1 #!/usr/bin/perl -w 2 3 # Generate trivial test cases to exercise accumulator types. 4 5 use strict; 6 7 my @basicTypesVectorable = ("half", "float", "double", 8 "char", "short", "int", "long", 9 "uchar", "ushort", "uint", "ulong"); 10 my @basicTypesUnvectorable = ("bool", 11 "rs_matrix2x2", "rs_matrix3x3", "rs_matrix4x4", 12 "rs_for_each_strategy_t", "rs_script_call_t", "rs_time_t", "rs_tm", 13 "MyEnum", 14 "MyPtrArray", "MyPtrFn", "MyPtrIncomplete", "MyPtrShort", "MyPtrVoid", 15 "MyStruct", "MyUnion", 16 "MyBlob"); 17 my @basicTypes = (@basicTypesVectorable, @basicTypesUnvectorable); 18 19 # 1 signifies non-vector 20 # 3 is not supported for exported types 21 my @vecLengths = (1, 2, 4); 22 23 print "// -target-api 0 -Wall -Werror\n"; 24 print "#pragma version(1)\n"; 25 print "#pragma rs java_package_name(accumulator)\n\n"; 26 print "// This test case was created by $0.\n"; 27 print "// It exercises various legal accumulator types, so that we can ensure\n"; 28 print "// (a) We do not choke when compiling them\n"; 29 print "// (b) They do not inhibit reflection\n"; 30 print "\n// One example enum type\n"; 31 print "typedef enum { E1, E2, E3 } MyEnum;\n"; 32 print "\n// Example pointer types\n"; 33 print "typedef float (*MyPtrArray)[3][11];\n"; 34 print "typedef int (*MyPtrFn)(double);\n"; 35 print "typedef struct Incomplete *MyPtrIncomplete;\n"; 36 print "typedef volatile short *MyPtrShort;\n"; 37 print "typedef const void *MyPtrVoid;\n"; 38 print "\n// One example struct type\n"; 39 print "typedef struct { float f; double d; char *c; } MyStruct;\n"; 40 print "\n// One example union type\n"; 41 print "typedef union { int i; long l; int a[5]; } MyUnion;\n"; 42 print "\n// One example of a more-complicated type\n"; 43 print "typedef struct { MyEnum e1, e2; MyPtrIncomplete p; MyStruct s; MyUnion u; } MyBlob;\n"; 44 45 foreach my $basicType (@basicTypes) { 46 for (my $isArray = 0; $isArray <= 1; ++$isArray) { 47 foreach my $vecLen (@vecLengths) { 48 49 next if ($vecLen > 1) && !grep(/^${basicType}$/, @basicTypesVectorable); 50 51 my $eltName = $basicType; 52 $eltName .= $vecLen if ($vecLen > 1); 53 my $resultName = ($isArray ? "array_${eltName}" : $eltName); 54 my $reduceName = "my_${resultName}"; 55 my $accumName = "${reduceName}_accum"; 56 my $combName = "${reduceName}_comb"; 57 my $outName = "${reduceName}_out"; 58 print "\n"; 59 print "#pragma rs reduce(${reduceName}) accumulator(${accumName}) combiner(${combName}) outconverter(${outName})\n"; 60 print "typedef ${eltName} ${resultName}[7];\n" if ($isArray); 61 print "static void ${accumName}(${resultName} *accum, int val) { }\n"; 62 print "static void ${combName}(${resultName} *accum, const ${resultName} *other) { }\n"; 63 print "static void ${outName}(int *out, const ${resultName} *accum) { }\n"; 64 } 65 } 66 } 67
