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Low-level elixir library to read, write, hash, and sign XDR primitive constructs used in the Stellar network.
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lib/xdr/ledger_entries/contract_code_cost_inputs.ex
defmodule StellarBase.XDR.ContractCodeCostInputs do
@moduledoc """
Automatically generated by xdrgen
DO NOT EDIT or your changes may be overwritten
Target implementation: elixir_xdr at https://hex.pm/packages/elixir_xdr
Representation of Stellar `ContractCodeCostInputs` type.
"""
@behaviour XDR.Declaration
alias StellarBase.XDR.{
ExtensionPoint,
UInt32
}
@struct_spec XDR.Struct.new(
ext: ExtensionPoint,
n_instructions: UInt32,
n_functions: UInt32,
n_globals: UInt32,
n_table_entries: UInt32,
n_types: UInt32,
n_data_segments: UInt32,
n_elem_segments: UInt32,
n_imports: UInt32,
n_exports: UInt32,
n_data_segment_bytes: UInt32
)
@type ext_type :: ExtensionPoint.t()
@type n_instructions_type :: UInt32.t()
@type n_functions_type :: UInt32.t()
@type n_globals_type :: UInt32.t()
@type n_table_entries_type :: UInt32.t()
@type n_types_type :: UInt32.t()
@type n_data_segments_type :: UInt32.t()
@type n_elem_segments_type :: UInt32.t()
@type n_imports_type :: UInt32.t()
@type n_exports_type :: UInt32.t()
@type n_data_segment_bytes_type :: UInt32.t()
@type t :: %__MODULE__{
ext: ext_type(),
n_instructions: n_instructions_type(),
n_functions: n_functions_type(),
n_globals: n_globals_type(),
n_table_entries: n_table_entries_type(),
n_types: n_types_type(),
n_data_segments: n_data_segments_type(),
n_elem_segments: n_elem_segments_type(),
n_imports: n_imports_type(),
n_exports: n_exports_type(),
n_data_segment_bytes: n_data_segment_bytes_type()
}
defstruct [
:ext,
:n_instructions,
:n_functions,
:n_globals,
:n_table_entries,
:n_types,
:n_data_segments,
:n_elem_segments,
:n_imports,
:n_exports,
:n_data_segment_bytes
]
@spec new(
ext :: ext_type(),
n_instructions :: n_instructions_type(),
n_functions :: n_functions_type(),
n_globals :: n_globals_type(),
n_table_entries :: n_table_entries_type(),
n_types :: n_types_type(),
n_data_segments :: n_data_segments_type(),
n_elem_segments :: n_elem_segments_type(),
n_imports :: n_imports_type(),
n_exports :: n_exports_type(),
n_data_segment_bytes :: n_data_segment_bytes_type()
) :: t()
def new(
%ExtensionPoint{} = ext,
%UInt32{} = n_instructions,
%UInt32{} = n_functions,
%UInt32{} = n_globals,
%UInt32{} = n_table_entries,
%UInt32{} = n_types,
%UInt32{} = n_data_segments,
%UInt32{} = n_elem_segments,
%UInt32{} = n_imports,
%UInt32{} = n_exports,
%UInt32{} = n_data_segment_bytes
),
do: %__MODULE__{
ext: ext,
n_instructions: n_instructions,
n_functions: n_functions,
n_globals: n_globals,
n_table_entries: n_table_entries,
n_types: n_types,
n_data_segments: n_data_segments,
n_elem_segments: n_elem_segments,
n_imports: n_imports,
n_exports: n_exports,
n_data_segment_bytes: n_data_segment_bytes
}
@impl true
def encode_xdr(%__MODULE__{
ext: ext,
n_instructions: n_instructions,
n_functions: n_functions,
n_globals: n_globals,
n_table_entries: n_table_entries,
n_types: n_types,
n_data_segments: n_data_segments,
n_elem_segments: n_elem_segments,
n_imports: n_imports,
n_exports: n_exports,
n_data_segment_bytes: n_data_segment_bytes
}) do
[
ext: ext,
n_instructions: n_instructions,
n_functions: n_functions,
n_globals: n_globals,
n_table_entries: n_table_entries,
n_types: n_types,
n_data_segments: n_data_segments,
n_elem_segments: n_elem_segments,
n_imports: n_imports,
n_exports: n_exports,
n_data_segment_bytes: n_data_segment_bytes
]
|> XDR.Struct.new()
|> XDR.Struct.encode_xdr()
end
@impl true
def encode_xdr!(%__MODULE__{
ext: ext,
n_instructions: n_instructions,
n_functions: n_functions,
n_globals: n_globals,
n_table_entries: n_table_entries,
n_types: n_types,
n_data_segments: n_data_segments,
n_elem_segments: n_elem_segments,
n_imports: n_imports,
n_exports: n_exports,
n_data_segment_bytes: n_data_segment_bytes
}) do
[
ext: ext,
n_instructions: n_instructions,
n_functions: n_functions,
n_globals: n_globals,
n_table_entries: n_table_entries,
n_types: n_types,
n_data_segments: n_data_segments,
n_elem_segments: n_elem_segments,
n_imports: n_imports,
n_exports: n_exports,
n_data_segment_bytes: n_data_segment_bytes
]
|> XDR.Struct.new()
|> XDR.Struct.encode_xdr!()
end
@impl true
def decode_xdr(bytes, struct \\ @struct_spec)
def decode_xdr(bytes, struct) do
case XDR.Struct.decode_xdr(bytes, struct) do
{:ok,
{%XDR.Struct{
components: [
ext: ext,
n_instructions: n_instructions,
n_functions: n_functions,
n_globals: n_globals,
n_table_entries: n_table_entries,
n_types: n_types,
n_data_segments: n_data_segments,
n_elem_segments: n_elem_segments,
n_imports: n_imports,
n_exports: n_exports,
n_data_segment_bytes: n_data_segment_bytes
]
}, rest}} ->
{:ok,
{new(
ext,
n_instructions,
n_functions,
n_globals,
n_table_entries,
n_types,
n_data_segments,
n_elem_segments,
n_imports,
n_exports,
n_data_segment_bytes
), rest}}
error ->
error
end
end
@impl true
def decode_xdr!(bytes, struct \\ @struct_spec)
def decode_xdr!(bytes, struct) do
{%XDR.Struct{
components: [
ext: ext,
n_instructions: n_instructions,
n_functions: n_functions,
n_globals: n_globals,
n_table_entries: n_table_entries,
n_types: n_types,
n_data_segments: n_data_segments,
n_elem_segments: n_elem_segments,
n_imports: n_imports,
n_exports: n_exports,
n_data_segment_bytes: n_data_segment_bytes
]
}, rest} = XDR.Struct.decode_xdr!(bytes, struct)
{new(
ext,
n_instructions,
n_functions,
n_globals,
n_table_entries,
n_types,
n_data_segments,
n_elem_segments,
n_imports,
n_exports,
n_data_segment_bytes
), rest}
end
end