fkr.dev

About

I am Flo, born 1990, developer, hacker, artist and this is my blog. Into lisps, oil painting and esoteric text editors. On the interwebs I like to appear as a badger interested in cryptography. Every other decade I like spinning old jazz/funk records or programming experimental electronic music as Winfried Scratchmann. Currently located in Aix la Chapelle.

fkr.dev

Hello, world!

Table of Contents

Simple formatting
Keep lists over blocks
The End:
In the beginning there was the word mathematics.
Are we there yet?
 Simple formattingBOLD text
Codified text
Strikethrough text
Underlined text
Italic text
verbatim text
 Keep lists over blocks
  1. Here we are starting a list
  2. Whoops there is another item
  3. Aand anotherone. Now, a source block:
    echo dud! # woho
    Now, the list continues(!)…
  4. and we have another item
Latex Latex after a headline?$$ \lambda = e^{2_{\pi}} \leftrightarrow \text{hello} \rightarrow := 1^{1/2} $$
 let us try this again$$ e ^ {i \theta} = \cos \theta + i \sin \theta $$
And the toughest:
\begin{eqnarray*} && (\lambda xyz.xyz)(\lambda x.xx)(\lambda x.x)x \ & \to_\beta & (\lambda yz.xyz)[x := \lambda x.xx](\lambda x.x)x \ & \equiv & (\lambda yz.(\lambda x.xx)yz)(\lambda x.x)x \ & \to_\beta & (\lambda yz.(xx)[ x := y]z)(\lambda x.x)x \ & \equiv & (\lambda yz.yyz)(\lambda x.x)x \ & \to_\beta & (\lambda z.yy)[ y := \lambda x.x ]x \ & \equiv & (\lambda z.(\lambda x.x)(\lambda x.x)z)x \ & \to_\beta & (\lambda z.x[x := \lambda x.x]z)x \ & \equiv & (\lambda z.(\lambda x.x)z)x \ & \to_\beta & (\lambda z.x[x := z])x \ & \equiv & (\lambda z.z)x \ & \to_\beta & z[z := x] \ & \equiv & x \end{eqnarray*}
 look how great it looks in emacs :(
img

  • And also does this funky chart render?
why does it need a headline?
{:data {:values  [{:power 1 :speed 2 :engine :v8}
                  {:power 3 :speed 4 :engine :v6}
                  {:power 8 :speed 7 :engine :v8}
                  {:power 4 :speed 3.5 :engine :v8}
                  {:power 5 :speed 4 :engine :v8}
                  {:power 1.2 :speed 3 :engine :v6}
                  {:power 3.2 :speed 3.8 :engine :v6}
                  {:power 7.5 :speed 7.2 :engine :v6}]}
  :mark {:type :point
         :tooltip true}
  :width 500
  :height 400
  :encoding {:x {:field :power}
             :y {:field :speed}
             :color {:field :engine}
             :size {:value 80}}}
And also how do i plan to store images?
img

:whatisthis:blog:ATTACH:
A wise man once said, .. eh well, nothing,
i mean, the wise man said nothing, but..
well it was the right thing to do at this
point and yeah they called him the wise man
for a reason, eh? umm anyways the point is
..
<div class="abstract" id="org9f0ff01"> <p> every journey has to start somewhere. </p>
</div>
<div class="keywords" id="org277f47e"> <p> fun, samplekw, lefkr </p>
</div>
 Code highlight Pythonlook, there is python code:
import os
os.system("Hack the planet!")
Shellaaaand, shell code:
echo "Dud!";
MYVAR="testestest"
function hello {
    if cat somefile | grep -o "nono"; then
        echo "huhu"
        exit 1
    else
        echo nono
        exit 255
    fi
}
LatexHmm latex code:
\begin{eqnarray*}
    && (\lambda xyz.xyz)(\lambda x.xx)(\lambda x.x)x \\
    & \to_\beta & (\lambda yz.xyz)[x := \lambda x.xx](\lambda x.x)x \\
    & \equiv & (\lambda yz.(\lambda x.xx)yz)(\lambda x.x)x \\
    & \to_\beta & (\lambda yz.(xx)[ x := y]z)(\lambda x.x)x \\
    & \equiv & (\lambda yz.yyz)(\lambda x.x)x \\
    & \to_\beta & (\lambda z.yy)[ y := \lambda x.x ]x \\
    & \equiv & (\lambda z.(\lambda x.x)(\lambda x.x)z)x \\
    & \to_\beta & (\lambda z.x[x := \lambda x.x]z)x \\
    & \equiv & (\lambda z.(\lambda x.x)z)x \\
    & \to_\beta & (\lambda z.x[x := z])x \\
    & \equiv & (\lambda z.z)x \\
    & \to_\beta & z[z := x] \\
    & \equiv & x
\end{eqnarray*}
  • Latex Code in a list:
    \begin{eqnarray*}
    && (\lambda xyz.xyz)(\lambda x.xx)(\lambda x.x)x \\
    & \to_\beta & (\lambda yz.xyz)[x := \lambda x.xx](\lambda x.x)x \\
    & \equiv & (\lambda yz.(\lambda x.xx)yz)(\lambda x.x)x \\
    & \to_\beta & (\lambda yz.(xx)[ x := y]z)(\lambda x.x)x \\
    & \equiv & (\lambda yz.yyz)(\lambda x.x)x \\
    & \to_\beta & (\lambda z.yy)[ y := \lambda x.x ]x \\
    & \equiv & (\lambda z.(\lambda x.x)(\lambda x.x)z)x \\
    & \to_\beta & (\lambda z.x[x := \lambda x.x]z)x \\
    & \equiv & (\lambda z.(\lambda x.x)z)x \\
    & \to_\beta & (\lambda z.x[x := z])x \\
    & \equiv & (\lambda z.z)x \\
    & \to_\beta & z[z := x] \\
    & \equiv & x
\end{eqnarray*}
  • Latex Rendered inline in a list
    Simple \$ λ \$ works?
Simple expression in a sentence, not in a list: $ 1 + 2 := 3 $. Simple expression in double-dollar-signs, not in a list: $$1 + 2 \rightarrow 3$$
 ElispWell i obviously need code highlight:
(defun fkr//rg-localedit (action change)
  (unless (boundp 'fkr//rg-reset)
    (setq fkr//rg-reset consult-ripgrep-args))
  (unless (boundp 'fkr//rg-find-all)
    (setq fkr//rg-find-all ""))
  (unless (boundp 'fkr//rg-lines-before)
    (setq fkr//rg-lines-before 0))
  (unless (boundp 'fkr//rg-lines-after)
    (setq fkr//rg-lines-after 0))
  (cond ((eql action 'after)
         (progn
           (setq fkr//rg-lines-after (funcall change fkr//rg-lines-after 1))))
        ((eql action 'before)
         (progn

           (setq fkr//rg-lines-before (funcall change fkr//rg-lines-before 1))))
        ((eql action 'find-all)
         (progn
           (setq fkr//rg-find-all (if change " --no-ignore --hidden" ""))))
        ((eql action 'reset
              (setq consult-ripgrep-args fkr//rg-reset))))
  (unless (eql action 'reset)
    (setq consult-ripgrep-args (concat fkr//rg-reset " -A" (int-to-string fkr//rg-lines-after) " -B" (int-to-string fkr//rg-lines-before) fkr//rg-find-all))))
ClojureSome hiccup
{:data {:values  [{:power 1 :speed 2 :engine :v8}
                  {:power 3 :speed 4 :engine :v6}
                  {:power 8 :speed 7 :engine :v8}
                  {:power 4 :speed 3.5 :engine :v8}
                  {:power 5 :speed 4 :engine :v8}
                  {:power 1.2 :speed 3 :engine :v6}
                  {:power 3.2 :speed 3.8 :engine :v6}
                  {:power 7.5 :speed 7.2 :engine :v6}]}
  :mark {:type :point
         :tooltip true}
  :width 500
  :height 400
  :encoding {:x {:field :power}
             :y {:field :speed}
             :color {:field :engine}
             :size {:value 80}}}
The End:
it is not much, but it is mine.

fkr.dev

About

I am Flo, born 1990, developer, hacker, artist and this is my blog. Into lisps, oil painting and esoteric text editors. On the interwebs I like to appear as a badger interested in cryptography. Every other decade I like spinning old jazz/funk records or programming experimental electronic music as Winfried Scratchmann. Currently located in Aix la Chapelle.

fkr.dev

Hello, world!

Table of Contents

Simple formatting
Keep lists over blocks
The End:
In the beginning there was the word mathematics.
Are we there yet?
 Simple formattingBOLD text
Codified text
Strikethrough text
Underlined text
Italic text
verbatim text
 Keep lists over blocks
  1. Here we are starting a list
  2. Whoops there is another item
  3. Aand anotherone. Now, a source block:
    echo dud! # woho
    Now, the list continues(!)…
  4. and we have another item
Latex Latex after a headline?$$ \lambda = e^{2_{\pi}} \leftrightarrow \text{hello} \rightarrow := 1^{1/2} $$
 let us try this again$$ e ^ {i \theta} = \cos \theta + i \sin \theta $$
And the toughest:
\begin{eqnarray*} && (\lambda xyz.xyz)(\lambda x.xx)(\lambda x.x)x \ & \to_\beta & (\lambda yz.xyz)[x := \lambda x.xx](\lambda x.x)x \ & \equiv & (\lambda yz.(\lambda x.xx)yz)(\lambda x.x)x \ & \to_\beta & (\lambda yz.(xx)[ x := y]z)(\lambda x.x)x \ & \equiv & (\lambda yz.yyz)(\lambda x.x)x \ & \to_\beta & (\lambda z.yy)[ y := \lambda x.x ]x \ & \equiv & (\lambda z.(\lambda x.x)(\lambda x.x)z)x \ & \to_\beta & (\lambda z.x[x := \lambda x.x]z)x \ & \equiv & (\lambda z.(\lambda x.x)z)x \ & \to_\beta & (\lambda z.x[x := z])x \ & \equiv & (\lambda z.z)x \ & \to_\beta & z[z := x] \ & \equiv & x \end{eqnarray*}
 look how great it looks in emacs :(
img

  • And also does this funky chart render?
why does it need a headline?
{:data {:values  [{:power 1 :speed 2 :engine :v8}
                  {:power 3 :speed 4 :engine :v6}
                  {:power 8 :speed 7 :engine :v8}
                  {:power 4 :speed 3.5 :engine :v8}
                  {:power 5 :speed 4 :engine :v8}
                  {:power 1.2 :speed 3 :engine :v6}
                  {:power 3.2 :speed 3.8 :engine :v6}
                  {:power 7.5 :speed 7.2 :engine :v6}]}
  :mark {:type :point
         :tooltip true}
  :width 500
  :height 400
  :encoding {:x {:field :power}
             :y {:field :speed}
             :color {:field :engine}
             :size {:value 80}}}
And also how do i plan to store images?
img

:whatisthis:blog:ATTACH:
A wise man once said, .. eh well, nothing,
i mean, the wise man said nothing, but..
well it was the right thing to do at this
point and yeah they called him the wise man
for a reason, eh? umm anyways the point is
..
<div class="abstract" id="org9f0ff01"> <p> every journey has to start somewhere. </p>
</div>
<div class="keywords" id="org277f47e"> <p> fun, samplekw, lefkr </p>
</div>
 Code highlight Pythonlook, there is python code:
import os
os.system("Hack the planet!")
Shellaaaand, shell code:
echo "Dud!";
MYVAR="testestest"
function hello {
    if cat somefile | grep -o "nono"; then
        echo "huhu"
        exit 1
    else
        echo nono
        exit 255
    fi
}
LatexHmm latex code:
\begin{eqnarray*}
    && (\lambda xyz.xyz)(\lambda x.xx)(\lambda x.x)x \\
    & \to_\beta & (\lambda yz.xyz)[x := \lambda x.xx](\lambda x.x)x \\
    & \equiv & (\lambda yz.(\lambda x.xx)yz)(\lambda x.x)x \\
    & \to_\beta & (\lambda yz.(xx)[ x := y]z)(\lambda x.x)x \\
    & \equiv & (\lambda yz.yyz)(\lambda x.x)x \\
    & \to_\beta & (\lambda z.yy)[ y := \lambda x.x ]x \\
    & \equiv & (\lambda z.(\lambda x.x)(\lambda x.x)z)x \\
    & \to_\beta & (\lambda z.x[x := \lambda x.x]z)x \\
    & \equiv & (\lambda z.(\lambda x.x)z)x \\
    & \to_\beta & (\lambda z.x[x := z])x \\
    & \equiv & (\lambda z.z)x \\
    & \to_\beta & z[z := x] \\
    & \equiv & x
\end{eqnarray*}
  • Latex Code in a list:
    \begin{eqnarray*}
    && (\lambda xyz.xyz)(\lambda x.xx)(\lambda x.x)x \\
    & \to_\beta & (\lambda yz.xyz)[x := \lambda x.xx](\lambda x.x)x \\
    & \equiv & (\lambda yz.(\lambda x.xx)yz)(\lambda x.x)x \\
    & \to_\beta & (\lambda yz.(xx)[ x := y]z)(\lambda x.x)x \\
    & \equiv & (\lambda yz.yyz)(\lambda x.x)x \\
    & \to_\beta & (\lambda z.yy)[ y := \lambda x.x ]x \\
    & \equiv & (\lambda z.(\lambda x.x)(\lambda x.x)z)x \\
    & \to_\beta & (\lambda z.x[x := \lambda x.x]z)x \\
    & \equiv & (\lambda z.(\lambda x.x)z)x \\
    & \to_\beta & (\lambda z.x[x := z])x \\
    & \equiv & (\lambda z.z)x \\
    & \to_\beta & z[z := x] \\
    & \equiv & x
\end{eqnarray*}
  • Latex Rendered inline in a list
    Simple \$ λ \$ works?
Simple expression in a sentence, not in a list: $ 1 + 2 := 3 $. Simple expression in double-dollar-signs, not in a list: $$1 + 2 \rightarrow 3$$
 ElispWell i obviously need code highlight:
(defun fkr//rg-localedit (action change)
  (unless (boundp 'fkr//rg-reset)
    (setq fkr//rg-reset consult-ripgrep-args))
  (unless (boundp 'fkr//rg-find-all)
    (setq fkr//rg-find-all ""))
  (unless (boundp 'fkr//rg-lines-before)
    (setq fkr//rg-lines-before 0))
  (unless (boundp 'fkr//rg-lines-after)
    (setq fkr//rg-lines-after 0))
  (cond ((eql action 'after)
         (progn
           (setq fkr//rg-lines-after (funcall change fkr//rg-lines-after 1))))
        ((eql action 'before)
         (progn

           (setq fkr//rg-lines-before (funcall change fkr//rg-lines-before 1))))
        ((eql action 'find-all)
         (progn
           (setq fkr//rg-find-all (if change " --no-ignore --hidden" ""))))
        ((eql action 'reset
              (setq consult-ripgrep-args fkr//rg-reset))))
  (unless (eql action 'reset)
    (setq consult-ripgrep-args (concat fkr//rg-reset " -A" (int-to-string fkr//rg-lines-after) " -B" (int-to-string fkr//rg-lines-before) fkr//rg-find-all))))
ClojureSome hiccup
{:data {:values  [{:power 1 :speed 2 :engine :v8}
                  {:power 3 :speed 4 :engine :v6}
                  {:power 8 :speed 7 :engine :v8}
                  {:power 4 :speed 3.5 :engine :v8}
                  {:power 5 :speed 4 :engine :v8}
                  {:power 1.2 :speed 3 :engine :v6}
                  {:power 3.2 :speed 3.8 :engine :v6}
                  {:power 7.5 :speed 7.2 :engine :v6}]}
  :mark {:type :point
         :tooltip true}
  :width 500
  :height 400
  :encoding {:x {:field :power}
             :y {:field :speed}
             :color {:field :engine}
             :size {:value 80}}}
The End:
it is not much, but it is mine.