Exemple #1
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def writeCixFileForElement(filename, root):
    stream = open(filename, 'wb')
    stream.write('<?xml version="1.0" encoding="UTF-8"?>\n'.encode('ascii'))
    prettify(root)
    tree = ElementTree(root)
    tree.write(stream, encoding="utf-8")
    stream.close()
def get_cix_string(cix, prettyFormat=True):
    # Get the CIX.
    if prettyFormat:
        prettify(cix)
    cixstream = StringIO()
    cixtree = ElementTree(cix)
    cixstream.write('<?xml version="1.0" encoding="UTF-8"?>\n')
    cixtree.write(cixstream)
    cixcontent = cixstream.getvalue()
    cixstream.close()
    return cixcontent
Exemple #3
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def get_cix_string(cix, prettyFormat=True):
    # Get the CIX.
    if prettyFormat:
        prettify(cix)
    cixstream = StringIO()
    cixtree = ElementTree(cix)
    cixstream.write('<?xml version="1.0" encoding="UTF-8"?>\n')
    cixtree.write(cixstream)
    cixcontent = cixstream.getvalue()
    cixstream.close()
    return cixcontent
Exemple #4
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def _html_ci_elem(opts, elem, lang=None):
    # Taken from codeintel2.tree, modified to ensure it keeps all
    # existing text and tail data. Since this is used on generated
    # xml content, there is no need to worry about existing newlines
    # and whitespace, as there will be none existing at this point.
    def pretty_tree_from_tree(tree, indent_width=2):
        """Add appropriate .tail and .text values to the given tree so that
        it will have a pretty serialization.

        Presumption: This is a CIX 2.0 tree.
        """
        INDENT = ' ' * indent_width

        def _prettify(elem, indent_level=0):
            if elem:  # i.e. elem has child elements
                elem.text = '\n' + INDENT * (indent_level + 1) + (elem.text
                                                                  or "")
                for child in elem:
                    _prettify(child, indent_level + 1)
                elem[-1].tail = (elem[-1].tail
                                 or "") + '\n' + INDENT * indent_level
                elem.tail = (elem.tail or "") + '\n' + INDENT * indent_level
            else:
                # elem.text = None
                elem.tail = (elem.tail or "") + '\n' + INDENT * indent_level

        _prettify(tree)
        return tree

    def remove_private_elements(elem):
        """Remove all the private cix elements."""
        parent_map = dict((c, p) for p in elem.getiterator() for c in p)
        for node in list(elem.getiterator()):
            attributes = node.get("attributes", "").split(" ")
            if "private" in attributes or "__hidden__" in attributes:
                # Remove it
                parentnode = parent_map.get(node)
                if parentnode is not None:
                    parentnode.remove(node)

    # Set the css reference file
    if not opts.css_reference_files:
        opts.css_reference_files = ["aspn.css", "api.css"]

    html = Element("html")
    head = SubElement(html, "head")
    for css_filename in opts.css_reference_files:
        SubElement(head,
                   "link",
                   rel="stylesheet",
                   type="text/css",
                   href=css_filename)
    body = SubElement(html, "body")
    body_div = SubElement(body, "div", {"id": "body"})

    namespace_elements = []
    # Remove any private cix elements, as they are not externally visible.
    remove_private_elements(elem)
    if elem.tag == "file":
        for child in elem:
            for subchild in child:
                _convertScopeToHtml(body_div, subchild, "", namespace_elements)
    else:
        _convertScopeToHtml(body_div, elem, "", namespace_elements)

    # Now, we can print out the html in a few formats:
    #  Single file - the default and only implemented format at present
    #  File for each namespace and an index - Not done.

    # Try to build an index, placed in same html file
    # nav_div = SubElement(body, "div", {"id": "nav"})
    # ul = SubElement(nav_div, "ul")
    # for ns, elem in namespace_elements:
    #    li = SubElement(ul, "li")
    #    a_href = SubElement(li, "a", href="#%s" % (ns))
    #    a_href.text = ns

    footer_div = SubElement(body, "div", {"id": "footer"})

    pretty_tree_from_tree(html)
    tree = ElementTree(html)
    xhtml_header = '<?xml version="1.0"?>\n' \
                   '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" ' \
                   '"http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">\n'

    stream = sys.stdout
    if opts.output:
        stream = file(opts.output, "wb")
    stream.write(xhtml_header)
    tree.write(stream)

    if opts.toc_file:
        file_href = opts.output or "komodo-js-api.html"
        toc_node = Element("node",
                           name="Komodo JavaScript API Reference",
                           link=file_href)
        for ns, elem in namespace_elements:
            sub_node = SubElement(toc_node,
                                  "node",
                                  name=ns,
                                  link="%s#%s" % (
                                      file_href,
                                      ns,
                                  ))

        pretty_tree_from_tree(toc_node)
        toc_file = open(opts.toc_file, "w")
        tree = ElementTree(toc_node)
        tree.write(toc_file)
Exemple #5
0
def _html_ci_elem(opts, elem, lang=None):
    # Taken from codeintel2.tree, modified to ensure it keeps all
    # existing text and tail data. Since this is used on generated
    # xml content, there is no need to worry about existing newlines
    # and whitespace, as there will be none existing at this point.
    def pretty_tree_from_tree(tree, indent_width=2):
        """Add appropriate .tail and .text values to the given tree so that
        it will have a pretty serialization.

        Presumption: This is a CIX 2.0 tree.
        """
        INDENT = ' '*indent_width

        def _prettify(elem, indent_level=0):
            if elem:  # i.e. elem has child elements
                elem.text = '\n' + INDENT*(indent_level+1) + (elem.text or "")
                for child in elem:
                    _prettify(child, indent_level+1)
                elem[-1].tail = (elem[
                                 -1].tail or "") + '\n' + INDENT*indent_level
                elem.tail = (elem.tail or "") + '\n' + INDENT*indent_level
            else:
                # elem.text = None
                elem.tail = (elem.tail or "") + '\n' + INDENT*indent_level

        _prettify(tree)
        return tree

    def remove_private_elements(elem):
        """Remove all the private cix elements."""
        parent_map = dict((c, p) for p in elem.getiterator() for c in p)
        for node in list(elem.getiterator()):
            attributes = node.get("attributes", "").split(" ")
            if "private" in attributes or "__hidden__" in attributes:
                # Remove it
                parentnode = parent_map.get(node)
                if parentnode is not None:
                    parentnode.remove(node)

    # Set the css reference file
    if not opts.css_reference_files:
        opts.css_reference_files = ["aspn.css", "api.css"]

    html = Element("html")
    head = SubElement(html, "head")
    for css_filename in opts.css_reference_files:
        SubElement(head, "link", rel="stylesheet", type="text/css",
                   href=css_filename)
    body = SubElement(html, "body")
    body_div = SubElement(body, "div", {"id": "body"})

    namespace_elements = []
    # Remove any private cix elements, as they are not externally visible.
    remove_private_elements(elem)
    if elem.tag == "file":
        for child in elem:
            for subchild in child:
                _convertScopeToHtml(body_div, subchild, "", namespace_elements)
    else:
        _convertScopeToHtml(body_div, elem, "", namespace_elements)

    # Now, we can print out the html in a few formats:
    #  Single file - the default and only implemented format at present
    #  File for each namespace and an index - Not done.

    # Try to build an index, placed in same html file
    # nav_div = SubElement(body, "div", {"id": "nav"})
    # ul = SubElement(nav_div, "ul")
    # for ns, elem in namespace_elements:
    #    li = SubElement(ul, "li")
    #    a_href = SubElement(li, "a", href="#%s" % (ns))
    #    a_href.text = ns

    footer_div = SubElement(body, "div", {"id": "footer"})

    pretty_tree_from_tree(html)
    tree = ElementTree(html)
    xhtml_header = '<?xml version="1.0"?>\n' \
                   '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" ' \
                   '"http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">\n'

    stream = sys.stdout
    if opts.output:
        stream = file(opts.output, "wb")
    stream.write(xhtml_header)
    tree.write(stream)

    if opts.toc_file:
        file_href = opts.output or "komodo-js-api.html"
        toc_node = Element("node", name="Komodo JavaScript API Reference",
                           link=file_href)
        for ns, elem in namespace_elements:
            sub_node = SubElement(toc_node, "node", name=ns, link="%s#%s" % (
                                  file_href, ns, ))

        pretty_tree_from_tree(toc_node)
        toc_file = open(opts.toc_file, "w")
        tree = ElementTree(toc_node)
        tree.write(toc_file)