+
Point of view
All features
class ZMQ_MESSAGE
Summary
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ØMQ message Note: current design is a sketch. Most probably we want to make it a generic class allowing data to be of specific types instead of being ANY.
Direct parents
Inherit list: C_STRUCT, EIFFEL_OWNED
Insert list: ERRNO, EXCEPTIONS, STDLIB_EXTERNALS, ZMQ_EXTERNALS, ZMQ_MSG_T_STRUCT, ZMQ_STATUS
Known children
Inherit list: ZMQ_STRING_MESSAGE
Overview
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Creation features
{ANY}
Features
Creation
{}
Queries
{ANY}
  • size: NATURAL_64
    the size of message content TODO: shall be like size_t
Convertions.
{ANY}
Disposing
{ANY}
  • dispose
    Action to be executed just before garbage collection reclaims an object.
Command
{ANY}
{ZMQ_RECEIVING_SOCKET}
  • update
    Do whatever is needed to update the status of Current.
Implementation
{}
Initialization
{}
Copying
{ANY}
Access to C features struct_size should be exported to WRAPPER, to be able to check size before copying
{}
Destroying
{WRAPPER_HANDLER}
Implementation
{WRAPPER, WRAPPER_HANDLER}
Integer and natural convertions This section is currently necessary as Liberty does not have automatic type convertions.
{WRAPPER}
Utility features
{}
Wrapper related exceptions
{}
Various exceptions codes:
{ANY}
{ANY}
Status report:
{ANY}
Basic operations:
{ANY}
  • die (code: INTEGER_32)
    Terminate execution with exit status code, without triggering an exception.
  • raise (name: STRING)
    Raise a developer exception of name name.
  • throw (a_exception: EXCEPTION)
Non-Standard Extensions:
{ANY}
{}
Pointer referencing and de-referencing
{WRAPPER}
Dealing with "char **" return types
{WRAPPER}
External calls
{}
variable-size types
{WRAPPER_HANDLER}
C type definitions (typedefs)
{WRAPPER_HANDLER}
  • comparison_fn_t: POINTER
    typedef comparison_fn_t from /usr/include/stdlib.h Empty by design, used for anchored declarations.
  • timer_t: POINTER
    typedef timer_t from /usr/include/time.h Empty by design, used for anchored declarations.
  • clockid_t: INTEGER_32
    typedef clockid_t from /usr/include/time.h Empty by design, used for anchored declarations.
  • time_t: INTEGER_64
    typedef time_t from /usr/include/time.h Empty by design, used for anchored declarations.
  • clock_t: INTEGER_64
    typedef clock_t from /usr/include/time.h Empty by design, used for anchored declarations.
  • uintmax_t: NATURAL_64
    typedef uintmax_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • intmax_t: INTEGER_64
    typedef intmax_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uintptr_t: NATURAL_64
    typedef uintptr_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • intptr_t: INTEGER_64
    typedef intptr_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint_fast64_t: NATURAL_64
    typedef uint_fast64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint_fast32_t: NATURAL_64
    typedef uint_fast32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint_fast16_t: NATURAL_64
    typedef uint_fast16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint_fast8_t: CHARACTER
    typedef uint_fast8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int_fast64_t: INTEGER_64
    typedef int_fast64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int_fast32_t: INTEGER_64
    typedef int_fast32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int_fast16_t: INTEGER_64
    typedef int_fast16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int_fast8_t: CHARACTER
    typedef int_fast8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint_least64_t: NATURAL_64
    typedef uint_least64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint_least32_t: NATURAL_32
    typedef uint_least32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint_least16_t: NATURAL_16
    typedef uint_least16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint_least8_t: CHARACTER
    typedef uint_least8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int_least64_t: INTEGER_64
    typedef int_least64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int_least32_t: INTEGER_32
    typedef int_least32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int_least16_t: INTEGER_16
    typedef int_least16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int_least8_t: CHARACTER
    typedef int_least8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint64_t: NATURAL_64
    typedef uint64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint32_t: NATURAL_32
    typedef uint32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint16_t: NATURAL_16
    typedef uint16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • uint8_t: CHARACTER
    typedef uint8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int64_t: INTEGER_64
    typedef int64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int32_t: INTEGER_32
    typedef int32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int16_t: INTEGER_16
    typedef int16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • int8_t: CHARACTER
    typedef int8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • ssize_t: INTEGER_64
    typedef ssize_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • off64_t: INTEGER_64
    typedef off64_t from /usr/include/stdio.h Empty by design, used for anchored declarations.
  • off_t: INTEGER_64
    typedef off_t from /usr/include/stdio.h Empty by design, used for anchored declarations.
  • size_t: NATURAL_64
    typedef size_t from /usr/include/stdlib.h Empty by design, used for anchored declarations.
  • ptrdiff_t: INTEGER_64
    typedef ptrdiff_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
  • error_t: INTEGER_32
    typedef error_t from /usr/include/errno.h Empty by design, used for anchored declarations.
External calls function basename skipped as requested. function basename skipped as requested.
{}
Status
{ANY}
{ANY}
{}
External calls hidden function __builtin_memcpy skipped.
{}
Low-level setters
{}
Low-level queries
{}
default_create
effective procedure
{}
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Initialize an empty ØMQ message
with_size (a_size: NATURAL_64)
effective procedure
{}
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Initialize a ØMQ message a_size bytes long.
The implementation chooses whether it is more efficient to store message content on the stack (small messages) or on the heap (large messages). TODO: a_size: like size_t
size: NATURAL_64
effective function
{ANY}
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the size of message content TODO: shall be like size_t
as_string_message: ZMQ_STRING_MESSAGE
effective function
{ANY}
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A string message with the same content of
dispose
effective procedure
{ANY}
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Action to be executed just before garbage collection reclaims an object.
initialize
effective procedure
{ANY}
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Initialize message
update
effective procedure
{ZMQ_RECEIVING_SOCKET}
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Do whatever is needed to update the status of Current.
Used by receive commands of a ZMQ_RECEIVING_SOCKET. For example a ZMQ_STRING_MESSAGE will look for its actual lenght after being received.
close
effective procedure
{}
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data: POINTER
effective function
{}
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from_external_copy (other: POINTER)
effective procedure
{}
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allocate
effective procedure
{}
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Allocate an uninitialized structure.
Memory is allocated but NOT set to zero. This may not be what you want. See implementation
ensure
  • memory_allocated: handle.is_not_null
copy (other: ZMQ_MESSAGE)
effective procedure
{ANY}
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require
      • not immutable
      • same_dynamic_type(other)
      • not immutable
      • same_dynamic_type(other)
    • not immutable
    • same_dynamic_type(other)
ensure
  • is_equal(other)
is_equal (another: ZMQ_MESSAGE): BOOLEAN
effective function
{ANY}
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require
      • another /= Void
      • another /= Void
    • another /= Void
ensure
  • commutative: generating_type = another.generating_type implies Result = another.is_equal(Current)
struct_size: NATURAL_64
deferred function
{}
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free_handle
effective procedure
{WRAPPER_HANDLER}
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release the external memory
from_external_pointer (a_ptr: POINTER)
effective procedure
{WRAPPER, WRAPPER_HANDLER}
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ensure
set_handle (a_ptr: POINTER)
effective procedure
{WRAPPER, WRAPPER_HANDLER}
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Set a non-null handle.
Raises an No_more_memory exception if a_ptr.is_null. Use this, if you want to check the result of some external allocation function.
ensure
handle: POINTER
writable attribute
{WRAPPER, WRAPPER_HANDLER}
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Pointer to the underlying C "thing" (i.e. a struct)
reference: POINTER
effective function
{WRAPPER, WRAPPER_HANDLER}
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The address of handle.
Usuful to be passed to C functions that asks for pointer to pointer to struct (i.e. "GError **error")
integer_to_size_t (an_integer: INTEGER_32): NATURAL_64
{WRAPPER}
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Comodity feature to cast an integer into an actual size_t
null_or (a_wrapper: WRAPPER): POINTER
effective function
{}
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The handle of a_wrapper, or the default_pointer if a_wrapper is Void
ensure
  • definition: Result = default_pointer or else a_wrapper /= Void and then Result = a_wrapper.handle
null_or_string (a_string: ABSTRACT_STRING): POINTER
effective function
{}
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A pointer to a memory area containing the content of a_string or default_pointer if a_string is Void.
The memory area may be the internal buffer of a_string or a newly allocated one.
ensure
  • definition: Result = default_pointer or a_string /= Void implies Result = a_string.to_external
null_or_array (a_collection: WRAPPER_COLLECTION[WRAPPER]): POINTER
effective function
{}
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A pointer to the contenct of a_collection or NULL (default_pointer) if a_collection is Void
ensure
  • definition: a_collection = Void implies Result.is_null and a_collection /= Void implies Result.is_not_null
collection_to_c_array (a_collection: COLLECTION[WRAPPER]): FAST_ARRAY[POINTER]
effective function
{}
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An array containing the pointers to the objects wrapped by a_collection wrappers.
TODO: avoid creating a new array whenever possible.
require
  • a_collection /= Void
  • not a_collection.is_empty
pointer_to_unwrapped_deferred_object: STRING
is "A C function returned a pointer to an unwrapped object which is wrapped by a deferred class. It is not possible to create a correct wrapper."
constant attribute
{}
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retrieved_object_mismatch: STRING
is "Retrieved_object_mismatch: the Eiffel wrapper associated with a pointer is not an actual wrapper for the object referred by that pointer "
constant attribute
{}
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copying_an_uncopyable: STRING
is "Trying to copy an uncopyable wrapper: such objects are usually shortly lived"
constant attribute
{}
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Check_instruction: INTEGER_32
is 1
constant attribute
{ANY}
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Exception code for violated check.
Class_invariant: INTEGER_32
is 2
constant attribute
{ANY}
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Exception code for violated class invariant.
Developer_exception: INTEGER_32
is 3
constant attribute
{ANY}
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Exception code for developer exception.
See also: raise, throw
Incorrect_inspect_value: INTEGER_32
is 4
constant attribute
{ANY}
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Exception code for inspect statement.
This exception occurs when Void is passed as the expression to inspect ("inspect on STRING only). This exception also occurs when the inspected value selects no branch (when the keyword "else" not used, one "when" branch _must_ be selected). Some value which is not one of the inspect constants, if there is no Else_part
Loop_invariant: INTEGER_32
is 5
constant attribute
{ANY}
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Exception code for violated loop invariant
Loop_variant: INTEGER_32
is 6
constant attribute
{ANY}
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Exception code for non-decreased loop variant
No_more_memory: INTEGER_32
is 7
constant attribute
{ANY}
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Exception code for failed memory allocation
Postcondition: INTEGER_32
is 8
constant attribute
{ANY}
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Exception code for violated postcondition.
Precondition: INTEGER_32
is 9
constant attribute
{ANY}
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Exception code for violated precondition.
Routine_failure: INTEGER_32
is 10
constant attribute
{ANY}
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Exception code for failed routine.
Os_signal: INTEGER_32
is 11
constant attribute
{ANY}
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Exception code for a signal received from the OS.
Void_attached_to_expanded: INTEGER_32
is 12
constant attribute
{ANY}
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Exception code for attachment of Void value to expanded entity.
Void_call_target: INTEGER_32
is 13
constant attribute
{ANY}
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Exception code for feature applied to Void reference
System_level_type_error: INTEGER_32
is 14
constant attribute
{ANY}
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Exception code for the system-level type error (this kind of error mostly arise with covariant redefinition).
exception_name: STRING
effective function
{ANY}
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name_of_exception (a_exception: INTEGER_32): STRING
effective function
{ANY}
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developer_exception: EXCEPTION
effective function
{ANY}
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The last developer-thrown exception.
require
developer_exception_name: STRING
effective function
{ANY}
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Name of last developer-raised exception.
require
is_developer_exception: BOOLEAN
effective function
{ANY}
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Is the last exception originally due to a developer exception?
is_developer_named_exception: BOOLEAN
effective function
{ANY}
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Is the last exception originally due to a developer exception?
is_developer_exception_of_name (name: STRING): BOOLEAN
effective function
{ANY}
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Is the last exception originally due to a developer exception of name name?
assertion_violation: BOOLEAN
effective function
{ANY}
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Is last exception originally due to a violated assertion or non-decreasing variant?
exception: INTEGER_32
{ANY}
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Code of last exception that occurred.
is_signal: BOOLEAN
effective function
{ANY}
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Is last exception originally due to an external event (operating system signal) ?
die (code: INTEGER_32)
effective procedure
{ANY}
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Terminate execution with exit status code, without triggering an exception.
raise (name: STRING)
effective procedure
{ANY}
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Raise a developer exception of name name.
require
  • name /= Void
throw (a_exception: EXCEPTION)
effective procedure
{ANY}
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require
  • a_exception /= Void
signal_number: INTEGER_32
{ANY}
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Signal Number received from OS.
 Zero if exception is not an OS signal.
named_exception: NAMED_EXCEPTION
once function
{}
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developer_exception_memory: REFERENCE[EXCEPTION]
once function
{}
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raise_exception (code: INTEGER_32)
{}
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address_of (a_pointer: POINTER): POINTER
{WRAPPER}
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content_of (a_pointer: POINTER): POINTER
{WRAPPER}
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The pointer referenced by a_pointer which has to be a pointer to a pointer (i.e.: void **).
Note: the type cannot be checked by Eiffel AFAIK. Paolo 2006-05-08q.
strings_array_from (a_pointer: POINTER): FAST_ARRAY[FIXED_STRING]
effective function
{WRAPPER}
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Build a FAST_ARRAY of STRINGs from a_pointer which must be of a NULL-terminated array of C strings, that is a "char**" String contents and array itself are copied.
sized_strings_array_from (a_pointer: POINTER, a_size: INTEGER_32): FAST_ARRAY[FIXED_STRING]
effective function
{WRAPPER}
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Build a FAST_ARRAY of STRINGs from a_pointer which must be of a array of C strings of a_size elements.
The actual C type must be "char**" String contents and array itself are copied.
a64l (a_s: POINTER): INTEGER_64
{}
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function a64l (in /usr/include/stdlib.h) a64l
abort
{}
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function abort (in /usr/include/stdlib.h) abort
abs (a_x: INTEGER_32): INTEGER_32
{}
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function abs (in /usr/include/stdlib.h) abs
aligned_alloc (an_alignment: NATURAL_64, a_size: NATURAL_64): POINTER
{}
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function aligned_alloc (in /usr/include/stdlib.h) aligned_alloc
at_quick_exit (a_func: POINTER): INTEGER_32
{}
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function at_quick_exit (in /usr/include/stdlib.h) at_quick_exit
atexit (a_func: POINTER): INTEGER_32
{}
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function atexit (in /usr/include/stdlib.h) atexit
atof (a_nptr: POINTER): REAL_64
{}
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function atof (in /usr/include/stdlib.h) atof
atoi (a_nptr: POINTER): INTEGER_32
{}
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function atoi (in /usr/include/stdlib.h) atoi
atol (a_nptr: POINTER): INTEGER_64
{}
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function atol (in /usr/include/stdlib.h) atol
atoll (a_nptr: POINTER): INTEGER_64
{}
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function atoll (in /usr/include/stdlib.h) atoll
bsearch (a_key: POINTER, a_base: POINTER, a_nmemb: NATURAL_64, a_size: NATURAL_64, a_compar: POINTER): POINTER
{}
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function bsearch (in /usr/include/stdlib.h) bsearch
calloc (a_nmemb: NATURAL_64, a_size: NATURAL_64): POINTER
{}
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function calloc (in /usr/include/stdlib.h) calloc
canonicalize_file_name (a_name: POINTER): POINTER
{}
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function canonicalize_file_name (in /usr/include/stdlib.h) canonicalize_file_name
cfree (a_ptr: POINTER)
{}
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function cfree (in /usr/include/stdlib.h) cfree
clearenv: INTEGER_32
{}
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function clearenv (in /usr/include/stdlib.h) clearenv
drand48: REAL_64
{}
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function drand48 (in /usr/include/stdlib.h) drand48
drand48_r (a_buffer: POINTER, a_result: POINTER): INTEGER_32
{}
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function drand48_r (in /usr/include/stdlib.h) drand48_r
ecvt (a_value: REAL_64, a_ndigit: INTEGER_32, a_decpt: POINTER, a_sign: POINTER): POINTER
{}
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function ecvt (in /usr/include/stdlib.h) ecvt
ecvt_r (a_value: REAL_64, a_ndigit: INTEGER_32, a_decpt: POINTER, a_sign: POINTER, a_buf: POINTER, a_len: NATURAL_64): INTEGER_32
{}
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function ecvt_r (in /usr/include/stdlib.h) ecvt_r
erand48 (a_xsubi: POINTER): REAL_64
{}
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function erand48 (in /usr/include/stdlib.h) erand48
erand48_r (a_xsubi: POINTER, a_buffer: POINTER, a_result: POINTER): INTEGER_32
{}
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function erand48_r (in /usr/include/stdlib.h) erand48_r
exit (a_status: INTEGER_32)
{}
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function exit (in /usr/include/stdlib.h) exit
fcvt (a_value: REAL_64, a_ndigit: INTEGER_32, a_decpt: POINTER, a_sign: POINTER): POINTER
{}
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function fcvt (in /usr/include/stdlib.h) fcvt
fcvt_r (a_value: REAL_64, a_ndigit: INTEGER_32, a_decpt: POINTER, a_sign: POINTER, a_buf: POINTER, a_len: NATURAL_64): INTEGER_32
{}
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function fcvt_r (in /usr/include/stdlib.h) fcvt_r
free (a_ptr: POINTER)
{}
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function free (in /usr/include/stdlib.h) free
gcvt (a_value: REAL_64, a_ndigit: INTEGER_32, a_buf: POINTER): POINTER
{}
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function gcvt (in /usr/include/stdlib.h) gcvt
getenv (a_name: POINTER): POINTER
{}
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function getenv (in /usr/include/stdlib.h) getenv
getloadavg (a_loadavg: POINTER, a_nelem: INTEGER_32): INTEGER_32
{}
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function getloadavg (in /usr/include/stdlib.h) getloadavg
getpt: INTEGER_32
{}
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function getpt (in /usr/include/stdlib.h) getpt
getsubopt (an_optionp: POINTER, a_tokens: POINTER, a_valuep: POINTER): INTEGER_32
{}
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function getsubopt (in /usr/include/stdlib.h) getsubopt
grantpt (a_fd: INTEGER_32): INTEGER_32
{}
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function grantpt (in /usr/include/stdlib.h) grantpt
initstate (a_seed: NATURAL_32, a_statebuf: POINTER, a_statelen: NATURAL_64): POINTER
{}
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function initstate (in /usr/include/stdlib.h) initstate
initstate_r (a_seed: NATURAL_32, a_statebuf: POINTER, a_statelen: NATURAL_64, a_buf: POINTER): INTEGER_32
{}
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function initstate_r (in /usr/include/stdlib.h) initstate_r
jrand48 (a_xsubi: POINTER): INTEGER_64
{}
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function jrand48 (in /usr/include/stdlib.h) jrand48
jrand48_r (a_xsubi: POINTER, a_buffer: POINTER, a_result: POINTER): INTEGER_32
{}
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function jrand48_r (in /usr/include/stdlib.h) jrand48_r
l64a (a_n: INTEGER_64): POINTER
{}
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function l64a (in /usr/include/stdlib.h) l64a
labs (a_x: INTEGER_64): INTEGER_64
{}
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function labs (in /usr/include/stdlib.h) labs
lcong48 (a_param: POINTER)
{}
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function lcong48 (in /usr/include/stdlib.h) lcong48
lcong48_r (a_param: POINTER, a_buffer: POINTER): INTEGER_32
{}
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function lcong48_r (in /usr/include/stdlib.h) lcong48_r
llabs (a_x: INTEGER_64): INTEGER_64
{}
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function llabs (in /usr/include/stdlib.h) llabs
lrand48: INTEGER_64
{}
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function lrand48 (in /usr/include/stdlib.h) lrand48
lrand48_r (a_buffer: POINTER, a_result: POINTER): INTEGER_32
{}
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function lrand48_r (in /usr/include/stdlib.h) lrand48_r
malloc (a_size: NATURAL_64): POINTER
{}
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function malloc (in /usr/include/stdlib.h) malloc
mblen (a_s: POINTER, a_n: NATURAL_64): INTEGER_32
{}
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function mblen (in /usr/include/stdlib.h) mblen
mbstowcs (a_pwcs: POINTER, a_s: POINTER, a_n: NATURAL_64): NATURAL_64
{}
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function mbstowcs (in /usr/include/stdlib.h) mbstowcs
mbtowc (a_pwc: POINTER, a_s: POINTER, a_n: NATURAL_64): INTEGER_32
{}
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function mbtowc (in /usr/include/stdlib.h) mbtowc
memcpy (a_dest: POINTER, a_src: POINTER, a_n: NATURAL_64): POINTER
{}
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function memcpy (in /usr/include/stdlib.h) memcpy
mkdtemp (a_template: POINTER): POINTER
{}
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function mkdtemp (in /usr/include/stdlib.h) mkdtemp
mkostemp (a_template: POINTER, a_flags: INTEGER_32): INTEGER_32
{}
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function mkostemp (in /usr/include/stdlib.h) mkostemp
mkostemp64 (a_template: POINTER, a_flags: INTEGER_32): INTEGER_32
{}
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function mkostemp64 (in /usr/include/stdlib.h) mkostemp64
mkostemps (a_template: POINTER, a_suffixlen: INTEGER_32, a_flags: INTEGER_32): INTEGER_32
{}
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function mkostemps (in /usr/include/stdlib.h) mkostemps
mkostemps64 (a_template: POINTER, a_suffixlen: INTEGER_32, a_flags: INTEGER_32): INTEGER_32
{}
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function mkostemps64 (in /usr/include/stdlib.h) mkostemps64
mkstemp (a_template: POINTER): INTEGER_32
{}
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function mkstemp (in /usr/include/stdlib.h) mkstemp
mkstemp64 (a_template: POINTER): INTEGER_32
{}
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function mkstemp64 (in /usr/include/stdlib.h) mkstemp64
mkstemps (a_template: POINTER, a_suffixlen: INTEGER_32): INTEGER_32
{}
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function mkstemps (in /usr/include/stdlib.h) mkstemps
mkstemps64 (a_template: POINTER, a_suffixlen: INTEGER_32): INTEGER_32
{}
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function mkstemps64 (in /usr/include/stdlib.h) mkstemps64
mktemp (a_template: POINTER): POINTER
{}
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function mktemp (in /usr/include/stdlib.h) mktemp
mrand48: INTEGER_64
{}
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function mrand48 (in /usr/include/stdlib.h) mrand48
mrand48_r (a_buffer: POINTER, a_result: POINTER): INTEGER_32
{}
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function mrand48_r (in /usr/include/stdlib.h) mrand48_r
nrand48 (a_xsubi: POINTER): INTEGER_64
{}
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function nrand48 (in /usr/include/stdlib.h) nrand48
nrand48_r (a_xsubi: POINTER, a_buffer: POINTER, a_result: POINTER): INTEGER_32
{}
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function nrand48_r (in /usr/include/stdlib.h) nrand48_r
on_exit (a_func: POINTER, an_arg: POINTER): INTEGER_32
{}
top
function on_exit (in /usr/include/stdlib.h) on_exit
posix_memalign (a_memptr: POINTER, an_alignment: NATURAL_64, a_size: NATURAL_64): INTEGER_32
{}
top
function posix_memalign (in /usr/include/stdlib.h) posix_memalign
posix_openpt (an_oflag: INTEGER_32): INTEGER_32
{}
top
function posix_openpt (in /usr/include/stdlib.h) posix_openpt
ptsname (a_fd: INTEGER_32): POINTER
{}
top
function ptsname (in /usr/include/stdlib.h) ptsname
ptsname_r (a_fd: INTEGER_32, a_buf: POINTER, a_buflen: NATURAL_64): INTEGER_32
{}
top
function ptsname_r (in /usr/include/stdlib.h) ptsname_r
putenv (a_string: POINTER): INTEGER_32
{}
top
function putenv (in /usr/include/stdlib.h) putenv
qecvt (a_value: REAL_EXTENDED, a_ndigit: INTEGER_32, a_decpt: POINTER, a_sign: POINTER): POINTER
{}
top
function qecvt (in /usr/include/stdlib.h) qecvt
qecvt_r (a_value: REAL_EXTENDED, a_ndigit: INTEGER_32, a_decpt: POINTER, a_sign: POINTER, a_buf: POINTER, a_len: NATURAL_64): INTEGER_32
{}
top
function qecvt_r (in /usr/include/stdlib.h) qecvt_r
qfcvt (a_value: REAL_EXTENDED, a_ndigit: INTEGER_32, a_decpt: POINTER, a_sign: POINTER): POINTER
{}
top
function qfcvt (in /usr/include/stdlib.h) qfcvt
qfcvt_r (a_value: REAL_EXTENDED, a_ndigit: INTEGER_32, a_decpt: POINTER, a_sign: POINTER, a_buf: POINTER, a_len: NATURAL_64): INTEGER_32
{}
top
function qfcvt_r (in /usr/include/stdlib.h) qfcvt_r
qgcvt (a_value: REAL_EXTENDED, a_ndigit: INTEGER_32, a_buf: POINTER): POINTER
{}
top
function qgcvt (in /usr/include/stdlib.h) qgcvt
qsort (a_base: POINTER, a_nmemb: NATURAL_64, a_size: NATURAL_64, a_compar: POINTER)
{}
top
function qsort (in /usr/include/stdlib.h) qsort
qsort_r (a_base: POINTER, a_nmemb: NATURAL_64, a_size: NATURAL_64, a_compar: POINTER, an_arg: POINTER)
{}
top
function qsort_r (in /usr/include/stdlib.h) qsort_r
quick_exit (a_status: INTEGER_32)
{}
top
function quick_exit (in /usr/include/stdlib.h) quick_exit
rand: INTEGER_32
{}
top
function rand (in /usr/include/stdlib.h) rand
rand_r (a_seed: POINTER): INTEGER_32
{}
top
function rand_r (in /usr/include/stdlib.h) rand_r
random: INTEGER_64
{}
top
function random (in /usr/include/stdlib.h) random
random_r (a_buf: POINTER, a_result: POINTER): INTEGER_32
{}
top
function random_r (in /usr/include/stdlib.h) random_r
realloc (a_ptr: POINTER, a_size: NATURAL_64): POINTER
{}
top
function realloc (in /usr/include/stdlib.h) realloc
realpath (a_name: POINTER, a_resolved: POINTER): POINTER
{}
top
function realpath (in /usr/include/stdlib.h) realpath
rpmatch (a_response: POINTER): INTEGER_32
{}
top
function rpmatch (in /usr/include/stdlib.h) rpmatch
secure_getenv (a_name: POINTER): POINTER
{}
top
function secure_getenv (in /usr/include/stdlib.h) secure_getenv
seed48 (a_seed16v: POINTER): POINTER
{}
top
function seed48 (in /usr/include/stdlib.h) seed48
seed48_r (a_seed16v: POINTER, a_buffer: POINTER): INTEGER_32
{}
top
function seed48_r (in /usr/include/stdlib.h) seed48_r
setenv (a_name: POINTER, a_value: POINTER, a_replace: INTEGER_32): INTEGER_32
{}
top
function setenv (in /usr/include/stdlib.h) setenv
setkey (a_key: POINTER)
{}
top
function setkey (in /usr/include/stdlib.h) setkey
setstate (a_statebuf: POINTER): POINTER
{}
top
function setstate (in /usr/include/stdlib.h) setstate
setstate_r (a_statebuf: POINTER, a_buf: POINTER): INTEGER_32
{}
top
function setstate_r (in /usr/include/stdlib.h) setstate_r
srand (a_seed: NATURAL_32)
{}
top
function srand (in /usr/include/stdlib.h) srand
srand48 (a_seedval: INTEGER_64)
{}
top
function srand48 (in /usr/include/stdlib.h) srand48
srand48_r (a_seedval: INTEGER_64, a_buffer: POINTER): INTEGER_32
{}
top
function srand48_r (in /usr/include/stdlib.h) srand48_r
srandom (a_seed: NATURAL_32)
{}
top
function srandom (in /usr/include/stdlib.h) srandom
srandom_r (a_seed: NATURAL_32, a_buf: POINTER): INTEGER_32
{}
top
function srandom_r (in /usr/include/stdlib.h) srandom_r
strtod (a_nptr: POINTER, an_endptr: POINTER): REAL_64
{}
top
function strtod (in /usr/include/stdlib.h) strtod
strtod_l (a_nptr: POINTER, an_endptr: POINTER, a_loc: POINTER): REAL_64
{}
top
function strtod_l (in /usr/include/stdlib.h) strtod_l
strtof (a_nptr: POINTER, an_endptr: POINTER): REAL_32
{}
top
function strtof (in /usr/include/stdlib.h) strtof
strtof_l (a_nptr: POINTER, an_endptr: POINTER, a_loc: POINTER): REAL_32
{}
top
function strtof_l (in /usr/include/stdlib.h) strtof_l
strtol (a_nptr: POINTER, an_endptr: POINTER, a_base: INTEGER_32): INTEGER_64
{}
top
function strtol (in /usr/include/stdlib.h) strtol
strtol_l (a_nptr: POINTER, an_endptr: POINTER, a_base: INTEGER_32, a_loc: POINTER): INTEGER_64
{}
top
function strtol_l (in /usr/include/stdlib.h) strtol_l
strtold (a_nptr: POINTER, an_endptr: POINTER): REAL_EXTENDED
{}
top
function strtold (in /usr/include/stdlib.h) strtold
strtold_l (a_nptr: POINTER, an_endptr: POINTER, a_loc: POINTER): REAL_EXTENDED
{}
top
function strtold_l (in /usr/include/stdlib.h) strtold_l
strtoll (a_nptr: POINTER, an_endptr: POINTER, a_base: INTEGER_32): INTEGER_64
{}
top
function strtoll (in /usr/include/stdlib.h) strtoll
strtoll_l (a_nptr: POINTER, an_endptr: POINTER, a_base: INTEGER_32, a_loc: POINTER): INTEGER_64
{}
top
function strtoll_l (in /usr/include/stdlib.h) strtoll_l
strtoq (a_nptr: POINTER, an_endptr: POINTER, a_base: INTEGER_32): INTEGER_64
{}
top
function strtoq (in /usr/include/stdlib.h) strtoq
strtoul (a_nptr: POINTER, an_endptr: POINTER, a_base: INTEGER_32): NATURAL_64
{}
top
function strtoul (in /usr/include/stdlib.h) strtoul
strtoul_l (a_nptr: POINTER, an_endptr: POINTER, a_base: INTEGER_32, a_loc: POINTER): NATURAL_64
{}
top
function strtoul_l (in /usr/include/stdlib.h) strtoul_l
strtoull (a_nptr: POINTER, an_endptr: POINTER, a_base: INTEGER_32): NATURAL_64
{}
top
function strtoull (in /usr/include/stdlib.h) strtoull
strtoull_l (a_nptr: POINTER, an_endptr: POINTER, a_base: INTEGER_32, a_loc: POINTER): NATURAL_64
{}
top
function strtoull_l (in /usr/include/stdlib.h) strtoull_l
strtouq (a_nptr: POINTER, an_endptr: POINTER, a_base: INTEGER_32): NATURAL_64
{}
top
function strtouq (in /usr/include/stdlib.h) strtouq
system (a_command: POINTER): INTEGER_32
{}
top
function system (in /usr/include/stdlib.h) system
unlockpt (a_fd: INTEGER_32): INTEGER_32
{}
top
function unlockpt (in /usr/include/stdlib.h) unlockpt
unsetenv (a_name: POINTER): INTEGER_32
{}
top
function unsetenv (in /usr/include/stdlib.h) unsetenv
valloc (a_size: NATURAL_64): POINTER
{}
top
function valloc (in /usr/include/stdlib.h) valloc
wcstombs (a_s: POINTER, a_pwcs: POINTER, a_n: NATURAL_64): NATURAL_64
{}
top
function wcstombs (in /usr/include/stdlib.h) wcstombs
long: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
a query with the same type of c 'long int'.
useful when dealing with code that uses long int variable: just insert th class and mark the type as 'like long'
long_unsigned: NATURAL_64
effective function
{WRAPPER_HANDLER}
top
a query with the same type of c 'long unsigned int'.
useful when dealing with code that uses long int variable: just insert th class and mark the type as 'like long_unsigned'
comparison_fn_t: POINTER
effective function
{WRAPPER_HANDLER}
top
typedef comparison_fn_t from /usr/include/stdlib.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
timer_t: POINTER
effective function
{WRAPPER_HANDLER}
top
typedef timer_t from /usr/include/time.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
clockid_t: INTEGER_32
effective function
{WRAPPER_HANDLER}
top
typedef clockid_t from /usr/include/time.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
time_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef time_t from /usr/include/time.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
clock_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef clock_t from /usr/include/time.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uintmax_t: NATURAL_64
effective function
{WRAPPER_HANDLER}
top
typedef uintmax_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
intmax_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef intmax_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uintptr_t: NATURAL_64
effective function
{WRAPPER_HANDLER}
top
typedef uintptr_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
intptr_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef intptr_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint_fast64_t: NATURAL_64
effective function
{WRAPPER_HANDLER}
top
typedef uint_fast64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint_fast32_t: NATURAL_64
effective function
{WRAPPER_HANDLER}
top
typedef uint_fast32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint_fast16_t: NATURAL_64
effective function
{WRAPPER_HANDLER}
top
typedef uint_fast16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint_fast8_t: CHARACTER
effective function
{WRAPPER_HANDLER}
top
typedef uint_fast8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int_fast64_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef int_fast64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int_fast32_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef int_fast32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int_fast16_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef int_fast16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int_fast8_t: CHARACTER
effective function
{WRAPPER_HANDLER}
top
typedef int_fast8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint_least64_t: NATURAL_64
effective function
{WRAPPER_HANDLER}
top
typedef uint_least64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint_least32_t: NATURAL_32
effective function
{WRAPPER_HANDLER}
top
typedef uint_least32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint_least16_t: NATURAL_16
effective function
{WRAPPER_HANDLER}
top
typedef uint_least16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint_least8_t: CHARACTER
effective function
{WRAPPER_HANDLER}
top
typedef uint_least8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int_least64_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef int_least64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int_least32_t: INTEGER_32
effective function
{WRAPPER_HANDLER}
top
typedef int_least32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int_least16_t: INTEGER_16
effective function
{WRAPPER_HANDLER}
top
typedef int_least16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int_least8_t: CHARACTER
effective function
{WRAPPER_HANDLER}
top
typedef int_least8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint64_t: NATURAL_64
effective function
{WRAPPER_HANDLER}
top
typedef uint64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint32_t: NATURAL_32
effective function
{WRAPPER_HANDLER}
top
typedef uint32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint16_t: NATURAL_16
effective function
{WRAPPER_HANDLER}
top
typedef uint16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
uint8_t: CHARACTER
effective function
{WRAPPER_HANDLER}
top
typedef uint8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int64_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef int64_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int32_t: INTEGER_32
effective function
{WRAPPER_HANDLER}
top
typedef int32_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int16_t: INTEGER_16
effective function
{WRAPPER_HANDLER}
top
typedef int16_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
int8_t: CHARACTER
effective function
{WRAPPER_HANDLER}
top
typedef int8_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
ssize_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef ssize_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
off64_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef off64_t from /usr/include/stdio.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
off_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef off_t from /usr/include/stdio.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
size_t: NATURAL_64
effective function
{WRAPPER_HANDLER}
top
typedef size_t from /usr/include/stdlib.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
ptrdiff_t: INTEGER_64
effective function
{WRAPPER_HANDLER}
top
typedef ptrdiff_t from /usr/include/stdint.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
error_t: INTEGER_32
effective function
{WRAPPER_HANDLER}
top
typedef error_t from /usr/include/errno.h Empty by design, used for anchored declarations.
ensure
  • Result.is_default
bcmp (a_s1: POINTER, a_s2: POINTER, a_n: NATURAL_64): INTEGER_32
{}
top
function bcmp (in /usr/include/string.h) bcmp
bcopy (a_src: POINTER, a_dest: POINTER, a_n: NATURAL_64)
{}
top
function bcopy (in /usr/include/string.h) bcopy
bzero (a_s: POINTER, a_n: NATURAL_64)
{}
top
function bzero (in /usr/include/string.h) bzero
ffs (an_i: INTEGER_32): INTEGER_32
{}
top
function ffs (in /usr/include/string.h) ffs
ffsl (a_l: INTEGER_64): INTEGER_32
{}
top
function ffsl (in /usr/include/string.h) ffsl
ffsll (a_ll: INTEGER_64): INTEGER_32
{}
top
function ffsll (in /usr/include/string.h) ffsll
memccpy (a_dest: POINTER, a_src: POINTER, a_c: INTEGER_32, a_n: NATURAL_64): POINTER
{}
top
function memccpy (in /usr/include/string.h) memccpy
memcmp (a_s1: POINTER, a_s2: POINTER, a_n: NATURAL_64): INTEGER_32
{}
top
function memcmp (in /usr/include/string.h) memcmp
memfrob (a_s: POINTER, a_n: NATURAL_64): POINTER
{}
top
function memfrob (in /usr/include/string.h) memfrob
memmem (a_haystack: POINTER, a_haystacklen: NATURAL_64, a_needle: POINTER, a_needlelen: NATURAL_64): POINTER
{}
top
function memmem (in /usr/include/string.h) memmem
memmove (a_dest: POINTER, a_src: POINTER, a_n: NATURAL_64): POINTER
{}
top
function memmove (in /usr/include/string.h) memmove
mempcpy (a_dest: POINTER, a_src: POINTER, a_n: NATURAL_64): POINTER
{}
top
function mempcpy (in /usr/include/string.h) mempcpy
memset (a_s: POINTER, a_c: INTEGER_32, a_n: NATURAL_64): POINTER
{}
top
function memset (in /usr/include/string.h) memset
stpcpy (a_dest: POINTER, a_src: POINTER): POINTER
{}
top
function stpcpy (in /usr/include/string.h) stpcpy
stpncpy (a_dest: POINTER, a_src: POINTER, a_n: NATURAL_64): POINTER
{}
top
function stpncpy (in /usr/include/string.h) stpncpy
strcasecmp (a_s1: POINTER, a_s2: POINTER): INTEGER_32
{}
top
function strcasecmp (in /usr/include/string.h) strcasecmp
strcasecmp_l (a_s1: POINTER, a_s2: POINTER, a_loc: POINTER): INTEGER_32
{}
top
function strcasecmp_l (in /usr/include/string.h) strcasecmp_l
strcat (a_dest: POINTER, a_src: POINTER): POINTER
{}
top
function strcat (in /usr/include/string.h) strcat
strcmp (a_s1: POINTER, a_s2: POINTER): INTEGER_32
{}
top
function strcmp (in /usr/include/string.h) strcmp
strcoll (a_s1: POINTER, a_s2: POINTER): INTEGER_32
{}
top
function strcoll (in /usr/include/string.h) strcoll
strcoll_l (a_s1: POINTER, a_s2: POINTER, a_l: POINTER): INTEGER_32
{}
top
function strcoll_l (in /usr/include/string.h) strcoll_l
strcpy (a_dest: POINTER, a_src: POINTER): POINTER
{}
top
function strcpy (in /usr/include/string.h) strcpy
strcspn (a_s: POINTER, a_reject: POINTER): NATURAL_64
{}
top
function strcspn (in /usr/include/string.h) strcspn
strdup (a_s: POINTER): POINTER
{}
top
function strdup (in /usr/include/string.h) strdup
strerror (an_errnum: INTEGER_32): POINTER
{}
top
function strerror (in /usr/include/string.h) strerror
strerror_l (an_errnum: INTEGER_32, a_l: POINTER): POINTER
{}
top
function strerror_l (in /usr/include/string.h) strerror_l
strerror_r (an_errnum: INTEGER_32, a_buf: POINTER, a_buflen: NATURAL_64): POINTER
{}
top
function strerror_r (in /usr/include/string.h) strerror_r
strfry (a_string: POINTER): POINTER
{}
top
function strfry (in /usr/include/string.h) strfry
strlen (a_s: POINTER): NATURAL_64
{}
top
function strlen (in /usr/include/string.h) strlen
strncasecmp (a_s1: POINTER, a_s2: POINTER, a_n: NATURAL_64): INTEGER_32
{}
top
function strncasecmp (in /usr/include/string.h) strncasecmp
strncasecmp_l (a_s1: POINTER, a_s2: POINTER, a_n: NATURAL_64, a_loc: POINTER): INTEGER_32
{}
top
function strncasecmp_l (in /usr/include/string.h) strncasecmp_l
strncat (a_dest: POINTER, a_src: POINTER, a_n: NATURAL_64): POINTER
{}
top
function strncat (in /usr/include/string.h) strncat
strncmp (a_s1: POINTER, a_s2: POINTER, a_n: NATURAL_64): INTEGER_32
{}
top
function strncmp (in /usr/include/string.h) strncmp
strncpy (a_dest: POINTER, a_src: POINTER, a_n: NATURAL_64): POINTER
{}
top
function strncpy (in /usr/include/string.h) strncpy
strndup (a_string: POINTER, a_n: NATURAL_64): POINTER
{}
top
function strndup (in /usr/include/string.h) strndup
strnlen (a_string: POINTER, a_maxlen: NATURAL_64): NATURAL_64
{}
top
function strnlen (in /usr/include/string.h) strnlen
strsep (a_stringp: POINTER, a_delim: POINTER): POINTER
{}
top
function strsep (in /usr/include/string.h) strsep
strsignal (a_sig: INTEGER_32): POINTER
{}
top
function strsignal (in /usr/include/string.h) strsignal
strspn (a_s: POINTER, an_accept: POINTER): NATURAL_64
{}
top
function strspn (in /usr/include/string.h) strspn
strtok (a_s: POINTER, a_delim: POINTER): POINTER
{}
top
function strtok (in /usr/include/string.h) strtok
strtok_r (a_s: POINTER, a_delim: POINTER, a_save_ptr: POINTER): POINTER
{}
top
function strtok_r (in /usr/include/string.h) strtok_r
strverscmp (a_s1: POINTER, a_s2: POINTER): INTEGER_32
{}
top
function strverscmp (in /usr/include/string.h) strverscmp
strxfrm (a_dest: POINTER, a_src: POINTER, a_n: NATURAL_64): NATURAL_64
{}
top
function strxfrm (in /usr/include/string.h) strxfrm
strxfrm_l (a_dest: POINTER, a_src: POINTER, a_n: NATURAL_64, a_l: POINTER): NATURAL_64
{}
top
function strxfrm_l (in /usr/include/string.h) strxfrm_l
is_successful: BOOLEAN
writable attribute
{ANY}
top
Was last command successful?
is_unsuccessful: BOOLEAN
effective function
{ANY}
top
handle_return_value (a_return_value: INTEGER_32)
effective procedure
{ANY}
top
zmq_exception: ZMQ_EXCEPTION
effective function
{ANY}
top
errno: INTEGER_32
{}
top
number of last error
e2big: INTEGER_32
{}
top
Argument list too long (POSIX.1)
eacces: INTEGER_32
{}
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Permission denied (POSIX.1)
eaddrinuse: INTEGER_32
{}
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Address already in use (POSIX.1)
eaddrnotavail: INTEGER_32
{}
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Address not available (POSIX.1)
eafnosupport: INTEGER_32
{}
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Address family not supported (POSIX.1)
eagain: INTEGER_32
{}
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Resource temporarily unavailable (may be the same value as EWOULDBLOCK) (POSIX.1)
ealready: INTEGER_32
{}
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Connection already in progress (POSIX.1)
ebade: INTEGER_32
{}
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Invalid exchange
ebadf: INTEGER_32
{}
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Bad file descriptor (POSIX.1)
ebadfd: INTEGER_32
{}
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File descriptor in bad state
ebadmsg: INTEGER_32
{}
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Bad message (POSIX.1)
ebadr: INTEGER_32
{}
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Invalid request descriptor
ebadrqc: INTEGER_32
{}
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Invalid request code
ebadslt: INTEGER_32
{}
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Invalid slot
ebusy: INTEGER_32
{}
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Device or resource busy (POSIX.1)
ecanceled: INTEGER_32
{}
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Operation canceled (POSIX.1)
echild: INTEGER_32
{}
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No child processes (POSIX.1)
echrng: INTEGER_32
{}
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Channel number out of range
ecomm: INTEGER_32
{}
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Communication error on send
econnaborted: INTEGER_32
{}
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Connection aborted (POSIX.1)
econnrefused: INTEGER_32
{}
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Connection refused (POSIX.1)
econnreset: INTEGER_32
{}
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Connection reset (POSIX.1)
edeadlk: INTEGER_32
{}
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Resource deadlock avoided (POSIX.1)
edeadlock: INTEGER_32
{}
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Synonym for EDEADLK
edestaddrreq: INTEGER_32
{}
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Destination address required (POSIX.1)
edom: INTEGER_32
{}
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Mathematics argument out of domain of function (POSIX.1, C99)
edquot: INTEGER_32
{}
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Disk quota exceeded (POSIX.1)
eexist: INTEGER_32
{}
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File exists (POSIX.1)
efault: INTEGER_32
{}
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Bad address (POSIX.1)
efbig: INTEGER_32
{}
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File too large (POSIX.1)
ehostdown: INTEGER_32
{}
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Host is down
ehostunreach: INTEGER_32
{}
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Host is unreachable (POSIX.1)
eidrm: INTEGER_32
{}
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Identifier removed (POSIX.1)
eilseq: INTEGER_32
{}
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Illegal byte sequence (POSIX.1, C99)
einprogress: INTEGER_32
{}
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Operation in progress (POSIX.1)
eintr: INTEGER_32
{}
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Interrupted function call (POSIX.1); see signal(7).
einval: INTEGER_32
{}
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Invalid argument (POSIX.1)
{}
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Input/output error (POSIX.1)
eisconn: INTEGER_32
{}
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Socket is connected (POSIX.1)
eisdir: INTEGER_32
{}
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Is a directory (POSIX.1)
eisnam: INTEGER_32
{}
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Is a named type file
ekeyexpired: INTEGER_32
{}
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Key has expired
ekeyrejected: INTEGER_32
{}
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Key was rejected by service
ekeyrevoked: INTEGER_32
{}
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Key has been revoked
el2hlt: INTEGER_32
{}
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Level 2 halted
el2nsync: INTEGER_32
{}
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Level 2 not synchronized
el3hlt: INTEGER_32
{}
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Level 3 halted
el3rst: INTEGER_32
{}
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Level 3 halted
elibacc: INTEGER_32
{}
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Cannot access a needed shared library
elibbad: INTEGER_32
{}
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Accessing a corrupted shared library
elibmax: INTEGER_32
{}
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Attempting to link in too many shared libraries
elibscn: INTEGER_32
{}
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lib section in a.out corrupted
elibexec: INTEGER_32
{}
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Cannot exec a shared library directly
eloop: INTEGER_32
{}
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Too many levels of symbolic links (POSIX.1)
emediumtype: INTEGER_32
{}
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Wrong medium type
emfile: INTEGER_32
{}
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Too many open files (POSIX.1)
emlink: INTEGER_32
{}
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Too many links (POSIX.1)
emsgsize: INTEGER_32
{}
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Message too long (POSIX.1)
emultihop: INTEGER_32
{}
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Multihop attempted (POSIX.1)
enametoolong: INTEGER_32
{}
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Filename too long (POSIX.1)
enetdown: INTEGER_32
{}
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Network is down (POSIX.1)
enetreset: INTEGER_32
{}
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Connection aborted by network (POSIX.1)
enetunreach: INTEGER_32
{}
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Network unreachable (POSIX.1)
enfile: INTEGER_32
{}
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Too many open files in system (POSIX.1)
enobufs: INTEGER_32
{}
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No buffer space available (POSIX.1 (XSI STREAMS option))
enodata: INTEGER_32
{}
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No message is available on the STREAM head read queue (POSIX.1)
enodev: INTEGER_32
{}
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No such device (POSIX.1)
enoent: INTEGER_32
{}
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No such file or directory (POSIX.1)
enoexec: INTEGER_32
{}
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Exec format error (POSIX.1)
enokey: INTEGER_32
{}
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Required key not available
enolck: INTEGER_32
{}
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No locks available (POSIX.1)
enolink: INTEGER_32
{}
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Link has been severed (POSIX.1)
enomedium: INTEGER_32
{}
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No medium found
enomem: INTEGER_32
{}
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Not enough space (POSIX.1)
enomsg: INTEGER_32
{}
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No message of the desired type (POSIX.1)
enonet: INTEGER_32
{}
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Machine is not on the network
enopkg: INTEGER_32
{}
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Package not installed
enoprotoopt: INTEGER_32
{}
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Protocol not available (POSIX.1)
enospc: INTEGER_32
{}
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No space left on device (POSIX.1)
enosr: INTEGER_32
{}
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No STREAM resources (POSIX.1 (XSI STREAMS option))
enostr: INTEGER_32
{}
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Not a STREAM (POSIX.1 (XSI STREAMS option))
enosys: INTEGER_32
{}
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Function not implemented (POSIX.1)
enotblk: INTEGER_32
{}
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Block device required
enotconn: INTEGER_32
{}
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The socket is not connected (POSIX.1)
enotdir: INTEGER_32
{}
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Not a directory (POSIX.1)
enotempty: INTEGER_32
{}
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Directory not empty (POSIX.1)
enotsock: INTEGER_32
{}
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Not a socket (POSIX.1)
enotsup: INTEGER_32
{}
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Operation not supported (POSIX.1)
enotty: INTEGER_32
{}
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Inappropriate I/O control operation (POSIX.1)
enotuniq: INTEGER_32
{}
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Name not unique on network
enxio: INTEGER_32
{}
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No such device or address (POSIX.1)
eopnotsupp: INTEGER_32
{}
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Operation not supported on socket (POSIX.1) (ENOTSUP and EOPNOTSUPP have the same value on Linux, but according to POSIX.1 these error values should be distinct.)
eoverflow: INTEGER_32
{}
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Value too large to be stored in data type (POSIX.1)
eperm: INTEGER_32
{}
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Operation not permitted (POSIX.1)
epfnosupport: INTEGER_32
{}
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Protocol family not supported
epipe: INTEGER_32
{}
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Broken pipe (POSIX.1)
eproto: INTEGER_32
{}
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Protocol error (POSIX.1)
eprotonosupport: INTEGER_32
{}
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Protocol not supported (POSIX.1)
eprototype: INTEGER_32
{}
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Protocol wrong type for socket (POSIX.1)
erange: INTEGER_32
{}
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Result too large (POSIX.1, C99)
eremchg: INTEGER_32
{}
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Remote address changed
eremote: INTEGER_32
{}
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Object is remote
eremoteio: INTEGER_32
{}
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Remote I/O error
erestart: INTEGER_32
{}
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Interrupted system call should be restarted
erofs: INTEGER_32
{}
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Read-only file system (POSIX.1)
eshutdown: INTEGER_32
{}
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Cannot send after transport endpoint shutdown
espipe: INTEGER_32
{}
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Invalid seek (POSIX.1)
esocktnosupport: INTEGER_32
{}
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Socket type not supported
esrch: INTEGER_32
{}
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No such process (POSIX.1)
estale: INTEGER_32
{}
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Stale file handle (POSIX.1) This error can occur for NFS and for other file systems
estrpipe: INTEGER_32
{}
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Streams pipe error
etime: INTEGER_32
{}
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Timer expired (POSIX.1 (XSI STREAMS option)) (POSIX.1 says "STREAM ioctl(2) timeout")
etimedout: INTEGER_32
{}
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Connection timed out (POSIX.1)
etxtbsy: INTEGER_32
{}
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Text file busy (POSIX.1)
euclean: INTEGER_32
{}
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Structure needs cleaning
eunatch: INTEGER_32
{}
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Protocol driver not attached
eusers: INTEGER_32
{}
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Too many users
ewouldblock: INTEGER_32
{}
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Operation would block (may be same value as EAGAIN) (POSIX.1)
exdev: INTEGER_32
{}
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Improper link (POSIX.1)
exfull: INTEGER_32
{}
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Exchange full
zmq_bind (a_s: POINTER, an_addr: POINTER): INTEGER_32
{}
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function zmq_bind (in /usr/include/zmq.h) zmq_bind
zmq_close (a_s: POINTER): INTEGER_32
{}
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function zmq_close (in /usr/include/zmq.h) zmq_close
zmq_connect (a_s: POINTER, an_addr: POINTER): INTEGER_32
{}
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function zmq_connect (in /usr/include/zmq.h) zmq_connect
zmq_device (a_device: INTEGER_32, an_insocket: POINTER, an_outsocket: POINTER): INTEGER_32
{}
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function zmq_device (in /usr/include/zmq.h) zmq_device
zmq_errno: INTEGER_32
{}
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function zmq_errno (in /usr/include/zmq.h) zmq_errno
zmq_getsockopt (a_s: POINTER, an_option: INTEGER_32, an_optval: POINTER, an_optvallen: POINTER): INTEGER_32
{}
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function zmq_getsockopt (in /usr/include/zmq.h) zmq_getsockopt
zmq_init (an_io_threads: INTEGER_32): POINTER
{}
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function zmq_init (in /usr/include/zmq.h) zmq_init
zmq_msg_close (a_msg: POINTER): INTEGER_32
{}
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function zmq_msg_close (in /usr/include/zmq.h) zmq_msg_close
zmq_msg_copy (a_dest: POINTER, a_src: POINTER): INTEGER_32
{}
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function zmq_msg_copy (in /usr/include/zmq.h) zmq_msg_copy
zmq_msg_data (a_msg: POINTER): POINTER
{}
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function zmq_msg_data (in /usr/include/zmq.h) zmq_msg_data
zmq_msg_init (a_msg: POINTER): INTEGER_32
{}
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function zmq_msg_init (in /usr/include/zmq.h) zmq_msg_init
zmq_msg_init_data (a_msg: POINTER, a_data: POINTER, a_size: NATURAL_64, a_ffn: POINTER, a_hint: POINTER): INTEGER_32
{}
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function zmq_msg_init_data (in /usr/include/zmq.h) zmq_msg_init_data
zmq_msg_init_size (a_msg: POINTER, a_size: NATURAL_64): INTEGER_32
{}
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function zmq_msg_init_size (in /usr/include/zmq.h) zmq_msg_init_size
zmq_msg_move (a_dest: POINTER, a_src: POINTER): INTEGER_32
{}
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function zmq_msg_move (in /usr/include/zmq.h) zmq_msg_move
zmq_msg_size (a_msg: POINTER): NATURAL_64
{}
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function zmq_msg_size (in /usr/include/zmq.h) zmq_msg_size
zmq_poll (an_items: POINTER, a_nitems: INTEGER_32, a_timeout: INTEGER_64): INTEGER_32
{}
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function zmq_poll (in /usr/include/zmq.h) zmq_poll
zmq_recv (a_s: POINTER, a_msg: POINTER, a_flags: INTEGER_32): INTEGER_32
{}
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function zmq_recv (in /usr/include/zmq.h) zmq_recv
zmq_send (a_s: POINTER, a_msg: POINTER, a_flags: INTEGER_32): INTEGER_32
{}
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function zmq_send (in /usr/include/zmq.h) zmq_send
zmq_setsockopt (a_s: POINTER, an_option: INTEGER_32, an_optval: POINTER, an_optvallen: NATURAL_64): INTEGER_32
{}
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function zmq_setsockopt (in /usr/include/zmq.h) zmq_setsockopt
zmq_socket (a_context: POINTER, a_type: INTEGER_32): POINTER
{}
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function zmq_socket (in /usr/include/zmq.h) zmq_socket
zmq_strerror (an_errnum: INTEGER_32): POINTER
{}
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function zmq_strerror (in /usr/include/zmq.h) zmq_strerror
zmq_term (a_context: POINTER): INTEGER_32
{}
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function zmq_term (in /usr/include/zmq.h) zmq_term
zmq_version (a_major: POINTER, a_minor: POINTER, a_patch: POINTER)
{}
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function zmq_version (in /usr/include/zmq.h) zmq_version
zmq_msg_t_struct_set_content (a_structure: POINTER, a_value: POINTER)
{}
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Setter for content field of ZMQ_MSG_T_STRUCT structure.
TODO: setter description
zmq_msg_t_struct_set_flags (a_structure: POINTER, a_value: CHARACTER)
{}
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Setter for flags field of ZMQ_MSG_T_STRUCT structure.
TODO: setter description
zmq_msg_t_struct_set_vsm_size (a_structure: POINTER, a_value: CHARACTER)
{}
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Setter for vsm_size field of ZMQ_MSG_T_STRUCT structure.
TODO: setter description
zmq_msg_t_struct_set_vsm_data (a_structure: POINTER, a_value: POINTER)
{}
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Setter for vsm_data field of ZMQ_MSG_T_STRUCT structure.
TODO: setter description
zmq_msg_t_struct_get_content (a_structure: POINTER): POINTER
{}
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Query for content field of ZMQ_MSG_T_STRUCT structure.
TODO: getter description
zmq_msg_t_struct_get_flags (a_structure: POINTER): CHARACTER
{}
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Query for flags field of ZMQ_MSG_T_STRUCT structure.
TODO: getter description
zmq_msg_t_struct_get_vsm_size (a_structure: POINTER): CHARACTER
{}
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Query for vsm_size field of ZMQ_MSG_T_STRUCT structure.
TODO: getter description
zmq_msg_t_struct_get_vsm_data (a_structure: POINTER): POINTER
{}
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Query for vsm_data field of ZMQ_MSG_T_STRUCT structure.
TODO: getter description