klammertext/sks/list/list.py

import pprint
import re
import textwrap
import kutil
import klammer_base
import phases
import itertools
import math
from html_util import E

class List(klammer_base.Klammer_base):
    def __init__(self, K, list_type):
        super().__init__(K)
        self.list_type = list_type
        self.items = self.list_items
        word_count = max([len(e.strip().split()) for e in self.items])
        self.compressed = False #and word_count < int(self.List_compressed_word_max)
        
    def html(self):
        body = ""
        word_count = 0
        for e in self.items:
            body += f"<li>\n{kutil.format_for_paragraphs(e.strip())}\n</li>\n"
        cls = "compressed" if self.compressed else ""
        result = E(self.list_type).cls(cls).body(body.strip()).str().strip() + "\n"
        return result
    
    def tex(self):
        body = "\n\n".join([f"\\item {e}" for e in self.items])
        command = {'ol' : 'enumerate', 'ul' : 'itemize'}[self.list_type]
        init = ""
        if self.__dict__.get("initial") and self.initial != 1:
            init = "\\addtocounter{enumi}{" + str(self.initial - 1) + "}"
        #topsep = '[noitemsep,topsep=0pt]'
        topsep = "[noitemsep,topsep=0pt," if self.compressed else "[topsep=0pt,itemsep=2pt,"
        topsep += "leftmargin=16pt]"
        listsep = '\\setlist{nolistsep}' if self.cmp else ''
        result = f'{listsep}\n\\begin{{{command}}}{topsep}{init}\n{body}\n\\end{{{command}}}\n'
        return result

    def txt(self):
        n = 1
        result = ""
        for item in self.items:
            prefix = f"{n:3}. " if self.list_type == "ol" else "  • " # U+2022
            print("prefix", prefix)
            formatted_item = "\n".join(
                textwrap.wrap(item.strip(), width=80, subsequent_indent=" "*(len(prefix))))
            result += f"{prefix}{formatted_item}\n"
            if not self.compressed:
                result += "\n"
            n += 1
        return result


class Define(klammer_base.Klammer_base):
    def __init__(self, K):
        super().__init__(K)
        self.items = self.descriptions
        #self.show()
        #pprint.pprint(self.items)

    def html(self):
        def fontify(s):
            return {"r" : s,
                    "i" : f"<i>{s}</i>",
                    "b" : f"<b>{s}</b>",
                    "t" : f'<span class="monospace">{s}</span>',
                    "c" : f'<span class="monospace">{s}</span>',
                    "s" : f'<span class="sansserif">{s}</span>'}[self.style]
        result = "\n\n".join([f"<dt>{fontify(term)}</dt>\n<dd>{definition}</dd>"
                              for term,definition in self.items])
        result = f"<dl>\n{result}\n</dl>"
        return result

    def tex(self):
        def fontify(s):
            font = {'r' : r'\normalfont',
                    'i' : r'\normalfont\itshape',
                    'b' : r'\normalfont\bfseries',
                    't' : r'\normalfont\ttfamily',
                    'c' : r'\normalfont\ttfamily',
                    's' : r'\normalfont\sffamily'}[self.style]
            return f"{font} {s}"
        strut = r"\rule[-4pt]{0pt}{4pt}"
        result = "\n\n".join([f"\\item[{{{fontify(term)}{strut}}}] {definition}"
                              for term,definition in self.items])
        options = "style=nextline"  # See list/list.sty
        result = f"\\begin{{description}}[{options}]\n{result}\n\\end{{description}}"
        return result

    def txt(self):
        # Plain text: each term on its own line at the block indent, its
        # definition beneath it indented once more, items separated by a
        # blank line.  Every line begins with the nbsp marker, which is what
        # tells the justification pass the block is already laid out
        # (phases.txt_justify_blocks); a definition's own paragraphs are
        # wrapped to the remaining measure, and a paragraph that is already
        # laid out (it begins with the marker -- a @table inside the
        # definition) is only indented further.  The term takes :style as
        # italic or bold, the styles a terminal can show.
        nbsp = phases.txt_nbsp_marker()
        indent = int(self.Target_txt_indent)
        term_indent, def_indent = nbsp * indent, nbsp * (2 * indent)
        measure = int(self.Target_txt_width) - 2 * indent
        style = {"i": "italic", "b": "bold"}.get(self.style)
        items = []
        for term, definition in self.items:
            term = term.strip()
            if style and term:
                term = phases.txt_style_marker(style) + term + phases.txt_style_marker(style, False)
            paragraphs = []
            for par in re.split(r"\n\s*\n", definition.strip()):
                if phases.txt_is_laid_out(par):
                    paragraphs.append("\n".join(def_indent + line for line in par.split("\n")))
                else:
                    paragraphs.append("\n".join(def_indent + line
                                                for line in phases.txt_wrap(par, measure)))
            items.append(term_indent + term + "\n" + "\n\n".join(paragraphs))
        return phases.txt_lay_out("\n\n".join(items))


class Lines(klammer_base.Klammer_base):
    def __init__(self, K):
        super().__init__(K)

    def html(self):
        #return " <br/>".join(self.s.strip().split("\n"))        
        #return f'<pre style="font-family: var(--serif)">{self.s}</pre>'
        #return f'<pre>{self.s}</pre>'
        result = self.s
        result = re.sub("\n", "<br/>\n", result)
        result = re.sub(" ", "&^#160;", result)
        return result

    def tex(self):
        return r"\\\newline\n".join(self.s.strip().split("\n"))

    def txt(self):
        return self.s.strip()


class Columns(klammer_base.Klammer_base):
    def __init__(self, K):
        super().__init__(K)

    def make_column_lists(self):
        lst = [f"@{self.style} {e} {self.style}@" for e in self.items.split()]
        cols = math.ceil(len(lst) / self.n)
        result = []
        for i in range(self.n):
            result.append(lst[i * cols : (i+1) * cols])
        return list(itertools.zip_longest(*result, fillvalue=""))

    def columns(self):
        rows = self.make_column_lists()
        result = (f"@table :header false :number false :leading 1.0 "
                  f":hpos {self.hpos} :offset {self.offset} |\n")
        for row in rows:
            result += " | ".join(row) + " ||\n"
        result += "table@\n"
        return result
    
    def html(self):
        return self.columns()

    def tex(self):
        return self.columns()

    def txt(self):
        return self.columns()