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All configuration options are  *  located in {\tt inc/config.h}. */ //@{/** @name THREAD_IDLE_TIME *  The {\tt THREAD_IDLE_TIME} constant determines when a thread will be *  removed from the thread pool and returned to the operating system. When  *  a thread in the thread pool has been idle for this number of milliseconds *  the thread will be released from the thread pool.  The default value is *  5000 milliseconds (5 seconds). *///@{#define THREAD_IDLE_TIME 5000//@}/** @name JOBS_PER_THREAD *  The {\tt JOBS_PER_THREAD} constant determines when a new thread will be *  allocated to the thread pool inside the  SDK. The thread pool will *  try and maintain this jobs/thread ratio. When the jobs/thread ratio  *  becomes greater than this, then a new thread (up to the max) will be  *  allocated to the thread pool.  The default ratio is 10 jobs/thread. *///@{#define JOBS_PER_THREAD 10//@}/** @name MIN_THREADS *  The {\tt MIN_THREADS} constant defines the minimum number of threads the *  thread pool inside the SDK will create.  The thread pool will *  always have this number of threads. These threads are used *  for both callbacks into applications built on top of the SDK and also *  for making connections to other control points and devices. This number *  includes persistent threads.  The default value is two threads. *///@{#define MIN_THREADS 2 //@}/** @name MAX_THREADS *  The {\tt MAX_THREADS} constant defines the maximum number of threads the *  thread pool inside the SDK will create.  These threads are used *  for both callbacks into applications built on top of the library and also  *  for making connections to other control points and devices.  It is not  *  recommended that this value be below 10, since the threads are  *  necessary for correct operation.  This value can be increased for greater *  performance in operation at the expense of greater memory overhead.  The  *  default value is 12. *///@{#define MAX_THREADS 12 //@}/** @name HTTP_READ_BYTES * HTTP responses will read at most {\tt HTTP_READ_BYTES}.  This prevents  * devices that have a misbehaving web server to send a large amount of data to * the control point causing it to crash.  A value of -1 means there is no  * max.  The default is -1. *///@{#define HTTP_READ_BYTES       -1//@}/** @name NUM_SSDP_COPY * This configuration parameter determines how many copies of each SSDP  * advertisement and search packets will be sent. By default it will send two  * copies of every packet.   *///@{#define NUM_SSDP_COPY  2//@}/** @name SSDP_PAUSE * This configuration parameter determines the pause between identical SSDP  * advertisement and search packets. The pause is measured in milliseconds * and defaults to 100. *///@{#define SSDP_PAUSE  100//@}/** @name WEB_SERVER_BUF_SIZE  * This configuration parameter sets the maximum buffer size for the  * webserver.  The default value is 1MB. *///@{#define WEB_SERVER_BUF_SIZE  1024*1024//@}/** @name AUTO_RENEW_TIME * The {\tt AUTO_RENEW_TIME} is the time, in seconds, before a subscription * expires that the SDK automatically resubscribes.  The default  * value is 10 seconds.  Setting this value too low can result in the  * subscription renewal not making it to the device in time, causing the  * subscription to timeout. In order to avoid continually resubscribing * the minimum subscription time is five seconds more than the auto renew * time. *///@{#define AUTO_RENEW_TIME 10//@}/** @name CP_MINIMUM_SUBSCRIPTION_TIME  * The {\tt CP_MINIMUM_SUBSCRIPTION_TIME} is the minimum subscription time * allowed for a control point using the SDK. Subscribing for less than * this time automatically results in a subscription for this amount.  The  * default value is 5 seconds more than the {\tt AUTO_RENEW_TIME}, or 15 * seconds. *///@{#define CP_MINIMUM_SUBSCRIPTION_TIME AUTO_RENEW_TIME + 5//@}/** @name MAX_SEARCH_TIME  * The {\tt MAX_SEARCH_TIME} is the maximum time * allowed for an SSDP search by a control point. Searching for greater than * this time automatically results in a search for this amount.  The default  * value is 80 seconds. *///@{#define MAX_SEARCH_TIME 80//@}/** @name MIN_SEARCH_TIME  * The {\tt MIN_SEARCH_TIME} is the minimumm time * allowed for an SSDP search by a control point. Searching for less than * this time automatically results in a search for this amount.  The default  * value is 2 seconds. *///@{#define MIN_SEARCH_TIME 2//@}/** @name AUTO_ADVERTISEMENT_TIME *  The {\tt AUTO_ADVERTISEMENT_TIME} is the time, in seconds, before an *  device advertisements expires before a renewed advertisement is sent. *  The default time is 30 seconds. *///@{#define AUTO_ADVERTISEMENT_TIME 30//@}/** @name SSDP_PACKET_DISTRIBUTE *  The {\tt SSDP_PACKET_DISTRIBUTE} enables the SSDP packets to be sent *  at an interval equal to half of the expiration time of SSDP packets *  minus the AUTO_ADVERTISEMENT_TIME. This is used to increase *  the probability of SSDP packets reaching to control points. *  It is recommended that this flag be turned on for embedded wireless  *  devices. *///@{#define SSDP_PACKET_DISTRIBUTE 1//@}/** @name Module Exclusion *  Depending on the requirements, the user can selectively discard any of  *  the major modules like SOAP, GENA, SSDP or the Internal web server. By  *  default everything is included inside the SDK.  By setting any of *  the values below to 0, that component will not be included in the final *  SDK. *  \begin{itemize} *    \item {\tt EXCLUDE_SOAP[0,1]} *    \item {\tt EXCLUDE_GENA[0,1]} *    \item {\tt EXCLUDE_SSDP[0,1]} *    \item {\tt EXCLUDE_DOM [0,1]} *    \item {\tt EXCLUDE_WEB_SERVER[0,1]} *    \item {\tt EXCLUDE_JNI[0,1]} *  \end{itemize} * *///@{#define EXCLUDE_SSDP 0#define EXCLUDE_SOAP 0#define EXCLUDE_GENA 0#define EXCLUDE_DOM  0#define EXCLUDE_MINISERVER 0#define EXCLUDE_WEB_SERVER 0#ifdef USE_JNI#define EXCLUDE_JNI 0#else#define EXCLUDE_JNI 1#endif//@}/** @name DEBUG_LEVEL *  The user has the option to select 4 different types of debugging levels.  *  The critical level (3) will show only those messages which can halt the  *  normal processing of the library, like memory allocation errors. The  *  remaining three levels are just for debugging purposes.  Packet level  *  will display all the incoming and outgoing packets that are flowing  *  between the control point and the device. Info Level displays the