dots/.vim/snips/pandoc.snippets

# A valid snippet should starts with:
#
#		snippet trigger_word [ "description" [ options ] ]
#
# and end with:
#
#		endsnippet
#
# Snippet options:
#
#		b - Beginning of line.
#		i - In-word expansion.
#		w - Word boundary.
#		r - Regular expression
#		e - Custom context snippet
#		A - Snippet will be triggered automatically, when condition matches.
#
# Basic example:
#
#		snippet emitter "emitter properties" b
#		private readonly ${1} = new Emitter<$2>()
#		public readonly ${1/^_(.*)/$1/}: Event<$2> = this.$1.event
#		endsnippet
#
# Online reference: https://github.com/SirVer/ultisnips/blob/master/doc/UltiSnips.txt

global !p
from datetime import datetime
from math import factorial
import subprocess
import re
import sys

ZOTERO_BASE = "http://127.0.0.1:23119/better-bibtex/cayw"
FENCES = {
	"i": "idea",
	"q": "question",
	"n": "note",
	"t": "thought",
}

def math_inline():
	return vim.command_output('GetContext') == 'math_inline'

def math_block():
	return vim.command_output('GetContext') == 'math_block'

def math():
	return math_inline() or math_block()

def code_block():
	return vim.command_output('GetContext') == 'pandocDelimitedCodeBlock'

def code_inline():
	return vim.command_output('GetContext') == 'pandocNoFormatted'

def code():
	return code_inline() or code_block()

def linkify(text, link):
	return f"[{text}]({link})"

def zot(action):
		if action == "get_title":
			cmd = f"curl -s '{ZOTERO_BASE}?format=json&selected=1' | jq '.[].title' -r"
		elif action == "get_citekey":
			cmd = f"curl -s '{ZOTERO_BASE}?format=pandoc&selected=1'"
		elif action == "get_citekey_brackets":
			cmd = f"curl -s '{ZOTERO_BASE}?format=pandoc&selected=1&brackets=1'"
		elif action == "get_link":
			link_path = re.sub("^@", "", zot("get_citekey"))
			link_title = zot("get_title")
			link = linkify(link_title, link_path)
			return link
		elif action == "get_file":
			link_path = re.sub("^@", "", zot("get_citekey"))
			link_title = zot("get_title")
			link = linkify(link_title, f"file://{link_path}.pdf")
			return link
		else:
			return "Zotero action not found"
		return subprocess.check_output(cmd, shell=True).decode("utf-8").strip()
endglobal

snippet ctx "Context" i
`!p snip.rv = vim.command_output('GetContext')`
endsnippet

# General markdown

snippet ^h "Markdown header" r
# $1
endsnippet

snippet ^sec "Markdown section" r
## $1
endsnippet

snippet ^ssec "Markdown subsection" r
### $1
endsnippet

snippet ^sex "Markdown example section" r
## Example: $1
endsnippet

snippet ^ssex "Markdown example subsection" r
### Example: $1
endsnippet

# Zettelkasten templating

snippet nl
*nld*: $1
endsnippet

snippet eng
*eng*: $1
endsnippet

snippet fr
*fra*: $1
endsnippet

snippet (de
*deu*: $1
endsnippet

snippet (nl
(*nld*: $1)
endsnippet

snippet (eng
(*eng*: $1)
endsnippet

snippet (fr
(*fra*: $1)
endsnippet

snippet (de
(*deu*: $1)
endsnippet

snippet in
(In [$1]($2))$3
endsnippet

snippet liwhat "What?" A
`!p snip.rv = "* [What?](" + snip.basename + "_what)"`$1
endsnippet

snippet liwhy "Why?" A
`!p snip.rv = "* [Why?](" + snip.basename + "_why)"`$1
endsnippet

snippet < "Comment (html)"
<!-- $1 -->$2
endsnippet

snippet <. "Comment (html) ..." i
<!-- ... -->$1
endsnippet

snippet <t "Thought (html)" i
<!--:::thought
$1
:::-->
endsnippet

snippet <q "Question (html)" i
<!--:::question
$1
:::-->
endsnippet

snippet <i "Idea (html)" i
<!--:::idea
$1
:::-->
endsnippet

snippet <n "Note (html)" i
<!--:::note
$1
:::-->
endsnippet

snippet td "Todo"
TODO${1:: $2}
endsnippet

snippet ref "References"
<!--references-->
endsnippet

snippet sort "Sort"
<!--sort-->
endsnippet

snippet foot "Footnotes"
<!--footnotes-->
[^0]:
endsnippet

snippet def "Definition"
**Definition${1:: $2}**${3: [${4:citation}${5:, ${6:pointer}}]}

$7

___
endsnippet

snippet theo "Theorem"
**Theorem${1:: $2}**${3: [${4:citation}${5:, ${6:pointer}}]}

$7

${8/(\w+).*/**Theorem** \n\n.../}

___
endsnippet

snippet prop "Property"
**Property $1** [@]

$2

___
endsnippet

snippet lemm "Lemma"
**Lemma $1** [@]

$2

___
endsnippet

snippet coro "Corollary"
**Corollary $1** [@]

$2

___
endsnippet

# Greek symbols

context "math()"
snippet alpha "Alpha"
\\alpha
endsnippet

context "math()"
snippet beta "Beta"
\\beta
endsnippet

context "math()"
snippet gamma "Gamma"
\\gamma
endsnippet

context "math()"
snippet delta "Delta"
\\delta
endsnippet

context "math()"
snippet epsilon "Epsilon"
\\epsilonilon
endsnippet

context "math()"
snippet zeta "Zeta"
\\zeta
endsnippet

context "math()"
snippet eta "Eta"
\\eta
endsnippet

context "math()"
snippet theta "Theta"
\\theta
endsnippet

context "math()"
snippet iota "Iota"
\\iota
endsnippet

context "math()"
snippet kappa "Kappa"
\\kappa
endsnippet

context "math()"
snippet lambda "Lambda" i
\\lambda
endsnippet

context "math()"
snippet mu "Mu"
\\mu
endsnippet

context "math()"
snippet nu "Nu"
\\nu
endsnippet

context "math()"
snippet xi "Xi"
\\xi
endsnippet

context "math()"
snippet omicron "Omicron"
\\omicron
endsnippet

context "math()"
snippet pi "Pi"
\\pi
endsnippet

context "math()"
snippet rho "Rho"
\\rho
endsnippet

context "math()"
snippet sigma "Sigma"
\\sigma
endsnippet

context "math()"
snippet tau "Tau"
\\tau
endsnippet

context "math()"
snippet upsilon "Upsilon"
\\upsilon
endsnippet

context "math()"
snippet phi "Phi"
\\phi
endsnippet

context "math()"
snippet chi "Chi"
\\chi
endsnippet

context "math()"
snippet psi "Psi"
\\psi
endsnippet

context "math()"
snippet omega "Omega"
\\omega
endsnippet

context "math()"
snippet Gamma "Gamma"
\\Gamma
endsnippet

context "math()"
snippet Delta "Delta"
\\Delta
endsnippet

context "math()"
snippet Theta "Theta"
\\Theta
endsnippet

context "math()"
snippet Lambda "Lambda"
\\Lambda
endsnippet

context "math()"
snippet Xi "Xi"
\\Xi
endsnippet

context "math()"
snippet Pi "Pi"
\\Pi
endsnippet

context "math()"
snippet Sigma "Sigma"
\\Sigma
endsnippet

context "math()"
snippet Upsilon "Upsilon"
\\Upsilon
endsnippet

context "math()"
snippet Phi "Phi"
\\Phi
endsnippet

context "math()"
snippet Psi "Psi"
\\Psi
endsnippet

context "math()"
snippet Omega "Omega"
\\Omega
endsnippet

snippet asaw "Als en slechts als (woorden)" i
als en slechts als 
endsnippet

snippet iffw "If and only if (words)" i
if and only if
endsnippet

snippet asas "Als en slechts als (shorthand)" i
**asa**
endsnippet

snippet iffs "If and only if (shorthand)" i
**iff**
endsnippet

snippet beg "Begin"
\begin{$1}
$2
\end{$1}
endsnippet

snippet align "" i
\begin{align}
$1
\end{align}
endsnippet

snippet cases "" i
\begin{cases}
$1 \\\\
$2
\end{cases}
$3
endsnippet

snippet tik "Tikzpicture" i
\begin{tikzpicture}
$1
\end{tikzpicture}
endsnippet

snippet matrix "Matrix" i
\begin{bmatrix}
$1
\end{bmatrix}
endsnippet

# Insert anything after m/M in math mode

snippet "(\b)m(.*)" "MathJax" r
`!p snip.rv = match.group(1) + "$" + match.group(2) + "$"`
endsnippet

snippet (\b)M(.*) "MathJax block" irw
$$
`!p snip.rv = match.group(2)`
$$
endsnippet

# Calligraphic letters

context "math()"
snippet c([A-z]) "Calligraphic A" r
`!p snip.rv = "\\mathcal{" + match.group(1) + "}"`$1
endsnippet

# Subscripts

context "math()"
snippet '([A-z])(\w+)' "Subscripts" irw
`!p snip.rv = match.group(1) + '_' + match.group(2) if len(match.group(2)) == 1 else match.group(1) + '_{' + match.group(2) + '}'`$1
endsnippet

# MathJax

snippet fa "For all" i
\forall
endsnippet

snippet frac "" i
\frac{$1}{$2}$3
endsnippet

snippet set "" i
\\{$1\\}$2
endsnippet

snippet N "" i
\mathbb{N}
endsnippet

snippet N0 "" i
\mathbb{N}_0
endsnippet

snippet N+ "" i
\mathbb{N}^+
endsnippet

snippet Z "" i
\mathbb{Z}
endsnippet

snippet Z0 "" i
\mathbb{Z}_0
endsnippet

snippet Z+ "" i
\mathbb{Z}^+
endsnippet

snippet R "" i
\mathbb{R}
endsnippet

snippet R0 "" i
\mathbb{R}_0
endsnippet

snippet R+ "" i
\mathbb{R}^+
endsnippet

snippet C "" i
\mathbb{C}
endsnippet

snippet lim "" i
\lim_{$1}$2
endsnippet

snippet limn "" i
\lim_{n \to \infty}$2
endsnippet

snippet binom "" i
\binom{$1}{$2}$3
endsnippet

snippet andmath "description" i
\text{ and }
endsnippet

snippet enmath "description" i
\text{ en }
endsnippet

snippet lra "MathJax: long right arrow" i
\longrightarrow
endsnippet

snippet Ra "MathJax: right arrow" i
\Rightarrow
endsnippet

snippet Im "MathJax: image operator" i
\operatorname{Im}
endsnippet

snippet ggd "Grootste gemene deler" i
\operatorname{ggd}
endsnippet

snippet fl "Floating point" i
\operatorname{fl}
endsnippet

snippet Var "Variance" i
\operatorname{Var}
endsnippet

snippet E "Expectation" i
\operatorname{E}
endsnippet

snippet Cov "Covariance" i
\operatorname{Cov}
endsnippet

context "math()" i
snippet ntup "Alpha"
(x_1, \ldots, x_n)
endsnippet

snippet mxn "Matrix" i
m \times n
endsnippet

snippet mxn- "Matrix" i
$m \times n$-matrix
endsnippet

snippet nxn "Matrix" i
n \times n
endsnippet

snippet det "Determinant" i
\operatorname{det}(${1:A})$2
endsnippet

snippet det| "Determinant alternative notation" i
|${1:A}|$2
endsnippet

snippet Span "Span" i
\operatorname{Span}\\{$1\\}$2
endsnippet

snippet Nul "Null" i
\operatorname{Nul}($1)$2
endsnippet

snippet Col "Column space" i
\operatorname{Col}($1)$2
endsnippet

snippet kern "Kernel" i
\operatorname{kern}($1)$2
endsnippet

context "math()"
snippet vec "Vector" i
\mathbf{$1}$2
endsnippet

context "math()"
snippet vec([A-z]) "Vector ..." r
`!p snip.rv = "\\mathbf{" + match.group(1) + "}"`$1
endsnippet

snippet v1tovp "Vectors v indexed from 1 to p"
\mathbf{v_1},...,\mathbf{v_p}$2
endsnippet

snippet a1toan "Vectors a indexed from 1 to n"
\mathbf{a_1},...,\mathbf{v_n}$2
endsnippet

snippet .. "Dot dot dot" i
\dots $1
endsnippet

snippet text "MathJax text" i
\text{$1}$2
endsnippet

snippet leq "Less than or equal to" i
\leq
endsnippet

snippet leq "Greater than or equal to" i
\geq
endsnippet

snippet eat "Evaluated at" i
{\biggr\rvert}_{$1}$2
endsnippet

snippet sketch "Link a sketch" i
[$1](file:///home/h/sketches/$2)
endsnippet

snippet deck "Get anki deck"
`get-anki-decks`
endsnippet

# snippet ` "Inline code" i
# `$1`
# endsnippet

# Escape backticks
snippet `` "Code block" bA
\`\`\`$1
$2
\`\`\`
endsnippet

snippet `tex "Latex block (see latex filter)" bA
\`\`\`{.tex}
$1
\`\`\`
endsnippet

snippet `tik "Tikz block (see tikz filter)" bA
\`\`\`{.tex}
\\begin{tikzpicture}
$1
\\end{tikzpicture}
\`\`\`
endsnippet

snippet task "Task" i
* [ ] $1 -- pro:$2
endsnippet

snippet "(\b)fn(\d+)" "" ir
`!p snip.rv = snip.basename + "_" + match.group(2).zfill(2)`$1
endsnippet

snippet "ch(\d+)" "Link chapter" ir
`!p
num_str = match.group(1).zfill(2)
title = 3*"."
link = snip.basename + "_" + num_str
snip.rv = num_str + ". " + linkify(title, link)
`
endsnippet

snippet "ch(\d+)to(\d+)" "Link chapters ... to ..." irA
`!p
for i in range(int(match.group(1)), int(match.group(2)) + 1):
	num_str = str(i).zfill(2)
	title = 3*"."
	link = snip.basename + "_" + num_str
	snip.rv += num_str + ". " + linkify(title, link) + "\n"
`
endsnippet

snippet cp(\d+) "Comment current page (and date)" r
`!p snip.rv = "<!--" + datetime.now().strftime("%Y-%m-%d") + " p. " + match.group(1) + "-->"`
endsnippet

snippet (\d+)! "Factorial of ..." r
`!p snip.rv = factorial(int(match.group(1)))`
endsnippet

snippet d "Date"
`!p snip.rv = datetime.now().strftime("%Y-%m-%d")`
endsnippet

snippet :(\w*) "Fence" r
`!p snip.rv += ":::" + FENCES.get(match.group(1) or "", "") + "\n" `$1
`!p snip.rv += ":::"`$2
endsnippet

snippet \[(\w*) "Fence inline" ir
`!p snip.rv += "["`$1`!p snip.rv += "]{." + FENCES.get(match.group(1) or "", "") + "}"`$2
endsnippet

snippet ^eg "Example" r
E.g. $1
endsnippet

# E.g. after list (or list preceded by space)
snippet (\*\s|\*)eg "Example" r
* E.g. $1
endsnippet

# E.g. after dot (or dot preceded by space)
snippet (\.\s|\.)eg "Example" r
. E.g. $1
endsnippet

snippet (?<!^|\*\s|\*|\.\s|\.)eg "Example" r
e.g. $1
endsnippet

# Zettelkasten to Anki

snippet td "TARGET DECK: <Deck name>"
TARGET DECK: $1::$2
endsnippet

snippet clo "Cloze"
START
Cloze
${0:${VISUAL}}$1
END
$2
endsnippet

snippet clos "Cloze start"
START
Cloze
$1
endsnippet

snippet cloe "Cloze end"
END
endsnippet

snippet clod
START
Cloze
**Definition$1**

$2
END
endsnippet

snippet clop
START
Cloze
**Property$1**

$2
END
endsnippet

snippet clot
START
Cloze
**Theorem$1**

$2
END
endsnippet

snippet clol
START
Cloze
**Lemma$1**

$2
END
endsnippet

snippet "c(\d+)" "Cloze <number>" r
{{c`!p snip.rv = int(match.group(1))`::${0:${VISUAL}}$1}}$2
endsnippet

# Match preceded by whitespace or start of line
snippet (?<!\S)z($|t|l|z|o|\.) "Zotero" r
`!p

ACTIONS = {
	"": "get_citekey",
	"t": "get_title",
	"l": "get_link",
	"z": "get_citekey_brackets",
	"o": "get_file",
}

snip.rv = zot(ACTIONS.get(match.group(1)))
`
endsnippet

snippet zq "Zotero quote" r
`!p snip.rv = '>\n> --' + zot("get_citekey_brackets")`
endsnippet

snippet acz "According to ..."
`!p snip.rv = "According to " + zot("get_citekey")`
endsnippet

snippet azex "As ... explains"
`!p snip.rv = "As " + zot("get_citekey") + " explains, "`
endsnippet

snippet iz "In ..."
`!p snip.rv = "In " + zot("get_citekey")`
endsnippet

snippet izd "In ...'s definition"
`!p snip.rv = "In " + zot("get_citekey") + "'s definition, "`
endsnippet

snippet zintends "... intends to ..." A
`!p snip.rv = zot("get_citekey") + " intends to "`
endsnippet

snippet tfol "The following" wA
the following
endsnippet

snippet tfolt "It follows that" wA
it follows that
endsnippet

snippet ntfol "In the following" wA
in the following
endsnippet

snippet algos "algorithms" wA
algorithms
endsnippet

snippet algo "algorithm" wA
algorithm
endsnippet

# TODO: Make only available in tikzpicture
context "code()"
snippet q "State" w
\node[state] ($1) [] {$2};
endsnippet

context "code()"
snippet q0 "Initial state" w
\node[initial,state] ($1) {$2};
endsnippet