1 { "access-new-vector-inside-if-condition.amber", "access-new-vector-inside-if-condition", "A shader that accesses a new vector within an if condition" },
2 { "always-discarding-function.amber", "always-discarding-function", "A fragment shader with an always discarding main function" },
3 { "always-false-if-in-do-while.amber", "always-false-if-in-do-while", "A fragment shader with an always false if." },
4 { "always-false-if-with-discard-return.amber", "always-false-if-with-discard-return", "A fragment shader with discard keyword and a return" },
5 { "arr-value-set-to-arr-value-squared.amber", "arr-value-set-to-arr-value-squared", "A fragment shader with an arr value set to itself squared" },
6 { "array-idx-multiplied-by-for-loop-idx.amber", "array-idx-multiplied-by-for-loop-idx", "A fragment shader with array index multiplied" },
7 { "assign-array-value-to-another-array.amber", "assign-array-value-to-another-array", "A fragment shader that assigns array values to other array" },
8 { "assign-array-value-to-another-array-2.amber", "assign-array-value-to-another-array-2", "A fragment shader that assigns array values to other array" },
9 { "barrier-in-loop-with-break.amber", "barrier-in-loop-with-break", "A compute shader with a barrier in a loop with a break" },
10 { "break-in-do-while-with-nested-if.amber", "break-in-do-while-with-nested-if", "A fragment shader with nested if" },
11 { "call-function-with-discard.amber", "call-function-with-discard", "Calls a function containing a discard" },
12 { "call-if-while-switch.amber", "call-if-while-switch", "A fragment shader with a call, if, while, switch" },
13 { "color-set-in-for-loop.amber", "color-set-in-for-loop", "A fragment shader with color set in for loop" },
14 { "color-write-in-loop.amber", "color-write-in-loop", "A fragment shader that writes to color in a loop" },
15 { "complex-nested-loops-and-call.amber", "complex-nested-loops-and-call", "A fragment shader with complex nested loops, breaks, etc." },
16 { "conditional-return-in-infinite-while.amber", "conditional-return-in-infinite-while", "A shader with conditional return inside an infinite loop" },
17 { "continue-and-merge.amber", "continue-and-merge", "A fragment shader with two nested loops" },
18 { "control-flow-in-function.amber", "control-flow-in-function", "A fragment shader with a lot of control flow" },
19 { "control-flow-switch.amber", "control-flow-switch", "A fragment shader with somewhat complex control flow and a switch" },
20 { "cosh-return-inf-unused.amber", "cosh-return-inf-unused", "Cosh returns inf for one component which is never used" },
21 { "cov-access-array-dot.amber", "cov-access-array-dot", "Covers instruction combine casting, combine shifting and DAG code paths" },
22 { "cov-analysis-reachable-from-many.amber", "cov-analysis-reachable-from-many", "A fragment shader that covers a specific LLVM analysis code path." },
23 { "cov-and-even-numbers-from-fragcoord.amber", "cov-and-even-numbers-from-fragcoord", "A fragment shader that covers specific NIR code paths" },
24 { "cov-apfloat-acos-ldexp.amber", "cov-apfloat-acos-ldexp", "A fragment shader that covers a specific AP float code path." },
25 { "cov-apfloat-determinant.amber", "cov-apfloat-determinant", "A fragment shader that covers a specific arbitrary precision float usage." },
26 { "cov-apfloat-mix-nan.amber", "cov-apfloat-mix-nan", "A fragment shader that covers a specific floating point code path" },
27 { "cov-apfloat-mod-zero.amber", "cov-apfloat-mod-zero", "A fragment shader that covers a specific floating point code path" },
28 { "cov-apfloat-module-small-number.amber", "cov-apfloat-module-small-number", "A fragment shader that covers a specific floating point code path" },
29 { "cov-apfloat-negative-step-func.amber", "cov-apfloat-negative-step-func", "A fragment shader that covers a specific floating point code path" },
30 { "cov-apfloat-sinh-negative-log2.amber", "cov-apfloat-sinh-negative-log2", "A fragment shader that covers a specific floating point code path" },
31 { "cov-apfloat-tanh.amber", "cov-apfloat-tanh", "A fragment shader that covers a specific arbitrary precision float usage." },
32 { "cov-apfloat-undefined-matrix-mul.amber", "cov-apfloat-undefined-matrix-mul", "A fragment shader that covers a specific floating point code path" },
33 { "cov-apfloat-determinant-for-if.amber", "cov-apfloat-determinant-for-if", "A fragment shader that covers a specific APFloat code path" },
34 { "cov-apfloat-reflect-denorm.amber", "cov-apfloat-reflect-denorm", "A fragment shader that covers a specific floating point code path" },
35 { "cov-apfloat-unpackunorm-loop.amber", "cov-apfloat-unpackunorm-loop", "A fragment shader that covers a specific floating point code path" },
36 { "cov-array-accesses-clamp.amber", "cov-array-accesses-clamp", "A fragment shader that covers a specific inst combine select path" },
37 { "cov-array-cast-bool-float-div-by-zero-no-effect.amber", "cov-array-cast-bool-float-div-by-zero-no-effect", "A fragment shader that covers specific LLVM code paths" },
38 { "cov-array-copies-loops-with-limiters.amber", "cov-array-copies-loops-with-limiters", "A fragment shader that covers specific NIR code paths" },
39 { "cov-array-set-element-condition-negative-modulus.amber", "cov-array-set-element-condition-negative-modulus", "A fragment shader that covers specific LLVM code paths" },
40 { "cov-asin-undefined-smoothstep.amber", "cov-asin-undefined-smoothstep", "A fragment shader that covers a specific instruction simplify code path" },
41 { "cov-atan-trunc-vec4.amber", "cov-atan-trunc-vec4", "A fragment shader that covers specific NIR code paths" },
42 { "cov-basic-block-discard-in-function.amber", "cov-basic-block-discard-in-function", "A fragment shader that covers a specific basic block code path" },
43 { "cov-bitcount.amber", "cov-bitcount", "Covers specific inst combine add sub and inst combine simplify demanded code paths"},
44 { "cov-bitfieldExtract-undefined.amber", "cov-bitfieldExtract-undefined", "A fragment shader that covers a specific constant fold code path" },
45 { "cov-bitfieldinsert-undefined.amber", "cov-bitfieldinsert-undefined", "A fragment shader that covers a specific instruction simplify code path" },
46 { "cov-bitfieldreverse-left-shift-findmsb.amber", "cov-bitfieldreverse-left-shift-findmsb", "Covers specific DAG combiner and legalize vector ops code paths" },
47 { "cov-bitfieldreverse-loop-limit-underflow.amber", "cov-bitfieldreverse-loop-limit-underflow", "A fragment shader that covers specific NIR code paths" },
48 { "cov-bitwise-and-variable-and-its-negation.amber", "cov-bitwise-and-variable-and-its-negation", "A fragment shader that covers specific LLVM code paths" },
49 { "cov-bitwise-inverse-uniform-condition.amber", "cov-bitwise-inverse-uniform-condition", "A fragment shader that covers specific BRW code paths" },
50 { "cov-bitwise-or-uniform-zero-tenth-bit-loop-limit-find-lsb.amber", "cov-bitwise-or-uniform-zero-tenth-bit-loop-limit-find-lsb", "A fragment shader that covers specific LLVM code paths" },
51 { "cov-bitwise-shift-right-always-select-one.amber", "cov-bitwise-shift-right-always-select-one", "A fragment shader that covers specific LLVM code paths" },
52 { "cov-bitwise-shift-right-full-bits-no-effect-clamp.amber", "cov-bitwise-shift-right-full-bits-no-effect-clamp", "A fragment shader that covers specific LLVM code paths" },
53 { "cov-blockfrequency-several-for-loops.amber", "cov-blockfrequency-several-for-loops", "A fragment shader that covers a specific block frequency info code path." },
54 { "cov-branch-probability-identity-matrix.amber", "cov-branch-probability-identity-matrix", "A fragment shader that covers a specific branch propability path" },
55 { "cov-cast-float-to-int-and-back.amber", "cov-cast-float-to-int-and-back", "A fragment shader that covers specific NIR code paths" },
56 { "cov-clamp-loop-limit-increment-float-array.amber", "cov-clamp-loop-limit-increment-float-array", "A fragment shader that covers specific NIR code paths" },
57 { "cov-clamp-lower-limit-from-always-false.amber", "cov-clamp-lower-limit-from-always-false", "A fragment shader that covers specific BRW code paths" },
58 { "cov-clamp-min-bitcount-uniform.amber", "cov-clamp-min-bitcount-uniform", "A fragment shader that covers specific LLVM code paths" },
59 { "cov-clamp-vector-component-condition-using-matrix.amber", "cov-clamp-vector-component-condition-using-matrix", "A fragment shader that covers specific patch optimization code paths" },
60 { "cov-clamp-vector-element-ceil-negative.amber", "cov-clamp-vector-element-ceil-negative", "A fragment shader that covers specific NIR code paths" },
61 { "cov-clamp-vector-variable-negative-offset.amber", "cov-clamp-vector-variable-negative-offset", "A fragment shader that covers specific NIR code paths" },
62 { "cov-clear-yz-inside-condition.amber", "cov-clear-yz-inside-condition", "A fragment shader that covers specific NIR code paths" },
63 { "cov-color-output-undefined-in-unexecuted-branch.amber", "cov-color-output-undefined-in-unexecuted-branch", "A fragment shader that covers specific LLVM code paths" },
64 { "cov-combine-and-or-xor-gt-lt.amber", "cov-combine-and-or-xor-gt-lt", "A fragment shader that covers a specific bitwise operator cobmining code path" },
65 { "cov-condition-bitfield-extract-integer.amber", "cov-condition-bitfield-extract-integer", "A fragment shader that covers specific LLVM code paths" },
66 { "cov-condition-clamp-min-from-uniform-never-larger.amber", "cov-condition-clamp-min-from-uniform-never-larger", "A fragment shader that covers specific LLVM code paths" },
67 { "cov-condition-increment-zero-to-one-divide-by-two.amber", "cov-condition-increment-zero-to-one-divide-by-two", "A fragment shader that covers specific LLVM code paths" },
68 { "cov-condition-loop-index-bitwise-not.amber", "cov-condition-loop-index-bitwise-not", "A fragment shader that covers specific BRW code paths" },
69 { "cov-condition-matrix-determinant-uniform.amber", "cov-condition-matrix-determinant-uniform", "A fragment shader that covers specific LLVM code paths" },
70 { "cov-conditional-discard-inside-loop.amber", "cov-conditional-discard-inside-loop", "A fragment shader that covers specific NIR code paths" },
71 { "cov-conditions-empty-blocks-index-array-one-divided-by-findlsb.amber", "cov-conditions-empty-blocks-index-array-one-divided-by-findlsb", "A fragment shader that covers specific LLVM code paths" },
72 { "cov-const-folding-bitfieldinsert-div-one.amber", "cov-const-folding-bitfieldinsert-div-one", "A fragment shader that covers a specific const folding path" },
73 { "cov-color-overwrite-identity-matrix-multiply.amber", "cov-color-overwrite-identity-matrix-multiply", "A fragment shader that covers a specific DAG code paths" },
74 { "cov-const-folding-ceil-vec4.amber", "cov-const-folding-ceil-vec4", "A fragment shader that covers a specific constant folding code path" },
75 { "cov-const-folding-clamp.amber", "cov-const-folding-clamp", "A fragment shader that covers a specific const folding rule path." },
76 { "cov-const-folding-clamp-inside-while.amber", "cov-const-folding-clamp-inside-while", "A fragment shader that covers a specific constant folding path" },
77 { "cov-const-folding-clamp-max.amber", "cov-const-folding-clamp-max", "A fragment shader that covers a specific const folding rule path." },
78 { "cov-const-folding-clamp-min.amber", "cov-const-folding-clamp-min", "A fragment shader that covers a specific const folding rule path." },
79 { "cov-const-folding-clamp-vs-original.amber", "cov-const-folding-clamp-vs-original", "A fragment shader that covers a specific constant folding path" },
80 { "cov-const-folding-det-identity.amber", "cov-const-folding-det-identity", "A fragment shader that covers a specific const folding path" },
81 { "cov-const-folding-dot-condition-true.amber", "cov-const-folding-dot-condition-true", "A fragment shader that covers a specific const folding rule path." },
82 { "cov-const-folding-dot-determinant.amber", "cov-const-folding-dot-determinant", "A fragment shader that covers a specific const folding rule path." },
83 { "cov-const-folding-gte-const-first.amber", "cov-const-folding-gte-const-first", "A fragment shader that covers a specific constant folding path" },
84 { "cov-const-folding-min-as-loop-range.amber", "cov-const-folding-min-as-loop-range", "A fragment shader that covers a specific constant folding path" },
85 { "cov-const-folding-mod-one-one-lte.amber", "cov-const-folding-mod-one-one-lte", "A fragment shader that covers a specific const folding path" },
86 { "cov-const-folding-pow-large-exp.amber", "cov-const-folding-pow-large-exp", "A fragment shader that covers a specific const folding path" },
87 { "cov-const-folding-same-condition.amber", "cov-const-folding-same-condition", "A fragment shader that covers a specific constant folding code path" },
88 { "cov-const-folding-sinh-inf.amber", "cov-const-folding-sinh-inf", "A fragment shader that covers a specific const folding path" },
89 { "cov-const-folding-vector-shuffle.amber", "cov-const-folding-vector-shuffle", "A fragment shader that covers a specific const folding rule path." },
90 { "cov-constant-folding-atan-over-tanh.amber", "cov-constant-folding-atan-over-tanh", "A fragment shader that covers a specific constant folding code path." },
91 { "cov-constants-combine-add-sub.amber", "cov-constants-combine-add-sub", "A fragment shader that covers a specific constants and add/sub combining path" },
92 { "cov-constants-mix-uniform.amber", "cov-constants-mix-uniform", "A fragment shader that covers a specific constant handling path." },
93 { "cov-continue-break-discard-return-in-loop.amber", "cov-continue-break-discard-return-in-loop", "A fragment shader that covers specific NIR code paths" },
94 { "cov-copy-array-elements-except-first-nested-loop-replace-identical-values.amber", "cov-copy-array-elements-except-first-nested-loop-replace-identical-values", "A fragment shader that covers specific LLVM code paths" },
95 { "cov-copy-output-color-swizzle-array-indexing.amber", "cov-copy-output-color-swizzle-array-indexing", "A fragment shader that covers specific LLVM code paths" },
96 { "cov-copy-prop-arrays-func-argument.amber", "cov-copy-prop-arrays-func-argument", "A fragment shader that covers a specific propagate array copy path." },
97 { "cov-copy-prop-arrays-no-stores.amber", "cov-copy-prop-arrays-no-stores", "A fragment shader that covers a specific propagate array copy path." },
98 { "cov-copy-prop-arrays-param-uniform.amber", "cov-copy-prop-arrays-param-uniform", "A fragment shader that covers a specific propagate array copy path." },
99 { "cov-cosh-clamped-to-one.amber", "cov-cosh-clamped-to-one", "A fragment shader that covers specific NIR code paths" },
100 { "cov-cumulate-loops-unreachable.amber", "cov-cumulate-loops-unreachable", "A fragment shader that covers specific NIR code paths" },
101 { "cov-dag-combiner-clamp-undefined-access-array.amber", "cov-dag-combiner-clamp-undefined-access-array", "A fragment shader that covers a specific DAG combiner code path" },
102 { "cov-dag-combiner-combine-casts-legalize-vector-types-xyz-swizzle-for-loop.amber", "cov-dag-combiner-combine-casts-legalize-vector-types-xyz-swizzle-for-loop", "Covers DAG combiner, cast combining and legalize vector types code paths" },
103 { "cov-dag-combiner-findmsb-loop.amber", "cov-dag-combiner-findmsb-loop", "A fragment shader that covers a specific DAG combiner code path" },
104 { "cov-dag-combiner-increment-color.amber", "cov-dag-combiner-increment-color", "A fragment shader that covers a specific DAG combiner code path" },
105 { "cov-dag-combiner-glf_color.amber", "cov-dag-combiner-glf_color", "A fragment shader that covers specific dag combiner code path" },
106 { "cov-dag-combiner-loop-bitfieldreverse.amber", "cov-dag-combiner-loop-bitfieldreverse", "A fragment shader that covers a specific DAG combiner code path" },
107 { "cov-dag-combiner-neg-div-pow2.amber", "cov-dag-combiner-neg-div-pow2", "A fragment shader that covers a specific DAG combiner code path" },
108 { "cov-dag-combiner-same-cond-nested.amber", "cov-dag-combiner-same-cond-nested", "A fragment shader that covers a specific DAG combiner code path" },
109 { "cov-dead-branch-func-return-arg.amber", "cov-dead-branch-func-return-arg", "A fragment shader that covers a specific dead branch elimination path" },
110 { "cov-dead-code-unreachable-merge.amber", "cov-dead-code-unreachable-merge", "A fragment shader that covers a specific dead code elimination path." },
111 { "cov-decrement-vector-elements-clamp-index.amber", "cov-decrement-vector-elements-clamp-index", "A fragment shader that covers specific LLVM code paths" },
112 { "cov-derivative-uniform-vector-global-loop-count.amber", "cov-derivative-uniform-vector-global-loop-count", "A fragment shader that covers specific BRW code paths" },
113 { "cov-descending-loop-index-temporary-array.amber", "cov-descending-loop-index-temporary-array", "A fragment shader that covers specific LLVM code paths" },
114 { "cov-descending-loop-min-max-always-zero.amber", "cov-descending-loop-min-max-always-zero", "A fragment shader that covers specific BRW code paths" },
115 { "cov-determinant-uninitialized-matrix-never-chosen.amber", "cov-determinant-uninitialized-matrix-never-chosen", "A fragment shader that covers specific BRW code paths" },
116 { "cov-dfdx-dfdy-after-nested-loops.amber", "cov-dfdx-dfdy-after-nested-loops", "A fragment shader that covers specific BRW code paths" },
117 { "cov-discard-condition-loop-same-condition-again.amber", "cov-discard-condition-loop-same-condition-again", "A fragment shader that covers specific LLVM code paths" },
118 { "cov-divide-matrix-transpose-by-constant.amber", "cov-divide-matrix-transpose-by-constant", "A fragment shader that covers specific VTN code path" },
119 { "cov-do-while-loop-until-uniform-lt-itself.amber", "cov-do-while-loop-until-uniform-lt-itself", "A fragment shader that covers specific LLVM code paths" },
120 { "cov-do-while-negative-iterator-nested-loops-increment-array-element.amber", "cov-do-while-negative-iterator-nested-loops-increment-array-element", "A fragment shader that covers specific LLVM code paths" },
121 { "cov-do-while-switch-case-bitcount-findmsb.amber", "cov-do-while-switch-case-bitcount-findmsb", "A fragment shader that covers specific LLVM code paths" },
122 { "cov-double-if-true-in-loop.amber", "cov-double-if-true-in-loop", "A fragment shader that covers specific NIR code paths" },
123 { "cov-dummy-function-loop-array-element-increment-never-read.amber", "cov-dummy-function-loop-array-element-increment-never-read", "A fragment shader that covers specific LLVM code paths" },
124 { "cov-empty-loop-minus-one-modulo-variable-one.amber", "cov-empty-loop-minus-one-modulo-variable-one", "A fragment shader that covers specific LLVM code paths" },
125 { "cov-enable-bits-pixel-location-negate-not-equal-one.amber", "cov-enable-bits-pixel-location-negate-not-equal-one", "A fragment shader that covers specific LLVM code paths" },
126 { "cov-exp2-two.amber", "cov-exp2-two", "A fragment shader that covers specific NIR code paths" },
127 { "cov-extend-uniform-vec2-to-vec3-matrix-multiply.amber", "cov-extend-uniform-vec2-to-vec3-matrix-multiply", "A fragment shader that covers specific LLVM code paths" },
128 { "cov-findlsb-division-by-zero.amber", "cov-findlsb-division-by-zero", "A fragment shader that covers a specific instruction simplify code path" },
129 { "cov-float-array-init-pow.amber", "cov-float-array-init-pow", "A fragment shader that covers specific arith builder code path" },
130 { "cov-fold-and-in-for-loop-range.amber", "cov-fold-and-in-for-loop-range", "A fragment shader that covers a specific folding path" },
131 { "cov-fold-bitwise-and-zero.amber", "cov-fold-bitwise-and-zero", "A fragment shader that covers a specific instruction folding path." },
132 { "cov-fold-bitwise-or-full-mask.amber", "cov-fold-bitwise-or-full-mask", "A fragment shader that covers a specific instruction folding path." },
133 { "cov-fold-bitwise-xor.amber", "cov-fold-bitwise-xor", "A fragment shader that covers a specific instruction folding path." },
134 { "cov-fold-logical-and-const-variable.amber", "cov-fold-logical-and-const-variable", "A fragment shader that covers a specific instruction folding path." },
135 { "cov-fold-logical-and-constant.amber", "cov-fold-logical-and-constant", "A fragment shader that covers a specific instruction folding path." },
136 { "cov-fold-logical-or-constant.amber", "cov-fold-logical-or-constant", "A fragment shader that covers a specific instruction folding path." },
137 { "cov-fold-negate-min-int-value.amber", "cov-fold-negate-min-int-value", "A fragment shader that covers a specific instruction folding path." },
138 { "cov-fold-negate-variable.amber", "cov-fold-negate-variable", "A fragment shader that covers a specific instruction folding path." },
139 { "cov-fold-shift-gte32.amber", "cov-fold-shift-gte32", "A fragment shader that covers a specific instruction folding path." },
140 { "cov-fold-shift-right-arithmetic.amber", "cov-fold-shift-right-arithmetic", "A fragment shader that covers a specific instruction folding path." },
141 { "cov-fold-switch-udiv.amber", "cov-fold-switch-udiv", "A fragment shader that covers a specific instruction folding path." },
142 { "cov-folding-clamp-cmp-const-first.amber", "cov-folding-clamp-cmp-const-first", "A fragment shader that covers a specific constant folding path" },
143 { "cov-folding-merge-add-sub-uniform.amber", "cov-folding-merge-add-sub-uniform", "A fragment shader that covers a specific instruction folding path." },
144 { "cov-folding-rules-construct-extract.amber", "cov-folding-rules-construct-extract", "A fragment shader that covers a specific instruction folding path." },
145 { "cov-folding-rules-dot-extract.amber", "cov-folding-rules-dot-extract", "A fragment shader that covers a specific instruction folding path." },
146 { "cov-folding-rules-dot-no-extract.amber", "cov-folding-rules-dot-no-extract", "A fragment shader that covers a specific instruction folding path." },
147 { "cov-folding-rules-merge-add-sub.amber", "cov-folding-rules-merge-add-sub", "A fragment shader that covers a specific instruction folding path." },
148 { "cov-folding-rules-merge-div-mul.amber", "cov-folding-rules-merge-div-mul", "A fragment shader that covers a specific instruction folding path." },
149 { "cov-folding-rules-merge-divs.amber", "cov-folding-rules-merge-divs", "A fragment shader that covers a specific instruction folding path." },
150 { "cov-folding-rules-merge-mul-div.amber", "cov-folding-rules-merge-mul-div", "A fragment shader that covers a specific instruction folding path." },
151 { "cov-folding-rules-merge-sub-add.amber", "cov-folding-rules-merge-sub-add", "A fragment shader that covers a specific instruction folding path." },
152 { "cov-folding-rules-merge-sub-sub.amber", "cov-folding-rules-merge-sub-sub", "A fragment shader that covers a specific instruction folding path." },
153 { "cov-folding-rules-merge-var-sub.amber", "cov-folding-rules-merge-var-sub", "A fragment shader that covers a specific instruction folding path." },
154 { "cov-folding-rules-mix-uniform-weight.amber", "cov-folding-rules-mix-uniform-weight", "A fragment shader that covers a specific instruction folding path." },
155 { "cov-folding-rules-negate-div.amber", "cov-folding-rules-negate-div", "A fragment shader that covers a specific instruction folding path." },
156 { "cov-folding-rules-negate-sub.amber", "cov-folding-rules-negate-sub", "A fragment shader that covers a specific instruction folding path." },
157 { "cov-folding-rules-redundant-mix.amber", "cov-folding-rules-redundant-mix", "A fragment shader that covers a specific instruction folding path." },
158 { "cov-folding-rules-shuffle-extract.amber", "cov-folding-rules-shuffle-extract", "A fragment shader that covers a specific instruction folding path." },
159 { "cov-folding-rules-shuffle-mix.amber", "cov-folding-rules-shuffle-mix", "A fragment shader that covers a specific instruction folding path." },
160 { "cov-folding-rules-split-vector-init.amber", "cov-folding-rules-split-vector-init", "A fragment shader that covers a specific instruction folding path." },
161 { "cov-folding-rules-vec-mix-uniform.amber", "cov-folding-rules-vec-mix-uniform", "A fragment shader that covers a specific instruction folding path." },
162 { "cov-for-array-initializing-modulo.amber", "cov-for-array-initializing-modulo", "A fragment shader that covers a specific inst combine compares code path" },
163 { "cov-for-loop-condition-one-shift-right-integer-comparison-break.amber", "cov-for-loop-condition-one-shift-right-integer-comparison-break", "A fragment shader that covers specific LLVM code paths" },
164 { "cov-for-loop-min-increment-array-element.amber", "cov-for-loop-min-increment-array-element", "A fragment shader that covers specific NIR code paths" },
165 { "cov-for-loop-start-negative-increment-variable.amber", "cov-for-loop-start-negative-increment-variable", "A fragment shader that covers specific LLVM code paths" },
166 { "cov-for-loop-struct-as-iterator.amber", "cov-for-loop-struct-as-iterator", "A fragment shader that covers specific LLVM code paths" },
167 { "cov-for-switch-fallthrough.amber", "cov-for-switch-fallthrough", "A fragment shader that covers a specific inst combine and or xor code path" },
168 { "cov-fract-asin-undefined-never-used.amber", "cov-fract-asin-undefined-never-used", "A fragment shader that covers specific LLVM code paths" },
169 { "cov-fract-smoothstep-undefined.amber", "cov-fract-smoothstep-undefined", "A fragment shader that covers a specific APFloat code path" },
170 { "cov-fract-trunc-always-zero.amber", "cov-fract-trunc-always-zero", "A fragment shader that covers specific LLVM code paths" },
171 { "cov-fragcood-multiple-conditions-function-loop-global-counter.amber", "cov-fragcood-multiple-conditions-function-loop-global-counter", "A fragment shader that covers specific LLVM code paths" },
172 { "cov-fragcoord-and-one-or-same-value.amber", "cov-fragcoord-and-one-or-same-value", "A fragment shader that covers specific LLVM code paths" },
173 { "cov-fragcoord-bitwise-and-loop-reduce-value-index-array.amber", "cov-fragcoord-bitwise-and-loop-reduce-value-index-array", "A fragment shader that covers specific LLVM code paths" },
174 { "cov-fragcoord-bitwise-not.amber", "cov-fragcoord-bitwise-not", "A fragment shader that covers specific BRW code paths" },
175 { "cov-fragcoord-clamp-array-access.amber", "cov-fragcoord-clamp-array-access", "A fragment shader that covers a specific instruction simplify path" },
176 { "cov-fragcoord-conditions-never-return-index-array-using-uniform.amber", "cov-fragcoord-conditions-never-return-index-array-using-uniform", "A fragment shader that covers specific LLVM code paths" },
177 { "cov-fragcoord-integer-loop-reduce-to-range.amber", "cov-fragcoord-integer-loop-reduce-to-range", "A fragment shader that covers specific LLVM code paths" },
178 { "cov-fragcoord-loop-limit-negative-decrease-sum-first-iteration.amber", "cov-fragcoord-loop-limit-negative-decrease-sum-first-iteration", "A fragment shader that covers specific LLVM code paths" },
179 { "cov-fragcoord-multiple-conditions-function-global-loop-counter-simplified.amber", "cov-fragcoord-multiple-conditions-function-global-loop-counter-simplified", "A fragment shader that covers specific LLVM code paths" },
180 { "cov-fragcoord-multiply.amber", "cov-fragcoord-multiply", "A fragment shader that covers specific NIR code paths" },
181 { "cov-function-argument-uniform-float-loop-never-return.amber", "cov-function-argument-uniform-float-loop-never-return", "A fragment shader that covers specific LLVM code paths" },
182 { "cov-function-clamp-min-identical-shift-right.amber", "cov-function-clamp-min-identical-shift-right", "A fragment shader that covers specific LLVM code paths" },
183 { "cov-function-call-twice-clamp-global-variable.amber", "cov-function-call-twice-clamp-global-variable", "A fragment shader that covers specific LLVM code paths" },
184 { "cov-function-find-lsb-ivec2-one.amber", "cov-function-find-lsb-ivec2-one", "A fragment shader that covers specific LLVM code paths" },
185 { "cov-function-fragcoord-condition-always-return.amber", "cov-function-fragcoord-condition-always-return", "A fragment shader that covers specific LLVM code paths" },
186 { "cov-function-infinite-loop-always-return.amber", "cov-function-infinite-loop-always-return", "A fragment shader that covers specific LLVM code paths" },
187 { "cov-function-infinite-loop-return-identical-condition.amber", "cov-function-infinite-loop-return-identical-condition", "A fragment shader that covers specific LLVM code paths" },
188 { "cov-function-large-array-max-clamp.amber", "cov-function-large-array-max-clamp", "A fragment shader that covers specific LLVM code paths" },
189 { "cov-function-large-loop-break-argument-lte-global-loop-bound.amber", "cov-function-large-loop-break-argument-lte-global-loop-bound", "A fragment shader that covers specific LLVM code paths" },
190 { "cov-function-loop-condition-uniform-shift-right.amber", "cov-function-loop-condition-uniform-shift-right", "A fragment shader that covers specific LLVM code paths" },
191 { "cov-function-loop-condition-variable-less-than-min-itself.amber", "cov-function-loop-condition-variable-less-than-min-itself", "A fragment shader that covers specific LLVM code paths" },
192 { "cov-function-loop-copy-array-elements-based-on-arguments.amber", "cov-function-loop-copy-array-elements-based-on-arguments", "A fragment shader that covers specific LLVM code paths" },
193 { "cov-function-loop-modify-ivec-components-infinite-loop-never-executed.amber", "cov-function-loop-modify-ivec-components-infinite-loop-never-executed", "A fragment shader that covers specific LLVM code paths" },
194 { "cov-function-loop-same-conditions-multiple-times-struct-array.amber", "cov-function-loop-same-conditions-multiple-times-struct-array", "A fragment shader that covers specific LLVM code paths" },
195 { "cov-function-loop-switch-increment-array-element-return.amber", "cov-function-loop-switch-increment-array-element-return", "A fragment shader that covers specific LLVM code paths" },
196 { "cov-function-min-integer-large-shift-unused.amber", "cov-function-min-integer-large-shift-unused", "A fragment shader that covers specific LLVM code paths" },
197 { "cov-function-loop-variable-multiplied-unused.amber", "cov-function-loop-variable-multiplied-unused", "A fragment shader that covers specific LLVM code paths" },
198 { "cov-function-nested-do-whiles-looped-once.amber", "cov-function-nested-do-whiles-looped-once", "A fragment shader that covers specific LLVM code paths" },
199 { "cov-function-nested-loops-break-early-never-discard.amber", "cov-function-nested-loops-break-early-never-discard", "A fragment shader that covers specific LLVM code paths" },
200 { "cov-function-nested-loops-limit-uniform-xor-uniform.amber", "cov-function-nested-loops-limit-uniform-xor-uniform", "A fragment shader that covers specific LLVM code paths" },
201 { "cov-function-set-struct-field-zero-loop-reset-first-element.amber", "cov-function-set-struct-field-zero-loop-reset-first-element", "A fragment shader that covers specific LLVM code paths" },
202 { "cov-function-trivial-switch-case.amber", "cov-function-trivial-switch-case", "A fragment shader that covers specific LLVM code paths" },
203 { "cov-function-two-loops-limit-using-arguments-array-element-copies.amber", "cov-function-two-loops-limit-using-arguments-array-element-copies", "A fragment shader that covers specific LLVM code paths" },
204 { "cov-function-undefined-shift-left-index-array-with-return-value.amber", "cov-function-undefined-shift-left-index-array-with-return-value", "A fragment shader that covers specific LLVM code paths" },
205 { "cov-function-unpack-unorm-2x16-one.amber", "cov-function-unpack-unorm-2x16-one", "A fragment shader that covers specific LLVM code paths" },
206 { "cov-function-unused-argument-single-loop-iteration-icrement-global-counter.amber", "cov-function-unused-argument-single-loop-iteration-icrement-global-counter", "A fragment shader that covers specific LLVM code paths" },
207 { "cov-function-variable-plus-one-minus-one.amber", "cov-function-variable-plus-one-minus-one", "A fragment shader that covers specific LLVM code paths" },
208 { "cov-function-vec2-never-discard.amber", "cov-function-vec2-never-discard", "A fragment shader that covers specific BRW code paths" },
209 { "cov-function-with-nested-loops-called-from-nested-loops.amber", "cov-function-with-nested-loops-called-from-nested-loops", "A fragment shader that covers specific BRW code paths" },
210 { "cov-global-loop-bound-true-logical-or.amber", "cov-global-loop-bound-true-logical-or", "A fragment shader that covers specific NIR code paths" },
211 { "cov-global-loop-count-array-struct-field-set-int-array-element.amber", "cov-global-loop-count-array-struct-field-set-int-array-element", "A fragment shader that covers specific LLVM code paths" },
212 { "cov-global-loop-counter-accumulate-integer-condition-large-array-elements.amber", "cov-global-loop-counter-accumulate-integer-condition-large-array-elements", "A fragment shader that covers specific LLVM code paths" },
213 { "cov-global-loop-counter-exhaust-calling-function-twice.amber", "cov-global-loop-counter-exhaust-calling-function-twice", "A fragment shader that covers specific LLVM code paths" },
214 { "cov-global-loop-counter-float-accumulate-matrix.amber", "cov-global-loop-counter-float-accumulate-matrix", "A fragment shader that covers specific BRW code paths" },
215 { "cov-global-loop-counter-for-loop-function-call-inside-never-called.amber", "cov-global-loop-counter-for-loop-function-call-inside-never-called", "A fragment shader that covers specific LLVM code paths" },
216 { "cov-global-loop-counter-main-function-call.amber", "cov-global-loop-counter-main-function-call", "A fragment shader that covers specific NIR code paths" },
217 { "cov-global-loop-counter-multiply-one-minus.amber", "cov-global-loop-counter-multiply-one-minus", "A fragment shader that covers specific BRW code paths" },
218 { "cov-global-loop-counter-read-past-matrix-size-never-executed.amber", "cov-global-loop-counter-read-past-matrix-size-never-executed", "A fragment shader that covers specific LLVM code paths" },
219 { "cov-global-loop-counter-select-one-or-zero-never-greater-than-one.amber", "cov-global-loop-counter-select-one-or-zero-never-greater-than-one", "A fragment shader that covers specific LLVM code paths" },
220 { "cov-global-loop-counter-set-array-element-once-index-using-findmsb.amber", "cov-global-loop-counter-set-array-element-once-index-using-findmsb", "A fragment shader that covers specific LLVM code paths" },
221 { "cov-global-loop-counter-squared-comparison.amber", "cov-global-loop-counter-squared-comparison", "A fragment shader that covers specific LLVM code paths" },
222 { "cov-global-loop-counter-texture-sample-loop-condition-set-array-element.amber", "cov-global-loop-counter-texture-sample-loop-condition-set-array-element", "A fragment shader that covers specific LLVM code paths" },
223 { "cov-if-conversion-identical-branches.amber", "cov-if-conversion-identical-branches", "A fragment shader that covers a specific if condition conversion path." },
224 { "cov-if-switch-fallthrough.amber", "cov-if-switch-fallthrough", "A fragment shader that covers a specific inst combine and or xor code path" },
225 { "cov-if-true-continue.amber", "cov-if-true-continue", "A fragment shader that covers specific NIR code paths" },
226 { "cov-if-true-discard-in-do-while-never-reached.amber", "cov-if-true-discard-in-do-while-never-reached", "A fragment shader that covers specific NIR code paths" },
227 { "cov-if-true-float-bits-to-int-one.amber", "cov-if-true-float-bits-to-int-one", "A fragment shader that covers specific LLVM code paths" },
228 { "cov-inc-array-element-loop-lsb.amber", "cov-inc-array-element-loop-lsb", "A fragment shader that covers a specific SSCP path" },
229 { "cov-inc-inside-switch-and-for.amber", "cov-inc-inside-switch-and-for", "A fragment shader that covers a specific LLVM analysis code path." },
230 { "cov-increment-array-element-in-loop.amber", "cov-increment-array-element-in-loop", "A fragment shader that covers specific NIR code paths" },
231 { "cov-increment-float-in-loop-abs.amber", "cov-increment-float-in-loop-abs", "A fragment shader that covers specific BRW code paths" },
232 { "cov-increment-global-counter-loop-function.amber", "cov-increment-global-counter-loop-function", "A fragment shader that covers specific NIR code paths" },
233 { "cov-increment-inside-clamp.amber", "cov-increment-inside-clamp", "A fragment shader that covers specific value tracking and simplification paths" },
234 { "cov-increment-int-loop-counter-mod-array.amber", "cov-increment-int-loop-counter-mod-array", "A fragment shader that covers specific BRW code paths" },
235 { "cov-increment-multiple-integers.amber", "cov-increment-multiple-integers", "A fragment shader that covers specific NIR code paths" },
236 { "cov-increment-one-array-element-check-index-from-fragcoord.amber", "cov-increment-one-array-element-check-index-from-fragcoord", "A fragment shader that covers specific LLVM code paths" },
237 { "cov-increment-vector-array-matrix-element.amber", "cov-increment-vector-array-matrix-element", "A fragment shader that covers specific NIR code paths" },
238 { "cov-increment-vector-component-with-matrix-copy.amber", "cov-increment-vector-component-with-matrix-copy", "A fragment shader that covers specific NIR code paths" },
239 { "cov-increment-vector-function-call-conditional.amber", "cov-increment-vector-function-call-conditional", "A fragment shader that covers specific LLVM code paths" },
240 { "cov-index-array-using-uniform-bitwise-or-one.amber", "cov-index-array-using-uniform-bitwise-or-one", "A fragment shader that covers specific LLVM code paths" },
241 { "cov-initialize-integer-array-variable-divided-by-itself.amber", "cov-initialize-integer-array-variable-divided-by-itself", "A fragment shader that covers specific LLVM code paths" },
242 { "cov-inline-pass-empty-block.amber", "cov-inline-pass-empty-block", "A fragment shader that covers a specific inlining optimization path." },
243 { "cov-inline-pass-nested-loops.amber", "cov-inline-pass-nested-loops", "A fragment shader that covers a specific inlining optimization path." },
244 { "cov-inline-pass-return-in-loop.amber", "cov-inline-pass-return-in-loop", "A fragment shader that covers a specific inlining optimization path." },
245 { "cov-inline-pass-unreachable-func.amber", "cov-inline-pass-unreachable-func", "A fragment shader that covers a specific inlining optimization path." },
246 { "cov-inst-combine-add-sub-ldexp.amber", "cov-inst-combine-add-sub-ldexp", "A fragment shader that covers specific inst combine add sub code paths" },
247 { "cov-inst-combine-add-sub-pre-increase.amber", "cov-inst-combine-add-sub-pre-increase", "Covers specific inst combine add sub and dag combiner code paths" },
248 { "cov-inst-combine-compares-while-modulo.amber", "cov-inst-combine-compares-while-modulo", "A fragment shader that covers a specific inst combine compares code path" },
249 { "cov-inst-combine-shifts-left-shift-for.amber", "cov-inst-combine-shifts-left-shift-for", "A fragment shader that covers a specific inst combine shifts code path" },
250 { "cov-inst-peephole-optimizer-acosh.amber", "cov-inst-peephole-optimizer-acosh", "A fragment shader that covers a specific peephole optimizer code path" },
251 { "cov-inst-value-tracking-inversesqrt.amber", "cov-inst-value-tracking-inversesqrt", "A fragment shader that covers a specific value tracking path" },
252 { "cov-instr-emitter-pow-asinh.amber", "cov-instr-emitter-pow-asinh", "A fragment shader that covers a specific instruction emitter code path" },
253 { "cov-instruction-simplify-atanh-log-undefined.amber", "cov-instruction-simplify-atanh-log-undefined", "A fragment shader that covers a specific instruction simplification path" },
254 { "cov-instruction-simplify-bit-shifting.amber", "cov-instruction-simplify-bit-shifting", "A fragment shader that covers a specific instruction simplification path" },
255 { "cov-instruction-simplify-inclusive-or.amber", "cov-instruction-simplify-inclusive-or", "A fragment shader that covers a specific instruction simplification path" },
256 { "cov-instruction-simplify-inst-combine-calls-for-compare-function-call-result.amber", "cov-instruction-simplify-inst-combine-calls-for-compare-function-call-result", "A fragment shader that covers a specific instruction simplification path" },
257 { "cov-instruction-simplify-mod-acos-undefined.amber", "cov-instruction-simplify-mod-acos-undefined", "A fragment shader that covers a specific instruction simplification path" },
258 { "cov-instruction-simplify-mod-sqrt-undefined.amber", "cov-instruction-simplify-mod-sqrt-undefined", "A fragment shader that covers a specific instruction simplification path" },
259 { "cov-instruction-simplify-sqrt.amber", "cov-instruction-simplify-sqrt", "A fragment shader that covers a specific instruction simplify code path" },
260 { "cov-instructions-first-value-phi.amber", "cov-instructions-first-value-phi", "A fragment shader that covers a specific instructions code path" },
261 { "cov-inst-combine-add-sub-determinant.amber", "cov-inst-combine-add-sub-determinant", "A fragment shader that covers a specific inst combine add sub code path" },
262 { "cov-inst-combine-add-sub-increase-negative.amber", "cov-inst-combine-add-sub-increase-negative", "A fragment shader that covers a specific inst combine add sub code path" },
263 { "cov-inst-combine-add-sub-neg-func-arg.amber", "cov-inst-combine-add-sub-neg-func-arg", "A fragment shader that covers a specific add/sub combining path" },
264 { "cov-inst-combine-and-or-xor-pack-unpack.amber", "cov-inst-combine-and-or-xor-pack-unpack", "A fragment shader that covers a specific inst combine and or xor code path" },
265 { "cov-inst-combine-and-or-xor-switch.amber", "cov-inst-combine-and-or-xor-switch", "A fragment shader that covers a specific inst combine and or xor code path" },
266 { "cov-inst-combine-and-or-xor-xor-add.amber", "cov-inst-combine-and-or-xor-xor-add", "A fragment shader that covers a specific inst combine and or xor code path" },
267 { "cov-inst-combine-compares-combine-select-uaddcarry.amber", "cov-inst-combine-compares-combine-select-uaddcarry", "Covers a specific instruction combine compares and combine select code paths" },
268 { "cov-inst-combine-compares-isnan.amber", "cov-inst-combine-compares-isnan", "A fragment shader that covers a specific instruction combine compare code path" },
269 { "cov-inst-combine-compares-ldexp.amber", "cov-inst-combine-compares-ldexp", "A fragment shader that covers a specific instruction combine compares code path" },
270 { "cov-inst-combine-compares-ternary-vector-access.amber", "cov-inst-combine-compares-ternary-vector-access", "A fragment shader that covers a specific instruction combine compare code path" },
271 { "cov-inst-combine-shifts-bitfield-bitcount.amber", "cov-inst-combine-shifts-bitfield-bitcount", "A fragment shader that covers a specific instruction combine shifts code path" },
272 { "cov-inst-combine-shifts-mix-mix-clamp.amber", "cov-inst-combine-shifts-mix-mix-clamp", "A fragment shader that covers a specific instruction combine shifts code path" },
273 { "cov-instr-info-det-mat-min.amber", "cov-instr-info-det-mat-min", "A fragment shader that covers a specific instr info code path" },
274 { "cov-instructions-for-if-less-than-equal.amber", "cov-instructions-for-if-less-than-equal", "Covers specific instruction simplify and combine compare code paths" },
275 { "cov-inst-combine-and-or-xor-for-bitfieldinsert.amber", "cov-inst-combine-and-or-xor-for-bitfieldinsert", "A fragment shader that covers a specific inst combine and or xor code path" },
276 { "cov-inst-combine-compares-pre-increment-clamp.amber", "cov-inst-combine-compares-pre-increment-clamp", "A fragment shader that covers a specific inst combine compares code path" },
277 { "cov-inst-combine-mul-div-rem-if-undefined-divide-mix.amber", "cov-inst-combine-mul-div-rem-if-undefined-divide-mix", "A fragment shader that covers a specific inst combine mul div rem code path" },
278 { "cov-inst-combine-pack-unpack.amber", "cov-inst-combine-pack-unpack", "Covers specific combine shifts and combine simplify demanded code paths" },
279 { "cov-inst-combine-select-findlsb-uaddcarry.amber", "cov-inst-combine-select-findlsb-uaddcarry", "A fragment shader that covers a specific instruction combine select code path" },
280 { "cov-inst-combine-simplify-demanded-pack-unpack.amber", "cov-inst-combine-simplify-demanded-pack-unpack", "Covers a specific instruction combine simplify demanded code path" },
281 { "cov-inst-combine-simplify-demanded-packsnorm-unpackunorm.amber", "cov-inst-combine-simplify-demanded-packsnorm-unpackunorm", "Covers a specific instruction combine simplify demanded code path" },
282 { "cov-inst-combine-simplify-demanded-switch-or-xor.amber", "cov-inst-combine-simplify-demanded-switch-or-xor", "A fragment shader that covers a specific inst combine simplify demanded path" },
283 { "cov-inst-combine-vector-ops-asin.amber", "cov-inst-combine-vector-ops-asin", "A fragment shader that covers specific inst combine vector ops code paths" },
284 { "cov-int-div-round-to-zero.amber", "cov-int-div-round-to-zero", "A fragment shader that covers specific fast idiv code path" },
285 { "cov-int-full-bits-divide-by-two-loop.amber", "cov-int-full-bits-divide-by-two-loop", "A fragment shader that covers specific BRW code paths" },
286 { "cov-int-initialize-from-multiple-large-arrays.amber", "cov-int-initialize-from-multiple-large-arrays", "A fragment shader that covers specific LLVM code paths" },
287 { "cov-integer-constant-mod-variable-increased-condition-array-element.amber", "cov-integer-constant-mod-variable-increased-condition-array-element", "A fragment shader that covers specific LLVM code paths" },
288 { "cov-integer-minus-one-increased-before-indexing-array.amber", "cov-integer-minus-one-increased-before-indexing-array", "A fragment shader that covers specific LLVM code paths" },
289 { "cov-integer-modulo-negative.amber", "cov-integer-modulo-negative", "A fragment shader that covers specific instruction combining code paths" },
290 { "cov-intervalmap-set-stop.amber", "cov-intervalmap-set-stop", "A fragment shader that covers a specific interval map code path." },
291 { "cov-ir-builder-constant-fold-inst-combine-calls-value-tracking-findmsb-incr-if.amber", "cov-ir-builder-constant-fold-inst-combine-calls-value-tracking-findmsb-incr-if", "Covers IR builder, constant fold, inst combine calls and value tracking code paths"},
292 { "cov-irbuilder-matrix-cell-uniform.amber", "cov-irbuilder-matrix-cell-uniform", "A fragment shader that covers a specific IR builder path." },
293 { "cov-isnan-asinh-clamp-always-zero.amber", "cov-isnan-asinh-clamp-always-zero", "A fragment shader that covers specific LLVM code paths" },
294 { "cov-ivec-from-uniform-float-shift-right-add-components.amber", "cov-ivec-from-uniform-float-shift-right-add-components", "A fragment shader that covers specific LLVM code paths" },
295 { "cov-ivec-shift-right-by-large-number.amber", "cov-ivec-shift-right-by-large-number", "A fragment shader that covers specific LLVM code paths" },
296 { "cov-large-for-loop-exit-early-set-iterator-array-element.amber", "cov-large-for-loop-exit-early-set-iterator-array-element", "A fragment shader that covers specific LLVM code paths" },
297 { "cov-large-int-array-nested-loops-set-ivec-index-component-sum.amber", "cov-large-int-array-nested-loops-set-ivec-index-component-sum", "A fragment shader that covers specific LLVM code paths" },
298 { "cov-large-loop-break-early-condition-iterator-divided.amber", "cov-large-loop-break-early-condition-iterator-divided", "A fragment shader that covers specific LLVM code paths" },
299 { "cov-large-loop-multiply-integer-by-uniform-one.amber", "cov-large-loop-multiply-integer-by-uniform-one", "A fragment shader that covers specific LLVM code paths" },
300 { "cov-ldexp-exponent-undefined-divided-fragcoord-never-executed.amber", "cov-ldexp-exponent-undefined-divided-fragcoord-never-executed", "A fragment shader that covers specific LLVM code paths" },
301 { "cov-ldexp-undefined-mat-vec-multiply.amber", "cov-ldexp-undefined-mat-vec-multiply", "Covers specific inst combine simplify demanded and inst combine shifts path" },
302 { "cov-left-shift-array-access.amber", "cov-left-shift-array-access", "A fragment shader that covers a specific inst combine shifts code path" },
303 { "cov-left-shift-right-shift-compare.amber", "cov-left-shift-right-shift-compare", "A fragment shader that covers a specific inst combine compares code path" },
304 { "cov-liveinterval-different-dest.amber", "cov-liveinterval-different-dest", "A fragment shader that covers a specific live interval code path." },
305 { "cov-loop-abs-multiply-offset.amber", "cov-loop-abs-multiply-offset", "A fragment shader that covers specific NIR code paths" },
306 { "cov-loop-array-element-bitfield-insert-undefined-never-read.amber", "cov-loop-array-element-bitfield-insert-undefined-never-read", "A fragment shader that covers specific LLVM code paths" },
307 { "cov-loop-array-element-copy-index-clamp-sign.amber", "cov-loop-array-element-copy-index-clamp-sign", "A fragment shader that covers specific LLVM code paths" },
308 { "cov-loop-array-index-decrement-never-negative.amber", "cov-loop-array-index-decrement-never-negative", "A fragment shader that covers specific LLVM code paths" },
309 { "cov-loop-array-struct-field-index-array-with-uniforms.amber", "cov-loop-array-struct-field-index-array-with-uniforms", "A fragment shader that covers specific LLVM code paths" },
310 { "cov-loop-break-after-first-iteration-set-array-element.amber", "cov-loop-break-after-first-iteration-set-array-element", "A fragment shader that covers specific LLVM code paths" },
311 { "cov-loop-break-floor-nan-never-executed.amber", "cov-loop-break-floor-nan-never-executed", "A fragment shader that covers specific NIR code paths" },
312 { "cov-loop-clamp-to-one-empty-condition.amber", "cov-loop-clamp-to-one-empty-condition", "A fragment shader that covers specific NIR code paths" },
313 { "cov-loop-condition-bitfield-extract-set-array-elements.amber", "cov-loop-condition-bitfield-extract-set-array-elements", "A fragment shader that covers specific LLVM code paths" },
314 { "cov-loop-condition-clamp-vec-of-ones.amber", "cov-loop-condition-clamp-vec-of-ones", "A fragment shader that covers specific NIR code paths" },
315 { "cov-loop-condition-divide-by-uniform-always-false.amber", "cov-loop-condition-divide-by-uniform-always-false", "A fragment shader that covers specific LLVM code paths" },
316 { "cov-loop-condition-double-negate.amber", "cov-loop-condition-double-negate", "A fragment shader that covers specific NIR code paths" },
317 { "cov-loop-condition-filter-some-iterations-never-discard.amber", "cov-loop-condition-filter-some-iterations-never-discard", "A fragment shader that covers specific LLVM code paths" },
318 { "cov-loop-condition-increment-integer-fallback-global-counter.amber", "cov-loop-condition-increment-integer-fallback-global-counter", "A fragment shader that covers specific LLVM code paths" },
319 { "cov-loop-condition-logical-or-never-iterated.amber", "cov-loop-condition-logical-or-never-iterated", "A fragment shader that covers specific LLVM code paths" },
320 { "cov-loop-decrease-integer-never-break.amber", "cov-loop-decrease-integer-never-break", "A fragment shader that covers specific LLVM code paths" },
321 { "cov-loop-construct-vec4-from-vec4-clamp-same-min-max.amber", "cov-loop-construct-vec4-from-vec4-clamp-same-min-max", "A fragment shader that covers specific LLVM code paths" },
322 { "cov-loop-copy-previous-array-element-first-undefined.amber", "cov-loop-copy-previous-array-element-first-undefined", "A fragment shader that covers specific LLVM code paths" },
323 { "cov-loop-decrease-vector-components-assign-multiple-times.amber", "cov-loop-decrease-vector-components-assign-multiple-times", "A fragment shader that covers specific LLVM code paths" },
324 { "cov-loop-dfdx-constant-divide.amber", "cov-loop-dfdx-constant-divide", "A fragment shader that covers specific patch optimization code paths" },
325 { "cov-loop-exit-conditions-sampler-struct-integer-variable.amber", "cov-loop-exit-conditions-sampler-struct-integer-variable", "A fragment shader that covers specific LLVM code paths" },
326 { "cov-loop-divide-uninitialized-vector-min-unused.amber", "cov-loop-divide-uninitialized-vector-min-unused", "A fragment shader that covers specific LLVM code paths" },
327 { "cov-loop-find-lsb-eight-fragcoord-never-discard.amber", "cov-loop-find-lsb-eight-fragcoord-never-discard", "A fragment shader that covers specific LLVM code paths" },
328 { "cov-loop-findmsb-findlsb.amber", "cov-loop-findmsb-findlsb", "A fragment shader that covers specific simplification and value tracking paths" },
329 { "cov-loop-fragcoord-identical-condition.amber", "cov-loop-fragcoord-identical-condition", "A fragment shader that covers specific LLVM code paths" },
330 { "cov-loop-global-counter-break-set-ivec-elements.amber", "cov-loop-global-counter-break-set-ivec-elements", "A fragment shader that covers specific LLVM code paths" },
331 { "cov-loop-increase-iterator-condition-uniform-copy-array-elements.amber", "cov-loop-increase-iterator-condition-uniform-copy-array-elements", "A fragment shader that covers specific LLVM code paths" },
332 { "cov-loop-increment-array-elements-clamp-index.amber", "cov-loop-increment-array-elements-clamp-index", "A fragment shader that covers specific LLVM code paths" },
333 { "cov-loop-increment-array-index-array-usuborrow-feedback.amber", "cov-loop-increment-array-index-array-usuborrow-feedback", "A fragment shader that covers specific LLVM code paths" },
334 { "cov-loop-increment-integer-findmsb-minus-uniform.amber", "cov-loop-increment-integer-findmsb-minus-uniform", "A fragment shader that covers specific LLVM code paths" },
335 { "cov-loop-increment-integer-set-output-color-break.amber", "cov-loop-increment-integer-set-output-color-break", "A fragment shader that covers specific LLVM code paths" },
336 { "cov-loop-increment-matrix-element-break-after-first-iteration.amber", "cov-loop-increment-matrix-element-break-after-first-iteration", "A fragment shader that covers specific NIR code paths" },
337 { "cov-loop-increment-or-divide-by-loop-index.amber", "cov-loop-increment-or-divide-by-loop-index", "A fragment shader that covers specific NIR code paths" },
338 { "cov-loop-index-array-max-negative-zero.amber", "cov-loop-index-array-max-negative-zero", "A fragment shader that covers specific LLVM code paths" },
339 { "cov-loop-integer-half-minus-one.amber", "cov-loop-integer-half-minus-one", "A fragment shader that covers specific LLVM code paths" },
340 { "cov-loop-iterator-plus-one-variable-outside-index-array.amber", "cov-loop-iterator-plus-one-variable-outside-index-array", "A fragment shader that covers specific LLVM code paths" },
341 { "cov-loop-large-array-index-clamp-negative-value.amber", "cov-loop-large-array-index-clamp-negative-value", "A fragment shader that covers specific LLVM code paths" },
342 { "cov-loop-limiter-min-findlsb.amber", "cov-loop-limiter-min-findlsb", "A fragment shader that covers specific LLVM code paths" },
343 { "cov-loop-limiter-uniform-bitwise-and-one-always-break.amber", "cov-loop-limiter-uniform-bitwise-and-one-always-break", "A fragment shader that covers specific LLVM code paths" },
344 { "cov-loop-logical-xor.amber", "cov-loop-logical-xor", "A fragment shader that covers specific NIR code paths" },
345 { "cov-loop-multiple-iterator-variables-copy-array-elements.amber", "cov-loop-multiple-iterator-variables-copy-array-elements", "A fragment shader that covers specific LLVM code paths" },
346 { "cov-loop-read-array-index-from-array-data.amber", "cov-loop-read-array-index-from-array-data", "A fragment shader that covers specific LLVM code paths" },
347 { "cov-loop-max-divide-integer-by-ten.amber", "cov-loop-max-divide-integer-by-ten", "A fragment shader that covers specific LLVM code paths" },
348 { "cov-loop-replace-output-color-restore-original.amber", "cov-loop-replace-output-color-restore-original", "A fragment shader that covers specific LLVM code paths" },
349 { "cov-loop-returns-behind-true-and-false.amber", "cov-loop-returns-behind-true-and-false", "A fragment shader that covers specific NIR code paths" },
350 { "cov-loop-sampled-texel-integer-counter.amber", "cov-loop-sampled-texel-integer-counter", "A fragment shader that covers specific LLVM code paths" },
351 { "cov-loop-set-vector-components-pow-two.amber", "cov-loop-set-vector-components-pow-two", "A fragment shader that covers specific LLVM code paths" },
352 { "cov-loop-start-from-one-switch-case-invalid-color-never-executed.amber", "cov-loop-start-from-one-switch-case-invalid-color-never-executed", "A fragment shader that covers specific LLVM code paths" },
353 { "cov-loop-start-from-one-switch-case-never-executed.amber", "cov-loop-start-from-one-switch-case-never-executed", "A fragment shader that covers specific LLVM code paths" },
354 { "cov-loop-struct-array-field-set-value-self-dependency.amber", "cov-loop-struct-array-field-set-value-self-dependency", "A fragment shader that covers specific LLVM code paths" },
355 { "cov-loop-switch-discard-never-hit.amber", "cov-loop-switch-discard-never-hit", "A fragment shader that covers specific LLVM code paths" },
356 { "cov-loop-two-iterators-increment-array-empty-do-while.amber", "cov-loop-two-iterators-increment-array-empty-do-while", "A fragment shader that covers specific LLVM code paths" },
357 { "cov-loop-variable-less-than-itself.amber", "cov-loop-variable-less-than-itself", "A fragment shader that covers specific LLVM code paths" },
358 { "cov-loop-with-two-integers.amber", "cov-loop-with-two-integers", "A fragment shader that covers specific NIR code paths" },
359 { "cov-machine-scheduler-for-if-pow.amber", "cov-machine-scheduler-for-if-pow", "A fragment shader that covers a specific machine scheduler path" },
360 { "cov-machine-basic-block-for-for-for-less-than.amber", "cov-machine-basic-block-for-for-for-less-than", "A fragment shader that covers a specific machine basic block code paths" },
361 { "cov-machinevaluetype-one-iter-loop.amber", "cov-machinevaluetype-one-iter-loop", "A fragment shader that covers a specific machine value type code path" },
362 { "cov-matching-conditions-break.amber", "cov-matching-conditions-break", "A fragment shader that covers specific NIR code paths" },
363 { "cov-matching-if-always-true-inside-loop.amber", "cov-matching-if-always-true-inside-loop", "A fragment shader that covers specific NIR code paths" },
364 { "cov-matrix-double-transpose.amber", "cov-matrix-double-transpose", "A fragment shader that covers specific NIR code paths" },
365 { "cov-matrix-mult-round-even-asinh.amber", "cov-matrix-mult-round-even-asinh", "A fragment shader that covers specific LLVM code paths" },
366 { "cov-matrix-square-mul-with-vector.amber", "cov-matrix-square-mul-with-vector", "A fragment shader that covers specific NIR code paths" },
367 { "cov-max-clamp-same-minval.amber", "cov-max-clamp-same-minval", "A fragment shader that covers a specific instruction simplification path" },
368 { "cov-max-min-less-than.amber", "cov-max-min-less-than", "A fragment shader that covers a specific inst combine select code path" },
369 { "cov-mem-pass-sum-struct-members.amber", "cov-mem-pass-sum-struct-members", "A fragment shader that covers a specific mem pass code path." },
370 { "cov-mem-pass-unused-component.amber", "cov-mem-pass-unused-component", "A fragment shader that covers a specific mem pass code path." },
371 { "cov-merge-return-condition-twice.amber", "cov-merge-return-condition-twice", "A fragment shader that covers a specific return merge path." },
372 { "cov-min-intbitstofloat-undefined-never-used.amber", "cov-min-intbitstofloat-undefined-never-used", "A fragment shader that covers specific LLVM code paths" },
373 { "cov-min-negative-constant-always-below-one.amber", "cov-min-negative-constant-always-below-one", "A fragment shader that covers specific LLVM code paths" },
374 { "cov-min-nested-loop-same-value-for-variables.amber", "cov-min-nested-loop-same-value-for-variables", "A fragment shader that covers specific NIR code paths" },
375 { "cov-missing-return-value-function-never-called.amber", "cov-missing-return-value-function-never-called", "A fragment shader that covers specific BRW code paths" },
376 { "cov-mix-uninitialized-float-never-selected.amber", "cov-mix-uninitialized-float-never-selected", "A fragment shader that covers specific LLVM code paths" },
377 { "cov-mix-uninitialized-vector-select-only-defined-data.amber", "cov-mix-uninitialized-vector-select-only-defined-data", "A fragment shader that covers specific LLVM code paths" },
378 { "cov-mod-acosh.amber", "cov-mod-acosh", "A fragment shader that calculates modulo of an acosh result" },
379 { "cov-mod-uint-bits-float.amber", "cov-mod-uint-bits-float", "A fragment shader that covers a specific APFloat path" },
380 { "cov-modf-clamp-for.amber", "cov-modf-clamp-for", "A fragment shader that covers a specific live intervals code path" },
381 { "cov-modf-integer-to-private.amber", "cov-modf-integer-to-private", "A fragment shader that covers a specific private to local path." },
382 { "cov-modulo-zero-never-executed.amber", "cov-modulo-zero-never-executed", "A fragment shader that covers specific NIR code paths" },
383 { "cov-multiple-fragcoord-conditions-false-never-return-sample-texture.amber", "cov-multiple-fragcoord-conditions-false-never-return-sample-texture", "A fragment shader that covers specific LLVM code paths" },
384 { "cov-multiple-fragcoord-conditions-never-return-color-uninitialized.amber", "cov-multiple-fragcoord-conditions-never-return-color-uninitialized", "A fragment shader that covers specific LLVM code paths" },
385 { "cov-multiple-loops-same-condition-always-false-global-loop-counter.amber", "cov-multiple-loops-same-condition-always-false-global-loop-counter", "A fragment shader that covers specific LLVM code paths" },
386 { "cov-multiple-one-iteration-loops-global-counter-write-matrices.amber", "cov-multiple-one-iteration-loops-global-counter-write-matrices", "A fragment shader that covers specific BRW code paths" },
387 { "cov-negative-integer-bitwise-or-uniform-increment-loop.amber", "cov-negative-integer-bitwise-or-uniform-increment-loop", "A fragment shader that covers specific LLVM code paths" },
388 { "cov-nested-functions-accumulate-global-matrix.amber", "cov-nested-functions-accumulate-global-matrix", "A fragment shader that covers specific NIR code paths" },
389 { "cov-nested-functions-compare-fragcood-length-zero-vector.amber", "cov-nested-functions-compare-fragcood-length-zero-vector", "A fragment shader that covers specific LLVM code paths" },
390 { "cov-nested-functions-loop-assign-global-array-element.amber", "cov-nested-functions-loop-assign-global-array-element", "A fragment shader that covers specific LLVM code paths" },
391 { "cov-nested-functions-struct-arrays-vector-lengths.amber", "cov-nested-functions-struct-arrays-vector-lengths", "A fragment shader that covers specific LLVM code paths" },
392 { "cov-nested-loop-continue-inner-copy-array-element.amber", "cov-nested-loop-continue-inner-copy-array-element", "A fragment shader that covers specific LLVM code paths" },
393 { "cov-nested-loop-decrease-vector-components.amber", "cov-nested-loop-decrease-vector-components", "A fragment shader that covers specific LLVM code paths" },
394 { "cov-nested-loop-initializer-value-increased-inside.amber", "cov-nested-loop-initializer-value-increased-inside", "A fragment shader that covers specific LLVM code paths" },
395 { "cov-nested-loop-large-array-index-using-vector-components.amber", "cov-nested-loop-large-array-index-using-vector-components", "A fragment shader that covers specific LLVM code paths" },
396 { "cov-nested-loop-not-greater-than-increment-array-element.amber", "cov-nested-loop-not-greater-than-increment-array-element", "A fragment shader that covers specific LLVM code paths" },
397 { "cov-nested-loop-undefined-smoothstep-never-executed.amber", "cov-nested-loop-undefined-smoothstep-never-executed", "A fragment shader that covers specific BRW code paths" },
398 { "cov-nested-loops-clamp-ivec-push-constant-increment-global-counter.amber", "cov-nested-loops-clamp-ivec-push-constant-increment-global-counter", "A fragment shader that covers specific LLVM code paths" },
399 { "cov-nested-loops-copy-array-elements-skip-first.amber", "cov-nested-loops-copy-array-elements-skip-first", "A fragment shader that covers specific LLVM code paths" },
400 { "cov-nested-loops-decrease-ivec-component.amber", "cov-nested-loops-decrease-ivec-component", "A fragment shader that covers specific LLVM code paths" },
401 { "cov-nested-loops-different-iteration-rates-function-copy-array-elements.amber", "cov-nested-loops-different-iteration-rates-function-copy-array-elements", "A fragment shader that covers specific LLVM code paths" },
402 { "cov-nested-loops-divide-integer-constant-always-zero.amber", "cov-nested-loops-divide-integer-constant-always-zero", "A fragment shader that covers specific LLVM code paths" },
403 { "cov-nested-loops-decrease-vector-component-by-matrix-element-global-loop-counter.amber", "cov-nested-loops-decrease-vector-component-by-matrix-element-global-loop-counter", "A fragment shader that covers specific LLVM code paths" },
404 { "cov-nested-loops-float-array-select-by-fragcoord.amber", "cov-nested-loops-float-array-select-by-fragcoord", "A fragment shader that covers specific BRW code paths" },
405 { "cov-nested-loops-float-bits-to-int-increment-array.amber", "cov-nested-loops-float-bits-to-int-increment-array", "A fragment shader that covers specific LLVM code paths" },
406 { "cov-nested-loops-fragcoord-never-return-descending-loop.amber", "cov-nested-loops-fragcoord-never-return-descending-loop", "A fragment shader that covers specific LLVM code paths" },
407 { "cov-nested-loops-global-counter-func-set-struct-field.amber", "cov-nested-loops-global-counter-func-set-struct-field", "A fragment shader that covers specific LLVM code paths" },
408 { "cov-nested-loops-global-counter-increment-single-element.amber", "cov-nested-loops-global-counter-increment-single-element", "A fragment shader that covers specific LLVM code paths" },
409 { "cov-nested-loops-global-loop-counter-do-while-accumulate-float.amber", "cov-nested-loops-global-loop-counter-do-while-accumulate-float", "A fragment shader that covers specific BRW code paths" },
410 { "cov-nested-loops-global-loop-counter-fragcoord-negative-always-false.amber", "cov-nested-loops-global-loop-counter-fragcoord-negative-always-false", "A fragment shader that covers specific LLVM code paths" },
411 { "cov-nested-loops-global-loop-counter-iterator-dependency.amber", "cov-nested-loops-global-loop-counter-iterator-dependency", "A fragment shader that covers specific LLVM code paths" },
412 { "cov-nested-loops-global-loop-counter-output-color-from-backup.amber", "cov-nested-loops-global-loop-counter-output-color-from-backup", "A fragment shader that covers specific LLVM code paths" },
413 { "cov-nested-loops-identical-iterator-names-multiply-divide.amber", "cov-nested-loops-identical-iterator-names-multiply-divide", "A fragment shader that covers specific LLVM code paths" },
414 { "cov-nested-loops-identical-iterators-compare-same-array-elements.amber", "cov-nested-loops-identical-iterators-compare-same-array-elements", "A fragment shader that covers specific LLVM code paths" },
415 { "cov-nested-loops-increase-integer-dot-product.amber", "cov-nested-loops-increase-integer-dot-product", "A fragment shader that covers specific LLVM code paths" },
416 { "cov-nested-loops-inner-loop-min-copy-array-elements.amber", "cov-nested-loops-inner-loop-min-copy-array-elements", "A fragment shader that covers specific LLVM code paths" },
417 { "cov-nested-loops-never-change-array-element-one.amber", "cov-nested-loops-never-change-array-element-one", "A fragment shader that covers specific LLVM code paths" },
418 { "cov-nested-loops-redundant-condition.amber", "cov-nested-loops-redundant-condition", "A fragment shader that covers specific LLVM code paths" },
419 { "cov-nested-loops-return-inside-while-never-executed.amber", "cov-nested-loops-return-inside-while-never-executed", "A fragment shader that covers specific LLVM code paths" },
420 { "cov-nested-loops-sample-opposite-corners.amber", "cov-nested-loops-sample-opposite-corners", "A fragment shader that covers specific LLVM code paths" },
421 { "cov-nested-loops-set-struct-data-verify-in-function.amber", "cov-nested-loops-set-struct-data-verify-in-function", "A fragment shader that covers specific BRW code paths" },
422 { "cov-nested-loops-substract-matrix-element-change-float.amber", "cov-nested-loops-substract-matrix-element-change-float", "A fragment shader that covers specific LLVM code paths" },
423 { "cov-nested-loops-switch-case-fallthrough-increment-array-element.amber", "cov-nested-loops-switch-case-fallthrough-increment-array-element", "A fragment shader that covers specific LLVM code paths" },
424 { "cov-nested-loops-temporary-copy-output-color-index-matrix.amber", "cov-nested-loops-temporary-copy-output-color-index-matrix", "A fragment shader that covers specific LLVM code paths" },
425 { "cov-nested-loops-while-min-iterator-condition-always-false.amber", "cov-nested-loops-while-min-iterator-condition-always-false", "A fragment shader that covers specific LLVM code paths" },
426 { "cov-nested-loops-switch-add-zero-matrix-elements.amber", "cov-nested-loops-switch-add-zero-matrix-elements", "A fragment shader that covers specific LLVM code paths" },
427 { "cov-nested-loops-while-condition-integer-range-increment-variable.amber", "cov-nested-loops-while-condition-integer-range-increment-variable", "A fragment shader that covers specific LLVM code paths" },
428 { "cov-nested-structs-function-set-inner-struct-field-return.amber", "cov-nested-structs-function-set-inner-struct-field-return", "A fragment shader that covers specific LLVM code paths" },
429 { "cov-nir-array-access.amber", "cov-nir-array-access", "A fragment shader that covers a specific nir path" },
430 { "cov-nir-opt-large-constants-for-clamp-vector-access.amber", "cov-nir-opt-large-constants-for-clamp-vector-access", "A fragment shader that covers a specific nir opt large constants path" },
431 { "cov-nir-opt-loop-unroll-if-if-if-if-do-while.amber", "cov-nir-opt-loop-unroll-if-if-if-if-do-while", "A fragment shader that covers a specific nir opt loop unroll path" },
432 { "cov-nouble-negation-fragcoord-cast-ivec2-bitwise-and.amber", "cov-nouble-negation-fragcoord-cast-ivec2-bitwise-and", "A fragment shader that covers specific LLVM code paths" },
433 { "cov-one-minus-clamp-always-one-cast-to-int.amber", "cov-one-minus-clamp-always-one-cast-to-int", "A fragment shader that covers specific NIR code paths" },
434 { "cov-optimize-phis-for.amber", "cov-optimize-phis-for", "A fragment shader that cover specific optimize phis code paths" },
435 { "cov-optimize-phis-for-for-do-while-if-if.amber", "cov-optimize-phis-for-for-do-while-if-if", "A fragment shader that covers a specific optimize PHIs code path" },
436 { "cov-not-clamp-matrix-access.amber", "cov-not-clamp-matrix-access", "A fragment shader that covers a specific selection dag code path" },
437 { "cov-packhalf-unpackunorm.amber", "cov-packhalf-unpackunorm", "A fragment shader that covers a specific inst combine shifts code path" },
438 { "cov-pattern-match-signum.amber", "cov-pattern-match-signum", "A fragment shader that covers a specific pattern matching path." },
439 { "cov-pattern-match-single-bit.amber", "cov-pattern-match-single-bit", "A fragment shader that covers a specific pattern matching path." },
440 { "cov-peephole-optimizer-target-instr-info-for-if-if-if.amber", "cov-peephole-optimizer-target-instr-info-for-if-if-if", "Covers peephole optimizer and instr info code paths" },
441 { "cov-pow-distance-uniform-vector-constant-one-vector.amber", "cov-pow-distance-uniform-vector-constant-one-vector", "A fragment shader that covers specific LLVM code paths" },
442 { "cov-pow-identical-value-sqrt.amber", "cov-pow-identical-value-sqrt", "A fragment shader that covers specific SPIR-V lower math code paths" },
443 { "cov-pow-undefined.amber", "cov-pow-undefined", "A fragment shader that covers specific constant fold and selection dag code paths" },
444 { "cov-pow-undefined-result-condition-with-always-true.amber", "cov-pow-undefined-result-condition-with-always-true", "A fragment shader that covers specific LLVM code paths" },
445 { "cov-rcp-negative-int.amber", "cov-rcp-negative-int", "A fragment shader that covers specific NIR code paths" },
446 { "cov-read-matrix-push-constant.amber", "cov-read-matrix-push-constant", "A fragment shader that covers specific SPIR-V reader code paths" },
447 { "cov-reciprocal-var-minus-one.amber", "cov-reciprocal-var-minus-one", "A fragment shader that covers specific NIR code paths" },
448 { "cov-reduce-load-replace-extract.amber", "cov-reduce-load-replace-extract", "A fragment shader that covers a specific load size reduction path." },
449 { "cov-register-coalescer-live-intervals-target-instr-info-for-discard-for-discard.amber", "cov-register-coalescer-live-intervals-target-instr-info-for-discard-for-discard", "Covers register coalescer, live intervals and target instr info code paths" },
450 { "cov-reinitialize-matrix-after-undefined-value.amber", "cov-reinitialize-matrix-after-undefined-value", "A fragment shader that covers specific NIR code paths" },
451 { "cov-repeating-conditions-fract-unused.amber", "cov-repeating-conditions-fract-unused", "A fragment shader that covers specific LLVM code paths" },
452 { "cov-replace-copy-object.amber", "cov-replace-copy-object", "A fragment shader that covers a specific shader simplification path." },
453 { "cov-return-after-do-while.amber", "cov-return-after-do-while", "A fragment shader that covers a specific simplify cfg code path" },
454 { "cov-return-after-first-iteration.amber", "cov-return-after-first-iteration", "A fragment shader that covers specific BRW code paths" },
455 { "cov-return-partly-undefined-vector-from-array.amber", "cov-return-partly-undefined-vector-from-array", "A fragment shader that covers specific NIR code paths" },
456 { "cov-sample-texture-hundred-iterations.amber", "cov-sample-texture-hundred-iterations", "A fragment shader that covers specific NIR code paths" },
457 { "cov-sampler-as-function-argument.amber", "cov-sampler-as-function-argument", "A fragment shader that covers specific SPIR-V reader code paths" },
458 { "cov-scaled-number-nested-loops.amber", "cov-scaled-number-nested-loops", "A fragment shader that covers a specific scaled number code path." },
459 { "cov-selection-dag-assign-back-and-forth.amber", "cov-selection-dag-assign-back-and-forth", "A fragment shader that covers a specific selection DAG code path" },
460 { "cov-selection-dag-lt-gt.amber", "cov-selection-dag-lt-gt", "A fragment shader that covers a specific selection DAG code path" },
461 { "cov-scaled-number-nested-loops-array-access.amber", "cov-scaled-number-nested-loops-array-access", "A fragment shader that covers a specific scaled number path" },
462 { "cov-schedule-dag-rrlist-mix-log-cos.amber", "cov-schedule-dag-rrlist-mix-log-cos", "Covers a specific schedule dag register reduction list code path" },
463 { "cov-selection-dag-inverse-clamp.amber", "cov-selection-dag-inverse-clamp", "A fragment shader that covers a specific selection DAG code path" },
464 { "cov-selection-dag-same-cond-twice.amber", "cov-selection-dag-same-cond-twice", "A fragment shader that covers a specific selection DAG code path" },
465 { "cov-set-output-color-function-call-nested-loop.amber", "cov-set-output-color-function-call-nested-loop", "A fragment shader that covers specific BRW code paths" },
466 { "cov-set-vector-cos-fragcoord.amber", "cov-set-vector-cos-fragcoord", "A fragment shader that covers a specific set vector code path." },
467 { "cov-sign-array-access-uaddcarry.amber", "cov-sign-array-access-uaddcarry", "A fragment shader that covers a specific inst combine compares code path" },
468 { "cov-simplification-unused-struct.amber", "cov-simplification-unused-struct", "A fragment shader that covers a specific shader simplification path." },
469 { "cov-simplification-while-inside-for.amber", "cov-simplification-while-inside-for", "A fragment shader that covers a specific code simplification path." },
470 { "cov-simplify-clamp-max-itself.amber", "cov-simplify-clamp-max-itself", "A fragment shader that covers a specific instruction simplification code path" },
471 { "cov-simplify-combine-compares-max-max-one.amber", "cov-simplify-combine-compares-max-max-one", "Covers specific instruction simplifying and combining code paths" },
472 { "cov-simplify-component-uniform-idx.amber", "cov-simplify-component-uniform-idx", "A fragment shader that covers a specific instruction simplification code path" },
473 { "cov-simplify-div-by-uint-one.amber", "cov-simplify-div-by-uint-one", "A fragment shader that covers a specific instruction simplification code path" },
474 { "cov-simplify-for-bitwise-condition.amber", "cov-simplify-for-bitwise-condition", "A fragment shader that covers a specific instruction simplify code path" },
475 { "cov-simplify-ldexp-exponent-zero.amber", "cov-simplify-ldexp-exponent-zero", "A fragment shader that covers a specific instruction simplification code path" },
476 { "cov-simplify-max-multiplied-values.amber", "cov-simplify-max-multiplied-values", "A fragment shader that covers a specific instruction simplify code path" },
477 { "cov-simplify-modulo-1.amber", "cov-simplify-modulo-1", "A fragment shader that covers a specific instruction simplification code path" },
478 { "cov-simplify-mul-identity.amber", "cov-simplify-mul-identity", "A fragment shader that covers a specific instruction simplification code path" },
479 { "cov-simplify-not-less-than-neg.amber", "cov-simplify-not-less-than-neg", "A fragment shader that covers a specific instruction simplification code path" },
480 { "cov-simplify-right-shift-greater-than-zero.amber", "cov-simplify-right-shift-greater-than-zero", "Covers specific instruction simplify and combine compare code paths" },
481 { "cov-simplify-select-fragcoord.amber", "cov-simplify-select-fragcoord", "A fragment shader that covers a specific instruction simplification code path" },
482 { "cov-simplify-sign-cosh.amber", "cov-simplify-sign-cosh", "A fragment shader that covers a specific instruction simplification path" },
483 { "cov-simplify-smoothstep-undef.amber", "cov-simplify-smoothstep-undef", "A fragment shader that covers a specific instruction simplification code path" },
484 { "cov-sin-mul-mat-mat-mul-vec-mat.amber", "cov-sin-mul-mat-mat-mul-vec-mat", "A fragment shader that covers a specific dag combiner code path" },
485 { "cov-single-block-elim-self-assign.amber", "cov-single-block-elim-self-assign", "A fragment shader that covers a specific single block elimination path." },
486 { "cov-single-store-elim-assume-store.amber", "cov-single-store-elim-assume-store", "A fragment shader that covers a specific single store elimination path." },
487 { "cov-sinh-ldexp.amber", "cov-sinh-ldexp", "A fragment shader that covers a specific inst combine compares code path" },
488 { "cov-ssa-rewrite-case-with-default.amber", "cov-ssa-rewrite-case-with-default", "A fragment shader that covers a specific SSA rewrite path." },
489 { "cov-step-sinh.amber", "cov-step-sinh", "A fragment shader that covers a specific APFloat code path" },
490 { "cov-struct-float-array-mix-uniform-vectors.amber", "cov-struct-float-array-mix-uniform-vectors", "A fragment shader that covers specific LLVM code paths" },
491 { "cov-struct-int-array-select-uniform-ivec.amber", "cov-struct-int-array-select-uniform-ivec", "A fragment shader that covers specific LLVM code paths" },
492 { "cov-sum-uniform-vector-components-round.amber", "cov-sum-uniform-vector-components-round", "A fragment shader that covers specific NIR code paths" },
493 { "cov-switch-fallthrough-variable-from-first-case.amber", "cov-switch-fallthrough-variable-from-first-case", "A fragment shader that covers specific LLVM code paths" },
494 { "cov-tail-duplicator-for-for-for.amber", "cov-tail-duplicator-for-for-for", "A fragment shader that covers a specific tail duplicator code path" },
495 { "cov-tail-duplicator-infinite-loops.amber", "cov-tail-duplicator-infinite-loops", "A fragment shader that covers a specific tail duplicator code path" },
496 { "cov-target-lowering-dfdx-cos.amber", "cov-target-lowering-dfdx-cos", "A fragment shader that covers a specific target lowering code path." },
497 { "cov-target-lowering-inst-combine-compares-struct-array-clamp-function-cal.amber", "cov-target-lowering-inst-combine-compares-struct-array-clamp-function-cal", "Covers target lowering and compare combining code paths" },
498 { "cov-texel-double-negation.amber", "cov-texel-double-negation", "A fragment shader that covers specific NIR code paths" },
499 { "cov-transpose-multiply.amber", "cov-transpose-multiply", "A fragment shader that covers specific NIR code paths" },
500 { "cov-trunc-fract-always-zero.amber", "cov-trunc-fract-always-zero", "A fragment shader that covers specific NIR code paths" },
501 { "cov-two-functions-loops-copy-elements-infinite-loops-never-executed.amber", "cov-two-functions-loops-copy-elements-infinite-loops-never-executed", "A fragment shader that covers specific LLVM code paths" },
502 { "cov-two-functions-modify-struct-array-element-return-from-loop.amber", "cov-two-functions-modify-struct-array-element-return-from-loop", "A fragment shader that covers specific LLVM code paths" },
503 { "cov-two-loops-global-loop-counter-shift-right-zero-increment-array-element.amber", "cov-two-loops-global-loop-counter-shift-right-zero-increment-array-element", "A fragment shader that covers specific LLVM code paths" },
504 { "cov-two-loops-increment-integer-global-counter-break-square-threshold.amber", "cov-two-loops-increment-integer-global-counter-break-square-threshold", "A fragment shader that covers specific LLVM code paths" },
505 { "cov-two-nested-loops-switch-case-matrix-array-increment.amber", "cov-two-nested-loops-switch-case-matrix-array-increment", "A fragment shader that covers specific LLVM code paths" },
506 { "cov-types-return-in-main-never-hit.amber", "cov-types-return-in-main-never-hit", "A fragment shader that covers a specific types optimization path." },
507 { "cov-uadd-carry-bit-count-index-array.amber", "cov-uadd-carry-bit-count-index-array", "A fragment shader that covers specific LLVM code paths" },
508 { "cov-ucarryadd-one-and-one.amber", "cov-ucarryadd-one-and-one", "A fragment shader that covers specific LLVM code paths" },
509 { "cov-undefined-inversesqrt-reflect.amber", "cov-undefined-inversesqrt-reflect", "A fragment shader that covers a specific APFloat code path" },
510 { "cov-uniform-vector-copy.amber", "cov-uniform-vector-copy", "A fragment shader that covers specific NIR code paths" },
511 { "cov-uniform-vector-function-argument-mod-increment-integers.amber", "cov-uniform-vector-function-argument-mod-increment-integers", "A fragment shader that covers specific LLVM code paths" },
512 { "cov-uninitialized-values-passed-to-function-never-executed.amber", "cov-uninitialized-values-passed-to-function-never-executed", "A fragment shader that covers specific NIR code paths" },
513 { "cov-unpack-unorm-mix-always-one.amber", "cov-unpack-unorm-mix-always-one", "A fragment shader that covers specific NIR code paths" },
514 { "cov-unused-access-past-matrix-elements.amber", "cov-unused-access-past-matrix-elements", "A fragment shader that covers specific NIR code paths" },
515 { "cov-unused-matrix-copy-inside-loop.amber", "cov-unused-matrix-copy-inside-loop", "A fragment shader that covers specific NIR code paths" },
516 { "cov-val-cfg-case-fallthrough.amber", "cov-val-cfg-case-fallthrough", "A fragment shader that covers a specific shader validation path." },
517 { "cov-value-inst-combine-select-value-tracking-flip-bits.amber", "cov-value-inst-combine-select-value-tracking-flip-bits", "Covers value, inst combine select and value tracking code paths" },
518 { "cov-value-tracking-apint-inst-combine-simplify-one-mod-loop-iterator.amber", "cov-value-tracking-apint-inst-combine-simplify-one-mod-loop-iterator", "A fragment shader that calculates modulo of constant one with a loop iterator" },
519 { "cov-value-tracking-const-dfdy.amber", "cov-value-tracking-const-dfdy", "A fragment shader that covers a specific value tracking code path" },
520 { "cov-value-tracking-constant-fold-refraction-dfxd-determinant.amber", "cov-value-tracking-constant-fold-refraction-dfxd-determinant", "A fragment shader that calculates refraction with certain values" },
521 { "cov-value-tracking-inclusive-or.amber", "cov-value-tracking-inclusive-or", "A fragment shader that covers a specific value tracking path" },
522 { "cov-value-tracking-known-nonzero.amber", "cov-value-tracking-known-nonzero", "A fragment shader that covers a specific value tracking path" },
523 { "cov-value-tracking-max-uintbitstofloat.amber", "cov-value-tracking-max-uintbitstofloat", "A fragment shader that covers a specific value tracking path" },
524 { "cov-value-tracking-selection-dag-negation-clamp-loop.amber", "cov-value-tracking-selection-dag-negation-clamp-loop", "A fragment shader that calculates negation of clamped loop iterator values" },
525 { "cov-value-tracking-uniform-incident.amber", "cov-value-tracking-uniform-incident", "A fragment shader that covers a specific value tracking code path" },
526 { "cov-variable-copy-in-function-tex-sample.amber", "cov-variable-copy-in-function-tex-sample", "A fragment shader that covers specific NIR code paths" },
527 { "cov-vec2-dot-max-uniform.amber", "cov-vec2-dot-max-uniform", "A fragment shader that covers specific LLVM code paths" },
528 { "cov-vec2-dot-minus-negative-zero.amber", "cov-vec2-dot-minus-negative-zero", "A fragment shader that covers specific LLVM code paths" },
529 { "cov-vec2-duplicate-min-always-half.amber", "cov-vec2-duplicate-min-always-half", "A fragment shader that covers specific LLVM code paths" },
530 { "cov-vector-dce-inc-unused-comp.amber", "cov-vector-dce-inc-unused-comp", "A fragment shader that covers a specific vector DCE path." },
531 { "cov-vector-dce-unused-component.amber", "cov-vector-dce-unused-component", "A fragment shader that covers a specific vector DCE path." },
532 { "cov-vector-illegal-index-never-executed.amber", "cov-vector-illegal-index-never-executed", "A fragment shader that covers specific NIR code paths" },
533 { "cov-vector-log2-cosh.amber", "cov-vector-log2-cosh", "A fragment shader that covers a specific vector log2 and cosh code path." },
534 { "cov-wrap-op-kill-for-loop.amber", "cov-wrap-op-kill-for-loop", "A fragment shader that covers a specific OpKill wrapping code path" },
535 { "cov-wrap-op-kill-two-branches.amber", "cov-wrap-op-kill-two-branches", "A fragment shader that covers a specific OpKill wrapping path." },
536 { "cov-write-past-matrix-elements-unused.amber", "cov-write-past-matrix-elements-unused", "A fragment shader that covers specific NIR code paths" },
537 { "cov-x86-instr-info-determinant-min.amber", "cov-x86-instr-info-determinant-min", "A fragment shader that covers a specific x86 instr info code path" },
538 { "cov-x86-isel-lowering-determinant-exp-acos.amber", "cov-x86-isel-lowering-determinant-exp-acos", "A fragment shader that covers a specific x86 isel lowering code path" },
539 { "cov-x86-isel-lowering-machine-value-type-uint-to-float.amber", "cov-x86-isel-lowering-machine-value-type-uint-to-float", "Covers specific X86 ISel lowering and machine value type code paths" },
540 { "cov-x86-isel-lowering-selection-dag-struct-array-clamp-index.amber", "cov-x86-isel-lowering-selection-dag-struct-array-clamp-index", "Covers a specific X86 ISel lowering and DAG selection code paths" },
541 { "cov-x86-isel-lowering-apfloat-nan-cos-cos.amber", "cov-x86-isel-lowering-apfloat-nan-cos-cos", "A fragment shader that covers a specific X86 ISel lowering and AP Float code paths"},
542 { "cov-x86-isel-lowering-negative-left-shift.amber", "cov-x86-isel-lowering-negative-left-shift", "A fragment shader that covers a specific X86 ISel lowering code path" },
543 { "create-color-in-do-while-for-loop.amber", "create-color-in-do-while-for-loop", "A fragment shader that creates the color inside two loops" },
544 { "dead-barriers-in-loops.amber", "dead-barriers-in-loops", "A compute shader with dead barriers" },
545 { "dead-struct-init.amber", "dead-struct-init", "A fragment shader that uses struct initializers" },
546 { "disc-and-add-in-func-in-loop.amber", "disc-and-add-in-func-in-loop", "A fragment shader with discard and add in function in loop" },
547 { "discard-continue-return.amber", "discard-continue-return", "A fragment shader with a discard, continue, and return" },
548 { "discard-in-array-manipulating-loop.amber", "discard-in-array-manipulating-loop", "An array-manipulating fragment shader with a discard" },
549 { "discard-in-loop.amber", "discard-in-loop", "A shader with a discard in a loop" },
550 { "discard-in-loop-in-function.amber", "discard-in-loop-in-function", "A shader with a discard nested in a loop in a function" },
551 { "discards-in-control-flow.amber", "discards-in-control-flow", "A fragment shader with discards in loops and conditionals" },
552 { "do-while-false-if.amber", "do-while-false-if", "A fragment shader with false if return in do while loop" },
553 { "do-while-false-loops.amber", "do-while-false-loops", "Code wrapped in nested single iteration loops" },
554 { "do-while-if-return.amber", "do-while-if-return", "A fragment shader with true if in a nested do while loop" },
555 { "do-while-loop-in-conditionals.amber", "do-while-loop-in-conditionals", "A fragment shader with do-while loop in conditional nest" },
556 { "do-while-with-always-true-if.amber", "do-while-with-always-true-if", "A fragment shader with a do while that always returns" },
557 { "do-while-with-if-condition.amber", "do-while-with-if-condition", "A fragment shader that has nested if condition in do while" },
558 { "early-return-and-barrier.amber", "early-return-and-barrier", "A compute shader with an early return and a barrier" },
559 { "find-msb-from-lsb.amber", "find-msb-from-lsb", "A fragment shader that finds MSB from LSB" },
560 { "flag-always-false-if.amber", "flag-always-false-if", "A fragment shader with recurrent always false if statement" },
561 { "for-condition-always-false.amber", "for-condition-always-false", "A fragment shader that uses a for loop with condition always false" },
562 { "for-loop-with-return.amber", "for-loop-with-return", "A fragment shader with a for loop that loops only once" },
563 { "for-with-ifs-and-return.amber", "for-with-ifs-and-return", "A fragment shader with two ifs and return/continue inside a for loop" },
564 { "frag-coord-func-call-and-ifs.amber", "frag-coord-func-call-and-ifs", "A fragment shader with many uses of gl_FragCoord" },
565 { "fragcoord-control-flow.amber", "fragcoord-control-flow", "A fragment shader that uses FragCoord and somewhat complex control flow" },
566 { "fragcoord-control-flow-2.amber", "fragcoord-control-flow-2", "A fragment shader that uses FragCoord and somewhat complex control flow" },
567 { "function-with-float-comparison.amber", "function-with-float-comparison", "A fragment shader that compares a float and a coordinate" },
568 { "function-with-uniform-return.amber", "function-with-uniform-return", "A fragment shader with uniform value as a return" },
569 { "global-array-loops.amber", "global-array-loops", "A loop that writes then reads a global array" },
570 { "if-and-switch.amber", "if-and-switch", "A fragment shader with a switch and some data flow" },
571 { "increment-value-in-nested-for-loop.amber", "increment-value-in-nested-for-loop", "A frag. shader that increments a value in nested for loop" },
572 { "injection-switch-as-comparison.amber", "injection-switch-as-comparison", "A fragment shader with uniform comparison in loop" },
573 { "int-mat2-struct.amber", "int-mat2-struct", "Fragment shader using (int, mat2) struct" },
574 { "loop-call-discard.amber", "loop-call-discard", "A fragment shader with nested loops and a function call" },
575 { "loop-dead-if-loop.amber", "loop-dead-if-loop", "A fragment shader with a loop, dead if, and a loop" },
576 { "loop-nested-ifs.amber", "loop-nested-ifs", "A fragment shader with a for loop containing nested ifs" },
577 { "loops-breaks-returns.amber", "loops-breaks-returns", "A compute shader with loops, breaks, returns" },
578 { "loops-ifs-continues-call.amber", "loops-ifs-continues-call", "A fragment shader with nested control flow and a call" },
579 { "mat-array-deep-control-flow.amber", "mat-array-deep-control-flow", "A fragment shader that uses an array of matrices and has deep control flow" },
580 { "mat-array-distance.amber", "mat-array-distance", "A fragment shader that uses an array of matrices and distance" },
581 { "mat-mul-in-loop.amber", "mat-mul-in-loop", "Shader with matrix multiplication in loop" },
582 { "matrices-and-return-in-loop.amber", "matrices-and-return-in-loop", "A fragment shader with matrices and a return in a loop" },
583 { "max-mix-conditional-discard.amber", "max-mix-conditional-discard", "A fragment shader with an expression used in two discard guards" },
584 { "mix-floor-add.amber", "mix-floor-add", "A fragment shader with mix, uintBitsToFloat, and floor" },
585 { "modf-gl-color.amber", "modf-gl-color", "A fragment shader with modf of gl color" },
586 { "modf-temp-modf-color.amber", "modf-temp-modf-color", "A fragment shader that calls modf twice, once with color" },
587 { "nested-for-break-mat-color.amber", "nested-for-break-mat-color", "Two nested for loops modify a mat4 then writes red" },
588 { "nested-for-loops-switch-fallthrough.amber", "nested-for-loops-switch-fallthrough", "A fragment shader with few nested loops with fallthrough" },
589 { "nested-for-loops-with-return.amber", "nested-for-loops-with-return", "A fragment shader with two nested for loops with return" },
590 { "nested-ifs-and-return-in-for-loop.amber", "nested-ifs-and-return-in-for-loop", "A fragment shader with return in nest of ifs, inside loop" },
591 { "nested-loops-switch.amber", "nested-loops-switch", "A fragment shader with nested loops and a switch" },
592 { "nested-switch-break-discard.amber", "nested-switch-break-discard", "Nested switches with break and discard" },
593 { "one-sized-array.amber", "one-sized-array", "A fragment shader that uses a struct with an array of size one" },
594 { "pow-vec4.amber", "pow-vec4", "A fragment shader that uses pow" },
595 { "return-before-writing-wrong-color.amber", "return-before-writing-wrong-color", "A fragment shader with return before writing wrong color" },
596 { "return-float-from-while-loop.amber", "return-float-from-while-loop", "A fragment shader with unreachable while loop" },
597 { "return-in-loop-in-function.amber", "return-in-loop-in-function", "A fragment shader with early return from loop in function" },
598 { "return-inside-loop-in-function.amber", "return-inside-loop-in-function", "A fragment shader with return inside loop" },
599 { "returned-boolean-in-vector.amber", "returned-boolean-in-vector", "A fragment shader with returned boolean in vector" },
600 { "set-color-in-one-iteration-while-loop.amber", "set-color-in-one-iteration-while-loop", "A frag shader that sets the color in one iter while loop" },
601 { "similar-nested-ifs.amber", "similar-nested-ifs", "A fragment shader with similar nested ifs and loops" },
602 { "smoothstep-after-loop.amber", "smoothstep-after-loop", "Fragment shader with 1-iteration loop and smoothstep" },
603 { "spv-access-chains.amber", "spv-access-chains", "Equivalent shaders, one with extra access chains" },
604 { "spv-composite-phi.amber", "spv-composite-phi", "Equivalent shaders, one with id used by OpPhi hidden in composite" },
605 { "spv-composite2.amber", "spv-composite2", "Equivalent shaders, one where an id is hidden inside a composite" },
606 { "spv-composites.amber", "spv-composites", "Equivalent shaders; one obfuscates an id via composites" },
607 { "spv-copy-object.amber", "spv-copy-object", "Equivalent shaders; one features extra OpCopyObject instructions" },
608 { "spv-dead-break-and-unroll.amber", "spv-dead-break-and-unroll", "Equivalent shaders, one with a dead break and an Unroll annotation" },
609 { "spv-declare-bvec4.amber", "spv-declare-bvec4", "Equivalent shaders except one declares a bvec4" },
610 { "spv-double-branch-to-same-block.amber", "spv-double-branch-to-same-block", "Equivalent shaders, one with more complex branching" },
611 { "spv-double-branch-to-same-block2.amber", "spv-double-branch-to-same-block2", "Equivalent shaders, one with more complex branching" },
612 { "spv-double-branch-to-same-block3.amber", "spv-double-branch-to-same-block3", "Equivalent shaders, one with more complex branching" },
613 { "spv-load-from-frag-color.amber", "spv-load-from-frag-color", "Equivalent shaders, one with extra access chains and load" },
614 { "spv-null-in-phi-and-unroll.amber", "spv-null-in-phi-and-unroll", "Equivalent shaders, one that uses null for 0 and an Unroll annotation" },
615 { "spv-stable-bifurcation-Os-mutate-var-vector-shuffle.amber", "spv-stable-bifurcation-Os-mutate-var-vector-shuffle", "Three shaders diff: mutate var, vector shuffle" },
616 { "spv-stable-bubblesort-flag-complex-conditionals.amber", "spv-stable-bubblesort-flag-complex-conditionals", "Equivalent shaders, one with more complex conditionals" },
617 { "spv-stable-collatz-O-mutate-composite-construct-extract.amber", "spv-stable-collatz-O-mutate-composite-construct-extract", "Two shaders diff: mutate var, comp extract/construct" },
618 { "spv-stable-colorgrid-modulo-O-move-block-down.amber", "spv-stable-colorgrid-modulo-O-move-block-down", "Two shaders with diff: some blocks moved down" },
619 { "spv-stable-maze-O-dead-code.amber", "spv-stable-maze-O-dead-code", "Equivalent shaders, one with instructions propagated to predecessors" },
620 { "spv-stable-maze-O-memory-accesses.amber", "spv-stable-maze-O-memory-accesses", "Equivalent shaders, one extra memory accesses" },
621 { "spv-stable-maze-flatten-copy-composite.amber", "spv-stable-maze-flatten-copy-composite", "Three shaders with diff: conditional %270 is flattened" },
622 { "spv-stable-mergesort-O-prop-up-mutate-var.amber", "spv-stable-mergesort-O-prop-up-mutate-var", "Three shaders with diff: mutate var" },
623 { "spv-stable-mergesort-dead-code.amber", "spv-stable-mergesort-dead-code", "Equivalent shaders, one with additional dead code" },
624 { "spv-stable-mergesort-flatten-selection-dead-continues.amber", "spv-stable-mergesort-flatten-selection-dead-continues", "Shaders diff: selection %25 flattened; dead continues" },
625 { "spv-stable-mergesort-func-inline-mutate-var.amber", "spv-stable-mergesort-func-inline-mutate-var", "Three shaders diff: mutated var" },
626 { "spv-stable-orbit-O-mutate-variable.amber", "spv-stable-orbit-O-mutate-variable", "Two shaders with diff: variable mutated" },
627 { "spv-stable-orbit-Os-access-chain-mutate-pointer.amber", "spv-stable-orbit-Os-access-chain-mutate-pointer", "Three shaders with diff: added mutate pointer" },
628 { "spv-stable-pillars-O-op-select-to-op-phi.amber", "spv-stable-pillars-O-op-select-to-op-phi", "Three shaders diff: OpSelect -> OpPhi" },
629 { "spv-stable-pillars-volatile-nontemporal-store.amber", "spv-stable-pillars-volatile-nontemporal-store", "Equivalent shaders, one with additional memory usage" },
630 { "spv-stable-quicksort-dontinline.amber", "spv-stable-quicksort-dontinline", "Equivalent shaders, one with DontInline attribute" },
631 { "spv-stable-quicksort-mat-func-param.amber", "spv-stable-quicksort-mat-func-param", "Two shaders with diff: added mat3x3 func param" },
632 { "spv-stable-rects-Os-mutate-var-push-through-var.amber", "spv-stable-rects-Os-mutate-var-push-through-var", "Three shaders diff: new variable used and mutated" },
633 { "spv-stable-sampler-loop-extra-instructions.amber", "spv-stable-sampler-loop-extra-instructions", "Equivalent shaders, one with irrelevant extra instructions" },
634 { "spv-stable-sampler-polar-simple-O-access-chain.amber", "spv-stable-sampler-polar-simple-O-access-chain", "Equivalent shaders, one with an additional access chain" },
635 { "stable-binarysearch-tree-false-if-discard-loop.amber", "stable-binarysearch-tree-false-if-discard-loop", "A fragment shader with always false if with discard loop" },
636 { "stable-binarysearch-tree-fragcoord-less-than-zero.amber", "stable-binarysearch-tree-fragcoord-less-than-zero", "A fragment shader with gl_FragCoord.x less than zero" },
637 { "stable-binarysearch-tree-nested-if-and-conditional.amber", "stable-binarysearch-tree-nested-if-and-conditional", "A fragment shader with nested if and conditional statement" },
638 { "stable-binarysearch-tree-with-loop-read-write-global.amber", "stable-binarysearch-tree-with-loop-read-write-global", "A pair of fragment shaders that both render red" },
639 { "stable-collatz-push-constant-with-nested-min-max.amber", "stable-collatz-push-constant-with-nested-min-max", "A fragment shader with push constant and nested min max" },
640 { "stable-colorgrid-modulo-double-always-false-discard.amber", "stable-colorgrid-modulo-double-always-false-discard", "A fragment shader with two always false discards" },
641 { "stable-mergesort-for-always-false-if-discard.amber", "stable-mergesort-for-always-false-if-discard", "A fragment shader with for loop and always false if" },
642 { "stable-mergesort-reversed-for-loop.amber", "stable-mergesort-reversed-for-loop", "A fragment shader with once iterated reversed for loop" },
643 { "stable-colorgrid-modulo-float-mat-determinant-clamp.amber", "stable-colorgrid-modulo-float-mat-determinant-clamp", "A fragment shader with clamped float in determinant matrix" },
644 { "stable-colorgrid-modulo-injected-conditional-true.amber", "stable-colorgrid-modulo-injected-conditional-true", "A fragment shader with an always true conditional" },
645 { "stable-colorgrid-modulo-true-conditional-divided-1.amber", "stable-colorgrid-modulo-true-conditional-divided-1", "A fragment shader with true conditional divided by 1" },
646 { "stable-colorgrid-modulo-true-conditional-simple-loop.amber", "stable-colorgrid-modulo-true-conditional-simple-loop", "A fragment shader with conditional and simple loop" },
647 { "stable-colorgrid-modulo-vec3-values-from-matrix.amber", "stable-colorgrid-modulo-vec3-values-from-matrix", "A fragment shader with vec3 values set from matrix4x2" },
648 { "stable-mergesort-clamped-conditional-bit-shift.amber", "stable-mergesort-clamped-conditional-bit-shift", "Two shaders with diff: conditional bit shift in a clamp" },
649 { "stable-quicksort-conditional-bitwise-or-clamp.amber", "stable-quicksort-conditional-bitwise-or-clamp", "A fragment shader with conditional bitwise or clamped" },
650 { "stable-quicksort-for-loop-with-injection.amber", "stable-quicksort-for-loop-with-injection", "A fragment shader with a for loop containing injection" },
651 { "stable-quicksort-if-false-else-return.amber", "stable-quicksort-if-false-else-return", "A fragment shader with an always false if statement" },
652 { "stable-quicksort-max-value-as-index.amber", "stable-quicksort-max-value-as-index", "A fragment shader with greater of two values as index" },
653 { "stable-rects-vec4-clamp-conditional-min-mix.amber", "stable-rects-vec4-clamp-conditional-min-mix", "A fragment shader with min-mix in always false conditional" },
654 { "stable-triangle-array-nested-loop.amber", "stable-triangle-array-nested-loop", "A fragment shader with array and nested loops" },
655 { "stable-triangle-nested-for-loop-and-true-if.amber", "stable-triangle-nested-for-loop-and-true-if", "A fragment shader with nested for loop and always true if" },
656 { "stable-triangle-clamp-conditional-mix.amber", "stable-triangle-clamp-conditional-mix", "A fragment shader with mix conditional in a clamp" },
657 { "stable-triangle-nested-conditional-clamped-float.amber", "stable-triangle-nested-conditional-clamped-float", "A fragment shader with nested conditional float in clamp" },
658 { "struct-and-unreachable-infinite-loop.amber", "struct-and-unreachable-infinite-loop", "Fragment shader with struct and unreachable infinite loop" },
659 { "struct-array-data-as-loop-iterator.amber", "struct-array-data-as-loop-iterator", "A fragment shader that uses struct array data for loop iterator value" },
660 { "struct-array-index.amber", "struct-array-index", "A fragment shader with struct array and always true if" },
661 { "struct-controlled-loop.amber", "struct-controlled-loop", "Shader with loop controlled by struct" },
662 { "struct-used-as-temporary.amber", "struct-used-as-temporary", "A fragment shader that uses a temporary struct variable" },
663 { "switch-case-with-undefined-expression.amber", "switch-case-with-undefined-expression", "A fragment shader with undefined expression" },
664 { "switch-if-discard.amber", "switch-if-discard", "A fragment shader with a switch, if, and discard" },
665 { "switch-inside-while-always-return.amber", "switch-inside-while-always-return", "A fragment shader with a switch inside while always return" },
666 { "switch-loop-switch-if.amber", "switch-loop-switch-if", "A nested switch-loop-switch" },
667 { "switch-with-empty-if-false.amber", "switch-with-empty-if-false", "A fragment shader with always false if in switch statement" },
668 { "switch-with-fall-through-cases.amber", "switch-with-fall-through-cases", "A fragment shader with switch cases that fall through" },
669 { "swizzle-struct-init-min.amber", "swizzle-struct-init-min", "A fragment shader that uses vector swizzles, struct initializers, and min" },
670 { "transpose-rectangular-matrix.amber", "transpose-rectangular-matrix", "Fragment shader that uses 'transpose'" },
671 { "two-2-iteration-loops.amber", "two-2-iteration-loops", "Fragment shader with pair of outer loops" },
672 { "two-for-loops-with-barrier-function.amber", "two-for-loops-with-barrier-function", "A compute shader with two barrier functions" },
673 { "two-loops-mat-add.amber", "two-loops-mat-add", "A fragment shader with two for loops over a global matrix" },
674 { "two-loops-matrix.amber", "two-loops-matrix", "A fragment shader with two loops and some matrices" },
675 { "two-loops-set-struct.amber", "two-loops-set-struct", "A fragment shader with two loops that write to a struct" },
676 { "two-loops-with-break.amber", "two-loops-with-break", "A fragment shader with two loops with breaks" },
677 { "two-nested-do-whiles.amber", "two-nested-do-whiles", "A fragment shader with nested do while" },
678 { "two-nested-for-loops-with-returns.amber", "two-nested-for-loops-with-returns", "A compute shader with two nested for loops" },
679 { "two-nested-infinite-loops-discard.amber", "two-nested-infinite-loops-discard", "A fragment shader with an always false if function" },
680 { "undefined-integer-in-function.amber", "undefined-integer-in-function", "A fragment shader with nested do while and undefined int" },
681 { "uninit-element-cast-in-loop.amber", "uninit-element-cast-in-loop", "A fragment shader with uninitialized element cast in loop" },
682 { "uninitialized-var-decrement-and-add.amber", "uninitialized-var-decrement-and-add", "A fragment shader that uses an uninitialized variable" },
683 { "undefined-assign-in-infinite-loop.amber", "undefined-assign-in-infinite-loop", "A fragment shader with uninitialized read in infinite loop" },
684 { "unreachable-barrier-in-loops.amber", "unreachable-barrier-in-loops", "A compute shader with an unreachable barrier in a loop nest" },
685 { "unreachable-continue-statement.amber", "unreachable-continue-statement", "A fragment shader with unreachable continue statement" },
686 { "unreachable-discard-statement-in-if.amber", "unreachable-discard-statement-in-if", "A fragment shader with discard keyword and a return" },
687 { "unreachable-discard-statement.amber", "unreachable-discard-statement", "A fragment shader with unreachable discard statement" },
688 { "unreachable-loops.amber", "unreachable-loops", "Fragment shader that writes red despite unreachable loops" },
689 { "unreachable-loops-in-switch.amber", "unreachable-loops-in-switch", "A fragment shader with unreachable loops in a switch" },
690 { "unreachable-return-in-loop.amber", "unreachable-return-in-loop", "A fragment shader with an unreachable return in a loop" },
691 { "unreachable-switch-case-with-discards.amber", "unreachable-switch-case-with-discards", "A shader with a switch statement containing unreachable discards" },
692 { "uv-value-comparison-as-boolean.amber", "uv-value-comparison-as-boolean", "A fragment shader with uv value comparison as boolean" },
693 { "vec2-modf.amber", "vec2-modf", "A fragment shader with vec2 in modulus fraction function" },
694 { "vector-values-multiplied-by-fragcoord.amber", "vector-values-multiplied-by-fragcoord", "A shader that multiplies a vector by fragcoord" },
695 { "vectors-and-discard-in-function.amber", "vectors-and-discard-in-function", "A fragment shader that assigns vector values" },
696 { "while-function-always-false.amber", "while-function-always-false", "A fragment shader with an always false while function" },
697 { "while-inside-switch.amber", "while-inside-switch", "A fragment shader that uses a while loop inside a switch" },
698 { "write-before-break.amber", "write-before-break", "Fragment shader that writes red before loop break" },
699 { "write-red-in-loop-nest.amber", "write-red-in-loop-nest", "A fragment shader that writes red in a nest of loops" },
700 { "wrong-color-in-always-false-if.amber", "wrong-color-in-always-false-if", "A fragment shader with wrong color write in false if" },
projects / platform / upstream / VK-GL-CTS.git / blob