New Tex to PDF Tex to PDF with pdfLaTeX v1
This is a tex to pdf template with which you can upload your own tex file in the JSON payload, use dynamic images and create the pdf with a pdfLaTeX compiler.
Info
Information to call the Tex to PDF with pdfLaTeX v1 template
API End Point:
https://api.advicement.io/v1/templates/pub-tex-to-pdf-with-pdflatex-v1/compile
Authentication:
Use your API Security Token (which is generated in your dashboard) in the Adv-Security-Token header parameter
Refer to our authentication guide for more information.
Uses Luatex:
FALSE
Uses Charts:
FALSE
Available On:
{ "image1": 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", "image2": 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", "texFileContent": "\\documentclass[a4paper]{article}\n\n\\usepackage[\ntop=1cm,\nbottom=1cm,\nleft=1cm, \nright=1cm,\nincludehead,includefoot\n]{geometry}\n\n\n\\usepackage[utf8]{inputenc}\n\\usepackage[T1]{fontenc}\n\n% % Font setup\n% \\usepackage[default,scale=0.95]{opensans}\n\n% Important - this package allows to use \\\\ttfamily command and output verbatim\n% \\usepackage{lmodern}\n\n\\usepackage[default]{raleway}\n\n\\usepackage{graphicx}\n\\usepackage{ragged2e}\n\\usepackage{float}\n\\usepackage{array}\n\n\\newcolumntype{L}[1]{>{\\raggedright\\let\\newline\\\\\\arraybackslash\\hspace{0pt}}m{#1}}\n\\newcolumntype{P}[1]{>{\\raggedright\\let\\newline\\\\\\arraybackslash\\hspace{0pt}\\vspace{2pt}}m{#1}}\n\\newcolumntype{C}[1]{>{\\centering\\let\\newline\\\\\\arraybackslash\\hspace{0pt}}m{#1}}\n\\newcolumntype{R}[1]{>{\\raggedleft\\let\\newline\\\\\\arraybackslash\\hspace{0pt}}m{#1}}\n\\newcolumntype{T}[1]{>{\\raggedleft\\let\\newline\\\\\\arraybackslash\\hspace{0pt}\\vspace{2pt}}m{#1}}\n\\newcolumntype{N}{@{}m{0pt}@{}}\n\\newcolumntype{+}{!{\\color{LightGrey}\\vrule width 1pt}}\n\\usepackage[none]{hyphenat}\n\n\n%%%%%%%%%%%%%%%%%%%%%%\n% content definition %\n%%%%%%%%%%%%%%%%%%%%%%\n\n\\makeatletter\n\\let\\thetitle\\@title\n\\makeatother\n\n\\usepackage[pdfencoding=auto,unicode, \nbookmarks=false, \ncolorlinks=false, \npdfborder={0 0 0},\npdftitle={Universal Template}, \npdfauthor={Advicement}, \npdfsubject={Universal Template}, \npdfkeywords={Universal Template}]{hyperref}\n\n\\pagestyle{empty}\n\\usepackage[table]{xcolor}\n\\usepackage{longtable}\n\\usepackage{array}\n% \\usepackage{tabu}\n\\usepackage{multicol}\n\\usepackage[norule]{footmisc}\n\\usepackage{xcolor}\n% \\usepackage{fontawesome}\n\\usepackage{tikz}\n\\usetikzlibrary{calc}\n\n\n\n%%%%%%%%%%%%%%%%%%%%%\n% color definitions %\n%%%%%%%%%%%%%%%%%%%%%\n\n\\definecolor{White}{HTML}{FFFFFF}\n\n\n%%%%%%%%%%%%%%%%%%%%%\n% header and footer options %\n%%%%%%%%%%%%%%%%%%%%%\n\\usepackage{fancyhdr}\n\\pagestyle{fancy}\n\\fancyhf{}\n\\renewcommand{\\headrulewidth}{0pt}\n\n\\fancyhead[C]{\\advGetImage{key = image2, type=png, width = 5cm}}\n\n\\fancyfoot[L]{\\advGetImage{key = image2, type=png, width = 5cm}}\n\\fancyfoot[R]{\\advGetImage{key = image2, type=png, width = 5cm}}\n\n\\begin{document}\n\n\\vspace*{5cm}\n\n\\begin{center}\n{\\advGetImage{key = image1, type=png, width = 8cm}}\\\\\n\\bigskip\n\\Huge Upload your own LaTeX template, \\\\ \\smallskip use dynamic images and \\\\ \\smallskip compile with pdfLaTeX!\n\\end{center}\n\n\\end{document}\n\n" }

image1 - An optional string which contains base64 encoded string of your jpg or png image. Note that you can have multiple images and use alternative names, but you have to reference the image name using advGetImage{...} command in your tex file.

texFileContent - A required string which contains the content of your tex file.