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index a3f66fb..328ca79 100644
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+<td><h1>Code Igniter User Guide Version 1.5.2</h1></td>
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diff --git a/user_guide/helpers/cookie_helper.html b/user_guide/helpers/cookie_helper.html
index 4592a2f..53418c8 100644
--- a/user_guide/helpers/cookie_helper.html
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+<td><h1>Code Igniter User Guide Version 1.5.2</h1></td>
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diff --git a/user_guide/helpers/date_helper.html b/user_guide/helpers/date_helper.html
index c6df300..436ac88 100644
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diff --git a/user_guide/helpers/directory_helper.html b/user_guide/helpers/directory_helper.html
index bc1e905..497ac99 100644
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diff --git a/user_guide/helpers/download_helper.html b/user_guide/helpers/download_helper.html
index c89257a..06b56ed 100644
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diff --git a/user_guide/helpers/file_helper.html b/user_guide/helpers/file_helper.html
index 68ce66e..4d759a7 100644
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diff --git a/user_guide/helpers/form_helper.html b/user_guide/helpers/form_helper.html
index 3dcb147..8eea961 100644
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+<td><h1>Code Igniter User Guide Version 1.5.2</h1></td>
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diff --git a/user_guide/helpers/html_helper.html b/user_guide/helpers/html_helper.html
index 8a81dde..b89fc1c 100644
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+<td><h1>Code Igniter User Guide Version 1.5.2</h1></td>
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diff --git a/user_guide/helpers/index.html b/user_guide/helpers/index.html
index 6701603..66a0fee 100644
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+<td><h1>Code Igniter User Guide Version 1.5.2</h1></td>
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diff --git a/user_guide/helpers/inflector_helper.html b/user_guide/helpers/inflector_helper.html
index 3ac47a0..c52cf03 100644
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index 0fc9662..91392ad 100644
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+<td><h1>Code Igniter User Guide Version 1.5.2</h1></td>
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diff --git a/user_guide/helpers/smiley_helper.html b/user_guide/helpers/smiley_helper.html
index dd04451..b0bbf8a 100644
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+<td><h1>Code Igniter User Guide Version 1.5.2</h1></td>
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diff --git a/user_guide/helpers/typography_helper.html b/user_guide/helpers/typography_helper.html
index b1d0841..b1137e8 100644
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+<td><h1>Code Igniter User Guide Version 1.5.2</h1></td>
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diff --git a/user_guide/helpers/url_helper.html b/user_guide/helpers/url_helper.html
index ad8ada3..53cad70 100644
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+<td><h1>Code Igniter User Guide Version 1.5.2</h1></td>
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diff --git a/user_guide/helpers/xml_helper.html b/user_guide/helpers/xml_helper.html
index 119e8d2..af95ae5 100644
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+<td><h1>Code Igniter User Guide Version 1.5.2</h1></td>
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