@casl/prisma - npm Package Compare versions

Comparing version 1.4.0 to 1.4.1

dist/es6c/index.js

@@ -1,2 +0,2 @@
-"use strict";Object.defineProperty(exports,"__esModule",{value:true});var e=require("@casl/ability");var r=require("./runtime");const t=r.createAbilityFactory();const s=r.createAccessibleByFactory();class PrismaAbility extends e.PureAbility{constructor(t,s){super(t,Object.assign({conditionsMatcher:r.prismaQuery,fieldMatcher:e.fieldPatternMatcher},s))}}Object.defineProperty(exports,"ParsingQueryError",{enumerable:true,get:function(){return r.ParsingQueryError}});Object.defineProperty(exports,"prismaQuery",{enumerable:true,get:function(){return r.prismaQuery}});exports.PrismaAbility=PrismaAbility;exports.accessibleBy=s;exports.createPrismaAbility=t;
+"use strict";var r=require("@casl/ability");var e=require("./runtime");const t=e.createAbilityFactory();const s=e.createAccessibleByFactory();class PrismaAbility extends r.PureAbility{constructor(t,s){super(t,Object.assign({conditionsMatcher:e.prismaQuery,fieldMatcher:r.fieldPatternMatcher},s))}}Object.defineProperty(exports,"ParsingQueryError",{enumerable:true,get:function(){return e.ParsingQueryError}});Object.defineProperty(exports,"prismaQuery",{enumerable:true,get:function(){return e.prismaQuery}});exports.PrismaAbility=PrismaAbility;exports.accessibleBy=s;exports.createPrismaAbility=t;
 //# sourceMappingURL=index.js.map

dist/es6c/runtime.js

@@ -1,2 +0,2 @@
-"use strict";Object.defineProperty(exports,"__esModule",{value:true});var t=require("@ucast/core");var e=require("@ucast/js");var r=require("@casl/ability/extra");var n=require("@casl/ability");class o extends Error{static invalidArgument(t,e,r){const n=`${typeof e}(${JSON.stringify(e,null,2)})`;return new this(`"${t}" expects to receive ${r} but instead got "${n}"`)}}const s=t=>t&&(t.constructor===Object||!t.constructor);const a={type:"field",validate(t,e){if(Array.isArray(e)||s(e))throw new o(`"${t.name}" does not supports comparison of arrays and objects`)}};const i={type:"field",parse(e,r,{hasOperators:n,field:a,parse:i}){if(s(r)&&!n(r)||Array.isArray(r))throw new o(`"${e.name}" does not supports comparison of arrays and objects`);if(!s(r))return new t.FieldCondition("notEquals",a,r);return new t.CompoundCondition("NOT",[i(r,{field:a})])}};const c={type:"field",validate(t,e){if(!Array.isArray(e))throw o.invalidArgument(t.name,e,"an array")}};const u={type:"field",validate(t,e){const r=typeof e;const n="string"===r||"number"===r&&Number.isFinite(e)||e instanceof Date;if(!n)throw o.invalidArgument(t.name,e,"comparable value")}};const l=new Set(["insensitive","default"]);const p={type:"field",validate(t,e){if(!l.has(e))throw o.invalidArgument(t.name,e,`one of ${Array.from(l).join(", ")}`)},parse:()=>t.NULL_CONDITION};const y={type:"field",validate(t,e){if("string"!==typeof e)throw o.invalidArgument(t.name,e,"string")},parse(e,r,{query:n,field:o}){const s="insensitive"===n.mode?`i${e.name}`:e.name;return new t.FieldCondition(s,o,r)}};const f={type:"compound",validate(t,e){if(!e||"object"!==typeof e)throw o.invalidArgument(t.name,e,"an array or object")},parse(e,r,{parse:n}){const o=Array.isArray(r)?r:[r];const s=o.map((t=>n(t)));return new t.CompoundCondition(e.name,s)}};const d={type:"field",validate(t,e){if("boolean"!==typeof e)throw o.invalidArgument(t.name,e,"a boolean")}};const h={type:"field"};const w={type:"field",validate(t,e){if(!Array.isArray(e))throw o.invalidArgument(t.name,e,"an array")}};const b={type:"field",parse(e,r,{field:n,parse:a}){if(!s(r))throw o.invalidArgument(e.name,r,"a query for nested relation");return new t.FieldCondition(e.name,n,a(r))}};const g=(e,r)=>{const n=r.parse;if(!n)return Object.assign({},r,{parse(r,n,o){return new t.CompoundCondition("NOT",[new t.FieldCondition(e,o.field,n)])}});return Object.assign({},r,{parse(r,o,s){const a=n(r,o,s);if(a.operator!==r.name)throw new Error(`Cannot invert "${e}" operator parser because it returns a complex Condition`);a.operator=e;return new t.CompoundCondition("NOT",[a])}})};const v={equals:a,not:i,in:c,notIn:g("in",c),lt:u,lte:u,gt:u,gte:u,mode:p,startsWith:y,endsWith:y,contains:y,isEmpty:d,has:h,hasSome:w,hasEvery:w,NOT:f,AND:f,OR:f,every:b,some:b,none:g("some",b),is:b,isNot:g("is",b)};class A extends t.ObjectQueryParser{constructor(){super(v,{defaultOperatorName:"equals"})}parse(e,r){if(r&&r.field)return t.buildAnd(this.parseFieldOperators(r.field,e));return super.parse(e)}}const m=(t,e,{get:r})=>r(e,t.field).startsWith(t.value);const O=(t,e,{get:r})=>r(e,t.field).toLowerCase().startsWith(t.value.toLowerCase());const j=(t,e,{get:r})=>r(e,t.field).endsWith(t.value);const N=(t,e,{get:r})=>r(e,t.field).toLowerCase().endsWith(t.value.toLowerCase());const $=(t,e,{get:r})=>r(e,t.field).includes(t.value);const q=(t,e,{get:r})=>r(e,t.field).toLowerCase().includes(t.value.toLowerCase());const x=(t,e,{get:r})=>{const n=r(e,t.field);const o=Array.isArray(n)&&0===n.length;return o===t.value};const E=(t,e,{get:r})=>{const n=r(e,t.field);return Array.isArray(n)&&n.includes(t.value)};const T=(t,e,{get:r})=>{const n=r(e,t.field);return Array.isArray(n)&&t.value.some((t=>n.includes(t)))};const W=(t,e,{get:r})=>{const n=r(e,t.field);return Array.isArray(n)&&t.value.every((t=>n.includes(t)))};const S=(t,e,{get:r,interpret:n})=>{const o=r(e,t.field);return Array.isArray(o)&&o.length>0&&o.every((e=>n(t.value,e)))};const _=(t,e,{get:r,interpret:n})=>{const o=r(e,t.field);return Array.isArray(o)&&o.some((e=>n(t.value,e)))};const D=(t,e,{get:r,interpret:n})=>{const o=r(e,t.field);return o&&"object"===typeof o&&n(t.value,o)};const M=(t,e,{interpret:r})=>t.value.every((t=>!r(t,e)));function C(t){return t&&"object"===typeof t?t.valueOf():t}const F=(t,r)=>e.compare(C(t),C(r));const I=e.createJsInterpreter({equals:e.eq,notEquals:e.ne,in:e.within,lt:e.lt,lte:e.lte,gt:e.gt,gte:e.gte,startsWith:m,istartsWith:O,endsWith:j,iendsWith:N,contains:$,icontains:q,isEmpty:x,has:E,hasSome:T,hasEvery:W,and:e.and,or:e.or,AND:e.and,OR:e.or,NOT:M,every:S,some:_,is:D},{get:(t,e)=>t[e],compare:F});const R=new A;const J=t.createTranslatorFactory(R.parse,I);function P(t){return t.inverted?{NOT:t.conditions}:t.conditions}const k={get(t,e){const o=r.rulesToQuery(t.t,t.o,e,P);if(null===o){const r=n.ForbiddenError.from(t.t).setMessage(`It's not allowed to run "${t.o}" on "${e}"`);r.action=t.o;r.subjectType=r.subject=e;throw r}const s=Object.create(null);if(o.$or)s.OR=o.$or;if(o.$and)s.AND=o.$and;return s}};const z=()=>function t(e,r="read"){return new Proxy({t:e,o:r},k)};function createAbilityFactory(){function createAbility(t=[],e={}){return new n.PureAbility(t,Object.assign({},e,{conditionsMatcher:J,fieldMatcher:n.fieldPatternMatcher}))}return createAbility}exports.ParsingQueryError=o;exports.createAbilityFactory=createAbilityFactory;exports.createAccessibleByFactory=z;exports.prismaQuery=J;
+"use strict";var t=require("@ucast/core");var e=require("@ucast/js");var r=require("@casl/ability/extra");var n=require("@casl/ability");class o extends Error{static invalidArgument(t,e,r){const n=`${typeof e}(${JSON.stringify(e,null,2)})`;return new this(`"${t}" expects to receive ${r} but instead got "${n}"`)}}const s=t=>t&&(t.constructor===Object||!t.constructor);const a={type:"field",validate(t,e){if(Array.isArray(e)||s(e))throw new o(`"${t.name}" does not supports comparison of arrays and objects`)}};const i={type:"field",parse(e,r,{hasOperators:n,field:a,parse:i}){if(s(r)&&!n(r)||Array.isArray(r))throw new o(`"${e.name}" does not supports comparison of arrays and objects`);if(!s(r))return new t.FieldCondition("notEquals",a,r);return new t.CompoundCondition("NOT",[i(r,{field:a})])}};const c={type:"field",validate(t,e){if(!Array.isArray(e))throw o.invalidArgument(t.name,e,"an array")}};const u={type:"field",validate(t,e){const r=typeof e;const n=r==="string"||r==="number"&&Number.isFinite(e)||e instanceof Date;if(!n)throw o.invalidArgument(t.name,e,"comparable value")}};const l=new Set(["insensitive","default"]);const p={type:"field",validate(t,e){if(!l.has(e))throw o.invalidArgument(t.name,e,`one of ${Array.from(l).join(", ")}`)},parse:()=>t.NULL_CONDITION};const y={type:"field",validate(t,e){if(typeof e!=="string")throw o.invalidArgument(t.name,e,"string")},parse(e,r,{query:n,field:o}){const s=n.mode==="insensitive"?`i${e.name}`:e.name;return new t.FieldCondition(s,o,r)}};const f={type:"compound",validate(t,e){if(!e||typeof e!=="object")throw o.invalidArgument(t.name,e,"an array or object")},parse(e,r,{parse:n}){const o=Array.isArray(r)?r:[r];const s=o.map((t=>n(t)));return new t.CompoundCondition(e.name,s)}};const d={type:"field",validate(t,e){if(typeof e!=="boolean")throw o.invalidArgument(t.name,e,"a boolean")}};const h={type:"field"};const w={type:"field",validate(t,e){if(!Array.isArray(e))throw o.invalidArgument(t.name,e,"an array")}};const b={type:"field",parse(e,r,{field:n,parse:a}){if(!s(r))throw o.invalidArgument(e.name,r,"a query for nested relation");return new t.FieldCondition(e.name,n,a(r))}};const g=(e,r)=>{const n=r.parse;if(!n)return Object.assign({},r,{parse(r,n,o){return new t.CompoundCondition("NOT",[new t.FieldCondition(e,o.field,n)])}});return Object.assign({},r,{parse(r,o,s){const a=n(r,o,s);if(a.operator!==r.name)throw new Error(`Cannot invert "${e}" operator parser because it returns a complex Condition`);a.operator=e;return new t.CompoundCondition("NOT",[a])}})};const v={equals:a,not:i,in:c,notIn:g("in",c),lt:u,lte:u,gt:u,gte:u,mode:p,startsWith:y,endsWith:y,contains:y,isEmpty:d,has:h,hasSome:w,hasEvery:w,NOT:f,AND:f,OR:f,every:b,some:b,none:g("some",b),is:b,isNot:g("is",b)};class A extends t.ObjectQueryParser{constructor(){super(v,{defaultOperatorName:"equals"})}parse(e,r){if(r&&r.field)return t.buildAnd(this.parseFieldOperators(r.field,e));return super.parse(e)}}const m=(t,e,{get:r})=>r(e,t.field).startsWith(t.value);const O=(t,e,{get:r})=>r(e,t.field).toLowerCase().startsWith(t.value.toLowerCase());const j=(t,e,{get:r})=>r(e,t.field).endsWith(t.value);const N=(t,e,{get:r})=>r(e,t.field).toLowerCase().endsWith(t.value.toLowerCase());const $=(t,e,{get:r})=>r(e,t.field).includes(t.value);const q=(t,e,{get:r})=>r(e,t.field).toLowerCase().includes(t.value.toLowerCase());const x=(t,e,{get:r})=>{const n=r(e,t.field);const o=Array.isArray(n)&&n.length===0;return o===t.value};const E=(t,e,{get:r})=>{const n=r(e,t.field);return Array.isArray(n)&&n.includes(t.value)};const T=(t,e,{get:r})=>{const n=r(e,t.field);return Array.isArray(n)&&t.value.some((t=>n.includes(t)))};const W=(t,e,{get:r})=>{const n=r(e,t.field);return Array.isArray(n)&&t.value.every((t=>n.includes(t)))};const S=(t,e,{get:r,interpret:n})=>{const o=r(e,t.field);return Array.isArray(o)&&o.length>0&&o.every((e=>n(t.value,e)))};const D=(t,e,{get:r,interpret:n})=>{const o=r(e,t.field);return Array.isArray(o)&&o.some((e=>n(t.value,e)))};const C=(t,e,{get:r,interpret:n})=>{const o=r(e,t.field);return o&&typeof o==="object"&&n(t.value,o)};const F=(t,e,{interpret:r})=>t.value.every((t=>!r(t,e)));function I(t){return t&&typeof t==="object"?t.valueOf():t}const M=(t,r)=>e.compare(I(t),I(r));const R=e.createJsInterpreter({equals:e.eq,notEquals:e.ne,in:e.within,lt:e.lt,lte:e.lte,gt:e.gt,gte:e.gte,startsWith:m,istartsWith:O,endsWith:j,iendsWith:N,contains:$,icontains:q,isEmpty:x,has:E,hasSome:T,hasEvery:W,and:e.and,or:e.or,AND:e.and,OR:e.or,NOT:F,every:S,some:D,is:C},{get:(t,e)=>t[e],compare:M});const _=new A;const J=t.createTranslatorFactory(_.parse,R);function P(t){return t.inverted?{NOT:t.conditions}:t.conditions}const k={get(t,e){const o=r.rulesToQuery(t.t,t.o,e,P);if(o===null){const r=n.ForbiddenError.from(t.t).setMessage(`It's not allowed to run "${t.o}" on "${e}"`);r.action=t.o;r.subjectType=r.subject=e;throw r}const s=Object.create(null);if(o.$or)s.OR=o.$or;if(o.$and)s.AND=o.$and;return s}};const z=()=>function t(e,r="read"){return new Proxy({t:e,o:r},k)};function createAbilityFactory(){function createAbility(t=[],e={}){return new n.PureAbility(t,Object.assign({},e,{conditionsMatcher:J,fieldMatcher:n.fieldPatternMatcher}))}return createAbility}exports.ParsingQueryError=o;exports.createAbilityFactory=createAbilityFactory;exports.createAccessibleByFactory=z;exports.prismaQuery=J;
 //# sourceMappingURL=runtime.js.map

dist/types/createAbilityFactory.d.ts

 import { AbilityOptions, AbilityOptionsOf, AbilityTuple, PureAbility, RawRuleFrom, RawRuleOf } from '@casl/ability';
 export declare function createAbilityFactory<TModelName extends string, TPrismaQuery extends Record<string, any>>(): {
-    <T extends PureAbility<any, TPrismaQuery>>(rules?: (import("@casl/ability/dist/types/types").ToAbilityTypes<T[typeof import("@casl/ability/dist/types/RuleIndex").ɵabilities]> extends infer T_1 ? T_1 extends import("@casl/ability/dist/types/types").ToAbilityTypes<T[typeof import("@casl/ability/dist/types/RuleIndex").ɵabilities]> ? T_1 extends import("@casl/ability/dist/types/types").AbilityTupleType<string, import("@casl/ability").SubjectType> ? import("@casl/ability").SubjectRawRule<T_1[0], T_1[1], T[typeof import("@casl/ability/dist/types/RuleIndex").ɵconditions]> : import("@casl/ability").ClaimRawRule<Extract<import("@casl/ability/dist/types/types").ToAbilityTypes<T[typeof import("@casl/ability/dist/types/RuleIndex").ɵabilities]>, string>> : never : never)[] | undefined, options?: AbilityOptionsOf<T> | undefined): T;
-    <A extends AbilityTuple<string, import("@casl/ability").Subject> = [string, TModelName], C extends TPrismaQuery = TPrismaQuery>(rules?: (import("@casl/ability/dist/types/types").ToAbilityTypes<A> extends infer T_2 ? T_2 extends import("@casl/ability/dist/types/types").ToAbilityTypes<A> ? T_2 extends import("@casl/ability/dist/types/types").AbilityTupleType<string, import("@casl/ability").SubjectType> ? import("@casl/ability").SubjectRawRule<T_2[0], T_2[1], C> : import("@casl/ability").ClaimRawRule<Extract<import("@casl/ability/dist/types/types").ToAbilityTypes<A>, string>> : never : never)[] | undefined, options?: AbilityOptions<A, C> | undefined): PureAbility<A, C>;
+    <T extends PureAbility<any, TPrismaQuery>>(rules?: RawRuleOf<T>[] | undefined, options?: AbilityOptionsOf<T> | undefined): T;
+    <A extends AbilityTuple = [string, TModelName], C extends TPrismaQuery = TPrismaQuery>(rules?: RawRuleFrom<A, C>[] | undefined, options?: AbilityOptions<A, C> | undefined): PureAbility<A, C>;
 };

dist/types/index.d.ts

 import { AbilityOptions, AbilityTuple, PureAbility, RawRuleFrom } from '@casl/ability';
-import { WhereInputPerModel, ModelName, PrismaQuery } from './prismaClientBoundTypes';
+import type { WhereInputPerModel, ModelName, PrismaQuery } from './prismaClientBoundTypes';
 export type { PrismaQuery, WhereInput } from './prismaClientBoundTypes';
@@ -7,6 +7,6 @@ export type { Model, Subjects } from './runtime';
 declare const createPrismaAbility: {
-    <T extends PureAbility<any, PrismaQuery<Record<string, any> & import("@casl/ability").ForcedSubject<string>>>>(rules?: (import("@casl/ability/dist/types/types").ToAbilityTypes<T[typeof import("@casl/ability/dist/types/RuleIndex").ɵabilities]> extends infer T_1 ? T_1 extends import("@casl/ability/dist/types/types").ToAbilityTypes<T[typeof import("@casl/ability/dist/types/RuleIndex").ɵabilities]> ? T_1 extends import("@casl/ability/dist/types/types").AbilityTupleType<string, import("@casl/ability").SubjectType> ? import("@casl/ability").SubjectRawRule<T_1[0], T_1[1], T[typeof import("@casl/ability/dist/types/RuleIndex").ɵconditions]> : import("@casl/ability").ClaimRawRule<Extract<import("@casl/ability/dist/types/types").ToAbilityTypes<T[typeof import("@casl/ability/dist/types/RuleIndex").ɵabilities]>, string>> : never : never)[] | undefined, options?: import("@casl/ability").AbilityOptionsOf<T> | undefined): T;
-    <A extends AbilityTuple<string, import("@casl/ability").Subject> = [string, import("@prisma/client").Prisma.ModelName], C extends PrismaQuery<Record<string, any> & import("@casl/ability").ForcedSubject<string>> = PrismaQuery<Record<string, any> & import("@casl/ability").ForcedSubject<string>>>(rules?: (import("@casl/ability/dist/types/types").ToAbilityTypes<A> extends infer T_2 ? T_2 extends import("@casl/ability/dist/types/types").ToAbilityTypes<A> ? T_2 extends import("@casl/ability/dist/types/types").AbilityTupleType<string, import("@casl/ability").SubjectType> ? import("@casl/ability").SubjectRawRule<T_2[0], T_2[1], C> : import("@casl/ability").ClaimRawRule<Extract<import("@casl/ability/dist/types/types").ToAbilityTypes<A>, string>> : never : never)[] | undefined, options?: AbilityOptions<A, C> | undefined): PureAbility<A, C>;
+    <T extends PureAbility<any, PrismaQuery>>(rules?: (import("@casl/ability/dist/types/types").ToAbilityTypes<T[typeof import("@casl/ability/dist/types/RuleIndex").ɵabilities]> extends infer T_1 ? T_1 extends import("@casl/ability/dist/types/types").ToAbilityTypes<T[typeof import("@casl/ability/dist/types/RuleIndex").ɵabilities]> ? T_1 extends import("@casl/ability/dist/types/types").AbilityTupleType ? import("@casl/ability").SubjectRawRule<T_1[0], T_1[1], T[typeof import("@casl/ability/dist/types/RuleIndex").ɵconditions]> : import("@casl/ability").ClaimRawRule<Extract<import("@casl/ability/dist/types/types").ToAbilityTypes<T[typeof import("@casl/ability/dist/types/RuleIndex").ɵabilities]>, string>> : never : never)[] | undefined, options?: import("@casl/ability").AbilityOptionsOf<T> | undefined): T;
+    <A extends AbilityTuple = [string, import("@prisma/client").Prisma.ModelName], C extends PrismaQuery = PrismaQuery>(rules?: (import("@casl/ability/dist/types/types").ToAbilityTypes<A> extends infer T_2 ? T_2 extends import("@casl/ability/dist/types/types").ToAbilityTypes<A> ? T_2 extends import("@casl/ability/dist/types/types").AbilityTupleType ? import("@casl/ability").SubjectRawRule<T_2[0], T_2[1], C> : import("@casl/ability").ClaimRawRule<Extract<import("@casl/ability/dist/types/types").ToAbilityTypes<A>, string>> : never : never)[] | undefined, options?: AbilityOptions<A, C> | undefined): PureAbility<A, C>;
 };
-declare const accessibleBy: (ability: PureAbility<any, PrismaQuery<Record<string, any> & import("@casl/ability").ForcedSubject<string>>>, action?: string) => WhereInputPerModel;
+declare const accessibleBy: (ability: PureAbility<any, PrismaQuery>, action?: string) => WhereInputPerModel;
 export { createPrismaAbility, accessibleBy, };
@@ -16,3 +16,3 @@ /**
  */
-declare type ExtendedAbilityTuple<T extends AbilityTuple> = T extends AbilityTuple ? [T[0], 'all' | T[1]] : never;
+type ExtendedAbilityTuple<T extends AbilityTuple> = T extends AbilityTuple ? [T[0], 'all' | T[1]] : never;
 /**
@@ -19,0 +19,0 @@ * @deprecated use createPrismaAbility instead

dist/types/prisma/prismaQuery.d.ts

@@ -8,4 +8,4 @@ import { ForcedSubject } from '@casl/ability';
 };
-export declare type Model<T, TName extends string> = T & ForcedSubject<TName>;
-export declare type Subjects<T extends Partial<Record<string, Record<string, unknown>>>> = keyof T | {
+export type Model<T, TName extends string> = T & ForcedSubject<TName>;
+export type Subjects<T extends Partial<Record<string, Record<string, unknown>>>> = keyof T | {
     [K in keyof T]: Model<T[K], K & string>;
@@ -16,3 +16,3 @@ }[keyof T];
  */
-export declare type ExtractModelName<TObject, TModelName extends string> = TObject extends {
+export type ExtractModelName<TObject, TModelName extends string> = TObject extends {
     kind: TModelName;
@@ -19,0 +19,0 @@ } ? TObject['kind'] : TObject extends ForcedSubject<TModelName> ? TObject['__caslSubjectType__'] : TObject extends {

dist/types/prisma/PrismaQueryParser.d.ts

@@ -5,3 +5,3 @@ import { Condition, ObjectQueryParser } from '@ucast/core';
 }
-declare type Query = Record<string, any>;
+type Query = Record<string, any>;
 export declare class PrismaQueryParser extends ObjectQueryParser<Query> {
@@ -8,0 +8,0 @@ constructor();

dist/types/prismaClientBoundTypes.d.ts

 import type { Prisma, PrismaClient } from '@prisma/client';
 import type { hkt } from '@casl/ability';
 import type { ExtractModelName, Model } from './prisma/prismaQuery';
-export declare type ModelName = Prisma.ModelName;
-declare type ModelWhereInput = {
+export type ModelName = Prisma.ModelName;
+type ModelWhereInput = {
     [K in Prisma.ModelName]: Uncapitalize<K> extends keyof PrismaClient ? Extract<Parameters<PrismaClient[Uncapitalize<K>]['findFirst']>[0], {
@@ -10,11 +10,11 @@ where?: any;
 };
-export declare type WhereInput<TModelName extends Prisma.ModelName> = Extract<ModelWhereInput[TModelName], Record<any, any>>;
+export type WhereInput<TModelName extends Prisma.ModelName> = Extract<ModelWhereInput[TModelName], Record<any, any>>;
 interface PrismaQueryTypeFactory extends hkt.GenericFactory {
     produce: WhereInput<ExtractModelName<this[0], ModelName>>;
 }
-declare type PrismaModel = Model<Record<string, any>, string>;
-export declare type PrismaQuery<T = PrismaModel> = WhereInput<ExtractModelName<T, ModelName>> & hkt.Container<PrismaQueryTypeFactory>;
-export declare type WhereInputPerModel = {
+type PrismaModel = Model<Record<string, any>, string>;
+export type PrismaQuery<T = PrismaModel> = WhereInput<ExtractModelName<T, ModelName>> & hkt.Container<PrismaQueryTypeFactory>;
+export type WhereInputPerModel = {
     [K in ModelName]: WhereInput<K>;
 };
 export {};

package.json

 {
   "name": "@casl/prisma",
-  "version": "1.4.0",
+  "version": "1.4.1",
   "description": "Allows to query accessible records using Prisma client based on CASL rules",
@@ -51,3 +51,3 @@ "main": "dist/es6c/index.js",
     "@casl/ability": "^5.3.0 || ^6.0.0",
-    "@prisma/client": "^2.14.0 || ^3.0.0 || ^4.0.0"
+    "@prisma/client": "^2.14.0 || ^3.0.0 || ^4.0.0 || ^5.0.0"
   },
@@ -57,5 +57,5 @@ "devDependencies": {
     "@casl/dx": "workspace:^1.0.0",
-    "@prisma/client": "^4.3.1",
+    "@prisma/client": "^5.0.0",
     "@types/jest": "^29.0.0",
-    "prisma": "^4.3.1"
+    "prisma": "^5.0.0"
   },
@@ -62,0 +62,0 @@ "files": [

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