I write python in shell. Literally. I made a shell function file (pnk.lang) that prints correct python code.
The capital letters in the shell function’s name, my Tkinter IDE turns into color as you see above. So I let the color (capital letter) abstract away indentation for my brain. The second letter is for category of python code according to me. Again using color to allow me to think. I dont like Python syntax. I looks ugly to me. So I made this tool to make coding colorful, succint and fun for me. It reduces my eye strain among many other personal benefits.
S=self
E=echo
#indentation
#Z=“” #0
Y=" " #3
X="$Y$Y " #7
W="$Y$X " #11
V="$Y$W " #15
U="$Y$V " #19
YDfd() {
typeset z="$1"
typeset nn="$2"
typeset cc="$3"
if [[ $z == z ]];
then
$E "$Y def $nn(${S}$cc):"
else
$E "$Y def $nn($cc):"
fi
I write python in shell. Literally. I made a shell function file (pnk.lang) that prints correct python code. The capital letters in the shell function’s name, my Tkinter IDE turns into color as you see above. So I let the color (capital letter) abstract away indentation for my brain. The second letter is for category of python code according to me. Again using color to allow me to think. I dont like Python syntax. I looks ugly to me. So I made this tool to make coding colorful, succint and fun for me. It reduces my eye strain among many other personal benefits.
S=self
E=echo
#indentation
#Z=“” #0
Y=" " #3
X="$Y$Y " #7
W="$Y$X " #11
V="$Y$W " #15
U="$Y$V " #19
YDfd() {
}
YDdefe() {
}
YDdefe addNew
XIcv $ap Pnk
XFpk $ap 1 both
XFfc zz pw.add $ap
turns into