#include <stdio.h>
#include "ltkcpp.h"
#include "Impinj/impinj_ltkcpp.h"
#include "Impinj/impinjinternal_ltkcpp.h"
Go to the source code of this file.
Defines | |
#define | FRAME_BUF_SIZE (4u*1024u*1024u) |
#define | XML_TEXT_BUF_SIZE (10u * FRAME_BUF_SIZE) |
Functions | |
void | dump (unsigned char *pBuffer, unsigned int nBuffer) |
Print a buffer in hex. | |
int | main (int ac, char *av[]) |
Command main routine. | |
Variables | |
unsigned char | aInBuffer [FRAME_BUF_SIZE] |
char | aXMLTextBuf [XML_TEXT_BUF_SIZE] |
This is diagnostic 101 for the LLRP Tool Kit for C++ (LTKCPP).
llrp2xml reads an input file that contains consecutive LLRP frames, sometimes called the "binary encoding". Its output is printed on stdout.
For each input frame:
This program can be tested using tools like valgrind (please see http://en.wikipedia.org/wiki/Valgrind) that detect memory leaks.
There are "golden" test files under the ../../Tests/dx101/ directory. Normal use is something like
llrp2xml ../../Tests/dx101/dx101_in.bin > dx101_out.tmp
Then to verify proper function, the output file is compared
cmp ../../Tests/dx101/dx101_out.txt dx101_out.tmp
When the files compare it means the dx101 and the LTKC are correct.
Definition in file llrp2xml.cpp.
void dump | ( | unsigned char * | pBuffer, | |
unsigned int | nBuffer | |||
) |
Print a buffer in hex.
And don't we always need one of these.
[in] | pBuffer | Pointer to buffer |
[in] | nBuffer | Number of valid bytes in buffer |
Definition at line 389 of file llrp2xml.cpp.
int main | ( | int | ac, | |
char * | av[] | |||
) |
Command main routine.
Command synopsis:
dx101 INPUTFILE
0 Everything *seemed* to work. 1 Bad usage 2 Could not open input file
Definition at line 131 of file llrp2xml.cpp.
References LLRP::enrollImpinjTypesIntoRegistry(), LLRP::CErrorDetails::m_eResultCode, LLRP::CFieldDescriptor::m_pName, LLRP::CTypeDescriptor::m_pName, LLRP::CErrorDetails::m_pRefField, and LLRP::CErrorDetails::m_pRefType.