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1 changed files with 11 additions and 14 deletions

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@ -8,29 +8,30 @@
(def html-dir "./site/html") (def html-dir "./site/html")
(def output-dir "./out") (def output-dir "./out")
(defn list-files [directory]
(filter #(.isFile %) (file-seq (io/file directory))))
;; Thank you https://clojure.org/api/cheatsheet ;; Thank you https://clojure.org/api/cheatsheet
; Generate a keyword-string map of the templates folder ; Generate a keyword-string map of the templates folder
(defn generate-template-map (defn generate-template-map
"Grab all files in the template directory and insert them into a map with "Grab all files in the template directory and insert them into a map with
the filenames as keyword keys" the filenames as keyword keys"
[template-dir] [template-dir]
(let [files (filter #(.isFile %) (file-seq (io/file template-dir)))] (let [files (list-files template-dir)]
(reduce #(assoc %1 (keyword (.getName %2)) (slurp %2)) {} files))) (reduce #(assoc %1 (keyword (.getName %2)) (slurp %2)) {} files)))
; Generate a string-string map of the new filepaths and the unprocessed contents
(defn generate-output-file-map (defn generate-output-file-map
"Take the input html files, read them, and create a mapping of their paths to "Take the input html files, read them, and create a mapping of their paths to
their contents. their contents.
This would probably be better as a list of maps each containing a :contents
and :path keyword.
" "
[html-dir, output-dir] [html-dir, output-dir]
(let [file-listing (filter #(.isFile %) (file-seq (io/file html-dir))) (let [file-listing (list-files html-dir)
contents (map slurp file-listing) contents (map slurp file-listing)
old-paths (map #(.getPath %) file-listing) new-paths (map #(->> %
rootless-paths (map #(subs % (count html-dir)) old-paths) .getPath
new-paths (map #(string/join [output-dir %]) rootless-paths)] (drop (count html-dir))
(cons output-dir)
(string/join)) file-listing)]
(zipmap new-paths contents))) (zipmap new-paths contents)))
(defn put_file (defn put_file
@ -40,10 +41,6 @@ the filenames as keyword keys"
(spit (first file_map_entry) (second file_map_entry))) (spit (first file_map_entry) (second file_map_entry)))
(defn insert_templates (defn insert_templates
"Go through and check all the template names in the file then
mark which templates exist and which dont
Using this we can report an error for any templates which do not exist"
[file-map-entry template-map] [file-map-entry template-map]
(let [file (first file-map-entry) (let [file (first file-map-entry)
contents (second file-map-entry) contents (second file-map-entry)
@ -64,5 +61,5 @@ the filenames as keyword keys"
(for [of output-file-map] (for [of output-file-map]
; of is a key-value pair ; of is a key-value pair
(put_file (insert_templates of template-map)) (put_file (insert_templates of template-map))
;(put_file of) ;(put_file of)
) )