/// <summary> /// Creates list of users with given input array /// </summary> /// <param name="body">List of user object</param> /// <returns></returns> public void createUsersWithArrayInput(array<User> body) { // create path and map variables var path = "/user/createWithArray".Replace("{format}","json"); // query params var queryParams = new Dictionary<String, String>(); var headerParams = new Dictionary<String, String>(); // verify required params are set if (body == null ) { throw new ApiException(400, "missing required params"); } string paramStr = null; try { var response = apiInvoker.invokeAPI(basePath, path, "POST", queryParams, body, headerParams); if(response != null){ return ; } else { return ; } } catch (ApiException ex) { if(ex.ErrorCode == 404) { return ; } else { throw ex; } } }
public pageBits(array <ulong> value) => m_value = value;
public __Siginfo(int Signo = default, int Errno = default, int Code = default, int Pid = default, uint Uid = default, int Status = default, ref ptr <byte> Addr = default, array <byte> Value = default, array <byte> _ = default) { this.Signo = Signo; this.Errno = Errno; this.Code = Code; this.Pid = Pid; this.Uid = Uid; this.Status = Status; this.Addr = Addr; this.Value = Value; this._ = _; }
public funcTypeFixed16(funcType funcType = default, array <ptr <rtype> > args = default) { this.m_funcTypeRef = new ptr <funcType>(funcType); this.args = args; }
public mcache(System.UIntPtr next_sample = default, System.UIntPtr local_scan = default, System.UIntPtr tiny = default, System.UIntPtr tinyoffset = default, System.UIntPtr local_tinyallocs = default, array <ptr <mspan> > alloc = default, array <stackfreelist> stackcache = default, System.UIntPtr local_largefree = default, System.UIntPtr local_nlargefree = default, array <System.UIntPtr> local_nsmallfree = default, uint flushGen = default) { this.next_sample = next_sample; this.local_scan = local_scan; this.tiny = tiny; this.tinyoffset = tinyoffset; this.local_tinyallocs = local_tinyallocs; this.alloc = alloc; this.stackcache = stackcache; this.local_largefree = local_largefree; this.local_nlargefree = local_nlargefree; this.local_nsmallfree = local_nsmallfree; this.flushGen = flushGen; }
public Statfs_t(long Type = default, long Bsize = default, ulong Blocks = default, ulong Bfree = default, ulong Bavail = default, ulong Files = default, ulong Ffree = default, Fsid Fsid = default, long Namelen = default, long Frsize = default, long Flags = default, array <long> Spare = default) { this.Type = Type; this.Bsize = Bsize; this.Blocks = Blocks; this.Bfree = Bfree; this.Bavail = Bavail; this.Files = Files; this.Ffree = Ffree; this.Fsid = Fsid; this.Namelen = Namelen; this.Frsize = Frsize; this.Flags = Flags; this.Spare = Spare; }
public IPMreq(array <byte> Multiaddr = default, array <byte> Interface = default) { this.Multiaddr = Multiaddr; this.Interface = Interface; }
public timeval(long tv_sec = default, int tv_usec = default, array <byte> pad_cgo_0 = default) { this.tv_sec = tv_sec; this.tv_usec = tv_usec; this.pad_cgo_0 = pad_cgo_0; }
public IPMreqn(array <byte> Multiaddr = default, array <byte> Address = default, int Ifindex = default) { this.Multiaddr = Multiaddr; this.Address = Address; this.Ifindex = Ifindex; }
public RawSockaddr(byte Len = default, byte Family = default, array <byte> Data = default) { this.Len = Len; this.Family = Family; this.Data = Data; }
public SidIdentifierAuthority(array <byte> Value = default) { this.Value = Value; }
public pcvalueCache(array <array <pcvalueCacheEnt> > entries = default) { this.entries = entries; }
public CryptoReportRNG(array <sbyte> Type = default, uint Seedsize = default) { this.Type = Type; this.Seedsize = Seedsize; }
public d(array <int> value) => m_value = value;
public Fsid(array <int> X__fsid_val = default) { this.X__fsid_val = X__fsid_val; }
public Event(long Off = default, byte Type = default, long seq = default, long Ts = default, long P = default, ulong G = default, ulong StkID = default, slice <ptr <Frame> > Stk = default, array <ulong> Args = default, slice <@string> SArgs = default, ref ptr <Event> Link = default) { this.Off = Off; this.Type = Type; this.seq = seq; this.Ts = Ts; this.P = P; this.G = G; this.StkID = StkID; this.Stk = Stk; this.Args = Args; this.SArgs = SArgs; this.Link = Link; }
public Radvisory_t(long Offset = default, int Count = default, array <byte> _ = default) { this.Offset = Offset; this.Count = Count; this._ = _; }
public RawSockaddrDatalink(byte Len = default, byte Family = default, ushort Index = default, byte Type = default, byte Nlen = default, byte Alen = default, byte Slen = default, array <byte> Data = default) { this.Len = Len; this.Family = Family; this.Index = Index; this.Type = Type; this.Nlen = Nlen; this.Alen = Alen; this.Slen = Slen; this.Data = Data; }
public Block(slice <ast.Node> Nodes = default, slice <ptr <Block> > Succs = default, int Index = default, bool Live = default, @string comment = default, array <ptr <Block> > succs2 = default) { this.Nodes = Nodes; this.Succs = Succs; this.Index = Index; this.Live = Live; this.comment = comment; this.succs2 = succs2; }
public stackt(ref ptr <byte> ss_sp = default, System.UIntPtr ss_size = default, int ss_flags = default, array <byte> pad_cgo_0 = default) { this.ss_sp = ss_sp; this.ss_size = ss_size; this.ss_flags = ss_flags; this.pad_cgo_0 = pad_cgo_0; }
public Termios(uint Iflag = default, uint Oflag = default, uint Cflag = default, uint Lflag = default, array <byte> Cc = default, int Ispeed = default, int Ospeed = default) { this.Iflag = Iflag; this.Oflag = Oflag; this.Cflag = Cflag; this.Lflag = Lflag; this.Cc = Cc; this.Ispeed = Ispeed; this.Ospeed = Ospeed; }
public keventt(uint ident = default, uint filter = default, uint flags = default, uint fflags = default, long data = default, ref ptr<byte> udata = default, array<byte> _ = default) { this.ident = ident; this.filter = filter; this.flags = flags; this.fflags = fflags; this.data = data; this.udata = udata; this._ = _; }
public CryptoReportHash(array <sbyte> Type = default, uint Blocksize = default, uint Digestsize = default) { this.Type = Type; this.Blocksize = Blocksize; this.Digestsize = Digestsize; }
public BlkpgPartition(long Start = default, long Length = default, int Pno = default, array <byte> Devname = default, array <byte> Volname = default, array <byte> _ = default) { this.Start = Start; this.Length = Length; this.Pno = Pno; this.Devname = Devname; this.Volname = Volname; this._ = _; }
public RawSockaddrAny(RawSockaddr Addr = default, array <sbyte> Pad = default) { this.Addr = Addr; this.Pad = Pad; }
public finblock(ref ptr <finblock> alllink = default, ref ptr <finblock> next = default, uint cnt = default, int _ = default, array <finalizer> fin = default) { this.alllink = alllink; this.next = next; this.cnt = cnt; this._ = _; this.fin = fin; }
public CryptoReportKPP(array <byte> Type = default) { this.Type = Type; }
public SockFprog(ushort Len = default, array <byte> _ = default, ref ptr <SockFilter> Filter = default) { this.Len = Len; this._ = _; this.Filter = Filter; }
public LoopInfo(int Number = default, uint Device = default, ulong Inode = default, uint Rdevice = default, int Offset = default, int Encrypt_type = default, int Encrypt_key_size = default, int Flags = default, array <sbyte> Name = default, array <byte> Encrypt_key = default, array <ulong> Init = default, array <sbyte> Reserved = default, array <byte> _ = default) { this.Number = Number; this.Device = Device; this.Inode = Inode; this.Rdevice = Rdevice; this.Offset = Offset; this.Encrypt_type = Encrypt_type; this.Encrypt_key_size = Encrypt_key_size; this.Flags = Flags; this.Name = Name; this.Encrypt_key = Encrypt_key; this.Init = Init; this.Reserved = Reserved; this._ = _; }
public FscryptKey(uint Mode = default, array <byte> Raw = default, uint Size = default) { this.Mode = Mode; this.Raw = Raw; this.Size = Size; }
public Sigset_t(array <ulong> Val = default) { this.Val = Val; }
Class538 class = new Class538(array, Enum115.const_5, Origins.BottomLeft, Enum114.const_0, new Vector2(0f, 480f), 0.9f, true, Color.get_White());