#)diJ$dZddlZddlZddlZddlZddlmZmZdZdZ dZ dZ dZ d Z d Zd Zd Zd ZdZGddeZdZddZedkr&ejeejdddS)aBenchmarking. Run each test 3 times and get median value. Using 10K array as base test time. Each other test compared with base with next formula:: Tc * Nb q = --------- Tb * Nc Here: * Tc - execution time of current test * Tb - execution time of base * Nb - array size of base (10K) * Nc - array size of current test If resulting value is ``q <= 1.0`` it's the best possible result, i.e. time increase proportionally to array size. N)StringIOrange_gcx|tt|dz }||S)zReturn median value for the list of values. @param values: list of values for processing. @return: median value. )sortintlen)valuesns U/var/www/menimich/repos/protonApp/venv/lib/python3.11/site-packages/intelhex/bench.pymedianr %s2  KKMMM CKK!OA !9ctj tj}||tj}tjn#tjwxYw||z S)zRun func with argument fobj and measure execution time. @param func: function for test @param fobj: data for test @return: execution time )gcdisabletimeenable)funcfobjbeginends r run_testr.s^ JLLL  T ikk  ;s 1AA/c|dksJg}t|D]H}t|}|t|||It |}||fS)zRun each test N times. @param func: function for test @param hexstr: string with content of hex file to read @param n: times to repeat. @return: (median time, times list) rrrappendrcloser )rhexstrr timesisiots r run_readtest_N_timesr"=sw q5555 E QZZv XdC(())) u A e8Orc|dksJg}t|D]G}t}|t|||Ht |}||fS)zRun each test N times. @param func: function for test @param n: times to repeat. @return: (median time, times list) rr)rr rrr r!s r run_writetest_N_timesr$Mss q5555 E QZZjj XdC(())) u A e8Orct|}t|}t|}t|}||z||zz }|S)zReturn time coefficient relative to base numbers. @param tc: current test time @param nc: current test data size @param tb: base test time @param nb: base test data size @return: time coef. )float)tcnctbnbqs r time_coefr,\sG rB rB rB rB bR"WA HrcXtj}d}t|D]}|dz||<|dz }||z }t|D]}|dz||<|dz }t}|||}|||z||fS)aCreate test data on given pattern. @param n1: size of first part of array at base address 0. @param offset: offset for second part of array. @param n2: size of second part of array at given offset. @return: (overall size, hex file, IntelHex object) r)intelhexIntelHexrrwrite_hex_filegetvaluer)n1offsetn2ihaddrrr rs r get_test_datar9ks    B D R[[#:4  FND R[[#:4   **Cc \\^^FIIKKK b5&" rc$tdddS)NiPrr9rr get_base_50Kr=s 1 % %%rc$tdddS)Nirr;r<rr get_250Kr?s A & &&rc$tdddS)N順@Br;r<rr get_100K_100KrCs & 1 11rc$tdddS)NrrBrAr;r<rr get_0_100KrEs GV , ,,rc$tdddS)NrBrr;r<rr get_1MrGs !Q ' ''rcPeZdZdZdefdefdefdefdefgZ dd Z d Z d Z dd Z d S)MeasurezMeasure execution time helper.zbase 50K250K1Mz 100K+100Kz0+100KTc>||_||_||_g|_dSN)r readwriteresults)selfr rOrPs r __init__zMeasure.__init__s"   rc|\}}}d\}}|jr&ttj||jd}|jr t |j|jd}||fS)zDo measuring of read and write operations. @param data: 3-tuple from get_test_data @return: (time readhex, time writehex) )rUr)rOr"r0r1r rPr$r2)rRdata_unusedrr7treadtwrites r measure_onezMeasure.measure_onesm # v 9 O():FDFKKANE : I*2+?? ? @  lnnQ#hh c qq  :,..!%% J9j))AMMOOONN 1srs, --------          2&&&'''222---(((D"D"D"D"D"fD"D"D"N , , , , ^ z CHTT#(122,     MMr