import simdxml

doc = simdxml.parse(b"<library><book><title>Rust</title></book></library>")
titles = doc.xpath_text("//title")
assert titles == ["Rust"]

import simdxml

# Parse bytes or str
doc = simdxml.parse(xml_bytes)

# XPath queries
doc.xpath_text("//title")          # -> list[str] (direct child text)
doc.xpath_string("//title")        # -> list[str] (all descendant text, like XPath string())
doc.xpath("//book[@lang='en']")    # -> list[Element | str]

# Element traversal
root = doc.root
root.tag                           # "library"
root.text                          # direct text content or None
root.attrib                        # {"lang": "en", ...}
root.get("lang")                   # "en"
root[0]                            # first child element
len(root)                          # number of child elements
list(root)                         # all child elements

# Navigation (lxml-compatible)
elem.getparent()                   # parent element or None
elem.getnext()                     # next sibling or None
elem.getprevious()                 # previous sibling or None

# XPath from any element
elem.xpath(".//title")             # context-node evaluation
elem.xpath_text("author")         # text extraction from context

# Batch APIs (single FFI call, interned strings)
root.child_tags()                  # -> list[str] of child tag names
root.descendant_tags("item")       # -> list[str] filtered by tag

# Compiled XPath (like re.compile)
expr = simdxml.compile("//title")
expr.eval_text(doc)                # -> list[str]
expr.eval_count(doc)               # -> int
expr.eval_exists(doc)              # -> bool
expr.eval(doc)                     # -> list[Element]

# Batch: process many documents in one call
docs = [open(f).read() for f in xml_files]
expr = simdxml.compile("//title")
simdxml.batch_xpath_text(docs, expr)           # bloom prefilter
simdxml.batch_xpath_text_parallel(docs, expr)  # multithreaded

from simdxml.etree import ElementTree as ET

tree = ET.parse("books.xml")
root = tree.getroot()

# All stdlib Element methods work
root.tag, root.text, root.tail, root.attrib
root.find(".//title")              # first match
root.findall(".//book[@lang]")     # all matches
root.findtext(".//title")          # text of first match
root.iterfind(".//author")         # iterator
root.iter("title")                 # descendant iterator
root.itertext()                    # text iterator
root.get("key"), root.keys(), root.items()
len(root), root[0], list(root)

# All stdlib module functions work
ET.parse(file), ET.fromstring(text), ET.tostring(element)
ET.iterparse(file, events=("start", "end"))
ET.canonicalize(xml), ET.dump(element), ET.iselement(obj)
ET.XMLPullParser(events=("end",)), ET.XMLParser(), ET.TreeBuilder()
ET.fromstringlist(seq), ET.tostringlist(elem)
ET.QName(uri, tag), ET.XMLID(text)

# Plus full XPath 1.0 (lxml-compatible extension)
root.xpath("//book[contains(title, 'XML')]")

root.text = "new"  # TypeError: simdxml Elements are read-only.
                    #   Use xml.etree.ElementTree for XML construction.