I have a smart contract i am working with, in the acceptOffer function, i need to invalidate all previous Offer, by using isAccepted(boolean) back to false,I have search online looking for a way to get it working, and also tried
#[derive(Accounts)]#[instruction()]pub struct AcceptOffer<'info> { #[account( mut, seeds = [USER_TAG,authority.key().as_ref()], bump, has_one = authority )] pub user: Box<Account<'info, User>>, #[account(mut)] pub authority: Signer<'info>, #[account(mut)] pub offer: Box<Account<'info, Offer>>, #[account(mut)] pub previous_offers: Box<Account<'info, Offer>>, // added this line #[account(mut)] pub request: Box<Account<'info, Request>>, pub system_program: Program<'info, System>,}but i get error proc-macro panicked: Invariant violation: composite constraints can only be raw or literals
this are my code snippet,the commented section is what I am trying to achieve
#[derive(Accounts)]#[instruction()]pub struct AcceptOffer<'info> { #[account( mut, seeds = [USER_TAG,authority.key().as_ref()], bump, has_one = authority )] pub user: Box<Account<'info, User>>, #[account(mut)] pub authority: Signer<'info>, #[account(mut)] pub offer: Box<Account<'info, Offer>>, #[account(mut)] pub request: Box<Account<'info, Request>>, pub system_program: Program<'info, System>,} pub fn accept_offer(ctx: Context<AcceptOffer>) -> Result<()> { let user = &mut ctx.accounts.user; let offer = &mut ctx.accounts.offer; let request = &mut ctx.accounts.request; if user.account_type != AccountType::Buyer { return err!(MarketplaceError::OnlyBuyersAllowed); } if request.buyer_id != user.id { return err!(MarketplaceError::UnauthorizedBuyer); } if offer.is_accepted { return err!(MarketplaceError::OfferAlreadyAccepted); } if Clock::get().unwrap().unix_timestamp as u64 > request.updated_at + TIME_TO_LOCK&& request.lifecycle == RequestLifecycle::AcceptedByBuyer { return err!(MarketplaceError::RequestLocked); } //TODO: fix this reset // for prev_offer_id in request.offer_ids.iter() { // // let previous_offer = &mut ctx.accounts.offers[*prev_offer_id as usize]; // // previous_offer.is_accepted = false; // // emit!(OfferAccepted { // // offer_id: previous_offer.id, // // buyer_address: *ctx.accounts.user.to_account_info().key, // // is_accepted: false, // // }); // } offer.is_accepted = true; offer.updated_at = Clock::get().unwrap().unix_timestamp as u64; request.offer_ids.push(offer.id); request.locked_seller_id = offer.seller_id; request.sellers_price_quote = offer.price; request.lifecycle = RequestLifecycle::AcceptedByBuyer; request.updated_at = Clock::get().unwrap().unix_timestamp as u64; emit!(RequestAccepted { request_id: request.id, offer_id: offer.id, seller_id: offer.seller_id, updated_at: request.updated_at, sellers_price_quote: request.sellers_price_quote, }); emit!(OfferAccepted { offer_id: offer.id, buyer_address: *ctx.accounts.user.to_account_info().key, is_accepted: true, }); Ok(()) }#[account]pub struct Offer { pub authority: Pubkey, pub id: u64, pub request_id: u64, pub price: i64, pub images: Vec<String>, pub store_name: String, pub seller_id: u64, pub is_accepted: bool, pub created_at: u64, pub updated_at: u64,}#[account]pub struct Request { pub authority: Pubkey, pub id: u64, pub name: String, pub buyer_id: u64, pub description: String, pub images: Vec<String>, pub sellers_price_quote: i64, pub seller_ids: Vec<u64>, pub offer_ids: Vec<u64>, pub locked_seller_id: u64, pub location: Location, pub created_at: u64, pub updated_at: u64, pub lifecycle: RequestLifecycle,}#[account]#[derive(Debug)]pub struct User { pub id: u64, pub username: String, pub phone: String, pub location: Location, pub created_at: i64, pub updated_at: i64, pub account_type: AccountType, pub authority: Pubkey,}