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230 lines
8.2 KiB
230 lines
8.2 KiB
# AssertionError: Error Domain=AGXMetalG15X_B0 Code=3 "Compiler encountered an internal error"
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src = """
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#include <metal_stdlib>
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using namespace metal;
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kernel void r_64_32_8_16_4_6_6_4(device float* data0, const device float* data1,
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uint3 gid [[threadgroup_position_in_grid]], uint3 lid [[thread_position_in_threadgroup]]) {
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int gidx0 = gid.x; /* 64 */
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int lidx2 = lid.x; /* 8 */
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int gidx1 = gid.y; /* 32 */
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int lidx3 = lid.y; /* 16 */
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int alu0 = ((gidx0*4096)+(gidx1*16)+(lidx2*512)+lidx3);
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int alu1 = ((gidx0*147456)+(gidx1*576)+(lidx2*18432)+(lidx3*36));
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float acc0 = 0.0f;
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float acc1 = 0.0f;
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float acc2 = 0.0f;
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float acc3 = 0.0f;
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float acc4 = 0.0f;
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float acc5 = 0.0f;
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float acc6 = 0.0f;
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float acc7 = 0.0f;
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float acc8 = 0.0f;
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float acc9 = 0.0f;
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float acc10 = 0.0f;
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float acc11 = 0.0f;
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float acc12 = 0.0f;
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float acc13 = 0.0f;
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float acc14 = 0.0f;
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float acc15 = 0.0f;
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float acc16 = 0.0f;
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float acc17 = 0.0f;
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float acc18 = 0.0f;
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float acc19 = 0.0f;
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float acc20 = 0.0f;
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float acc21 = 0.0f;
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float acc22 = 0.0f;
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float acc23 = 0.0f;
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float acc24 = 0.0f;
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float acc25 = 0.0f;
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float acc26 = 0.0f;
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float acc27 = 0.0f;
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float acc28 = 0.0f;
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float acc29 = 0.0f;
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float acc30 = 0.0f;
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float acc31 = 0.0f;
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float acc32 = 0.0f;
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float acc33 = 0.0f;
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float acc34 = 0.0f;
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float acc35 = 0.0f;
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for (int ridx0 = 0; ridx0 < 4; ridx0++) {
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int alu2 = (ridx0*6);
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int alu3 = (alu2+1);
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int alu4 = (alu2+2);
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int alu5 = (alu2+3);
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int alu6 = (alu2+4);
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int alu7 = (alu2+5);
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int alu8 = (alu2%7);
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int alu9 = ((alu8+1)%7);
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int alu10 = ((alu8+2)%7);
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int alu11 = ((alu8+3)%7);
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int alu12 = ((alu8+4)%7);
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int alu13 = ((alu8+5)%7);
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int alu14 = ((((alu0+(alu3/21))%262144)*144)+(((alu3/7)%3)*3)+(alu9*36));
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int alu15 = ((((alu0+(alu4/21))%262144)*144)+(((alu4/7)%3)*3)+(alu10*36));
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int alu16 = ((((alu0+(alu5/21))%262144)*144)+(((alu5/7)%3)*3)+(alu11*36));
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int alu17 = ((((alu0+(alu6/21))%262144)*144)+(((alu6/7)%3)*3)+(alu12*36));
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int alu18 = ((((alu0+(alu7/21))%262144)*144)+(((alu7/7)%3)*3)+(alu13*36));
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int alu19 = (alu8%7);
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int alu20 = ((((alu0+(alu2/21))%262144)*144)+(((alu2/7)%3)*3)+(alu19*36));
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bool alu21 = ((alu2<16)&(alu13<4));
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bool alu22 = ((alu2<17)&(alu12<4));
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bool alu23 = ((alu2<18)&(alu11<4));
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bool alu24 = ((alu2<19)&(alu10<4));
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bool alu25 = ((alu2<20)&(alu9<4));
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bool alu26 = ((alu2<21)&(alu19<4));
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float val0 = (alu25?*(data1+alu14+1):0.0f);
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float val1 = (alu25?*(data1+alu14+2):0.0f);
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float val2 = (alu25?*(data1+alu14+9):0.0f);
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float val3 = (alu25?*(data1+alu14+10):0.0f);
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float val4 = (alu25?*(data1+alu14+11):0.0f);
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float val5 = (alu25?*(data1+alu14+18):0.0f);
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float val6 = (alu25?*(data1+alu14+19):0.0f);
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float val7 = (alu25?*(data1+alu14+20):0.0f);
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float val8 = (alu25?*(data1+alu14+27):0.0f);
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float val9 = (alu25?*(data1+alu14+28):0.0f);
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float val10 = (alu25?*(data1+alu14+29):0.0f);
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float val11 = (alu24?*(data1+alu15+1):0.0f);
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float val12 = (alu24?*(data1+alu15+2):0.0f);
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float val13 = (alu24?*(data1+alu15+9):0.0f);
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float val14 = (alu24?*(data1+alu15+10):0.0f);
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float val15 = (alu24?*(data1+alu15+11):0.0f);
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float val16 = (alu24?*(data1+alu15+18):0.0f);
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float val17 = (alu24?*(data1+alu15+19):0.0f);
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float val18 = (alu24?*(data1+alu15+20):0.0f);
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float val19 = (alu24?*(data1+alu15+27):0.0f);
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float val20 = (alu24?*(data1+alu15+28):0.0f);
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float val21 = (alu24?*(data1+alu15+29):0.0f);
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float val22 = (alu23?*(data1+alu16+1):0.0f);
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float val23 = (alu23?*(data1+alu16+2):0.0f);
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float val24 = (alu23?*(data1+alu16+9):0.0f);
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float val25 = (alu23?*(data1+alu16+10):0.0f);
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float val26 = (alu23?*(data1+alu16+11):0.0f);
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float val27 = (alu23?*(data1+alu16+18):0.0f);
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float val28 = (alu23?*(data1+alu16+19):0.0f);
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float val29 = (alu23?*(data1+alu16+20):0.0f);
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float val30 = (alu23?*(data1+alu16+27):0.0f);
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float val31 = (alu23?*(data1+alu16+28):0.0f);
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float val32 = (alu23?*(data1+alu16+29):0.0f);
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float val33 = (alu22?*(data1+alu17+1):0.0f);
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float val34 = (alu22?*(data1+alu17+2):0.0f);
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float val35 = (alu22?*(data1+alu17+9):0.0f);
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float val36 = (alu22?*(data1+alu17+10):0.0f);
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float val37 = (alu22?*(data1+alu17+11):0.0f);
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float val38 = (alu22?*(data1+alu17+18):0.0f);
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float val39 = (alu22?*(data1+alu17+19):0.0f);
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float val40 = (alu22?*(data1+alu17+20):0.0f);
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float val41 = (alu22?*(data1+alu17+27):0.0f);
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float val42 = (alu22?*(data1+alu17+28):0.0f);
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float val43 = (alu22?*(data1+alu17+29):0.0f);
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float val44 = (alu21?*(data1+alu18+1):0.0f);
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float val45 = (alu21?*(data1+alu18+2):0.0f);
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float val46 = (alu21?*(data1+alu18+9):0.0f);
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float val47 = (alu21?*(data1+alu18+10):0.0f);
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float val48 = (alu21?*(data1+alu18+11):0.0f);
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float val49 = (alu21?*(data1+alu18+18):0.0f);
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float val50 = (alu21?*(data1+alu18+19):0.0f);
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float val51 = (alu21?*(data1+alu18+20):0.0f);
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float val52 = (alu21?*(data1+alu18+27):0.0f);
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float val53 = (alu21?*(data1+alu18+28):0.0f);
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float val54 = (alu21?*(data1+alu18+29):0.0f);
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float val55 = (alu26?*(data1+alu20+1):0.0f);
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float val56 = (alu26?*(data1+alu20+2):0.0f);
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float val57 = (alu26?*(data1+alu20+9):0.0f);
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float val58 = (alu26?*(data1+alu20+10):0.0f);
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float val59 = (alu26?*(data1+alu20+11):0.0f);
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float val60 = (alu26?*(data1+alu20+18):0.0f);
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float val61 = (alu26?*(data1+alu20+19):0.0f);
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float val62 = (alu26?*(data1+alu20+20):0.0f);
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float val63 = (alu26?*(data1+alu20+27):0.0f);
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float val64 = (alu26?*(data1+alu20+28):0.0f);
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float val65 = (alu26?*(data1+alu20+29):0.0f);
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float val66 = (alu25?*(data1+alu14):0.0f);
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float val67 = (alu24?*(data1+alu15):0.0f);
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float val68 = (alu23?*(data1+alu16):0.0f);
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float val69 = (alu22?*(data1+alu17):0.0f);
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float val70 = (alu21?*(data1+alu18):0.0f);
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float val71 = (alu26?*(data1+alu20):0.0f);
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acc0 = (acc0+val71);
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acc1 = (acc1+val66);
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acc2 = (acc2+val67);
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acc3 = (acc3+val68);
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acc4 = (acc4+val69);
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acc5 = (acc5+val70);
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acc6 = (acc6+val57+val55);
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acc7 = (acc7+val2+val0);
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acc8 = (acc8+val13+val11);
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acc9 = (acc9+val24+val22);
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acc10 = (acc10+val35+val33);
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acc11 = (acc11+val46+val44);
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acc12 = (acc12+val60+val58+val56);
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acc13 = (acc13+val5+val3+val1);
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acc14 = (acc14+val16+val14+val12);
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acc15 = (acc15+val27+val25+val23);
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acc16 = (acc16+val38+val36+val34);
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acc17 = (acc17+val49+val47+val45);
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acc18 = (acc18+val63+val61+val59);
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acc19 = (acc19+val8+val6+val4);
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acc20 = (acc20+val19+val17+val15);
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acc21 = (acc21+val30+val28+val26);
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acc22 = (acc22+val41+val39+val37);
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acc23 = (acc23+val52+val50+val48);
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acc24 = (acc24+val64+val62);
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acc25 = (acc25+val9+val7);
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acc26 = (acc26+val20+val18);
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acc27 = (acc27+val31+val29);
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acc28 = (acc28+val42+val40);
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acc29 = (acc29+val53+val51);
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acc30 = (acc30+val65);
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acc31 = (acc31+val10);
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acc32 = (acc32+val21);
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acc33 = (acc33+val32);
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acc34 = (acc34+val43);
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acc35 = (acc35+val54);
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}
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*(data0+alu1+1) = acc6;
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*(data0+alu1+2) = acc12;
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*(data0+alu1+3) = acc18;
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*(data0+alu1+4) = acc24;
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*(data0+alu1+5) = acc30;
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*(data0+alu1+6) = acc1;
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*(data0+alu1+7) = acc7;
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*(data0+alu1+8) = acc13;
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*(data0+alu1+9) = acc19;
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*(data0+alu1+10) = acc25;
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*(data0+alu1+11) = acc31;
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*(data0+alu1+12) = acc2;
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*(data0+alu1+13) = acc8;
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*(data0+alu1+14) = acc14;
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*(data0+alu1+15) = acc20;
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*(data0+alu1+16) = acc26;
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*(data0+alu1+17) = acc32;
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*(data0+alu1+18) = acc3;
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*(data0+alu1+19) = acc9;
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*(data0+alu1+20) = acc15;
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*(data0+alu1+21) = acc21;
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*(data0+alu1+22) = acc27;
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*(data0+alu1+23) = acc33;
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*(data0+alu1+24) = acc4;
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*(data0+alu1+25) = acc10;
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*(data0+alu1+26) = acc16;
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*(data0+alu1+27) = acc22;
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*(data0+alu1+28) = acc28;
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*(data0+alu1+29) = acc34;
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*(data0+alu1+30) = acc5;
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*(data0+alu1+31) = acc11;
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*(data0+alu1+32) = acc17;
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*(data0+alu1+33) = acc23;
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*(data0+alu1+34) = acc29;
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*(data0+alu1+35) = acc35;
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*(data0+alu1) = acc0;
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}
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"""
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from tinygrad.runtime.ops_metal import MetalDevice, MetalCompiler, MetalProgram
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if __name__ == "__main__":
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dev = MetalDevice("METAL")
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lib = MetalCompiler().compile(src)
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prg = MetalProgram(dev, "r_64_32_8_16_4_6_6_4", lib)
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