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@dsnp/graph-sdk

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@dsnp/graph-sdk - npm Package Compare versions

Comparing version 0.0.0-c347d7 to 0.0.0-c3568c

dist/js/dsnp_graph_sdk_node.node

21

dist/js/graph.d.ts

@@ -1,2 +0,2 @@

import { Config } from "./models/config";
import { ImportBundle, Update, DsnpGraphEdge, Action, DsnpPublicKey, DsnpKeys, Config, ConnectionType, PrivacyType } from "./models";
import { EnvironmentInterface } from "./models/environment";

@@ -6,5 +6,22 @@ export declare class Graph {

constructor(environment: EnvironmentInterface, capacity?: number);
getGraphConfig(environment: EnvironmentInterface): Config;
getGraphHandle(): number;
getGraphConfig(environment: EnvironmentInterface): Promise<Config>;
getSchemaIdFromConfig(environment: EnvironmentInterface, connectionType: ConnectionType, privacyType: PrivacyType): Promise<number>;
getGraphCapacity(): Promise<number>;
getGraphStatesCount(): Promise<number>;
containsUserGraph(dsnpUserId: number): Promise<boolean>;
getGraphUsersCount(): Promise<number>;
removeUserGraph(dsnpUserId: number): Promise<boolean>;
importUserData(payload: ImportBundle[]): Promise<boolean>;
exportUpdates(): Promise<Update[]>;
getConnectionsForUserGraph(dsnpUserId: number, schemaId: number, includePending: boolean): Promise<DsnpGraphEdge[]>;
applyActions(actions: Action[]): Promise<boolean>;
forceCalculateGraphs(dsnpUserId: number): Promise<Update[]>;
getConnectionsWithoutKeys(): Promise<number[]>;
getOneSidedPrivateFriendshipConnections(dsnpUserId: number): Promise<DsnpGraphEdge[]>;
getPublicKeys(dsnpUserId: number): Promise<DsnpPublicKey[]>;
deserializeDsnpKeys(keys: DsnpKeys): Promise<DsnpPublicKey[]>;
freeGraphState(): Promise<boolean>;
printHelloGraph(): void;
}
//# sourceMappingURL=graph.d.ts.map

@@ -14,5 +14,56 @@ "use strict";

}
getGraphHandle() {
return this.handle;
}
getGraphConfig(environment) {
return index_1.graphsdkModule.getGraphConfig(environment);
}
getSchemaIdFromConfig(environment, connectionType, privacyType) {
return index_1.graphsdkModule.getSchemaIdFromConfig(environment, connectionType, privacyType);
}
getGraphCapacity() {
return index_1.graphsdkModule.getGraphCapacity(this.handle);
}
getGraphStatesCount() {
return index_1.graphsdkModule.getGraphStatesCount();
}
containsUserGraph(dsnpUserId) {
return index_1.graphsdkModule.containsUserGraph(this.handle, dsnpUserId);
}
getGraphUsersCount() {
return index_1.graphsdkModule.getGraphUsersCount(this.handle);
}
removeUserGraph(dsnpUserId) {
return index_1.graphsdkModule.removeUserGraph(this.handle, dsnpUserId);
}
importUserData(payload) {
return index_1.graphsdkModule.importUserData(this.handle, payload);
}
exportUpdates() {
return index_1.graphsdkModule.exportUpdates(this.handle);
}
getConnectionsForUserGraph(dsnpUserId, schemaId, includePending) {
return index_1.graphsdkModule.getConnectionsForUserGraph(this.handle, dsnpUserId, schemaId, includePending);
}
applyActions(actions) {
return index_1.graphsdkModule.applyActions(this.handle, actions);
}
forceCalculateGraphs(dsnpUserId) {
return index_1.graphsdkModule.forceCalculateGraphs(this.handle, dsnpUserId);
}
getConnectionsWithoutKeys() {
return index_1.graphsdkModule.getConnectionsWithoutKeys(this.handle);
}
getOneSidedPrivateFriendshipConnections(dsnpUserId) {
return index_1.graphsdkModule.getOneSidedPrivateFriendshipConnections(this.handle, dsnpUserId);
}
getPublicKeys(dsnpUserId) {
return index_1.graphsdkModule.getPublicKeys(this.handle, dsnpUserId);
}
deserializeDsnpKeys(keys) {
return index_1.graphsdkModule.deserializeDsnpKeys(keys);
}
freeGraphState() {
return index_1.graphsdkModule.freeGraphState(this.handle);
}
printHelloGraph() {

@@ -19,0 +70,0 @@ console.log(index_1.graphsdkModule.printHelloGraph());

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
const graph_1 = require("./graph");
const config_1 = require("./models/config");
const environment_1 = require("./models/environment");
test('printHelloGraph should print "Hello, Graph!"', () => {
function getTestConfig() {
const config = {};
config.sdkMaxUsersGraphSize = 100;
config.sdkMaxStaleFriendshipDays = 100;
config.maxPageId = 100;
config.dsnpVersions = [config_1.DsnpVersion.Version1_0];
config.maxGraphPageSizeBytes = 100;
config.maxKeyPageSizeBytes = 100;
const schemaConfig = {};
schemaConfig.dsnpVersion = config_1.DsnpVersion.Version1_0;
schemaConfig.connectionType = config_1.ConnectionType.Follow;
schemaConfig.privacyType = config_1.PrivacyType.Public;
config.schemaMap = { 1: schemaConfig };
return config;
}
test('printHelloGraph should print "Hello, Graph!"', async () => {
// Mock the console.log function
const consoleLogMock = jest.spyOn(console, 'log').mockImplementation();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config: {} };
const environment = { environmentType: environment_1.EnvironmentType.Mainnet };
const graph = new graph_1.Graph(environment);
graph.printHelloGraph();
await graph.printHelloGraph();
expect(consoleLogMock).toHaveBeenCalledWith('Hello, Graph!');
await graph.freeGraphState();
});
test('getGraphConfig should return the graph config', () => {
const environment = { environmentType: environment_1.EnvironmentType.Dev, config: {} };
test('getGraphConfig should return the graph config', async () => {
const config_input = getTestConfig();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config: config_input };
const graph = new graph_1.Graph(environment);
const config = graph.getGraphConfig(environment);
const config = await graph.getGraphConfig(environment);
expect(config).toBeDefined();
expect(config.sdkMaxUsersGraphSize).toEqual(100);
await graph.freeGraphState();
});
test('getGraphConfig with Mainnet environment should return the graph config', async () => {
const environment = { environmentType: environment_1.EnvironmentType.Mainnet };
const graph = new graph_1.Graph(environment);
const config = await graph.getGraphConfig(environment);
expect(config).toBeDefined();
expect(config.sdkMaxUsersGraphSize).toEqual(1000);
const schema_id = await graph.getSchemaIdFromConfig(environment, config_1.ConnectionType.Follow, config_1.PrivacyType.Public);
expect(schema_id).toEqual(1);
await graph.freeGraphState();
});
test('getGraphConfig with Rococo environment should return the graph config', async () => {
const environment = { environmentType: environment_1.EnvironmentType.Rococo };
const graph = new graph_1.Graph(environment);
const config = await graph.getGraphConfig(environment);
expect(config).toBeDefined();
expect(config.sdkMaxUsersGraphSize).toEqual(1000);
await graph.freeGraphState();
});
test('initialize graph with low capacity of 100 should return the same capacity', async () => {
const config = getTestConfig();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config };
const graph = new graph_1.Graph(environment, 100);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
const capacity = await graph.getGraphCapacity();
expect(capacity).toEqual(100);
await graph.freeGraphState();
});
test('getGraphStatesCount should be zero after previous graph is freed', async () => {
const config = getTestConfig();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
await graph.freeGraphState();
const count = await graph.getGraphStatesCount();
expect(count).toEqual(0);
});
test('getGraphStatesCount should be one after graph is initialized', async () => {
const config = getTestConfig();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
const count = await graph.getGraphStatesCount();
expect(count).toEqual(1);
await graph.freeGraphState();
});
test('getGraphUsersCount should be zero on initialized graph', async () => {
const config = getTestConfig();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
const count = await graph.getGraphUsersCount();
expect(count).toEqual(0);
await graph.freeGraphState();
await expect(async () => {
await graph.getGraphUsersCount();
}).rejects.toThrow('Graph state not found');
});
test('containsUserGraph should return false on initialized graph', async () => {
const config = getTestConfig();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
const contains = await graph.containsUserGraph(1);
expect(contains).toEqual(false);
await graph.freeGraphState();
});
test('removeUserGraph should pass through on initialized graph', async () => {
const config = getTestConfig();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
const removed = await graph.removeUserGraph(1);
expect(removed).toEqual(true);
await graph.freeGraphState();
});
test('importUserData should pass through on initialized graph', async () => {
const environment = { environmentType: environment_1.EnvironmentType.Mainnet };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
// Set up import data
const dsnpUserId1 = 1;
const dsnpUserId2 = 2;
const pageData1 = {
pageId: 1,
content: new Uint8Array([24, 227, 96, 97, 96, 99, 224, 96, 224, 98, 96, 0, 0]),
contentHash: 100,
};
const keyPairs1 = [];
const keyPairs2 = [];
const dsnpKeys1 = {
dsnpUserId: dsnpUserId1,
keysHash: 100,
keys: [],
};
const dsnpKeys2 = {
dsnpUserId: dsnpUserId2,
keysHash: 100,
keys: [],
};
const importBundle1 = {
dsnpUserId: dsnpUserId1,
schemaId: 1,
keyPairs: keyPairs1,
dsnpKeys: dsnpKeys1,
pages: [pageData1],
};
const importBundle2 = {
dsnpUserId: dsnpUserId2,
schemaId: 1,
keyPairs: keyPairs2,
dsnpKeys: dsnpKeys2,
pages: [pageData1],
};
// Import user data for each ImportBundle
const imported = await graph.importUserData([importBundle1, importBundle2]);
expect(imported).toEqual(true);
await graph.freeGraphState();
});
test('applyActions with empty actions should pass through on initialized graph', async () => {
const environment = { environmentType: environment_1.EnvironmentType.Mainnet };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
// Set up actions
const actions = [];
const applied = await graph.applyActions(actions);
expect(applied).toEqual(true);
await graph.freeGraphState();
});
test('applyActions with few actions should pass through on initialized graph', async () => {
const config = getTestConfig();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
// Set up actions
const actions = [];
const action_1 = {
type: "Connect",
ownerDsnpUserId: 1,
connection: {
dsnpUserId: 2,
schemaId: 1,
},
dsnpKeys: {
dsnpUserId: 2,
keysHash: 100,
keys: [],
},
};
actions.push(action_1);
const applied = await graph.applyActions(actions);
expect(applied).toEqual(true);
const exported = await graph.exportUpdates();
expect(exported).toBeDefined();
expect(exported.length).toEqual(1);
await graph.freeGraphState();
});
test('getConnectionsForUserGraph with empty connections should return empty array', async () => {
const config = getTestConfig();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
// Set up actions
const actions = [];
const action_1 = {
type: "Connect",
ownerDsnpUserId: 1,
connection: {
dsnpUserId: 2,
schemaId: 1,
},
dsnpKeys: {
dsnpUserId: 2,
keysHash: 100,
keys: [],
},
};
actions.push(action_1);
const applied = await graph.applyActions(actions);
expect(applied).toEqual(true);
const connections = await graph.getConnectionsForUserGraph(1, 1, true);
expect(connections).toBeDefined();
expect(connections.length).toEqual(1);
const forceCalculateGraphs = await graph.forceCalculateGraphs(1);
expect(forceCalculateGraphs).toBeDefined();
expect(forceCalculateGraphs.length).toEqual(0);
await graph.freeGraphState();
});
test('getConnectionsWithoutKeys with empty connections should return empty array', async () => {
const environment = { environmentType: environment_1.EnvironmentType.Mainnet };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
const connections = await graph.getConnectionsWithoutKeys();
expect(connections).toBeDefined();
expect(connections.length).toEqual(0);
expect(async () => {
await graph.getOneSidedPrivateFriendshipConnections(1);
}).rejects.toThrow('User graph for 1 is not imported');
await graph.freeGraphState();
});
test('getPublicKeys with empty connections should return empty array', async () => {
const environment = { environmentType: environment_1.EnvironmentType.Mainnet };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
const connections = await graph.getPublicKeys(1);
expect(connections).toBeDefined();
expect(connections.length).toEqual(0);
await graph.freeGraphState();
});
test('deserializeDsnpKeys with empty keys should return empty array', async () => {
const environment = { environmentType: environment_1.EnvironmentType.Mainnet };
const graph = new graph_1.Graph(environment);
const handle = graph.getGraphHandle();
expect(handle).toBeDefined();
const keys = {
dsnpUserId: 2,
keysHash: 100,
keys: [],
};
const connections = await graph.deserializeDsnpKeys(keys);
expect(connections).toBeDefined();
expect(connections.length).toEqual(0);
await graph.freeGraphState();
});
test('Create and export a new graph', async () => {
let mainnet_environment = { environmentType: environment_1.EnvironmentType.Mainnet };
let graph = new graph_1.Graph(mainnet_environment);
let public_follow_graph_schema_id = await graph.getSchemaIdFromConfig(mainnet_environment, config_1.ConnectionType.Follow, config_1.PrivacyType.Public);
let connect_action = {
type: "Connect",
ownerDsnpUserId: 1,
connection: {
dsnpUserId: 2,
schemaId: public_follow_graph_schema_id,
},
dsnpKeys: {
dsnpUserId: 2,
keysHash: 100,
keys: [],
},
};
let actions = [];
actions.push(connect_action);
let applied = await graph.applyActions(actions);
expect(applied).toEqual(true);
let connections_including_pending = await graph.getConnectionsForUserGraph(1, public_follow_graph_schema_id, true);
expect(connections_including_pending).toBeDefined();
expect(connections_including_pending.length).toEqual(1);
let exported = await graph.exportUpdates();
expect(exported).toBeDefined();
expect(exported.length).toEqual(1);
});
test('Add a new graph key', async () => {
const environment = { environmentType: environment_1.EnvironmentType.Mainnet };
const graph = new graph_1.Graph(environment);
const dsnpOwnerId = 1;
const x25519_public_key = [
15, 234, 44, 175, 171, 220, 131, 117, 43, 227, 111, 165, 52, 150, 64, 218, 44, 130, 138,
221, 10, 41, 13, 241, 60, 210, 216, 23, 62, 178, 73, 111,
];
const addGraphKeyAction = {
type: "AddGraphKey",
ownerDsnpUserId: dsnpOwnerId,
newPublicKey: new Uint8Array(x25519_public_key),
};
const actions = [];
actions.push(addGraphKeyAction);
const applied = await graph.applyActions(actions);
expect(applied).toEqual(true);
const exported = await graph.exportUpdates();
expect(exported).toBeDefined();
expect(exported.length).toEqual(1);
});
test('Read and deserialize published graph keys', async () => {
let dsnp_key_owner = 1000;
// published keys blobs fetched from blockchain
let published_keys_blob = [
64, 15, 234, 44, 175, 171, 220, 131, 117, 43, 227, 111, 165, 52, 150, 64, 218, 44, 130,
138, 221, 10, 41, 13, 241, 60, 210, 216, 23, 62, 178, 73, 111,
];
let dsnp_keys = {
dsnpUserId: dsnp_key_owner,
keysHash: 100,
keys: [
{
index: 0,
content: new Uint8Array(published_keys_blob),
}
],
};
const environment = { environmentType: environment_1.EnvironmentType.Mainnet };
const graph = new graph_1.Graph(environment);
const deserialized_keys = await graph.deserializeDsnpKeys(dsnp_keys);
expect(deserialized_keys).toBeDefined();
});
//# sourceMappingURL=graph.test.js.map

34

dist/js/index.d.ts

@@ -1,23 +0,25 @@

import { EnvironmentInterface } from "./models/environment";
import { Config } from "./models/config";
import { Action, Config, ConnectionType, DsnpGraphEdge, DsnpKeys, DsnpPublicKey, EnvironmentInterface, ImportBundle, PrivacyType, Update } from "./models";
export interface Native {
printHelloGraph(): void;
getGraphConfig(environment: EnvironmentInterface): Config;
initializeGraphState(environment: EnvironmentInterface): number;
initializeGraphStateWithCapacity(environment: EnvironmentInterface, capacity: number): number;
containsUserGraph(handle: number, dsnpUserId: number): boolean;
getGraphUsersLength(handle: number): number;
removeUserGraph(handle: number, dsnpUserId: number): void;
importUserData(handle: number, data: any): void;
exportUpdates(handle: number): any;
applyActions(handle: number, actions: any): void;
forceCalculateGraphs(handle: number, dsnpUserId: number): any;
getConnectionsForUserGraph(handle: number, dsnpUserId: number, schemaId: string, includePending: boolean): any;
getUsersWithoutKeys(handle: number): any;
getOneSidedPrivateFriendshipConnections(handle: number, dsnpUserId: number): any;
getPublicKeys(handle: number, dsnpUserId: number): any;
deserializeDsnpKeys(keys: any): any;
freeGraphState(handle: number): void;
getGraphConfig(environment: EnvironmentInterface): Promise<Config>;
getSchemaIdFromConfig(environment: EnvironmentInterface, connectionType: ConnectionType, privacyType: PrivacyType): Promise<number>;
getGraphCapacity(handle: number): Promise<number>;
getGraphStatesCount(): Promise<number>;
getGraphUsersCount(handle: number): Promise<number>;
containsUserGraph(handle: number, dsnpUserId: number): Promise<boolean>;
removeUserGraph(handle: number, dsnpUserId: number): Promise<boolean>;
importUserData(handle: number, payload: ImportBundle[]): Promise<boolean>;
applyActions(handle: number, actions: Action[]): Promise<boolean>;
exportUpdates(handle: number): Promise<Update[]>;
getConnectionsForUserGraph(handle: number, dsnpUserId: number, schemaId: number, includePending: boolean): Promise<DsnpGraphEdge[]>;
forceCalculateGraphs(handle: number, dsnpUserId: number): Promise<Update[]>;
getConnectionsWithoutKeys(handle: number): Promise<number[]>;
getOneSidedPrivateFriendshipConnections(handle: number, dsnpUserId: number): Promise<DsnpGraphEdge[]>;
getPublicKeys(handle: number, dsnpUserId: number): Promise<DsnpPublicKey[]>;
deserializeDsnpKeys(keys: DsnpKeys): Promise<DsnpPublicKey[]>;
freeGraphState(handle: number): Promise<boolean>;
}
export declare const graphsdkModule: Native;
//# sourceMappingURL=index.d.ts.map

@@ -11,12 +11,10 @@ "use strict";

try {
return require(path_1.default.join(__dirname, "/graphsdk.node"));
return require(path_1.default.join(__dirname, "/dsnp_graph_sdk_node.node"));
}
catch (error) {
throw new Error("Unable to load the native module graphsdk.node");
throw new Error("Unable to load the native module dsnp_graph_sdk_node.node");
}
}
const graphsdk = loadNativeModule();
console.log("Loaded graphsdk.node bindings");
// Export the graphsdk module
exports.graphsdkModule = graphsdk;
exports.graphsdkModule = loadNativeModule();
//# sourceMappingURL=index.js.map
"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
const graph_1 = require("./graph");
const models_1 = require("./models");
const environment_1 = require("./models/environment");
test('printHelloGraph should print "Hello, Graph!"', () => {
function getTestConfig() {
const config = {};
config.sdkMaxUsersGraphSize = 100;
config.sdkMaxStaleFriendshipDays = 100;
config.maxPageId = 100;
config.dsnpVersions = [models_1.DsnpVersion.Version1_0];
config.maxGraphPageSizeBytes = 100;
config.maxKeyPageSizeBytes = 100;
const schemaConfig = {};
schemaConfig.dsnpVersion = models_1.DsnpVersion.Version1_0;
schemaConfig.connectionType = models_1.ConnectionType.Follow;
schemaConfig.privacyType = models_1.PrivacyType.Public;
config.schemaMap = { 1: schemaConfig };
return config;
}
test('printHelloGraph should print "Hello, Graph!"', async () => {
// Mock the console.log function
const consoleLogMock = jest.spyOn(console, 'log').mockImplementation();
const environment = { environmentType: environment_1.EnvironmentType.Dev, config: {} };
const environment = { environmentType: environment_1.EnvironmentType.Dev, config: getTestConfig() };
const graph = new graph_1.Graph(environment);
graph.printHelloGraph();
await graph.printHelloGraph();
expect(consoleLogMock).toHaveBeenCalledWith('Hello, Graph!');
await graph.freeGraphState();
});
//# sourceMappingURL=index.test.js.map

@@ -8,18 +8,23 @@ declare enum DsnpVersion {

}
declare enum PrivacyType {
Public = "public",
Private = "private"
}
interface SchemaConfig {
dsnp_version: DsnpVersion;
connection_type: ConnectionType;
dsnpVersion: DsnpVersion;
connectionType: ConnectionType;
privacyType: PrivacyType;
}
interface Config {
sdk_max_users_graph_size: number;
sdk_max_stale_friendship_days: number;
max_graph_page_size_bytes: number;
max_page_id: number;
max_key_page_size_bytes: number;
schema_map: {
[key: string]: SchemaConfig;
sdkMaxUsersGraphSize: number;
sdkMaxStaleFriendshipDays: number;
maxGraphPageSizeBytes: number;
maxPageId: number;
maxKeyPageSizeBytes: number;
schemaMap: {
[key: number]: SchemaConfig;
};
dsnp_versions: DsnpVersion[];
dsnpVersions: DsnpVersion[];
}
export { Config, ConnectionType, DsnpVersion, SchemaConfig };
export { Config, ConnectionType, DsnpVersion, SchemaConfig, PrivacyType };
//# sourceMappingURL=config.d.ts.map
"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.DsnpVersion = exports.ConnectionType = void 0;
exports.PrivacyType = exports.DsnpVersion = exports.ConnectionType = void 0;
var DsnpVersion;

@@ -13,2 +13,7 @@ (function (DsnpVersion) {

})(ConnectionType || (exports.ConnectionType = ConnectionType = {}));
var PrivacyType;
(function (PrivacyType) {
PrivacyType["Public"] = "public";
PrivacyType["Private"] = "private";
})(PrivacyType || (exports.PrivacyType = PrivacyType = {}));
//# sourceMappingURL=config.js.map
{
"name": "@dsnp/graph-sdk",
"version": "0.0.0-c347d7",
"version": "0.0.0-c3568c",
"author": "Amplica Labs",

@@ -12,6 +12,6 @@ "license": "ISC",

"build": "tsc",
"cp:graphsdk.node": "cp graphsdk.node dist/js/ && cp graphsdk.node js/",
"native:build": "tsc && cargo-cp-artifact -a cdylib graphsdk graphsdk.node -- cargo build --message-format=json-render-diagnostics",
"cp:dsnp_graph_sdk_node.node": "cp dsnp_graph_sdk_node.node dist/js/ && cp dsnp_graph_sdk_node.node js/",
"native:build": "tsc && cargo-cp-artifact -a cdylib dsnp_graph_sdk_node dsnp_graph_sdk_node.node -- cargo build --message-format=json-render-diagnostics",
"native:build-debug": "npm run native:build --",
"native:build-release": "npm run native:build -- --release && npm run cp:graphsdk.node",
"native:build-release": "npm run native:build -- --release && npm run cp:dsnp_graph_sdk_node.node",
"test:cargo": "cargo test",

@@ -52,3 +52,3 @@ "lint": "eslint js/ --ext .ts",

},
"homepage": "https://github.com/LibertyDSNP/graph-sdk#readme"
"homepage": "https://github.com/LibertyDSNP/graph-sdk/bridge/node/README.md"
}

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