- Generated on Sat Jul 15 2023 05:03:02 for cloudFPGA (cF) API by
1.9.1
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cloudFPGA (cF) API
1.0
The documentation of the source code of cloudFPGA (cF)
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A library for memory test functionalities: sequence generation, reading, writing. More...
#include <stdio.h>#include <iostream>#include <hls_stream.h>#include "ap_int.h"#include <stdint.h>#include "../../../../../HOST/custom/memtest/languages/cplusplus/include/config.h"#include "network.hpp"Go to the source code of this file.
Macros | |
| #define | LOCAL_MEM_WORD_SIZE 512 |
| #define | LOCAL_MEM_ADDR_SIZE 40 |
| #define | LOCAL_MEM_ADDR_SIZE_NON_BYTE_ADDRESSABLE 40 |
| #define | LOCAL_MEM_ADDR_OFFSET (LOCAL_MEM_WORD_SIZE/8) |
| #define | LOCAL_MEM_WORD_BYTE_SIZE (LOCAL_MEM_WORD_SIZE/8) |
Typedefs | |
| typedef ap_uint< 512 > | local_mem_word_t |
| typedef ap_uint< 40 > | local_mem_addr_t |
| typedef ap_uint< 40 > | local_mem_addr_non_byteaddressable_t |
Functions | |
| template<typename Tin , typename Tout > | |
| Tout | genNextFibonacciNumber (Tin curr, Tin prev) |
| template<typename ADDR_T , unsigned int sequenceDim, typename BIGWORD_T , typename SMALLWORD_T , unsigned int smallWordDim> | |
| void | genFibonacciNumbers (ADDR_T curr, BIGWORD_T *outBigWord) |
| template<typename ADDR_T , unsigned int sequenceDim, typename BIGWORD_T , typename SMALLWORD_T , unsigned int smallWordDim> | |
| void | genXoredSequentialNumbers (ADDR_T curr, BIGWORD_T *outBigWord) |
| template<typename ADDR_T , unsigned int sequenceDim, typename BIGWORD_T , typename SMALLWORD_T , unsigned int smallWordDim> | |
| void | genXoredSequentialNumbersSecondVersion (ADDR_T curr, BIGWORD_T *outBigWord) |
| template<typename ADDR_T , typename BIGWORD_T > | |
| void | genXoredNumbersSingleWord (ADDR_T curr, BIGWORD_T *outBigWord) |
| template<typename ADDR_T , typename BIGWORD_T > | |
| void | genSequentialNumbers (ADDR_T curr, BIGWORD_T *outBigWord) |
| template<const unsigned int max_iterations = 4000000, const unsigned int buff_dim = 16> | |
| void | pWRGenerateData2WriteOnStream (hls::stream< local_mem_word_t > &sOutGeneratedData, ap_uint< 32 > *testCounter, local_mem_addr_t max_addr_ut) |
| A function that generate a streams of data according to function and writes them on a stream CHECK: FAULT_INJECTION define insert after the third test some faults. More... | |
| template<typename Tcntr , const unsigned int max_iterations = 4000000, const unsigned int buff_dim = 64*2> | |
| void | pWRStream2WriteMainMemory (hls::stream< Tcntr > &sOutCmd, hls::stream< local_mem_word_t > &sInGeneratedData, membus_t *lcl_mem, local_mem_addr_t max_addr_ut, unsigned int burst_size) |
| A function that read a stream of data and write them in a run-time variable burst-size. More... | |
| template<typename Tcntr , const unsigned int max_iterations = 4000000, const unsigned int buff_dim = 64*2> | |
| void | pWriteSimplerTestMemTest (hls::stream< Tcntr > &sOutCmd, membus_t *lcl_mem, local_mem_addr_t max_addr_ut, unsigned int burst_size) |
| Simple version of a write memtest that write up to a given maximum address No control on the burst size or on the first faulty address. More... | |
| template<typename Tcntr , const unsigned int max_iterations = 4000000, const unsigned int buff_dim = 64*2> | |
| void | pReadSimplerTestMemTest (hls::stream< Tcntr > &sOutCmd, membus_t *lcl_mem, local_mem_addr_t max_addr_ut, unsigned int burst_size, ap_uint< 32 > *faulty_addresses_cntr, local_mem_addr_t *first_faulty_address) |
| Simple version of a read memtest that read up to a given maximum address No control on the burst size or on the first faulty address. More... | |
| template<typename Tcntr , const unsigned int max_iterations = 4000000, const unsigned int buff_dim = 64*2> | |
| void | pRDRead2StreamDataVariableBurstNoMemCpy (hls::stream< Tcntr > &sOutCmd, hls::stream< local_mem_word_t > &sOutReadData, membus_t *lcl_mem, local_mem_addr_t max_addr_ut, unsigned int burst_size) |
| Read a variable burst_size amount of data and output on a stream and count the cc needed just 4 transfer but without using memcpy. More... | |
| template<const unsigned int max_iterations = 4000000> | |
| void | pRDReadDataStreamAndProduceGold (hls::stream< local_mem_word_t > &sInReadData, local_mem_addr_t max_addr_ut, hls::stream< local_mem_word_t > &sOutReadData, hls::stream< local_mem_word_t > &sOutGoldData) |
| Read a data stream and produce the gold expected value. More... | |
| template<const unsigned int max_iterations = 4000000, const unsigned int buff_dim = 16> | |
| void | pRDCmpStreamsCntWordAligned (local_mem_addr_t max_addr_ut, hls::stream< local_mem_word_t > &sInReadData, hls::stream< local_mem_word_t > &sInGoldData, ap_uint< 32 > *faulty_addresses_cntr, local_mem_addr_t *first_faulty_address) |
| Read two streams, compare them and output the number of faults and the first faulty address. More... | |
| template<const unsigned int max_iterations = 4000000, const unsigned int unrolling_factor = ( 512 /8), const unsigned int buff_dim = 16> | |
| void | pRDCompareDataStreamsCount (local_mem_addr_t max_addr_ut, hls::stream< local_mem_word_t > &sInReadData, hls::stream< local_mem_word_t > &sInGoldData, ap_uint< 32 > *faulty_addresses_cntr, local_mem_addr_t *first_faulty_address) |
| Read two streams, compare them and output the number of faults and the first faulty address, but check every single byte NOT USED. More... | |
| template<typename Tcntr , const unsigned int max_iterations = 4000000, const unsigned int buff_dim = 64*2> | |
| void | pRDMainMemoryRead2StreamData (hls::stream< Tcntr > &sOutCmd, hls::stream< local_mem_word_t > &sOutreadData, membus_t *lcl_mem, local_mem_addr_t max_addr_ut, unsigned int burst_size) |
| Read a single word of data and output on a stream and count the cc needed just 4 transfer NOT USED. More... | |
| template<typename Tcntr , const unsigned int max_iterations = 4000000, const unsigned int buff_dim = 64*2> | |
| void | pRDRead2StreamDataVariableBurst (hls::stream< Tcntr > &sOutCmd, hls::stream< local_mem_word_t > &sOutreadData, membus_t *lcl_mem, local_mem_addr_t max_addr_ut, unsigned int burst_size) |
| Read a variable burst_size amount of data and output on a stream and count the cc needed just 4 transfer THIS FUNCTION SUFFER FIFO OVERFLOW 4 transfer different from power of 2 numbers NOT USED. More... | |
A library for memory test functionalities: sequence generation, reading, writing.
The pattern library is a collection of functions to abstract employs different approach to generate a sequence (useful to test particular bits of the current memory word of 512 bits); the way of reading: having run-time variable (controllable) data to read/write requires different methodologies. The write currently exploit a buffer of MAX_BURST (i.e., 4096) to accumulate the data to write and then write exploitng memtest_library.hpp functions. The read instead harvest the data and write to a stream, generate the gold value (based the sequence generation approach) and then compare, collecting some information on how the memory test went (how many faults, where the first and the CC needed ONLY for AXI transactions) WARNING: HLS-based memory perf counters of AXI transactions accounts for the overall time of a read, while the write is considered finished when issuing the data (while the AXI protocol considers the transaction closed when the slave answer with the ACK/BRESP)
Definition in file memtest_pattern_library.hpp.
1.9.1