1<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> 2<html xml:lang="en-US" lang="en-US" xmlns="http://www.w3.org/1999/xhtml"> 3 <head> 4 <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> 5 <meta http-equiv="Content-Style-Type" content="text/css" /> 6 <link rel="stylesheet" href="../../../css/manpage.css" type="text/css" /> 7 <title>InitializeUsingAutoStack</title> 8 </head> 9 <body> 10 <h1><CODE><a href="../../../nn/Overview.html">nn</a>::<a href="../../../nn/os/Overview.html">os</a>::<a href="../../../nn/os/ManagedThread/Overview.html">ManagedThread</a>::InitializeUsingAutoStack</CODE> Member Function</h1> 11 <h2>Syntax</h2> 12 <div class="section"> 13 <pre class="definition">#include <nn/os.h> 14 15template <typename T, typename U> 16void InitializeUsingAutoStack( 17 void(*)(T) f, 18 U param, 19 size_t stackSize, 20 <a href="../../../nn_types/s32.html">s32</a> priority = PRIORITY_DEFAULT, 21 <a href="../../../nn_types/s32.html">s32</a> coreNo = CORE_NO_DEFAULT 22); 23 24template <typename T> 25void InitializeUsingAutoStack( 26 void(*)(T *) f, 27 const T & param, 28 size_t stackSize, 29 <a href="../../../nn_types/s32.html">s32</a> priority = PRIORITY_DEFAULT, 30 <a href="../../../nn_types/s32.html">s32</a> coreNo = CORE_NO_DEFAULT 31); 32 33template <typename T> 34void InitializeUsingAutoStack( 35 void(*)(const T *) f, 36 const T & param, 37 size_t stackSize, 38 <a href="../../../nn_types/s32.html">s32</a> priority = PRIORITY_DEFAULT, 39 <a href="../../../nn_types/s32.html">s32</a> coreNo = CORE_NO_DEFAULT 40); 41 42void InitializeUsingAutoStack( 43 void(*)() f, 44 size_t stackSize, 45 <a href="../../../nn_types/s32.html">s32</a> priority = PRIORITY_DEFAULT, 46 <a href="../../../nn_types/s32.html">s32</a> coreNo = CORE_NO_DEFAULT 47); 48</pre> 49 </div> 50 <h2>List of Overloaded Member Functions</h2> 51 <div class="section"> 52 <table class="members"> 53 <tr> 54 <td> 55 <a href="./InitializeUsingAutoStack(0).html"><CODE>InitializeUsingAutoStack ( void(*)(T), U, size_t, s32, s32 )</CODE> </a> 56 </td> 57 <td>Automatically allocates stack and creates thread.</td> 58 </tr> 59 <tr> 60 <td> 61 <a href="./InitializeUsingAutoStack(1).html"><CODE>InitializeUsingAutoStack ( void(*)(T *), const T &, size_t, s32, s32 )</CODE> </a> 62 </td> 63 <td>Automatically allocates stack and creates thread.</td> 64 </tr> 65 <tr> 66 <td> 67 <a href="./InitializeUsingAutoStack(2).html"><CODE>InitializeUsingAutoStack ( void(*)(const T *), const T &, size_t, s32, s32 )</CODE> </a> 68 </td> 69 <td>Automatically allocates stack and creates thread.</td> 70 </tr> 71 <tr> 72 <td> 73 <a href="./InitializeUsingAutoStack(3).html"><CODE>InitializeUsingAutoStack ( void(*)(), size_t, s32, s32 )</CODE> </a> 74 </td> 75 <td>Automatically allocates stack and creates thread.</td> 76 </tr> </table> 77 </div> 78 <h2>Description of <CODE>InitializeUsingAutoStack ( void(*)(T), U, size_t, s32, s32 ) </CODE></h2> 79 <div class="section"><p> 80 Performs the same processing as the <CODE><a href="../../../nn/os/ManagedThread/TryInitializeUsingAutoStack(0).html">TryInitializeUsingAutoStack<T, U></a></CODE> function, with the exception that there is no <CODE>panic</CODE> process when an error occurs inside the function. For details, see the <CODE><a href="../../../nn/os/ManagedThread/TryInitializeUsingAutoStack(0).html">TryInitializeUsingAutoStack<T, U></a></CODE> function. 81 </p></div> 82 <h2>Description of <CODE>InitializeUsingAutoStack ( void(*)(T *), const T &, size_t, s32, s32 )</CODE></h2> 83 <div class="section"><p> 84 Performs the same processing as the <CODE><a href="../../../nn/os/ManagedThread/InitializeUsingAutoStack(0).html">InitializeUsingAutoStack<T, U></a></CODE> function, with the exception that the data referenced by <SPAN class="argument">param</SPAN> is copied to the buffer passed as the stack, and the pointer to that copied region is passed as the <SPAN class="argument">f</SPAN> argument. For details, see the <CODE><a href="../../../nn/os/ManagedThread/InitializeUsingAutoStack(0).html">InitializeUsingAutoStack<T, U></a></CODE> function. 85 </p></div> 86 <h2>Description of <CODE>InitializeUsingAutoStack ( void(*)(const T *), const T &, size_t, s32, s32 )</CODE></h2> 87 <div class="section"><p> 88 Performs the same processing as the <CODE><a href="../../../nn/os/ManagedThread/InitializeUsingAutoStack(0).html">InitializeUsingAutoStack<T, U></a></CODE> function, with the exception that the data referenced by <SPAN class="argument">param</SPAN> is copied to the buffer passed as the stack, and the pointer to that copied region is passed as the <SPAN class="argument">f</SPAN> argument. For details, see the <CODE><a href="../../../nn/os/ManagedThread/InitializeUsingAutoStack(0).html">InitializeUsingAutoStack<T, U></a></CODE> function. 89 </p></div> 90 <h2>Description of <CODE>InitializeUsingAutoStack ( void(*)(), size_t, s32, s32 ) </CODE></h2> 91 <div class="section"><p> 92 Performs the same processing as the <CODE><a href="../../../nn/os/ManagedThread/InitializeUsingAutoStack(0).html">InitializeUsingAutoStack<T, U></a></CODE> function, with the exception that a function that does not take arguments is used as the thread function. For details, see the <CODE><a href="../../../nn/os/ManagedThread/InitializeUsingAutoStack(0).html">InitializeUsingAutoStack<T, U></a></CODE> function. 93 </p></div> 94 <hr><p>CONFIDENTIAL</p></body> 95</html>