• Top
    • Documentation
    • Books
    • Boolean-reasoning
    • Projects
    • Debugging
    • Std
    • Proof-automation
    • Macro-libraries
    • ACL2
    • Interfacing-tools
    • Hardware-verification
    • Software-verification
      • Kestrel-books
        • Crypto-hdwallet
        • Apt
        • Error-checking
        • Fty-extensions
        • Isar
        • Kestrel-utilities
        • Set
        • Soft
        • C
        • Bv
        • Imp-language
        • Event-macros
        • Java
        • Bitcoin
        • Ethereum
        • Yul
          • Transformations
          • Language
            • Abstract-syntax
              • Escape
              • Swcase-list->value-list
              • Hex-digit-list->chars
              • Fundef-list->name-list
              • Literal
              • Path
              • Hex-string-rest-element
              • Plain-string
              • String-element
              • Hex-string-content-option
              • Hex-string-content
              • Identifier
              • Funcall-option
              • Expression-option
              • Statement-option
              • Literal-option
              • Identifier-option
              • Hex-string
              • Hex-quad
              • Hex-digit
              • Hex-pair
              • Data-value
              • Data-item
                • Data-item-fix
                • Data-item-equiv
                • Make-data-item
                • Data-item->value
                • Data-item->name
                • Change-data-item
                • Data-item-p
                • Statements-to-fundefs
                • String-element-list-result
                • Identifier-identifier-map-result
                • Swcase-result
                • String-element-result
                • Statement-result
                • Literal-result
                • Identifier-set-result
                • Identifier-result
                • Identifier-list-result
                • Fundef-result
                • Funcall-result
                • Expression-result
                • Escape-result
                • Path-result
                • Block-result
                • Objects
                • Statements/blocks/cases/fundefs
                • Identifier-list
                • Identifier-set
                • Identifier-identifier-map
                • Identifier-identifier-alist
                • Hex-string-rest-element-list
                • String-element-list
                • Path-list
                • Hex-digit-list
                • Literal-list
                • Fundef-list
                • Expressions/funcalls
                • Abstract-syntax-induction-schemas
              • Dynamic-semantics
              • Concrete-syntax
              • Static-soundness
              • Static-semantics
              • Errors
            • Yul-json
          • Zcash
          • ACL2-programming-language
          • Prime-fields
          • Json
          • Syntheto
          • File-io-light
          • Cryptography
          • Number-theory
          • Lists-light
          • Axe
          • Builtins
          • Solidity
          • Helpers
          • Htclient
          • Typed-lists-light
          • Arithmetic-light
        • X86isa
        • Axe
        • Execloader
      • Math
      • Testing-utilities
    • Data-item

    Data-item-p

    Recognizer for data-item structures.

    Signature
    (data-item-p x) → *

    Definitions and Theorems

    Function: data-item-p

    (defun data-item-p (x)
      (declare (xargs :guard t))
      (let ((__function__ 'data-item-p))
        (declare (ignorable __function__))
        (and (consp x)
             (eq (car x) :data)
             (mbe :logic (and (alistp (cdr x))
                              (equal (strip-cars (cdr x))
                                     '(name value)))
                  :exec (fty::alist-with-carsp (cdr x)
                                               '(name value)))
             (b* ((name (cdr (std::da-nth 0 (cdr x))))
                  (value (cdr (std::da-nth 1 (cdr x)))))
               (and (plain-stringp name)
                    (data-value-p value))))))

    Theorem: consp-when-data-item-p

    (defthm consp-when-data-item-p
      (implies (data-item-p x) (consp x))
      :rule-classes :compound-recognizer)