fact stringlengths 7 4.84k | type stringclasses 18
values | library stringclasses 14
values | imports listlengths 0 27 | filename stringclasses 205
values | symbolic_name stringlengths 1 49 | docstring stringlengths 6 2.5k ⌀ |
|---|---|---|---|---|---|---|
eval_static_addressing_32 (addr: addressing) (vl: list aval): aval :=
match addr, vl with
| Aindexed n, v1::nil => add v1 (I (Int.repr n))
| Aindexed2 n, v1::v2::nil => add (add v1 v2) (I (Int.repr n))
| Ascaled sc ofs, v1::nil => add (mul v1 (I (Int.repr sc))) (I (Int.repr ofs))
| Aindexed2scaled sc ofs, v1:... | Definition | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | eval_static_addressing_32 | null |
eval_static_addressing_64 (addr: addressing) (vl: list aval): aval :=
match addr, vl with
| Aindexed n, v1::nil => addl v1 (L (Int64.repr n))
| Aindexed2 n, v1::v2::nil => addl (addl v1 v2) (L (Int64.repr n))
| Ascaled sc ofs, v1::nil => addl (mull v1 (L (Int64.repr sc))) (L (Int64.repr ofs))
| Aindexed2scale... | Definition | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | eval_static_addressing_64 | null |
eval_static_addressing (addr: addressing) (vl: list aval): aval :=
if Archi.ptr64
then eval_static_addressing_64 addr vl
else eval_static_addressing_32 addr vl. | Definition | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | eval_static_addressing | null |
eval_static_operation (op: operation) (vl: list aval): aval :=
match op, vl with
| Omove, v1::nil => v1
| Ointconst n, nil => I n
| Olongconst n, nil => L n
| Ofloatconst n, nil => if propagate_float_constants tt then F n else ntop
| Osingleconst n, nil => if propagate_float_constants tt then FS n else ntop... | Definition | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | eval_static_operation | null |
eval_static_condition_sound:
forall cond vargs m aargs,
list_forall2 (vmatch bc) vargs aargs ->
cmatch (eval_condition cond vargs m) (eval_static_condition cond aargs). | Theorem | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | eval_static_condition_sound | null |
symbol_address_sound:
forall id ofs,
vmatch bc (Genv.symbol_address ge id ofs) (Ptr (Gl id ofs)). | Lemma | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | symbol_address_sound | null |
symbol_address_sound_2:
forall id ofs,
vmatch bc (Genv.symbol_address ge id ofs) (Ifptr (Gl id ofs)). | Lemma | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | symbol_address_sound_2 | null |
eval_static_addressing_32_sound:
forall addr vargs vres aargs,
eval_addressing32 ge (Vptr sp Ptrofs.zero) addr vargs = Some vres ->
list_forall2 (vmatch bc) vargs aargs ->
vmatch bc vres (eval_static_addressing_32 addr aargs). | Theorem | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | eval_static_addressing_32_sound | null |
eval_static_addressing_64_sound:
forall addr vargs vres aargs,
eval_addressing64 ge (Vptr sp Ptrofs.zero) addr vargs = Some vres ->
list_forall2 (vmatch bc) vargs aargs ->
vmatch bc vres (eval_static_addressing_64 addr aargs). | Theorem | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | eval_static_addressing_64_sound | null |
eval_static_addressing_sound:
forall addr vargs vres aargs,
eval_addressing ge (Vptr sp Ptrofs.zero) addr vargs = Some vres ->
list_forall2 (vmatch bc) vargs aargs ->
vmatch bc vres (eval_static_addressing addr aargs). | Theorem | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | eval_static_addressing_sound | null |
eval_static_operation_sound:
forall op vargs m vres aargs,
eval_operation ge (Vptr sp Ptrofs.zero) op vargs m = Some vres ->
list_forall2 (vmatch bc) vargs aargs ->
vmatch bc vres (eval_static_operation op aargs). | Theorem | x86 | [
"Coqlib",
"Compopts",
"AST",
"Integers",
"Floats",
"Values",
"Memory",
"Globalenvs",
"Op",
"RTL",
"ValueDomain"
] | x86/ValueAOp.v | eval_static_operation_sound | null |
ptr64 := false. | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | ptr64 | null |
big_endian := false. | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | big_endian | null |
align_int64 := 4%Z. | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | align_int64 | null |
align_float64 := 4%Z. | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | align_float64 | null |
splitlong := negb ptr64. | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | splitlong | null |
splitlong_ptr32: splitlong = true -> ptr64 = false. | Lemma | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | splitlong_ptr32 | null |
default_nan_64 := (true, iter_nat 51 _ xO xH). | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | default_nan_64 | null |
default_nan_32 := (true, iter_nat 22 _ xO xH). | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | default_nan_32 | null |
choose_nan_64 (l: list (bool * positive)) : bool * positive :=
match l with nil => default_nan_64 | n :: _ => n end. | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | choose_nan_64 | Architecture-dependent parameters for x86 in 32-bit mode |
choose_nan_32 (l: list (bool * positive)) : bool * positive :=
match l with nil => default_nan_32 | n :: _ => n end. | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | choose_nan_32 | null |
choose_nan_64_idem: forall n,
choose_nan_64 (n :: n :: nil) = choose_nan_64 (n :: nil). | Lemma | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | choose_nan_64_idem | null |
choose_nan_32_idem: forall n,
choose_nan_32 (n :: n :: nil) = choose_nan_32 (n :: nil). | Lemma | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | choose_nan_32_idem | null |
fma_order {A: Type} (x y z: A) := (x, y, z). | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | fma_order | null |
fma_invalid_mul_is_nan := false. | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | fma_invalid_mul_is_nan | null |
float_of_single_preserves_sNaN := false. | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | float_of_single_preserves_sNaN | null |
float_conversion_default_nan := false. | Definition | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | float_conversion_default_nan | null |
win64: bool. | Parameter | x86_32 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_32/Archi.v | win64 | Which ABI to use. |
ptr64 := true. | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | ptr64 | null |
big_endian := false. | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | big_endian | null |
align_int64 := 8%Z. | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | align_int64 | null |
align_float64 := 8%Z. | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | align_float64 | null |
splitlong := negb ptr64. | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | splitlong | null |
splitlong_ptr32: splitlong = true -> ptr64 = false. | Lemma | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | splitlong_ptr32 | null |
default_nan_64 := (true, iter_nat 51 _ xO xH). | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | default_nan_64 | null |
default_nan_32 := (true, iter_nat 22 _ xO xH). | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | default_nan_32 | null |
choose_nan_64 (l: list (bool * positive)) : bool * positive :=
match l with nil => default_nan_64 | n :: _ => n end. | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | choose_nan_64 | Architecture-dependent parameters for x86 in 64-bit mode |
choose_nan_32 (l: list (bool * positive)) : bool * positive :=
match l with nil => default_nan_32 | n :: _ => n end. | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | choose_nan_32 | null |
choose_nan_64_idem: forall n,
choose_nan_64 (n :: n :: nil) = choose_nan_64 (n :: nil). | Lemma | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | choose_nan_64_idem | null |
choose_nan_32_idem: forall n,
choose_nan_32 (n :: n :: nil) = choose_nan_32 (n :: nil). | Lemma | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | choose_nan_32_idem | null |
fma_order {A: Type} (x y z: A) := (x, y, z). | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | fma_order | null |
fma_invalid_mul_is_nan := false. | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | fma_invalid_mul_is_nan | null |
float_of_single_preserves_sNaN := false. | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | float_of_single_preserves_sNaN | null |
float_conversion_default_nan := false. | Definition | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | float_conversion_default_nan | null |
win64: bool. | Parameter | x86_64 | [
"Coq.List",
"Coq.ZArith",
"Flocq.Binary",
"Flocq.Bits"
] | x86_64/Archi.v | win64 | Which ABI to use. |
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