468 lines
18 KiB
Scheme
468 lines
18 KiB
Scheme
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(module base-render scheme/base
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(require "struct.ss"
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mzlib/class
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mzlib/serialize
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scheme/file)
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(provide render%)
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(define render%
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(class object%
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(init-field dest-dir)
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(define/public (get-dest-directory)
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dest-dir)
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(define/public (get-substitutions) null)
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(define/public (get-suffix) #".txt")
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(define/public (format-number number sep)
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(if (or (null? number)
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(andmap not number))
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null
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(cons
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(let ([s (apply
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string-append
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(map (lambda (n)
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(if n
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(format "~s." n)
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""))
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(reverse number)))])
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(substring s 0 (sub1 (string-length s))))
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sep)))
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(field [report-output? #f])
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(define/public (report-output!)
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(set! report-output? #t))
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;; ----------------------------------------
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;; marshal info
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(define/public (get-serialize-version)
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1)
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(define/public (serialize-info ri)
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(parameterize ([current-serialize-resolve-info ri])
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(serialize (collect-info-ht (resolve-info-ci ri)))))
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(define/public (deserialize-info v ci)
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(let ([ht (deserialize v)]
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[in-ht (collect-info-ext-ht ci)])
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(hash-table-for-each ht (lambda (k v)
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(hash-table-put! in-ht k v)))))
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(define/public (get-defined ci)
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(hash-table-map (collect-info-ht ci) (lambda (k v) k)))
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(define/public (get-undefined ri)
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(hash-table-map (resolve-info-undef ri) (lambda (k v) k)))
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(define/public (transfer-info ci src-ci)
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(let ([in-ht (collect-info-ext-ht ci)])
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(hash-table-for-each (collect-info-ext-ht src-ci)
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(lambda (k v)
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(hash-table-put! in-ht k v)))))
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;; ----------------------------------------
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;; global-info collection
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(define/public (collect ds fns)
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(let ([ci (make-collect-info (make-hash-table 'equal)
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(make-hash-table 'equal)
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(make-hash-table)
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(make-hash-table)
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"")])
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(start-collect ds fns ci)
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ci))
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(define/public (start-collect ds fns ci)
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(map (lambda (d)
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(collect-part d #f ci null))
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ds))
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(define/public (collect-part d parent ci number)
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(let ([p-ci (make-collect-info (make-hash-table 'equal)
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(collect-info-ext-ht ci)
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(collect-info-parts ci)
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(collect-info-tags ci)
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(if (part-tag-prefix d)
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(string-append (collect-info-gen-prefix ci)
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(part-tag-prefix d)
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":")
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(collect-info-gen-prefix ci)))])
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(when (part-title-content d)
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(collect-content (part-title-content d) p-ci))
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(collect-part-tags d p-ci number)
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(collect-content (part-to-collect d) p-ci)
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(collect-flow (part-flow d) p-ci)
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(let loop ([parts (part-parts d)]
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[pos 1])
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(unless (null? parts)
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(let ([s (car parts)])
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(collect-part s d p-ci
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(cons (if (unnumbered-part? s)
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#f
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pos)
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number))
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(loop (cdr parts)
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(if (unnumbered-part? s) pos (add1 pos))))))
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(hash-table-put! (collect-info-parts ci)
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d
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(make-collected-info
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number
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parent
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(collect-info-ht p-ci)))
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(let ([prefix (part-tag-prefix d)])
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(hash-table-for-each (collect-info-ht p-ci)
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(lambda (k v)
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(when (cadr k)
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(hash-table-put! (collect-info-ht ci)
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(if prefix
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(convert-key prefix k)
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k)
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v)))))))
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(define/private (convert-key prefix k)
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(case (car k)
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[(part tech)
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(if (string? (cadr k))
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(list (car k)
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(string-append prefix
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":"
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(cadr k)))
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k)]
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[(index-entry)
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(let ([v (convert-key prefix (cadr k))])
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(if (eq? v (cadr k))
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k
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(list 'index-entry v)))]
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[else k]))
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(define/public (collect-part-tags d ci number)
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(for-each (lambda (t)
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(hash-table-put! (collect-info-ht ci)
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(generate-tag t ci)
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(list (or (part-title-content d) '("???"))
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number)))
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(part-tags d)))
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(define/public (collect-content c ci)
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(for-each (lambda (i)
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(collect-element i ci))
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c))
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(define/public (collect-paragraph p ci)
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(collect-content (paragraph-content p) ci))
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(define/public (collect-flow p ci)
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(for-each (lambda (p)
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(collect-flow-element p ci))
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(flow-paragraphs p)))
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(define/public (collect-flow-element p ci)
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(cond
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[(table? p) (collect-table p ci)]
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[(itemization? p) (collect-itemization p ci)]
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[(blockquote? p) (collect-blockquote p ci)]
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[(delayed-flow-element? p) (void)]
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[else (collect-paragraph p ci)]))
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(define/public (collect-table i ci)
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(for-each (lambda (d) (when (flow? d)
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(collect-flow d ci)))
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(apply append (table-flowss i))))
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(define/public (collect-itemization i ci)
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(for-each (lambda (d) (collect-flow d ci))
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(itemization-flows i)))
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(define/public (collect-blockquote i ci)
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(for-each (lambda (d) (collect-flow-element d ci))
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(blockquote-paragraphs i)))
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(define/public (collect-element i ci)
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(when (target-element? i)
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(collect-target-element i ci))
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(when (index-element? i)
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(collect-index-element i ci))
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(when (collect-element? i)
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((collect-element-collect i) ci))
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(when (element? i)
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(for-each (lambda (e)
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(collect-element e ci))
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(element-content i))))
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(define/public (collect-target-element i ci)
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(collect-put! ci
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(generate-tag (target-element-tag i) ci)
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(list i)))
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(define/public (collect-index-element i ci)
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(collect-put! ci
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`(index-entry ,(generate-tag (index-element-tag i) ci))
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(list (index-element-plain-seq i)
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(index-element-entry-seq i)
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(index-element-desc i))))
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;; ----------------------------------------
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;; global-info resolution
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(define/public (resolve ds fns ci)
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(let ([ri (make-resolve-info ci
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(make-hash-table)
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(make-hash-table 'equal))])
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(start-resolve ds fns ri)
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ri))
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(define/public (start-resolve ds fns ri)
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(map (lambda (d)
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(resolve-part d ri))
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ds))
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(define/public (resolve-part d ri)
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(when (part-title-content d)
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(resolve-content (part-title-content d) d ri))
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(resolve-flow (part-flow d) d ri)
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(for-each (lambda (p)
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(resolve-part p ri))
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(part-parts d)))
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(define/public (resolve-content c d ri)
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(for-each (lambda (i)
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(resolve-element i d ri))
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c))
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(define/public (resolve-paragraph p d ri)
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(resolve-content (paragraph-content p) d ri))
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(define/public (resolve-flow p d ri)
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(for-each (lambda (p)
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(resolve-flow-element p d ri))
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(flow-paragraphs p)))
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(define/public (resolve-flow-element p d ri)
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(cond
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[(table? p) (resolve-table p d ri)]
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[(itemization? p) (resolve-itemization p d ri)]
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[(blockquote? p) (resolve-blockquote p d ri)]
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[(delayed-flow-element? p)
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(let ([v ((delayed-flow-element-resolve p) this d ri)])
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(hash-table-put! (resolve-info-delays ri) p v)
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(resolve-flow-element v d ri))]
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[else (resolve-paragraph p d ri)]))
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(define/public (resolve-table i d ri)
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(for-each (lambda (f) (when (flow? f)
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(resolve-flow f d ri)))
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(apply append (table-flowss i))))
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(define/public (resolve-itemization i d ri)
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(for-each (lambda (f) (resolve-flow f d ri))
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(itemization-flows i)))
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(define/public (resolve-blockquote i d ri)
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(for-each (lambda (f) (resolve-flow-element f d ri))
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(blockquote-paragraphs i)))
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(define/public (resolve-element i d ri)
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(cond
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[(delayed-element? i)
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(resolve-content (or (hash-table-get (resolve-info-delays ri)
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i
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#f)
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(let ([v ((delayed-element-resolve i) this d ri)])
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(hash-table-put! (resolve-info-delays ri)
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i
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v)
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v))
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d ri)]
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[(element? i)
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(cond
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[(index-element? i)
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(let ([e (index-element-desc i)])
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(when (delayed-index-desc? e)
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(let ([v ((delayed-index-desc-resolve e) this d ri)])
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(hash-table-put! (resolve-info-delays ri) e v))))]
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[(link-element? i)
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(resolve-get d ri (link-element-tag i))])
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(for-each (lambda (e)
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(resolve-element e d ri))
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(element-content i))]))
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;; ----------------------------------------
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;; render methods
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(define/public (render ds fns ri)
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(map (lambda (d fn)
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(when report-output?
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(printf " [Output to ~a]\n" fn))
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(with-output-to-file fn
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#:exists 'truncate/replace
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(lambda ()
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(render-one d ri fn))))
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ds
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fns))
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(define/public (render-one d ri fn)
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(render-part d ri))
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(define/public (render-part d ri)
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(list
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(when (part-title-content d)
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(render-content (part-title-content d) d ri))
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(render-flow (part-flow d) d ri)
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(map (lambda (s) (render-part s ri))
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(part-parts d))))
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(define/public (render-content c part ri)
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(apply append
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(map (lambda (i)
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(render-element i part ri))
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c)))
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(define/public (render-paragraph p part ri)
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(render-content (paragraph-content p) part ri))
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(define/public (render-flow p part ri)
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(apply append
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(map (lambda (p)
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(render-flow-element p part ri))
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(flow-paragraphs p))))
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(define/public (render-flow-element p part ri)
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(cond
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[(table? p) (if (auxiliary-table? p)
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(render-auxiliary-table p part ri)
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(render-table p part ri))]
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[(itemization? p) (render-itemization p part ri)]
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[(blockquote? p) (render-blockquote p part ri)]
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[(delayed-flow-element? p)
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(render-flow-element (delayed-flow-element-flow-elements p ri) part ri)]
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[else (render-paragraph p part ri)]))
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(define/public (render-auxiliary-table i part ri)
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null)
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(define/public (render-table i part ri)
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(map (lambda (d) (if (flow? i)
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(render-flow d part ri)
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null))
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(apply append (table-flowss i))))
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(define/public (render-itemization i part ri)
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(map (lambda (d) (render-flow d part ri))
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(itemization-flows i)))
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(define/public (render-blockquote i part ri)
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(map (lambda (d) (render-flow-element d part ri))
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(blockquote-paragraphs i)))
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(define/public (render-element i part ri)
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(cond
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[(and (link-element? i)
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(null? (element-content i)))
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(let ([v (resolve-get part ri (link-element-tag i))])
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(if v
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(render-content (strip-aux (car v)) part ri)
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(render-content (list "[missing]") part ri)))]
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[(element? i)
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(render-content (element-content i) part ri)]
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[(delayed-element? i)
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(render-content (delayed-element-content i ri) part ri)]
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[else
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(render-other i part ri)]))
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(define/public (render-other i part ri)
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(list i))
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;; ----------------------------------------
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(define/public (install-file fn)
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(let ([src-dir (path-only fn)]
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[dest-dir (get-dest-directory)]
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[fn (file-name-from-path fn)])
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(let ([src-file (build-path (or src-dir (current-directory))
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fn)]
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[dest-file (build-path (or dest-dir (current-directory))
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fn)])
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(unless (and (file-exists? dest-file)
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(call-with-input-file*
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src-file
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(lambda (src)
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(call-with-input-file*
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dest-file
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(lambda (dest)
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(or (equal? (port-file-identity src)
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(port-file-identity dest))
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(let loop ()
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(let ([s (read-bytes 4096 src)]
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[d (read-bytes 4096 dest)])
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(and (equal? s d)
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(if (eof-object? s)
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#t
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(loop)))))))))))
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(when (file-exists? dest-file) (delete-file dest-file))
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(copy-file src-file dest-file))
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(path->string fn))))
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;; ----------------------------------------
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(define/private (do-table-of-contents part ri delta quiet)
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(make-table #f (generate-toc part
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ri
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(+ delta
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(length (collected-info-number
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(part-collected-info part ri))))
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#t
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quiet)))
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(define/public (table-of-contents part ri)
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(do-table-of-contents part ri -1 not))
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(define/public (local-table-of-contents part ri)
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(table-of-contents part ri))
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(define/public (quiet-table-of-contents part ri)
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(do-table-of-contents part ri 1 (lambda (x) #t)))
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(define/private (generate-toc part ri base-len skip? quiet)
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(let ([number (collected-info-number (part-collected-info part ri))])
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(let ([subs
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(if (quiet (and (part-style? part 'quiet)
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(not (= base-len (sub1 (length number))))))
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(apply
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append
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(map (lambda (p) (generate-toc p ri base-len #f quiet)) (part-parts part)))
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null)])
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(if skip?
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subs
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(let ([l (cons
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(list (make-flow
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(list
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(make-paragraph
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(list
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(make-element 'hspace (list (make-string (* 2 (- (length number) base-len)) #\space)))
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(make-link-element (if (= 1 (length number))
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"toptoclink"
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"toclink")
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(append
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(format-number number
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(list
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(make-element 'hspace '(" "))))
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(or (part-title-content part) '("???")))
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(car (part-tags part))))))))
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subs)])
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(if (and (= 1 (length number))
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(or (not (car number))
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((car number) . > . 1)))
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(cons (list (make-flow (list (make-paragraph (list
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(make-element 'hspace (list "")))))))
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l)
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l))))))
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;; ----------------------------------------
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(super-new))))
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