Socket SO SNDBUF: Difference between revisions
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The current value is obtained with <tt>getSendBufferSize()</tt> and set with <tt>setSendBufferSize(int)</tt>. SO_SNDBUF is used by the network implementation as a hint to size the underlying I/O buffers. Calling <tt>setSendBufferSize(int)</tt> is no guarantee that the implementation will use the value, so the application may want to verify the buffer size with <tt>getSendBufferSize()</tt>. | The current value is obtained with <tt>getSendBufferSize()</tt> and set with <tt>setSendBufferSize(int)</tt>. SO_SNDBUF is used by the network implementation as a hint to size the underlying I/O buffers. Calling <tt>setSendBufferSize(int)</tt> is no guarantee that the implementation will use the value, so the application may want to verify the buffer size with <tt>getSendBufferSize()</tt>. | ||
Also see [[Kernel_Runtime_Configuration#net.core.wmem_default|net.core.wmem_default]] | Also see [[Kernel_Runtime_Configuration#net.core.wmem_default|net.core.wmem_default]], [[Kernel_Runtime_Configuration#net.core.wmem_max|net.core.wmem_max]] and other related Linux kernel configuration attributes. | ||
Latest revision as of 19:04, 8 June 2017
External
Internal
Overview
The current value is obtained with getSendBufferSize() and set with setSendBufferSize(int). SO_SNDBUF is used by the network implementation as a hint to size the underlying I/O buffers. Calling setSendBufferSize(int) is no guarantee that the implementation will use the value, so the application may want to verify the buffer size with getSendBufferSize().
Also see net.core.wmem_default, net.core.wmem_max and other related Linux kernel configuration attributes.