Create a random burn address

(define-read-only (generate-burn-address (entropy (string-ascii 40)))
  (let (
    ;; Hash the entropy to create address bytes
    (hash-bytes (hash160 (unwrap-panic (to-consensus-buff? entropy))))
    ;; Use version byte for current network
    (version-byte (if is-in-mainnet 0x16 0x1a))
  )
    ;; Construct a valid principal that no one controls
    (principal-construct? version-byte hash-bytes)
  )
)

;; Example: Generate unique burn address
(generate-burn-address "BURN-2024-01-15-PROJECT-XYZ")
;; Returns: (ok SP1FJPSG7V4QMA7D4XVPZ3B2HQ8GY3EK8GC0NGNT3)

;; Create categorized burn addresses
(define-constant BURN_FEES (unwrap-panic (generate-burn-address "PROTOCOL-FEES-BURN")))
(define-constant BURN_PENALTY (unwrap-panic (generate-burn-address "PENALTY-BURN")))
(define-constant BURN_BUYBACK (unwrap-panic (generate-burn-address "BUYBACK-BURN")))

;; Burn tokens to specific category
(define-public (burn-as-fee (amount uint))
  (stx-transfer? amount tx-sender BURN_FEES)
)

(define-public (burn-as-penalty (amount uint))
  (stx-transfer? amount tx-sender BURN_PENALTY)
)

;; Generate daily burn addresses
(define-read-only (get-daily-burn-address (day uint))
  (generate-burn-address (concat "DAILY-BURN-" (int-to-ascii day)))
)

;; Track burns by period
(define-map daily-burns uint uint)

(define-public (burn-to-daily-address (amount uint))
  (let (
    (today (/ block-height u144)) ;; ~144 blocks per day
    (burn-address (unwrap-panic (get-daily-burn-address today)))
    (current-burned (default-to u0 (map-get? daily-burns today)))
  )
    (try! (stx-transfer? amount tx-sender burn-address))
    (map-set daily-burns today (+ current-burned amount))
    (ok burn-address)
  )
)

(define-map burn-records 
  { burner: principal, burn-id: uint }
  { amount: uint, address: principal, reason: (string-ascii 50) }
)

(define-data-var burn-nonce uint u0)

(define-public (record-burn (amount uint) (reason (string-ascii 50)))
  (let (
    (nonce (var-get burn-nonce))
    (burn-address (unwrap-panic (generate-burn-address 
      (concat reason (int-to-ascii nonce))))
    )
  )
    ;; Transfer to burn address
    (try! (stx-transfer? amount tx-sender burn-address))
    
    ;; Record the burn
    (map-set burn-records 
      { burner: tx-sender, burn-id: nonce }
      { amount: amount, address: burn-address, reason: reason }
    )
    
    ;; Increment nonce
    (var-set burn-nonce (+ nonce u1))
    
    (ok { burn-id: nonce, address: burn-address })
  )
)

;; Burn fungible tokens to a generated address
(define-public (burn-ft-tokens 
  (token <ft-trait>)
  (amount uint)
  (burn-reason (string-ascii 50)))
  (let (
    (burn-address (unwrap-panic (generate-burn-address 
      (concat "FT-BURN-" burn-reason))))
  )
    (contract-call? token transfer 
      amount 
      tx-sender 
      burn-address 
      none)
  )
)