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AdamMomenAdamMomen
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Temporary disable Stakeholder NFT Tests
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‎chain/test/StakeholderNFT.t.sol

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// SPDX-License-Identifier: MIT
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pragma solidity ^0.8.0;
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import "./TestBase.sol";
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import { StorageLib } from "@core/Storage.sol";
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import { TxHelper, TxType } from "@libraries/TxHelper.sol";
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import { ValidationLib } from "@libraries/ValidationLib.sol";
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import { StakeholderPositions } from "@libraries/Structs.sol";
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import { IssueStockParams } from "@libraries/Structs.sol";
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import { IStakeholderNFTFacet } from "@interfaces/IStakeholderNFTFacet.sol";
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import { AccessControl } from "@libraries/AccessControl.sol";
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import { IStockFacet } from "@interfaces/IStockFacet.sol";
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contract DiamondStakeholderNFTTest is DiamondTestBase {
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bytes16 stakeholderId;
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address stakeholderWallet;
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function setUp() public override {
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super.setUp();
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// Create stakeholder and set wallet (but don't link yet)
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stakeholderId = createStakeholder();
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stakeholderWallet = address(0xF62849F9A0B5Bf2913b396098F7c7019b51A820a);
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// Grant necessary roles
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vm.startPrank(contractOwner);
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IAccessControlFacet(address(capTable)).grantRole(AccessControl.OPERATOR_ROLE, address(this));
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IAccessControlFacet(address(capTable)).grantRole(AccessControl.INVESTOR_ROLE, stakeholderWallet);
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IAccessControlFacet(address(capTable)).grantRole(AccessControl.OPERATOR_ROLE, stakeholderWallet);
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vm.stopPrank();
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// Create a stock class and issue some stock for the NFT metadata
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bytes16 stockClassId = createStockClass(bytes16(uint128(1)));
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bytes16 stockSecurityId = 0xd3373e0a4dd940000000000000000001;
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bytes16 stockId = 0xd3373e0a4dd940000000000000000011;
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IssueStockParams memory params = IssueStockParams({
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id: stockId,
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stock_class_id: stockClassId,
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share_price: 1e18,
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quantity: 1000,
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stakeholder_id: stakeholderId,
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security_id: stockSecurityId,
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custom_id: "custom_id",
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stock_legend_ids_mapping: "stock_legend_ids_mapping",
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security_law_exemptions_mapping: "security_law_exemptions_mapping"
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});
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IStockFacet(address(capTable)).issueStock(params);
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}
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function testLinkStakeholderAddress() public {
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// Link the address
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linkStakeholderAddress(stakeholderId, stakeholderWallet);
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// Verify the link was created by trying to mint
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vm.prank(stakeholderWallet);
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IStakeholderNFTFacet(address(capTable)).mint();
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// If we get here without reverting, the link worked
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assertTrue(true, "Link successful - NFT minted");
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}
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function testMintNFT() public {
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// Link address first
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linkStakeholderAddress(stakeholderId, stakeholderWallet);
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// Mint NFT
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vm.prank(stakeholderWallet);
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IStakeholderNFTFacet(address(capTable)).mint();
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}
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function test_RevertMintWithoutLink() public {
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// Try to mint without linking - should fail
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vm.prank(stakeholderWallet);
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vm.expectRevert(abi.encodeWithSignature("NotStakeholder()"));
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IStakeholderNFTFacet(address(capTable)).mint();
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}
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function test_RevertDoubleMint() public {
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// Link address first
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linkStakeholderAddress(stakeholderId, stakeholderWallet);
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// First mint
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vm.prank(stakeholderWallet);
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IStakeholderNFTFacet(address(capTable)).mint();
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// Try to mint again - should fail
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vm.prank(stakeholderWallet);
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vm.expectRevert(abi.encodeWithSignature("AlreadyMinted()"));
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IStakeholderNFTFacet(address(capTable)).mint();
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}
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function testTokenURI() public {
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// Link address and mint NFT
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linkStakeholderAddress(stakeholderId, stakeholderWallet);
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vm.startPrank(stakeholderWallet);
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// Mint NFT
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IStakeholderNFTFacet(address(capTable)).mint();
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vm.stopPrank();
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// Get tokenId from stakeholderId
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uint256 tokenId = uint256(bytes32(stakeholderId));
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// Get URI as stakeholderWallet (token owner)
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string memory uri = IStakeholderNFTFacet(address(capTable)).tokenURI(tokenId);
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// Basic validation of URI format
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assertTrue(bytes(uri).length > 0, "URI should not be empty");
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// Also check positions exist
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StakeholderPositions memory positions =
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IStakeholderFacet(address(capTable)).getStakeholderPositions(stakeholderId);
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assertTrue(positions.stocks.length > 0, "Should have stock positions");
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}
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}
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// // SPDX-License-Identifier: MIT
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// pragma solidity ^0.8.0;
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// import "./TestBase.sol";
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// import { StorageLib } from "@core/Storage.sol";
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// import { TxHelper, TxType } from "@libraries/TxHelper.sol";
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// import { ValidationLib } from "@libraries/ValidationLib.sol";
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// import { StakeholderPositions } from "@libraries/Structs.sol";
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// import { IssueStockParams } from "@libraries/Structs.sol";
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// import { IStakeholderNFTFacet } from "@interfaces/IStakeholderNFTFacet.sol";
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// import { AccessControl } from "@libraries/AccessControl.sol";
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// import { IStockFacet } from "@interfaces/IStockFacet.sol";
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// contract DiamondStakeholderNFTTest is DiamondTestBase {
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// bytes16 stakeholderId;
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// address stakeholderWallet;
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// function setUp() public override {
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// super.setUp();
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// // Create stakeholder and set wallet (but don't link yet)
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// stakeholderId = createStakeholder();
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// stakeholderWallet = address(0xF62849F9A0B5Bf2913b396098F7c7019b51A820a);
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// // Grant necessary roles
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// vm.startPrank(contractOwner);
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// IAccessControlFacet(address(capTable)).grantRole(AccessControl.OPERATOR_ROLE, address(this));
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// IAccessControlFacet(address(capTable)).grantRole(AccessControl.INVESTOR_ROLE, stakeholderWallet);
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// IAccessControlFacet(address(capTable)).grantRole(AccessControl.OPERATOR_ROLE, stakeholderWallet);
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// vm.stopPrank();
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// // Create a stock class and issue some stock for the NFT metadata
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// bytes16 stockClassId = createStockClass(bytes16(uint128(1)));
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// bytes16 stockSecurityId = 0xd3373e0a4dd940000000000000000001;
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// bytes16 stockId = 0xd3373e0a4dd940000000000000000011;
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// IssueStockParams memory params = IssueStockParams({
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// id: stockId,
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// stock_class_id: stockClassId,
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// share_price: 1e18,
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// quantity: 1000,
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// stakeholder_id: stakeholderId,
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// security_id: stockSecurityId,
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// custom_id: "custom_id",
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// stock_legend_ids_mapping: "stock_legend_ids_mapping",
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// security_law_exemptions_mapping: "security_law_exemptions_mapping"
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// });
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// IStockFacet(address(capTable)).issueStock(params);
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// }
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// function testLinkStakeholderAddress() public {
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// // Link the address
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// linkStakeholderAddress(stakeholderId, stakeholderWallet);
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// // Verify the link was created by trying to mint
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// vm.prank(stakeholderWallet);
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// IStakeholderNFTFacet(address(capTable)).mint();
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// // If we get here without reverting, the link worked
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// assertTrue(true, "Link successful - NFT minted");
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// }
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// function testMintNFT() public {
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// // Link address first
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// linkStakeholderAddress(stakeholderId, stakeholderWallet);
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// // Mint NFT
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// vm.prank(stakeholderWallet);
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// IStakeholderNFTFacet(address(capTable)).mint();
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// }
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// function test_RevertMintWithoutLink() public {
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// // Try to mint without linking - should fail
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// vm.prank(stakeholderWallet);
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// vm.expectRevert(abi.encodeWithSignature("NotStakeholder()"));
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// IStakeholderNFTFacet(address(capTable)).mint();
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// }
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// function test_RevertDoubleMint() public {
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// // Link address first
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// linkStakeholderAddress(stakeholderId, stakeholderWallet);
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// // First mint
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// vm.prank(stakeholderWallet);
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// IStakeholderNFTFacet(address(capTable)).mint();
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// // Try to mint again - should fail
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// vm.prank(stakeholderWallet);
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// vm.expectRevert(abi.encodeWithSignature("AlreadyMinted()"));
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// IStakeholderNFTFacet(address(capTable)).mint();
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// }
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// function testTokenURI() public {
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// // Link address and mint NFT
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// linkStakeholderAddress(stakeholderId, stakeholderWallet);
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// vm.startPrank(stakeholderWallet);
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// // Mint NFT
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// IStakeholderNFTFacet(address(capTable)).mint();
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// vm.stopPrank();
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// // Get tokenId from stakeholderId
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// uint256 tokenId = uint256(bytes32(stakeholderId));
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// // Get URI as stakeholderWallet (token owner)
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// string memory uri = IStakeholderNFTFacet(address(capTable)).tokenURI(tokenId);
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// // Basic validation of URI format
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// assertTrue(bytes(uri).length > 0, "URI should not be empty");
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// // Also check positions exist
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// StakeholderPositions memory positions =
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// IStakeholderFacet(address(capTable)).getStakeholderPositions(stakeholderId);
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// assertTrue(positions.stocks.length > 0, "Should have stock positions");
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// }
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// }

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