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diff --git a/user_guide/helpers/cookie_helper.html b/user_guide/helpers/cookie_helper.html
index d6b6416..4592a2f 100644
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diff --git a/user_guide/helpers/date_helper.html b/user_guide/helpers/date_helper.html
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index db203cd..3ac47a0 100644
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