Battle of Wolf 359

Jean-Luc Picard

Battle of Wolf 359

A Recap of Events

2020-01-01

There is no section or no subsection set for this slide.
In the status line, there should be nothing.

Now it's section “Foo”
And subsection “Bar”
This should show "Foo" / "Bar" below.

Now it's section “Moo”
But no subsection
This should show only show “Moo” below.

1 Foo

1.1 Bar

2 Moo
3 Introduction

3.1 Nomenclature

4 Included Topic

4.1 Introduction to included topic

5 Finalization

5.1 After Include Subsection
5.2 Code Highlighting
5.3 Esc<>ping

Pausing slides is easy! Acronyms too: WEPWired Equivalent Privacy

Pausing slides is easy! Acronyms too: WEPWired Equivalent Privacy
After the first pause! Another acronym: DESData Encryption Standard

Pausing slides is easy! Acronyms too: WEPWired Equivalent Privacy
After the first pause! Another acronym: DESData Encryption Standard
This is after the second pause! Explaining AESAdvanced Encryption Standard-CBCCipher Block Chaining

This is a test!
Should be slide number two!
Next up: include!

This is included from first presentation!

This is included from first presentation!
Second slide here!

We just included a sub-document
This is the slide which directly follows an include.
Fixed-width text is possible: 001122abcdef

Level 1 Moo
Level 1 Koo
- Nested 1
- Nested 2

Even the best blade will rust and grow dull unless it is cared for.

— Klingon Proverb

This is on the left side. It's a long text, so it gets wrapped. You get a nice feeling as to how wide it is.

This is on the right side. It's a long text, so it gets wrapped. You get a nice feeling as to how wide it is.

Short Weierstrass: $y^2 = x^3 + ax + b$
Some Sum: $\sum_{i = 0}^{10} \frac{i^2}{\pi}$

In general, the short Weierstrass form is given as the formula $y^2 = x^3 + ax + b$ and that's just great.

This is the long form:

$\sum_{i = 0}^{10} \frac{i^2}{\pi}$

While this is the short one for comparison:

$\sum_{i = 0}^{10} \frac{i^2}{\pi}$

if foo == "bar":
    print("foo was 'bar'")
    return getattr(self, "bar")
else:
    print("foo was not 'bar'")
    return lambda x: tuple(x, "foo", 123)

int main(int argc, char **argv) {
    printf("Foo: %d -> %p\n", argc, argv);
    return 0;
}

# This class is in its own file.
class Foo():
    def __init__(self, moo):
        self._moo = moo

    @property
    def moo(self):
        return self._moo

$ ls /
bin
sbin

$ cat foo
This is terminal output.
It comes from a file!

“US style”
«French style»
„German style“
‘Single quotation marks’

→ Right and long right ⟶
← Left and long left ⟵
↔ both and ⟷ both long and both double ⇔ and both double long ⟺
⇒ Double Right
⇐ Double Left
↵ Enter Key
⭍ Lightning

⊕ XOR and ⊗ XMUL
Operators ≤ < = ≠ >≥
Infinity ∞

🙂 😀 😉
🙁 ☹️ 😢
😐 😲 😮

This is verbatim: < >

Hello. This is a test! foo Fin.

Hello. This is a test! bar Fin.

Hello. This is a test! tt Fin.

first bold bolditalics last

Thank you!

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