需要帮助将数字转换为AGDA中的字符串
Agda的新手。我想要一种从代码中获取一些输出的方法,因此我正在寻找一种打印数字的方法。在标准
Unsolved metas at the following locations:
/home/user/agda-stdlib-1.7/src/Data/List/Relation/Unary/Any/Properties.agda:100,17-18
/home/user/agda-stdlib-1.7/src/Data/List/Relation/Unary/Any/Properties.agda:105,16-17
/home/user/agda-stdlib-1.7/src/Data/List/Relation/Unary/Any/Properties.agda:105,28-29
when scope checking the declaration
open import Data.List.Relation.Unary.Any.Properties
Failed to solve the following constraints:
Check definition of to∘from : {P.A.a : Level} {P.A : Set P.A.a}
{P.p : Level} {P = P₁ : Pred P.A P.p} {Q.A.a : Level}
{Q.A : Set Q.A.a} {Q.p : Level} {Q = Q₁ : Pred Q.A Q.p}
{xs = xs₁ : List P.A} {ys = ys₁ : List Q.A}
(pq
: Any (λ x → Any (λ y → Prod.Σ (P₁ x) (λ x₁ → Q₁ y)) ys₁) xs₁) →
Any-×⁺ (Any-×⁻ pq) ≡ pq
stuck because
/home/user/agda-stdlib-1.7/src/Data/List/Relation/Unary/Any/Properties.agda:266,3-34
I'm not sure if there should be a case for the constructor refl,
because I get stuck when trying to solve the following unification
problems (inferred index ≟ expected index):
lhs ≟ Any.map
(λ x →
Any.map (λ q → P.subst P x p , q)
(Any.map
(λ x₁ →
P.subst Q x₁
(_5474 (x = x₂) (pq′ = pq′) (y = y) (y∈ys = y∈ys) (p = p) (q = q)
(lem₂ = lem₂) (pq = pq) (x∈xs = x∈xs) (lem₁ = lem₁)
(p = (P.subst P x p))))
y∈ys))
x∈xs
when checking that the pattern refl has type
lhs ≡.map(λ x →
Any.map (λ q → P.subst P x p , q)
(Any.map
(λ x₁ →
P.subst Q x₁
(_5474 (x = x₂) (pq′ = pq′) (y = y) (y∈ys = y∈ys) (p = p) (q = q)
(lem₂ = lem₂) (pq = pq) (x∈xs = x∈xs) (lem₁ = lem₁)
(p = (P.subst P x p))))
y∈ys))
x∈xs
(blocked on any(_Q.p_474, _P.p_475))
when scope checking the declaration
open import Data.List.Relation.Unary.Any.Properties
Any help? :)
New to Agda. I want a way to obtain some output from the code, so I am looking for a way to print numbers. Found a function in the standard library but I am unable to import it. I get the following:
Unsolved metas at the following locations:
/home/user/agda-stdlib-1.7/src/Data/List/Relation/Unary/Any/Properties.agda:100,17-18
/home/user/agda-stdlib-1.7/src/Data/List/Relation/Unary/Any/Properties.agda:105,16-17
/home/user/agda-stdlib-1.7/src/Data/List/Relation/Unary/Any/Properties.agda:105,28-29
when scope checking the declaration
open import Data.List.Relation.Unary.Any.Properties
Failed to solve the following constraints:
Check definition of to∘from : {P.A.a : Level} {P.A : Set P.A.a}
{P.p : Level} {P = P₁ : Pred P.A P.p} {Q.A.a : Level}
{Q.A : Set Q.A.a} {Q.p : Level} {Q = Q₁ : Pred Q.A Q.p}
{xs = xs₁ : List P.A} {ys = ys₁ : List Q.A}
(pq
: Any (λ x → Any (λ y → Prod.Σ (P₁ x) (λ x₁ → Q₁ y)) ys₁) xs₁) →
Any-×⁺ (Any-×⁻ pq) ≡ pq
stuck because
/home/user/agda-stdlib-1.7/src/Data/List/Relation/Unary/Any/Properties.agda:266,3-34
I'm not sure if there should be a case for the constructor refl,
because I get stuck when trying to solve the following unification
problems (inferred index ≟ expected index):
lhs ≟ Any.map
(λ x →
Any.map (λ q → P.subst P x p , q)
(Any.map
(λ x₁ →
P.subst Q x₁
(_5474 (x = x₂) (pq′ = pq′) (y = y) (y∈ys = y∈ys) (p = p) (q = q)
(lem₂ = lem₂) (pq = pq) (x∈xs = x∈xs) (lem₁ = lem₁)
(p = (P.subst P x p))))
y∈ys))
x∈xs
when checking that the pattern refl has type
lhs ≡.map(λ x →
Any.map (λ q → P.subst P x p , q)
(Any.map
(λ x₁ →
P.subst Q x₁
(_5474 (x = x₂) (pq′ = pq′) (y = y) (y∈ys = y∈ys) (p = p) (q = q)
(lem₂ = lem₂) (pq = pq) (x∈xs = x∈xs) (lem₁ = lem₁)
(p = (P.subst P x p))))
y∈ys))
x∈xs
(blocked on any(_Q.p_474, _P.p_475))
when scope checking the declaration
open import Data.List.Relation.Unary.Any.Properties
Any help? :)
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问题说该文件中有一个未填充的孔,
这是标准库中的文件,因此有两个可能的原因:
agda--的开发版本。 stdlib
存储库,并且没有结帐一个发行标签,假设这是第二个选项,则需要进入
agda-stdlib
文件夹并发出以下命令:一旦完成:能够导入
data.nat.show
,并使用该模块内的功能,如其他任何模块。The issue says that there is an unfilled hole in the file
This is a file from the standard library, so there are two possible reasons for that:
agda-stdlib
repository and did not checkout a release tagAssuming this is the second option, you need to go into your
agda-stdlib
folder and issue the following commands:Once this is done, you should be able to import
Data.Nat.Show
and use the functions inside that module, as from any other module.