely
wrong
idea
of
the
performance
and
efficiency
of
speed
of
computer
programs,.
So
I
will
not
inform
you
myself,.
He
will
very
likely
be
very
surprised
by
the
things
I
do
keep
counting
precisely
because
you
actually
have
a
completely
wrong
idea.
A
The
question
you
ask
yourself
first,
is
why
you
optimize
performance
at
all,
so
of
course,
I've
already
decided
to
rast.
That
means
at
the
end,
you
want
to
write
something
fast
or
possibly,
languages
only
negotiated
for
other
reasons,,
which
of
course,
can
also
be
the
case,.
But
how
likely
is
that
not
low
that
we
also
wanted
to
write
fast
programs
and
therefore
the
question
arises:
why
do
we
not
want
to
optimize
x?
Well,
there
are
many
answers.
Somehow
you
can
say,
become
computers
faster
and
faster
anyway,
so
maybe
we're
not
afraid
of
any
optimization.
A
So
in
winter
it
will
somehow
be
exponentially
faster.
Anyway.
We
need
to
take
care
of
the
stage.
What
we
are
optimizing
today
that
it
will
be
much
faster
tomorrow
anyway,
because
cdu,
it
will
be
directly
faster
tomorrow
and
we
actually
have
to
do
nothing.
So
why
invest
time
in
it
the
same
argument
against
formulated
differently
by
saying
cdu
are
cheaper
than
people
instead
of
just
buying
programmers
who
can
optimize,
but
rather
after
the
second
server,
what's
the
matter,
so
you
can
somehow
do
the
cheap
ones.
That's
also
an
argument
that
is
correct.
A
In
any
case,
and
then
there
is
the
argument
that
comes
particularly
often
from
some
netease
divisions,
the
bottleneck
is
a
anyway.
That
means
we
somehow
have
that
in
our
program
that
can
be
slow,
because
that
is
really
what
is
actually
slowly.
Holding
back.
Some
of
the
aftermath
is
the
interaction
with
adjoining
so
also
in
out,
for
example,
talking
to
a
database
reading
files
or
sending
things
over
the
network,
all
those
things
that
you
might
have
to
do
often
as
a
web
server
for
a
website.
A
Many
people
then
just
say:
ok,
I
have
to
do
so
much
anyway.
If
I
then
other
things
will
work
out
even
more
slowly
on
the
wheel
that
it
will
also
be
vegan,
eg
rails,
success
of
his
philosophy.
So,
with
these
good
arguments
against
optimization,
we
might
get
a
glimpse
of
why
we
are
actually
on
the
11,
and
there
is
a
well-known
quote
from
nick
software
is
waiting,
celebrity
barry
james
foster,
and
he
said
that
a
few
years
ago
he
just
says
that
you
manage
to
make
the
software
slower
and
slower
as
the
computers
get
faster.
B
A
Each
of
us
has
a
mobile
phone
or
something
and
I
never
get
any
lex.
Even
a
computer
somehow
gets
stuck,
but
is
a
bit
too
slow,
so
the
proof
is
actually
already
there.
Not
all
programs
are
there.
The
way
we
want
them
to
be
is
my
little
one
after
optimized.
Exactly
that's,
also
a
real
thing
then,
and
that's
the
second
important
thing.
Yes,
the
onscreen
city,
somehow
batteries
we
want
to
save
electricity
and
science.
A
B
A
When
people
imagine
to
save
energy,
you
run
slowly,
but
when
you
feel
that
it's
exactly
the
other
way
around,
he
with
computers,
there
is
this
principle
of
race
to
sleep.
So
we
want
to
do
our
work
as
quickly
as
possible,
removed
do
as
soon
as
possible
so
that
the
processor
can
then
sleep
saving
power
with
processors.
I
mainly
do
it
by
sleeping,
I.e.
those
in
sleep
mode.
I
have
to
use
much
less
power
and
being
woken
up
from
this
sleep
mode
takes
a
bit
of
time,
so
the
processor
cannot
always
be
in
the
best
way.
A
To
switch
to
hibernation
is
to
do
all
our
work
in
a
millisecond
just
then
we
can
do
the
rest
so
that
they
sleep
it
off.
This
way
saves
electricity.
There
is
another
interesting
application.
There
is
a
person
who
works
on
facebook,
so
see
it
again
later
and
he
is
responsible
for
optimizing
php.
So
maybe
you
know
that
facebook
or
programmed
in
php,
and
that.
A
Programmed
in
php
and
php,
it
is
now
not
the
fastest
language.
The
age
just
its
language
was
hacked
back
and
the
problem
is
now.
Facebook
has
many
servers
and
a
lot
of
surfers
take
care
of
it.
Bhp
is
executed.
Facebook
wants
to
save
a
bit
of
electricity,
so
a
team
of
experts
was
put
together,
who
should
completely
copy
an
alternative,
php
or
a
just
in
time.
Compiler,
look
something
that
somehow
executes
php
and
please
faster
than
what
you
do.
A
The
php
website
can
be
downloaded,
yes,,
and
this
person
says
if
they
save
even
a
fraction
of
a
percent
of
the
performance
in
the
training
of
the
php
script
from
facebook,,
then
he
somehow
got
the
salary
of
some
employees
directly
in
electricity
costs,.
So
it's
worth
it
really
what
he
does.
Only
through
a
patient
you
get
out
of
electricity
costs
the
costs
for
several
employees.
That's
quite
okay,
drew
you
definitely
earn
your
money
and
know
that
you've
made
it
I
'll,
find
out
later.
A
It
that's
a
very
up-to-date
top
model.
Let's
take
a
look
at
the
nice
chip
that
's
a
cpu.
The
action
has
always
been
almost
always
pretty
good
and
e7
net.
So,
like
the
eu
costs
a
lot
of
money
that
you
might
not
spend
on
the
home
pc,
but
that
it
was
at
least
half
a
year
that
was
somehow
the
best
you
can
get
with
a
best
thing.
Yes,
ten
cores,
actually
not
just
four.
B
A
A
How
the
production
techniques
are
sinking,
so
I
can't
remember
the
exact
numbers
anymore,
but
it
won't
sink
so
quickly
anymore.
Yes,
you
can
see
construction
sites,
22,
nanometers
already
extremely
close,
and
they
always
say
yes,
these
are
somehow
some
places
of
the
cpu.
Otherwise,
three
silicon
atoms
wide
somehow
atoms
wide,
that's
kind
of
the
caraway
don't
save
much
anymore.
If
we
only
have
things
to
break
the
three
goals,
I
brought
another
kind
of
calculation
with
me
to
illustrate
that
you
ca
n't,
get
that
much
out
of
it.
Musically
and
stuff.
A
A
A
I
mean
that
is
maybe
a
bad
thing
to
imagine,
and
I
think
that
it's
not
the
first
physical
Limmat
that
you
will
scratch
that
will
come
later,
but
still
I
find
it
very
interesting
to
realize
that
you
actually
somehow
don't
have
that
much
space
anymore.
You
can
at
least
imagine
that
light
can't
go
much
further.
Now
I
want
to
keep
moving
time.
A
Yes,
I
hope
that
might
be
enough
as
a
little
bit
of
motivation,
and
I
think
most
of
the
motivation
comes
from
local
cell
phones
and
pcs
anyway,
and
because
all
the
applications
always
get
stuck
and
aren't
fast
enough.
Well,
I
would
like
at
least
everything
to
be
faster.
We
will
divide
it
into
three
parts,,
namely
when
we
first
explain
the
terms
I
have
found
the
encroachments
and
the
right
mindset.
How
we
proceed.
Optimization
is
very
important
because
optimization
we
treat
a
lot
of
people
wrong
afterwards.
A
Look
at
the
cpu
because
we
just
want
to
understand
how
it
works
is
that
the
most
important
point
to
write
fast
programs,
we
want
to
understand,
works
for
the
cpu
and
then
also
works
completely
together
with
programming
languages
.
Then
we
will
see
again
very
explicitly
why
other
programming
languages
Slower,
is
the
advance
warning.
We
won't
be
able
to
get
it
out
of
the
way
and
every
program
that
you
get
your
hands
on
could
hardly
be
optimized
directly.
A
Unfortunately,
optimization
is
a
huge
topic,
and
until
you
get
really
good
at
it,
and
now
it
takes
a
lot
of
time
and
I
won't
either.
Imagine
something
very,
very
concrete
what
it
does.
It's
just
crazy
spengler
the
frame
important
it's
important.
First
of
all
that
you
understand,
what's
going
slowly
and
what's
going
fast
and
what
you
have
to
pay
attention
to
and
what
isn't
the
concrete
optimization
is
about
that
you
can
deal
with
later
still
care.
A
Ok,
so,
let's
start
boring,
that's
how
it
sounds,
at
least
in
chapter.
That's
important
that
we
discuss
it
once
said
two
terms
that
are
completely
independent
of
each
other:
that's
efficiency
and
power,
or
performance
with
efficiency.
We're
describing
something
or
we'd
like
to,
if
possible,
do
little
work
to
find
a
solution.
So
we
want
to
do
computer
science,
and
we
do
n't
want
to
find
a
solution
to
a
problem.
A
A
That
is,
of
course,
also
very
important
that
we
somehow
don't
have
to
do
too
much
work
that
is
not
necessary
at
all
performance,
on
the
other
hand,
is
somehow
that
we
have
to
do
the
work
that
we
have
to
do
divide
as
little
time
as
possible.
That
means
we
somehow
know
our
algorithm
answers.
We
have
to
do
this
work,
we
ca
n't
avoid
it,
but
now
we
want
to
do
it
as
quickly
as
possible,
and
another
well-known
person
seems
to
have
followed
others
how
la
cruz
we
want
because
of
performance
optimization.
A
We
make
sure
that
every
lamp
on
the
cpu
glows,,
so
the
cpu
is
somehow
very
complex,.
What
we
want
is
that
all
parts
of
the
cpu
work,,
because
this
is
how
the
work
can
be
done
as
quickly
as
possible
to
score
points,,
so
we
always
have
it
in
our
heads.
Every
lamp
should
bloom
when
it's
like
I
said,,
that
of
santa
cruz
and
when
we
start
working
on
his
program.
Now
we
have
several
steps
that
we
have
to
go
through
and
it
says
at
the
top.
That
is
a
very
important
draft
algorithm.
A
That
means,
if
you
want
to
try
something,
because
we
initially
only
design
the
algorithm
and
then
we
also
thought
the
asian
runtime,
so
really
what
a
computer
scientist
or
they
learn.
We
then
pay
attention
to,
and
that
is
of
course,
the
efficiency
we
want
to
do
as
little
work
as
possible
for
what
we
do.
C
A
Take
care
of
other
things
in
particular.
It
is
also
in
the
most
difficult
in
algorithms
that
the
main
algorithm
requires
the
most
and
the
most
effort,
that
is
to
say
once
we
have
decided
on
an
algorithm
or
on
data
structures,
and
in
the
end
we
realize
okay,
that
is
not
possible
because
the
symbiotic
runtime
of
it
is
bad,
knocking
it
over
again.
It
usually
means
that
the
whole
program
can
still
be
evaluated
tomorrow.
So
that’s
really.
A
A
C
B
B
B
A
Good,
although
bad
that
is
very
bitter
and
hard,
we
sometimes
always
use
it
in
the
wrong
context,
but
what
he
means
by
that
is
the
following:
we
don't
always
want
to
optimize
everywhere.
That's
a
completely
wrong
approach.
We
ask
ourselves
when
and
where
do
we
want
to
optimize
and
now
has
said
or
maybe
found
out,
that
an
average
program
is
a
maximum
of
three
percent
of
the
codes
at
all
bot?
A
That
means
it
is
run
through
often
the
whole
other
code
is
not
run
through
often,
and
it
doesn't
matter
whether
we
spend
a
few
more
seconds
there
or
not.
If
it
is
run
through,
maybe
only
once
or
twice
or
even
with
a
game
narrow
code
that
is
only
run
through
once
in
each
frame.
It
is
not
yet
so
critical
critical
is
the
code
that
is
in
the
inner
loops
is
in
the
inner
loops.
That
is
somehow
run
through
millions
of
times
per.
A
A
Do
not
benefit
from
optimization
at
all
optimize.
That,
of
course,
always
depends
on
the
person.
As
I
said,
I
would
like
to
have
everything
faster
and
work,
a
powerpoint
myself
and
do
things
quickly.
He
gets
stuck
sometimes,
even
though
I
have
quite
an
expensive
pc
here,
woman
found
halfway
the
latest
version
and
still
asked
and
stuff
like
that
gone
not
personally
about
it.
I
don't
think
it's
okay.
If
the
computer,
somehow
delays
me
that
shouldn't
be
the
case,
but
of
course
you
can
think
about
it.
A
Some
programs
are
more
important
to
me
than
others,
not
so
much
that
's
pretty
clear
and
that's
going
to
come
up
again.
First
of
all,
we
want
to
completely
ignore
optimization
and
especially
leave
out
micro
optimization
completely.
We
don't
want
to
somehow
look
at
individual
parts
of
the
code
and
say
before
we've
even
written
a
whole.
B
A
C
A
Is
so
that's
very
important,
first
80
on
only
describe
our
programs
correctly
so
that
they
work
initially.
Maybe
we
have
algorithmic
complexity
in
the
back
of
our
minds
if
we
sense
that
it
is
somehow
an
algorithm
there,
it
could
lead
to
problems,,
for
example,
if
it
is
an
mp
heavy
algorithm
or
if
that
is
an
algorithm
where
we
might
just
have
three
runtimes,
and
we
might
do
that
in
the
back
of
our
minds
and
consider
in
our
implementation
that
we
keep
the
options
open.
Then
to.
A
Implement
the
best
algorithmic
runtimes
disappear,
but
the
most
important
thing
here
is
to
pay
attention
to
correctness,.
So
it's
kind
of
funny
at
the
to
say
that
at
the
beginning
of
an
optimization
lecture,
but
it
is
important
to
mention
again
that
we
don't
want
to
have
funny
optimization
thoughts
in
our
heads
all
the
time.
We
first
program
our
program
until
it's
finished
and
then
we
want
to
find
the
critical
points
and
we'll
get
through
it
measure.
A
We
want
to
measure
our
program
somehow
and
find
out
what
is
really
the
the
hot
which
code
really
want
to
optimize,
which
one
is
executed
100
times
longer
the
second,
especially
that
we
want
to
find
out.
Then
we
can
optimize
this
critical
code.
That's
kind
of
the
battle
plan
that
the
important
thing
at
the
head
to
keep
it
first
test,
and
then
we
can
always
optimize
later
so
now
I
have
completed
this
preliminary
skirmish.
A
Now
we
can
get
to
the
interesting
things
we
want
to
get
to
know
the
cdu
better,
because
if
we
know
the
cdu
and
know
how
it
works,,
then
we
also
know
how
the
world
works
and
how
we
can
write
programs
faster
and
we'll
run
a
test
right
away.
Where
we'll
do
a
a
few
pages
and
get
in,
we
have
several
random
numbers,.
We
somehow
generate
some
random
numbers
and
would
like
to
insert
a
data
structure
one
after
the
other,
and
sometimes
make
sure
that
this
data
structure
always
remains
sorted,,
e.g.
C
A
B
A
C
A
A
Important,
you
think
a
consistently
linear
make
a
search
and
insert
two
ends,
because
we
first
have
to
somehow
read
each
element
and
then
write
it
again
very
far
to
the
right
january,
so
very
slim,
quite
open
overall,
I
said
with
rotation.
I
have
now
assembled
it
so
that
you
can
roughly
make
the
number
of
advances
we
are
making
then
have
to
copy,
as
I
said,
read
each
element
once
and
write
once,.
A
Damn
everyone
seen,
okay,
because
that's
where
we
also
have
an
open
search.
That's
that's
that
you
can't
avoid
it,.
Yes,
if
it's
in
the
link,
let's
go
through
it
linearly
and
contact
us
looking
for
the
right
place.
But
the
great
thing
is
the
insertion
in
operas
1,
it's
just
a
matter
of
shifting
a
few
herbs.
B
A
A
A
A
We
try
the
whole
thing
for
several
sizes.
They
are
noted
here
and
here
we
have
the
different
algorithms
that
are
executed
once
upon
a
time
in
setlist.
Here
we
have
a
link
list,
create
unable
library
of
rast.
Just
we
go
through
the
numbers
through
the
we
get,
and
do
it
now
as
follows.
We
have
to
do
it
ourselves
with
the
budget
gate.
We
can't
go
through
with
the
suggestion,
because
we
want
to
add
ourselves
to
this
in
this
theater
so
come
to
the
list
of
literature
and
call
it
up
yes
and.
C
A
C
C
B
A
A
D
A
Exactly
what
I
forgot,
but
to
mention
you're
on
the
the
right
way.
There
are
a
few
things
that
I
will
ask
again
later
extremely.
It
may
be
that
some
simply
know
the
solution
completely.
If
you
are
sure
that
you
are
the
solution,
do
not
necessarily
tell
yes,
but
do
that
to
the
others
chance,
but
if
you,
of
course
you
are
only
reasonably
sure
or
unsure,
then
you
are
welcome
to
say
so
only
especially
if
you
have
questions
later
some
of
them,
you
just
notice.
A
C
A
I
should
have
plugged
in
the
electricity
right
away
so
that
again
an
extreme
then
yes,
exactly
the
binary
one
is
of
course
even
faster,
then,
because
we
then
do
even
less
work,
but
it
is
somehow
strange.
We
can
do
it
quite
quickly,,
especially
if
we
meet
again
look
at
vector
versus
vector,
binary
attempts
and
once
again
sorry
for
a
moment,
we
see
the
search
here.
It's
only
the
search
that
has
improved
in
the
manager
search
and
the
insertion
hasn't
improved.
A
Ours
has
been
running
since
then,
but
we
still
have
an
improvement
of
more
than
half
that
is
somehow
strange
and
and
to
understand
why
it's
different.
Let's
now
look
at
how
it
works
in
the
real
world,
you
want
to
find
out
real
world
works.
So
let's
look
at
our
classic
architecture,
anja
to
understand
our
hardware.
Let's
look
at
the
testimonial,
so
what
it's
for
above
me
that
is
a
cpu
and
a
memory
memory
on
the
right,
the
random
access
memory
I
communicate
with
each
other
and
with
the
memory.
The
important
thing
is
to
program
quickly.
A
C
A
A
B
A
Is
the
cpu
register
and
we
know
the
main
memory
what
thinks
your
cdu
register?
Well,
I
don't
wear
it.
They
say
so.
Five
far,
germany
quite
a
lot.
If
we
calculate
16
times
eight
far
for
our
known
cpu
is
it
comes
from
the
28
that
less
but
let's
say,
500,
more
larger,
RAM,
eight
gigabytes
somali
normal.
We
summarized
during
this
time
because
you
get
a
halfway
decent
chf.
Then
you
already.
C
C
A
A
In
the
giga
is
10
09,
that's
10!
No,
that's
a
hunch!
We
have
an
access
time
of
about
30,
03,
music
concert
cdu.
Yesterday,
what
I
mean
by
that
we
have
virtually
no
delays
in
the
move
from
its
register.
We
can
use
it
immediately
and
calculate
in
one
cycle.
Could
access
from
a
register
and
calculate
directly
with
it
no
delay?
What
do
you
think.
A
C
A
C
A
C
B
A
A
A
This
is
the
l1
cache
level
1
cash,
because
the
slaves
named
intel
and
amd
had
also
thought
of
it.
Somehow
we
can't
leave
it
like
that
now,
we'll
do
it
better.
We
just
build
us
lockers
user
cdu,
where
we
can
still
access
them
quickly.
Yes,
they
are
about
128
kilos
in
size
and
much
larger
than
all
registers
like
we
have
yes
and
have
a
cycle
time
of
about
one
nanosecond,
already
extremely
good.
A
That
means,
if
I
always
the
same
book
request,
would
just
have
to
walk
to
the
pushed
fans
put
the
gate
of
the
book
bus
downtown.
That
is
difference
and
l1
indicated
there
are
somehow
more
levels,
and
that
is
in
fact
the
case.
We
mean
two
or
three
crash-,
but
none
now
compare
written.
Maybe
the
l3
cache
corresponds
to
the
other
library.
You.
A
A
So
that's
not
just
stupid
of
young
designers
of
memory
and
cpu,.
It's
really
a
physical
problem.
Memory
is
just
so
much
slower
than
the
cdu
and
just
what's
fun,
just
wanted
to
write
down
two
other
memory
cards.
It
was
right,
you
don't
know
the
other
two
types
of
memory
I
seem
to
have
it
again
now,
but
I've
always
owned.
Both.
D
D
A
And
these
hard
disks
So,
that's
rotating
discs
that
really
rotate
the
real
ones
in
your
pc
or
the
noisy
old
pcs,,
probably
maybe
also
for
new
pcs,
and
since
we
then
write
the
data
from
these
magnetically
somewhere
and
the
ssds
have
become
widespread
in
recent
years
for
Luckily
the
st
is
complete
and
mechanical
because
you
can
access
it
very
quickly,,
so
we
no
longer
have
any
mechanical
elements,,
so
we
no
longer
have
any
delays,.
We
can
simply
access
this
flash
memory
directly,.
A
So
the
largest
20
500
GB
about
the
ssds
catch
up,
That's,
quite
good
I
would
estimate
so
the
beginners.
It's
time
are
128
gigabytes,
that's
a
size.
You'll,
probably
just
buy
today,
say
115,
100,
gigabytes
and
far
away.
What
do
you
guess?
What
kind
of
access
time
it
was
in
seconds?
Tell
me
the
real
access
time.
B
A
B
A
All
things
didn't
plan
on
sleeping
time.
Don't
worry,
we
only
have
to
walk
about
nine
hours
a
day.
It
is
it's
exhausting,
so
it's
really
exhausting,
but
I
think
you
can
get
used
to
it.
You
can
just
walk
a
little
less
and
get
used
to
it
and
then
get
rid
of
the
sore
muscles,
but
in
the
end
you
can
walk
a
little
more
really
lose.
C
A
Yeah,
what
you
don't
I've
planned
on
the
old
ones,
I
just
assumed
that
the
paved
roads
are
everywhere
dressed
warm
enough
I'm
thinking
of
them,
so
I
do
n't
know
my
way
around
that
well,
but
I
think
the
assumption
is
probably
justified.
Somehow
you
can
always
walk
over
streets,
then
I
would
say
that
it
is
definitely
doable.
If
you
focus
on
the
task
yourself,
then
the
hdds
are
far
away
for
two
days
that
you
enjoy.
Then
this
difference
between
ssds
and
hdds
is
getting
smaller.
C
A
A
A
Although
I
did
some
research
there
too,
and
there
is
this
one
person
who
walked
it
around
the
world,
but
it
took
longer
I,
don't
know
if
7
or
13
years,
but
he
also
took
quite
a
funny
walk.
So
you
can
imagine
it
like
that.
A
person
who
is
n't
a
memory
slave
and
somehow
also
has
other
ideas
of
what
to
do
with
his
life.
He
traveled.
A
C
A
Can
maybe
also
write
the
book
and
also
be
good?
Yes,
so
let’s
do
the
comparison.
First,
then
I’ll
put
it
really
before
what
is
like
a
huge
difference
that
is
just
between
the
cpu
and
memory,
clearly
on
the
ssd
or
so
far,
not
so
much
to
take
up,
but
even
then
it
is
extremely
slow.
Then
everything
with.
A
Understood
ask
that,
however,
and
the
locker
only
helps
us
now,
if
I
always
ask
for
the
same
book
that
's
kinda
a
bit
stupid.
So
what
happens
is
that
you
ask
for
the
same
book,
because
I
keep
pushing
further
and
further
from
my
desk
somehow
and
there
's
more
space,
so
I
have
to
ask
for
it
again
from
the
saves,
but
it's
still
a
bit
stupid
what
we
kind
of
do
now.
A
If
we
like
to
do
other
things
now,
if
you
go
downtown
or
venice,
then
maybe
you
want
to
take
more
with
you
than
my
book
that
we
quite
a
good
idea.
That's
the
prix
fetscher
that
makes
the
prefecture,
think
manager
access
this
slow
memory,
If
I'm
already
on
my
way,
I,
have
to
be
more
involved,.
That
means
you
take
the
bill
for
the
wheelbarrow
into
the
city.
Center,
I,
don't
know
how
the
bell
is
ringing,,
but
you
grab
as
many
books
as
you
can
scan,,
and
then
you
can
go
here.
A
Don't
come
back,
preferably
books
that
are
somehow
similar
to
my
book.
That's
like
computer
science
books
will
definitely
be
a
good
idea
so
that
the
private,
the
let
is
always
a
so-called
cash
life,
a
kerstein
with
most
engines,
64
bytes.
That
means
we
face
it.
Memory
44
both
blocks
divided.
If
I
have
any
further
doubts.
The
whole
block
comes
along
directly
and
ends
up
in
the
l1
cache,
which
is
a
good
thing.
If
even
the
one
at
I
can
access
directly,
the
neighbor
knows
there
will
be
almost
no
delay.
C
A
A
A
B
B
A
See
that
it
also
works
together
with
brennsprit
action,
what
that
means,
for
example,,
if
we
walk
linearly
through
a
spoke,
it's
almost
never
wait,
then,
if
we
both
really
just
ask
for
more,
is
the
processor
smart
enough
both
of
them
smart
enough
and
to
notice
what
we
are
planning
you
can
always
run
in
time
until
we
are
done
with
our
data
that
we
already
have
a
city
center
and
take
care
of
all
the
data.
That
means
we
almost
never
have
to,
or
only
once
when
we
the
first
time
waiting
for
the
first
to
grab.
A
That
is,
of
course
much
better
now
two
more
terms,,
namely,
if
you
store
a
store
address
in
which
the
cash
is
located.
One
says
that
the
store
is
full
and
now
just
cult.
If
it
is
not,
that
is
somehow
the
computer
science
books
will
probably
rot
because
they
always
sit
on
the
shelf
here
in
the
front.
So
the
whole
thing
boils
down
to
a
little
game
from
pottermore.com.
We
want
to
flirt
with
the
list
of
links.
Not
what
do
you
think
is
that
maybe
good
for
the
fridge.
A
B
A
That
's
not
a
good
idea,
because
every
time
we
miss
the
so-called
cache
with
a
cache
means
that
we
do
n't
have
what
you
request
in
the
cache.
A
crash
kid,
on
the
other
hand,
would
mean
that
we
have
it
in
the
crash.
We
of
course
want
to
do
it
again
if
possible,
having
cash
wit
and
no
cash
at
all
misses.
A
Ketchum
is
what
takes
a
long
time
because
of
this
before
editing
here
and
then
we
damn
well
realize
that
there
is
one
book
in
the
city
center
that
destroys
the
whole
work
ethic,
because
one
then
has
to
let
go
so.
Cash
is
that
we
want
to
avoid
and
your
set
Was
the
link
allows
up
to
1
of
these
users
to
be
randomly
distributed
in
memory?
We
are
asked
for
each
time:
individually,,
which
means
they
are
sitting
somewhere.,
Of
course,.
A
You
can
be
lucky
to
have
120
people
sitting
next
to
each
other,
who
are
also
sitting
one
behind
the
other
in
a
list,.
But
that
is
unlikely
to
happen,
and
you
think
the
one
on
the
left
is
good,
but
the
problem
with
the
link
is
that
the
benefits
are
almost
never
used.
The
only
purpose
is
listed.
If
you
really
always
have
a
fixed
position
in
the
list
and
always
move
a
bit
there
and
add
and
remove
a
lot
when
we
anyway
always
give
each
operation
run
through
the
whole
list.
A
Anyway,
we
always
have
a
call
at
the
end
on
time.
That
means
in
asymptomatic
runtime,
it's
anyway
just
as
mentioned,
so
these
advantages
are
almost
never
exploited.
You've
already
written
an
algorithm
where
you
really
together
list
is
right
in
the
middle
and
you
are
still
a
little
way
away
a
little
something
simply
deletes
in
particular,
then
that
has
an
advantage
when
1
are
1.
Otherwise,
that’s
about
this
opera
is
called,
and
then
you
pay
for
it.
The
whole
nation
is
not
at
all.
If
use
a
list
of
links.
What
do
I
mean
seriously?
A
A
Restless
whole
sector,
so
there
do
we
want
to
somehow
have
our
data
in
the
same
one
then
call
office
server,
so
say
how
many
elements
we
have
to
wait.
The
way
that,
even
once
again
all
the
animals,
then
it
is
perfect.
So
thank
me
really
say
now.
We
have
been
faster,
sequential
data.
Then
there
will
never
be
problems
so
I
even
think
that
the
documentation
has
a
very
funny
article.
A
There
are
these
collections
modules,
where
there
are
several
collections
that
are
good
documentation
for
with
the
heading,
even
if
you
should
use
something-
and
there
are
different
jacksons
and
the
angle
says
rooney
says
something
not
often
that
that
happens.
People
try
was
also
the
left
is
to
take
the
left,
because
it
somehow
succeeds
well
that
algorithms
course,
but
unfortunately
it
is
not,
but
is
only
very,
very
rarely.
A
We
super
to
get
into
the
thinking
a
bit
by
looking
at
the
front
yard
structures
the
binary
heep
first.
That
looks
like
that.
I
don't
remember
anymore.
Yes,
the
binary
here
is
almost
complete,
the
baunvo
last
level
because
it
is
filled
from
the
left
and
the
idea
is
that
the
father
is
sometimes
bigger
or
smaller
than
his
sons,
so
that.
A
C
D
A
C
A
Three
levels
should
still
be
in
a
smaller
league,
or
at
least
so
that
the
free
fetcher
can
do
it
properly.
That
means
we
would
say
the
first
three
levels
should
definitely
be
served
from
the
l1
cache.
You
don't
have
any
cash,
yet
that's
definitely
good,
because
it's
good
to
recommend
something
like
that.
Then
like
subtracting
three,
that's
not
so
bad
with
such
data
structures,,
just
so
that
you
pay
for
each
cache.
The
cash
flows
is
and
really
clearly
the
most
important
thing
was
up
to
2
vl.
That's
not
quite
complete.
D
A
Has
to
be
blocked
somehow
separately
Of
course
there
are
more
advanced
techniques,,
but
typically
every
node
is
blocked.
First.
That
means
yes,,
my
cashes
with
every
descending
new
level
we
have
with
the
pendant
tractor
before
with
there
are
also
later,
but
here
really
cash
is
guaranteed
in
every
level
and,
as
I
said,
we
pay
them
for
cash
Messers.
That's
the
right
thing
about
it.
That's
really.
What
takes
the
most
time?
B
A
A
Store
a
lot
more
nodes
in
a
lot
more
elements
in
a
node,.
That
means
we
have
an
extremely
high
branding
factor
and
that’s
why
we
have
extremely
few
levels,,
so
you
get
over
four
levels
with
the
animals
b
+
or
order
when
not
out
at
all.
That
means
we
almost
constantly
cash.
It
is
that
it
also
improves
when
it
gets
closer
and
pawns,
we
have
significantly
more
cash
matches
and
in.
A
A
Wiemann
there
are
now
several
implementation
options,,
especially
on
the
strategy
the
we
will
somehow
avoid
the
coalition.
Now
we
just
came
up
with
the
strategy
according
to
IT
specialists,
once
we
have
the
open
rulership,
then
we
just
have
memory
somehow
still
attached
to
it
just
bucket
that
can
either
be
the
link
or
a
since
it
depends
here
would,
of
course,
you
prefer
the
goods,
sometimes
that
doesn't
work,,
for
example,
c++
or
an
order
stays
the
winner,
because
that's
unfortunately
stupidly
implemented
there.
My
mine
has
the
christa.
A
That
means,
then,
that
's
really
bad,
because
it's
open
rulers
they're
all
stored
in
one
in
hallwang
these
backes.
But
then
the
link
shows
that's
not
particularly
good
when
the
herrsching
is
closed.
Well,
the
group
up,
just
if
we
do
it
linearly,
we
have
a
very
local
to
climb,
which
is
good,
that's
very
ketch,
friendly
but
of
course,
linear
to
explore
somehow
other
disadvantages
so
of.
A
Behind
it,
but
now
just
a
quick
look
at
the
Berliners,
you
do
it
linearly
pretty
well
Badenisch.
You
have
pretty
big
jumps
pretty
quickly
that
the
examiner
can
no
longer
compensate
that’s,
not
to
say
what
now
how
good
it
is,
but
just
get
a
little
feel
for
what
is
good
for
the
cache
and
what
is
not
so
again,
some
nice
pictures
that
you
have
already
seen
and
I
would
like
to
have
a
partial
areas
here
on
the
left.
First
of
all,
the
gpw
have
the
new
intel
parts
yes,,
always
a
gpu
mentor.
A
B
A
Hint,
maybe
creatures
are
not
quite
correct,
like
last
time
when
I
drew
the
cores
there.
Funnily
enough
I
found
out
on
the
search
for
more
detailed
information.
I
would
sit.
One
and
I
was
correct,
so
the
last
set
of
slides
is
correct,
but
here
I
have
a
few.
More
speculations
are
finally
completely
correct.
So,
first
of
all
here
the
four
cores
have
already
happened
here,
the
last
time.
What
the
other
one
came,
who
on
the
right
side,
cleaned
up
such
a
core.
A
They
are
basically
just
controllers
that
control
the
flow
of
data
in
and
out,
and
they
somehow
react
with
others
with
other
devices
still
in
the
computer.
So
these
are
administrative
things
that
you
don’t
really
have
to
calculate
there,
but
the
manage
causes
in
the
middle,
that
is
the
l3
cache
the
first
part
of
your
master
and
in
its
core.
We
then
have
one
or
two
cash
carry
ourselves.
A
We
see
that
quite
a
lot
of
space
and
does
n't
stay
like
that
anymore.
A
lot
of
1
still
goes
to
the
marriott
interface,,
but
somehow
that
doesn't
interpret
anything
that
really
counts.
If
you
look
at
it
again,
you
notice.
Quite
a
bit
of
it,
you're
actually
doing
my
actual
work,.
So
somehow
these
core
areas
that
aren't
taken
up
by
l1
l2
cache
the
does
my
actual
work
and.
A
A
A
cdu
association
belongs,
but
the
whole
area
of
,
the
three
pesch
and
everything
in
green
is
kesha.
Everything
in
this
green
meadow
green
line.
That's
somehow
something
I
care
about
in
the
cache
only
caching,
yes,
that
is
intel
itanium
2.
It
has
211
million
transistors
and
50
percent
of
them.
You
can
only
care
about
caching.
A
How
can
you
only
do
15
percent
of
my
transistors
do
the
actual
calculation?
There
is
again
wrong.
Yes,
even
now,
one
percent
of
this
transistor
percent
of
the
area
sees
is
responsible
for
the
actual
calculation.
Everything
else
is
just
so
that
we
can
somehow
ignore
this
memory
delay
that
we
always
and
memory
beforehand.
So
it
is.
A
To
wait,
avoiding
memory
to
clarify
again,
that's
the
important
thing
when
we're
programming
memory
is
the
important
thing.
Nowadays,
you
rarely
come
to
a
point
where
you
really
have
all
your
cdu
and
then
maybe
that's
a
wrong
expression,
but
most
of
the
time
you
have
the
problem
that
you,
access
to
slow
memory
doesn't
have
to
mean
that
the
cpu
calculates
to
basel
that's
pretty
unbelievable.
One
percent
of
the
area
is
like
that.
So
we
have
more
gas
storage,
really
bad.
C
A
A
B
A
A
Probably
have
this
here
as
1
race,
director
david,
your
stuff
anyway,
under
random
numbers
and
director
should
be
certain
large.
Just
these
32,000
woke
up
to
move
these
here.
What
we
then
do
is
on
this
way
gate
and
came
up
with
this
function.
The
following
the
important
that
sums
up
certain
elements
also,
and
only
the
elements
that
are
128
127,
the
elements
that
are
smaller
than
127.
So
he
goes
through
the
path
through
looks
for
each
element
that
is
place
127.
If
so,
then
he
has
it
on
mine
on
an
accumulator
on
over
9
victoria.
C
A
A
A
A
A
C
A
C
A
A
C
A
E
E
A
A
E
A
Jump
if
we
absolutely
have
jumps
in
there,
the
call
or
german
you
can
know
that
before
looking
away.
Yes,
where
we
correspond,
so
we
can
already
get
the
private
channel
the
instruction.
Therefore,
it
is
jump
with
conditions,
so
most
conditional
ones
jumpers
only
have
one
102
possible
things
where
they
can
jump
in,
either
not
jumping
at
all
and
rain
coming
out
at
the
receptions
I
might
be
problematic,
what’s
even
worse,
then.
A
Springs
that
is
achieved
a
success
rate
of
about
8
90
in
98.
The
cpu
can
successfully
predict
whether
this
plan
will
be
taken
or
not.
That's
pretty
crazy,
so
you
might
have
imagined
it.
A
little.
Less
crazy
have
imagined
grinds,
often
have
a
kind
of
one
conditional
jump
at
the
end
where
you
jump
back
and
it
is
not
taken
exactly
once,,
so
you
can
actually
imagine
it
quite
simply:
the
loop,,
which
always
jumps
back
to
the
very
end,.
D
A
Empty,
but
that's
a
hammer
known
can
say
I
informed
myself
again
yesterday
and
what
differences
there
are
in
the
result.
There
are
very,
very
simple
algorithms
that
somehow
look
globally,,
which
ones
did
I
take
in
the
last
jump
or
not,,
but
there
are
also
much
more
complicated
ones,,
so
you
will
also
look
at
them
in
the
source
text
per
jump
and
collect
some
statistics.
There,,
that's
pretty
amazing.
What
I
do
even
more
amazing
is.
There
is
even
some
experimentation
with
making
the
reflector
I
have
to
laugh.
A
I
found
it
incredible
on
the
basis
of
neural
networks
so
and
as
far
as
I
read
that
correctly,
but
I
can't
believe
it
in
the
latest
amd
processors
is
his
only
one
times
and
everything
march
in
for
the
prediction
of
the
jump.
As
I
understand
that's,
why
I'm
sitting
in
the
back
and
thinks?
Ok,
I
somehow
managed
to
unravel
two
numbers
after
three
weeks
and
that
then
their
cdu
are
all
more
complicated
with
us
than
what
I've
ever
had
be
programmed
in
a
high
level
language
that
crazy
that
I
just
ca.
N't.
A
Imagine
that,
but
somehow
I
manage
to
predict
almost
all
jumps
correctly.
That
had
two
reasons.
One
reason
I
just
mentioned
is
that
we
can
load
the
right
extractions,
but
that's
mostly
true,
not
so
bad,
especially
then
I
do
this
here
looks
there
are
the
instructions
person
together
the
cash
leyen?
He
is
so
much.
That
means
it
doesn't
make
a
big
difference
if
you
don't
jump
far
away.
The
second
much
more
important
federal
for
a
long
time
still
doesn't
expect
anything
new.
A
You
feel
it
and
then
you
keep
all
the
data
away
where
they
are
or
something,
but
somehow
in
modern
processors
there
are
five
to
20
park
stakes,.
That
means
here
the
instruction
landlord
mertens
datas
executed,.
That
means
there
are
parts
of
the
cpu
that
do
the
calculation
and
each
part
leads
to
another
station
pipeline
from
a
patch
just
for
decoding
the
instruction
and
somehow
to
further
distribute
another
one
just
for
addressing
the
correct
registers
and
then
loading
or
providing
them
somehow
and
so
on,
do
n't.
A
Imagine
there
are
so
many
different
parts
that
you
can
add
to
the
instruction.
Yes,
it
would
be
nice
if
every
part
of
this
part
were
active
at
the
same
time
now
pipeline.
That
means
we
actually
have
parallel
calculations
per
camp
because
the
first
station
we
pack
in
will
be
decorated
as
soon
as
the
decorated
one
is,
but
the
next
stage
will
be
the
next
workshops
and
decoded.
That
means
we
somehow
have
so
many
different
ages
that
we
want
to
have
up
front
so
that
everyone
parquet
is
active.
A
At
the
same
time,
I
realize
you
could
have
chosen
a
better
picture
here
to
understand
that
better,
but
the
idea
behind
it
is
quite
simple:
who
wants
to
have
several
parts
that
are
active
at
the
same
time
and
to
create
that
open,
cpu
instructions
partly
around
that
means
we
have
somehow
different
instructions,
but
we
know
that
one
institution
depends
on
the
other.
Then
we
can't
do
them
at
the
same
time,
if
one
waits
for
the
result
of
the
other,
we
can
do
it
at
the
same
time.
A
C
A
Executes
something
not
in
the
next
20
instructions
in
the
event
that
it
actually
doesn't
is
taken.
If
so,
then
it
is
taken
cdu
made
everything.
Undone,
I
would
have
to
introduce
them
to
just
try
it
out
if
it
works.
If
it
doesn't
work,
they
make
everything
they
have
done
backwards.
It
pays
off
because
they
just
as
well
that
this
industry
judge.
A
The
pipeline
full:
that's
why
we
always
want
to
run
two
directly,.
That's
why
the
reason
for
our
example,
data
at
the
construction
fair,
ran,
strangely,
yes,.
This
one
well-sorted
have
in
the
first
half
for
the
one
conditional
jump
we
always
have.
The
one
result
is
me:
it
is
always
below
127
and
428.
It
is
always
above
127
is
that
the
brand
in
the
sector
is
almost
always
correct
and
has
only
twice
is
the
2.
A
D
A
Ok,
I'm
just
that
on
gar.
Under
no
circumstances
does
the
memory,
not
access
it,,
but
in
our
four
steps,,
or
is
it
in
any
case
like
that,?
Only
the
last
part
of
the
pipeline,
everything
flows
out,,
but
it
is
sometimes
complicated,
a
real
piece
of
hardware
where
some
things
are
then
set
beforehand,,
for
example,
flex
or
something
else
have
to
be
complicated.
But
it's
not
that
complicated
that
we
somehow
have
to
undo
the
whole
world.
A
B
C
A
A
A
A
C
A
Comes
out
right,
the
japan
calculates
that,
and
you
can
somehow
love
that
too.
I
do
the
compiler
live,
it
doesn't
really
matter.
Well,
maybe
we
do
something
special.
We
were
doing
a
bit
the
numbers,
so
that's.
It
want
a
great
example
of
the
number
that
is
somehow
smaller
than
129,
and
that,
of
course,
also
calculates
the
optimized,
the
optimization
finally
constant.
That
means
the
compiler
sure
constants
that
I
can
already
calculate.
Why
mainz?
Not
just
yes
exactly.
Let's
just
do
it
like
that.
B
A
A
We
pack
executable
okay,
but
we're
out
now.
We've
already
tried
it
and
now
we're
going
to
do
the
following.
We
can
use
this
great
function
blackbox
here
that
a
function
that
hides
a
valuable
compiler
blackbox
takes
a
value
and
returns
the
same
value
so
nothing
interesting
at
all,
but
it
has
the
special
property
that
the
compiler
can't
look
into
the
black
box,
rhein,
normally
a
value
rises.
So
I
have
to
calculate
this
value
I
ca
n't
get
in.
A
Finally,
finally,
we
have
such
a
loop
in
it.
We've
seen
things
like
that
before
what
you're
looking
at
now,
it's
true.
We
write
that
right
here
we
want
and
its
sin
computers
summer
give
one
back
and
we'll
do
it
now.
We
say
just
before
the
up
to
20,
and
now
we
are
smarter
and
on
saturday
the
box
was
right
away.
A
That
means
the
compiler
ca
n't
optimize
that
again
either,,
which
would
bring
it
back
constantly,
but
really
have
to
look
somehow,
we're
going
to
ensure
that
this
black
box
is
for
you,
that
the
black
box,
with
it
master,
doesn't
do
it,
so
it
has
to
be
combined
somehow.
But
what
is
that?
Because
what
happened
here?
We
actually
still
see
some
instructions.
Do.
A
Optimizations
rowling.
That
means,
if
we
somehow
have
a
loop
that
runs
through
constantly,
then
you
can
just
do
it
writing
one
after
the
other,
then
you
save
yourself
the
goal
from
james.
It's
much
better,
exactly
that
here,
optimization
there.
You
can
also
see
there
are
always
many
optimizations,
for
example,
loaded
you
I
just
mentioned.
There
is
also
pasche
lausanne
roding.
That
means
we
know
the
loop
is
running
in
any
case
4x
times
through
I
can
pack
four
loops
integration
in
a
row
so
that
we
had
discussed
such
a
constant
front
view.
Optimization
lets
optimization.
A
That
is
also
very
interesting.
There
are
known
examples
of
matrix
multiplications
one
runs
through
citrix,
through
which
one
somehow
runs
one
in
columns
through
a
partial
and
because
concert
on,
as
with
big,
always
defy
how
to,
of
course
runs
because
of
this
catherine
keener,
both
matrices.
Somehow
cash
starts
how
run
or
in
the
result
matrix
for
example,
why
springer?
Then
it
is
bad
and
loaded
with
optimized.
It
now
creates
that
it
loops
somehow
swapped,
so
inner
and
outer
loops
are
swapped,
that's
kind
of
friendlier
for
the
caches.
That's
very
interesting.
What
happens
afterwards
in
landin?
A
Have
n't
seen
anything
yet,
but
we've
talked
about
it,
inline
the
copy,
somehow,
the
definition
of
a
function
to
the
place
of
the
call
and,
let's
save
ourselves
in
the
job.
Then
we
save
ourselves
all
these
stack
stories
where
we
discovered
we
have
to
push
it
further
or
things
like
that
yes,.
We
somehow
don't
want
that
because
of
that
operator
lining
that's
one
of
the
most
important
optimizations
when
there's
no
one
coming
sap
experts,
all
people
where
we
calculate
several,
which
then
make
two
digits
only
calculate
once,
according
to
kurth
elimination.
A
A
Can
access
some
wrong
memory?
It's
in
the
case
of
a
binary
search.
We
now
have
a
start
and
end
point,
and
then
we
always
go
the
middle
way,
somehow
always
the
middle
of
two
indices
that
we
already
know
are
valid,.
That
means
we
don't
really
have
to
do
these
checks
in
the
middle
anymore,.
Someone
thought
a
clever
programmer
and
then
expanded
these
pawn
checks
with
an
tent
on
tent
there.
A
You
don't
want
to
add,
because
you
have
to
think
about
it
more,
so
you
can
tell
others
and
said
that
you
are
different
I'm
going
to
the
world
cup.
Maybe
you
remember
the
broken
rast
also
based
the
optimizer
really
well
and
optimize
so
that
a
world
cup
this
optimization
built
in
and
now
l
wm,
somehow
knows
if
I
have
two
indices
but
of
those
that
are
valid,
then
I
know
that
they
will
definitely
know
what
all
wm
knows
if
I
have
two
numbers
and
somehow
add
them
and
divide
them
by
two.
A
Then,
if
me
in
the
middle
that
when
the
number
comes
out
is
greater
than
or
equal
to
the
first
payment
less
than
or
equal
to
the
greater
time,
and
so
we
can
eliminate
the
whole
tree
of
checks
just
by
inserting
some
kind
of
code-
and
there
is
much
more
that
is
much
later
categories.
Article
16
young
people
pages
only
exist
in
this
category
of
wikipedia
and
if
you
scroll
over
them,
the
names
are
just
unbelievable.
What's
happening
in
the
head
of
one,
that's
crazy,
so
compilers
are
also
bed
tracey.
What
they
agree
on
compiler
cpu.
A
It
definitely
doesn't
execute
the
code.
The
the
effect
of
the
rails
has
yes,
that's
the
worst
thing
that
can
still
do
what
the
user
wrote
that
the
picture
definitely
doesn't
execute.
We
do
something
that
has
the
same
effects
on
the
world,
but
runs
faster.
The
cdu
arranges
everything
unchanged
everything
can
still
be
recognized.
Does
n't
come
at
all
anymore
when
the
optimized
excuse
the
compiler,
but
also
the
cpu
order
after
instruction,
so
that
caches
were
better.
There
will
be
any
pipeline
into
the
sea,
full,
that's
unbelievable!
A
That's
always
astonishing,
what's
important
to
understand
and
this
memory
history
there's
something
fast
languages
for
a
short
time,
but
for
a
long
time
where
he
already
knows
a
bit
important
added
here,
the
low
level
language
isn't
equivalent
to
fast.
That's
somehow
too
something
a
lot
of
people.
Think
isn't
the
case.
You
always
think.
If
I
want
to
write
something
fast,
then
I
have
to
write
ugly
things.
I
have
to
struggle
with
ugly
scenes
and
whenever
I
want
to
write
something
fast,
I
have
to
write
more
capitals.
We
don't
have
so
great
abstraction.
Will.
C
A
How
bad,
but
that's
just
wrong
either!
We
programmers
have
a
lot
of
control
over
the
trier
who
isn't
smart,
that
she
does.
The
c,
for
example,
or
emily
can
of
course
be
much
more
smart
in
the
programmer.
Then
he
can
Of
course,
writing
programs
faster,
like
that.
Only
measures
that
the
cpu
had
become
so
complicated
that
the
premiere
can
hardly
have
everything
in
one's
head
and
really
cpu.
It's
extremely
bauermann
to
write
because
there's
no
longer
any
answer
to
the
improvement.
B
A
Restricts
the
programmer
can
the
header
but
not
be
smart
to
the
goal.
You
can't
quite
that
much
on
the
at
the
head,
one
doesn't
know
very
much
doesn't
have
very
much
semantic
information
if
I
just
quickly
count
from
120
summer,
then
the
compiler
has
a
lot
of
options
for
that
optimize,
as
he
would
like.
I
didn't
say
that
it
should
run
in
the
loop.
The
compiler
can
just
give
the
sum
and
then
decide
for
itself
how
to
do
it,,
for
example.
Let
it
be
in.
C
A
B
A
Languages,
that
restrict
even
more
that
is
always
with
we
can
take
over
complete
control
in
rastenfeld
and
sms
or
in
a
dealer,
but
in
almost
all
cases
we
just
want
to
restrict
a
little
bit
just
our
semantic
information
in
the
writer.
The
compiler
pendant
be
smart
that
and
the
two
in
the
direction
you
can
go,
and
why
are
now
talking
slowly
for
this.
C
A
B
A
13
almost
to
the
6,
that
means
the
somewhere
top
of
stec
is
passé
in
the
online
special.
That
means
that
tightly
packed
and
that's
why
offered
we
just
say
that
almost
always
cash,
that's
why
the
deck
is
actually
still
so
hard
sex
are
on
the
upper
part
of
the
roof,
almost
always
somehow
in
ketch
directly.
That's,
why
he's
behind
very
quickly,,
among
other
things,
because
he
only
has
little
effort
and
something
to
add
the
hit
on
the
other
side
already
seen
the
very
strongly
distributed,
save
someone
and
is
therefore
almost
always
fetches.
A
D
A
Necessary
somehow,
but
also
already
seen,
leads
name
rung
things
but
years,
for
example,
saves
almost
everything
on
the
clean.
That's
bad!
Well,
what
you
the
problem
with
the
series
that
still
many
things
you'll
compensate
for
an
act
of
the
patch.
That
means
that
now
again
that
disciplinary
bind,
but
that
means
we
can
do
it
with
how
table
just
remembers.
Yes,
that
means
loading,
a
dynamic
store
or
even
jumping
there
from
memory
itself.
A
We
have
to
load
the
address
from
the
memory.
That
means
we
can
definitely
have
to
load
the
first
instructions.
First,
on
the
cache,
the
memory
is
bad
whole
pipeline
costs,
because
we
are
standing,
can't
predict
it
and
ca.
N't,
say
at
all
which
institutions
we
might
wind
up
with
beforehand
for
fun
and
especially
in
some
not
possible
at
all
for
the
compiler,
if
it
does
n't
know
what
to
insert
there.
These
are
the
three
main
reasons
why
one
dispatcher
is
right.
A
A
That
makes
it
so
special
java
code
usually
runs
even
faster
than
you
would
expect,
because
the
gm
manages
so
much
at
runtime
and
is
somehow
even
smarter
than
the
cpu
and
can
tell
it
ok,
this
call
is,
for
example,,
always
the
cat
or
something
and
dj
wm
can
then
also
say
completely
classify
well.
That
means
if
they
are
actually
stored
on
the
chip,
the
things
when
I
say
the
world
cup
okay,
but
I
can
create
henry
poole
as
a
person
that
all
the
objects
are
close
together.
So
the
gwa.
C
A
Reason
why
jamie
an
implementation
of
ruby
with
the
gm
is
much
faster
than
the
normal
ruby
,
which
is
written,
110
and
then
interpreted
by
louis
ford,
was
ruby.
also
has
a
lot
of
dirt
dispatch
and
very
a
lot
on
the
deep
storage
of
the
world
cup
is
so
good,
and
a
lot
of
researchers
have
already
incorporated
it.
It's
faster
and
fodder
to
find
last
the
dynamic
type
system
that
we
know
from
tires.
A
C
A
The
godfather
has
to
carry
out
must
first
be
checked.
That
youtube
type.
Is
that
a
while,
when
we
are
2
act
like
old
meint
instruction,
writing
has
grab
more
comes
says
somehow.
Okay?
Is
that
the
right
way
for
integer,
because
at
all
adding
a
buggy
somehow
to
some
food
exception,
or
something
like
that?
That
means
we
have
optimized
significantly
more
code
for
simple
things
of
course
fit
here,
but
in
terms
of
sales,
that's
also
the
reason
why
it's
so
slow,
because
we
always
have
to
look
dynamically
at
what's
actually
giving
up.
A
C
B
A
And
only
1
again,
we
want
it
is
important
that
we
want
to
program
again
first
and
then
in
essen
and
then
optimized.
So,
first
of
all,
just
assure
the
correctness.
First
just
write
your
program,
maybe
with
a
bit
but
otherwise
take
political
complexity
in
the
background
and
then
from
marco
to
the
micro
optimizations
can
be
given,
because
the
cdu
mainly
think
about
the
fact
that
we
use
contact
data
structures
for
you
and.
A
Important
thing
you
can
improve
the
one
application
you
has
somehow
what
is
understandable,
because
so
much
that
also
saves
natively
or
you
experience
space
to
change
that
will
bring
a
lot
and
you
think
in
finer
form,
because
the
compiler
just
does
a
lot
for
a
nobody.
I
have
to
now
make
more
thoughts.
A
That
was
so
constant,
can't
add
up
appel
corp
doing
something
with
css
anwalt,
a
few
ready
add
up
somehow,
martin,
bader
and
hecking
are
these
33
numbers
and
if
you
write
3
+
7,
+
8
in
concord,
the
disc
forest
now
and
you
need
it,
he
writes
the
result.
If
you
are,
of
course
the
compiler
can
do
that.
For
me
with
such
things,
you
don't
have
to
worry
that
the
fight
does
n't
help,
because
I
can
only
put
it
back
to
program
and
say
the
compiler
does
everything
for
me.