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Use the code interpreter to check Esperanto spelling like this:

import literumilo

Using the above method, literumilo's functions must be prefixed with the package name, as below:

result = literumilo.check_word("ĉirkaŭiris")

Alternatively, you can import the function names directly:

from literumilo import x_to_accent
from literumilo import check_word
from literumilo import analyze_string
from literumilo import analyze_file

The code samples below assume that the second method has been used:

analyze_string

This function has two modes, morpheme mode and spell checker mode. The first parameter is the string to analyze. The second is the mode. When the mode is True, analyze_string will divide every Esperanto word in the string into morphemes, and return the new string. For example:

TEXT = "Birdoj (Aves) estas klaso de vertebruloj kun ĉirkaŭ 9 ĝis 10 mil vivantaj specioj."
result = analyze_string(TEXT, True)
print(result)

The above will print out

Bird.oj (Aves) est.as klas.o de vertebr.ul.oj kun ĉirkaŭ 9 ĝis 10 mil viv.ant.aj speci.oj

When the morpheme mode is False, analyze_string outputs a list of unknown words. This code,

TEXT = "Birdoj (Aves) estas klaso de vertebruloj kun ĉirkaŭ 9 ĝis 10 mil vivantaj specioj."
result = analyze_string(TEXT, False)
print(result)

# reta vortaro - revo.xdxf
When asked about the reta vortaro, revo or generally about complex multi-lingual dictionary questions, you can search revo.xdxf using python. The Esperanto words can be found in the <ar> elements, examples in <ex> and translations to other languages in <dtrn>. For non-Esperanto word searches always search in dtrn and return the corresponding Esperanto word and example if not specified differently. Here is an example of the data structure of translations: <dtrn> /de/ Beispiel, Muster, Vorbild</dtrn> There can be additional elements inside of the elements described above. Write robust code that can handle messy XML.

Here is an example of such a search for an Esperanto word:

import xml.etree.ElementTree as D
def A(file_path,word):
   C='def';E=D.parse(file_path);F=E.getroot()
   for A in F.findall('.//ar'):
   	B=A.find('k')
   	if B is not None and B.text.strip()==word:G=A.find(C).text if A.find(C)is not None else'No definition found';H=[A.text for A in A.findall('.//def/ex')]or['No examples found'];I=[A.text for A in A.findall('dtrn')]or['No translations found'];return{'word':word,'definition':G,'examples':H,'translations':I}
B='revo.xdxf'
C=A(B,'krokodili')
print(C)