| Index: native_client_sdk/doc_generated/reference/sandbox_internals/arm-32-bit-sandbox.html
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| diff --git a/native_client_sdk/doc_generated/reference/sandbox_internals/arm-32-bit-sandbox.html b/native_client_sdk/doc_generated/reference/sandbox_internals/arm-32-bit-sandbox.html
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| <section id="arm-32-bit-sandbox">
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| <h1 id="arm-32-bit-sandbox">ARM 32-bit Sandbox</h1>
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| -<p>Native Client for ARM is a method for running programs—even malicious
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| -ones—safely, on computers that use 32-bit ARM processors. It’s an
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| -extension of earlier work on Native Client for x86 processors. This
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| -security is provided with a low performance overhead of about 10% over
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| -regular ARM code, and as you’ll see in this document the sandbox model
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| -is beautifully simple, meaning that the trusted codebase is much easier
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| -to validate.</p>
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| +<p>Native Client for ARM is a sandboxing technology for running
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| +programs—even malicious ones—safely, on computers that use 32-bit
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| +ARM processors. The ARM sandbox is an extension of earlier work on
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| +Native Client for x86 processors. Security is provided with a low
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| +performance overhead of about 10% over regular ARM code, and as you’ll
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| +see in this document the sandbox model is beautifully simple, meaning
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| +that the trusted codebase is much easier to validate.</p>
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| <p>As an implementation detail, the Native Client 32-bit ARM sandbox is
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| currently used by Portable Native Client to execute code on 32-bit ARM
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| machines in a safe manner. The portable bitcode contained in a <strong>pexe</strong>
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