Funktionsglossar — Buchstabe B

283 Einträge. Zurück zur Übersicht · Unit-Verzeichnis

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Funktion	Signatur	Unit
`Base64DecodedLen`	`(input_len: int64): int64`	std.buffer
`Base64EncodedLen`	`(input_len: int64): int64`	std.buffer
`base64urlEncodeBytes`	`(src: int64, srcLen: int64, dst: int64): int64`	std.cloud.gcp.jwt
`BatteryMonitorCreate`	`(fd: int64, levelHandle: int64): BatteryMonitor`	std.hardware.bluetooth_ai
`BatteryMonitorRead`	`(monitor: BatteryMonitor): int64`	std.hardware.bluetooth_ai
`BCryptVerify`	`(password: pchar, hash: int64): bool`	std.hash
`BCryptVerifyStr`	`(password: pchar, stored: pchar): bool`	std.hash
`Bearing`	`(p1: GeoPoint, p2: GeoPoint): int64`	std.geo
`BGPAdvertiseRoute`	`(peer: BGPPeer, prefix: int64, prefixLen: int64, nextHop: int64): int64`	std.net.bgp
`BGPBuildHeader`	`(msgType: int64, length: int64): int64`	std.net.bgp
`BGPBuildKeepalive`	`(): int64`	std.net.bgp
`BGPBuildNotification`	`(errCode: int64, errSubcode: int64): int64`	std.net.bgp
`BGPBuildOpen`	`(version: int64, asNum: int64, holdTime: int64, bgpId: int64): int64`	std.net.bgp
`BGPBuildUpdate`	`(prefix: int64, prefixLen: int64, nextHop: int64, origin: int64): int64`	std.net.bgp
`BGPConnect`	`(peerIp: int64, localAS: int64, remoteAS: int64): BGPPeer`	std.net.bgp
`BGPDisconnect`	`(ref peer: BGPPeer): void`	std.net.bgp
`BGPFormatIPv4`	`(ip: int64): int64`	std.net.bgp
`BGPGetMessageLength`	`(msg: int64): int64`	std.net.bgp
`BGPGetMessageType`	`(msg: int64): int64`	std.net.bgp
`BGPIPv4`	`(a: int64, b: int64, c: int64, d: int64): int64`	std.net.bgp
`BGPParseOpen`	`(msg: int64, len: int64): int64`	std.net.bgp
`BGPParseOpenFull`	`(msg: int64, len: int64, remoteAS: int64, holdTime: int64, bgpId: int64): int64`	std.net.bgp
`BGPPerformOpenExchange`	`(ref peer: BGPPeer): int64`	std.net.bgp
`BGPRecvMessage`	`(peer: BGPPeer): int64`	std.net.bgp
`BGPSendKeepalive`	`(peer: BGPPeer): int64`	std.net.bgp
`BGPSendNotification`	`(peer: BGPPeer, errCode: int64, errSubcode: int64): int64`	std.net.bgp
`BGPSendOpen`	`(ref peer: BGPPeer): int64`	std.net.bgp
`BGPWaitEstablished`	`(ref peer: BGPPeer): int64`	std.net.bgp
`BGPWithdrawRoute`	`(peer: BGPPeer, prefix: int64, prefixLen: int64): int64`	std.net.bgp
`BgSequence`	`(c: crt_color): pchar`	std.crt
`BICGetBankCode`	`(bic: pchar, out_buf: int64): int64`	std.validate.bic
`BICGetCountry`	`(bic: pchar, out_buf: int64): int64`	std.validate.bic
`BICIsHeadOffice`	`(bic: pchar): int64`	std.validate.bic
`BICNormalize`	`(bic: pchar, out_buf: int64): int64`	std.validate.bic
`BICValidate`	`(bic: pchar): int64`	std.validate.bic
`BigAbs`	`(a: int64, out: int64): bool`	std.bignum
`BigAdd`	`(a: int64, b: int64, out: int64): bool`	std.bignum
`BigBitLen`	`(p: int64): int64`	std.bignum
`BigCap`	`(p: int64): int64`	std.bignum
`BigCmp`	`(a: int64, b: int64): int64`	std.bignum
`BigCmpAbs`	`(a: int64, b: int64): int64`	std.bignum
`BigCopy`	`(a: int64, out: int64): bool`	std.bignum
`BigDivRem`	`(a: int64, b: int64, outQ: int64, outR: int64): bool`	std.bignum
`BigDivRemAbs`	`(a: int64, b: int64, outQ: int64, outR: int64): bool`	std.bignum
`BigEquals`	`(a: int64, b: int64): bool`	std.bignum
`BigFitsU64`	`(p: int64): bool`	std.bignum
`BigFree`	`(p: int64): void`	std.bignum
`BigFromDecimal`	`(s: pchar, out: int64): bool`	std.bignum
`BigGcd`	`(a: int64, b: int64, out: int64): bool`	std.bignum
`BigIsNeg`	`(p: int64): bool`	std.bignum
`BigIsOdd`	`(p: int64): bool`	std.bignum
`BigIsZero`	`(p: int64): bool`	std.bignum
`BigLen`	`(p: int64): int64`	std.bignum
`BigMod`	`(a: int64, m: int64, out: int64): bool`	std.bignum
`BigMul`	`(a: int64, b: int64, out: int64): bool`	std.bignum
`BigMulU64`	`(a: int64, k: int64, out: int64): bool`	std.bignum
`BigNeg`	`(a: int64, out: int64): bool`	std.bignum
`BigNew`	`(capWords: int64): int64`	std.bignum
`BigPowMod`	`(b: int64, e: int64, m: int64, out: int64): bool`	std.bignum
`BigPowModOdd`	`(b: int64, e: int64, m: int64, out: int64): bool`	std.bignum
`BigSetI64`	`(p: int64, v: int64): bool`	std.bignum
`BigSetU64`	`(p: int64, v: int64): bool`	std.bignum
`BigShl`	`(a: int64, n: int64, out: int64): bool`	std.bignum
`BigShr`	`(a: int64, n: int64, out: int64): bool`	std.bignum
`BigSign`	`(p: int64): int64`	std.bignum
`BigSub`	`(a: int64, b: int64, out: int64): bool`	std.bignum
`BigTestBit`	`(p: int64, i: int64): bool`	std.bignum
`BigToDecimal`	`(p: int64, buf: int64, bufLen: int64): int64`	std.bignum
`BigToHex`	`(p: int64, buf: int64, bufLen: int64): int64`	std.bignum
`BigToU64`	`(p: int64): int64`	std.bignum
`BigWord`	`(p: int64, i: int64): int64`	std.bignum
`BigZero`	`(p: int64): void`	std.bignum
`Bind`	`(sockfd: int64, addr: int64, addrlen: int64): int64`	std.net.syscalls
`BindAddr6`	`(fd: int64, ip6Hi: int64, ip6Lo: int64, port: int64): int64`	std.net.socket
`bindEvent`	`(wid: int64, eventName: pchar, handler: pchar): bool`	std.lfd_factory
`BindV6`	`(fd: int64, ip6Hi: int64, ip6Lo: int64, port: int64): int64`	std.net.socket
`BitFlush`	`(output: pchar, pos: int64): int64`	std.zlib
`BitsCeilPow2`	`(x: int64): int64`	std.bits
`BitsClear`	`(x: int64, i: int64): int64`	std.bits
`BitsClz`	`(x: int64): int64`	std.bits
`BitsCtz`	`(x: int64): int64`	std.bits
`BitsDeposit`	`(x: int64, pos: int64, len: int64, v: int64): int64`	std.bits
`BitsetAnd`	`(a: int64, b: int64, out: int64, n: int64): void`	std.bits
`BitsetAndNot`	`(a: int64, b: int64, out: int64, n: int64): void`	std.bits
`BitsetClear`	`(bs: int64, i: int64): void`	std.bits
`BitsetClearAll`	`(bs: int64, n: int64): void`	std.bits
`BitsetCount`	`(bs: int64, n: int64): int64`	std.bits
`BitsetCountAnd`	`(a: int64, b: int64, n: int64): int64`	std.bits
`BitsetCountOr`	`(a: int64, b: int64, n: int64): int64`	std.bits
`BitsetEquals`	`(a: int64, b: int64, n: int64): bool`	std.bits
`BitsetHamming`	`(a: int64, b: int64, n: int64): int64`	std.bits
`BitsetIsEmpty`	`(bs: int64, n: int64): bool`	std.bits
`BitsetNext`	`(bs: int64, n: int64, from: int64): int64`	std.bits
`BitsetNot`	`(a: int64, out: int64, n: int64): void`	std.bits
`BitsetOr`	`(a: int64, b: int64, out: int64, n: int64): void`	std.bits
`BitsetRank`	`(bs: int64, n: int64, i: int64): int64`	std.bits
`BitsetRotl`	`(a: int64, out: int64, n: int64, k: int64): void`	std.bits
`BitsetRotr`	`(a: int64, out: int64, n: int64, k: int64): void`	std.bits
`BitsetSelect`	`(bs: int64, n: int64, k: int64): int64`	std.bits
`BitsetSet`	`(bs: int64, i: int64): void`	std.bits
`BitsetSetAll`	`(bs: int64, n: int64): void`	std.bits
`BitsetShl`	`(a: int64, out: int64, n: int64, k: int64): void`	std.bits
`BitsetShr`	`(a: int64, out: int64, n: int64, k: int64): void`	std.bits
`BitsetSubset`	`(a: int64, b: int64, n: int64): bool`	std.bits
`BitsetTest`	`(bs: int64, i: int64): bool`	std.bits
`BitsetToggle`	`(bs: int64, i: int64): void`	std.bits
`BitsetWords`	`(n: int64): int64`	std.bits
`BitsetXor`	`(a: int64, b: int64, out: int64, n: int64): void`	std.bits
`BitsExtract`	`(x: int64, pos: int64, len: int64): int64`	std.bits
`BitsFloorPow2`	`(x: int64): int64`	std.bits
`BitsGrayDecode`	`(g: int64): int64`	std.bits
`BitsGrayEncode`	`(x: int64): int64`	std.bits
`BitsHamming`	`(a: int64, b: int64): int64`	std.bits
`BitsHighestSet`	`(x: int64): int64`	std.bits
`BitsIsPow2`	`(x: int64): bool`	std.bits
`BitsLowestSet`	`(x: int64): int64`	std.bits
`BitsMask`	`(n: int64): int64`	std.bits
`BitsParity`	`(x: int64): int64`	std.bits
`BitsPopCount`	`(x: int64): int64`	std.bits
`BitsReverse`	`(x: int64): int64`	std.bits
`BitsRotl`	`(x: int64, n: int64): int64`	std.bits
`BitsRotl16`	`(x: int64, n: int64): int64`	std.bits
`BitsRotl32`	`(x: int64, n: int64): int64`	std.bits
`BitsRotl8`	`(x: int64, n: int64): int64`	std.bits
`BitsRotlN`	`(x: int64, n: int64, width: int64): int64`	std.bits
`BitsRotlPair`	`(hi: int64, lo: int64, n: int64, outHi: int64, outLo: int64): void`	std.bits
`BitsRotr`	`(x: int64, n: int64): int64`	std.bits
`BitsRotr16`	`(x: int64, n: int64): int64`	std.bits
`BitsRotr32`	`(x: int64, n: int64): int64`	std.bits
`BitsRotr8`	`(x: int64, n: int64): int64`	std.bits
`BitsRotrN`	`(x: int64, n: int64, width: int64): int64`	std.bits
`BitsSar`	`(x: int64, n: int64): int64`	std.bits
`BitsSet`	`(x: int64, i: int64): int64`	std.bits
`BitsShl`	`(x: int64, n: int64): int64`	std.bits
`BitsShlChecked`	`(x: int64, n: int64, ok: int64): int64`	std.bits
`BitsShlOverflows`	`(x: int64, n: int64): bool`	std.bits
`BitsShlPair`	`(hi: int64, lo: int64, n: int64): int64`	std.bits
`BitsShr`	`(x: int64, n: int64): int64`	std.bits
`BitsShrPair`	`(hi: int64, lo: int64, n: int64): int64`	std.bits
`BitsSwapBytes`	`(x: int64): int64`	std.bits
`BitsTest`	`(x: int64, i: int64): bool`	std.bits
`BitsToggle`	`(x: int64, i: int64): int64`	std.bits
`BitWriteBit`	`(output: pchar, pos: int64, bit: int64): int64`	std.zlib
`BitWriteBits`	`(output: pchar, pos: int64, value: int64, num_bits: int64): int64`	std.zlib
`BitWriteByte`	`(output: pchar, pos: int64, byte: int64): int64`	std.zlib
`BLAddTransaction`	`(bc: int64, tx: int64): int64`	std.blockchain
`BLApplyBlock`	`(l: int64, block: int64): int64`	std.blockchain
`BLApplyTransaction`	`(l: int64, tx: int64): int64`	std.blockchain
`BLBlockchainFree`	`(bc: int64): void`	std.blockchain
`BLBlockchainGetBalance`	`(bc: int64, addr: int64): int64`	std.blockchain
`BLBlockchainGetNonce`	`(bc: int64, addr: int64): int64`	std.blockchain
`BLBlockchainNew`	`(difficulty: int64, reward: int64, maxTxPerBlock: int64): int64`	std.blockchain
`BLBlockFree`	`(block: int64): void`	std.blockchain
`BLCalculateHash`	`(block: int64, out: int64): void`	std.blockchain
`BLChainLength`	`(bc: int64): int64`	std.blockchain
`BLDeserializeInt32`	`(buf: int64, off: int64): int64`	std.blockchain.p2p
`BLDeserializeInt64`	`(buf: int64, off: int64): int64`	std.blockchain.p2p
`BLDeserializeTx`	`(buf: int64, off: int64, outPtr: int64): int64`	std.blockchain.p2p
`BleAdvertisementHandleGetAll`	`(fd: int64, advConfig: int64, serial: int64): int64`	std.hardware.bluetooth_ext
`BleAdvertisementRegister`	`(fd: int64, adapterPath: int64, pathLen: int64, advConfig: int64): int64`	std.hardware.bluetooth_ext
`BleAdvertisementUnregister`	`(fd: int64, adapterPath: int64, pathLen: int64): int64`	std.hardware.bluetooth_ext
`BleEventStreamClose`	`(ref stream: BleEventStream): void`	std.hardware.bluetooth_ai
`BleEventStreamCreate`	`(fd: int64, charHandle: int64, cccdHandle: int64): BleEventStream`	std.hardware.bluetooth_ai
`BleEventStreamNext`	`(stream: BleEventStream, dataBuf: int64, bufLen: int64): int64`	std.hardware.bluetooth_ai
`BleEventStreamOpen`	`(ref stream: BleEventStream): int64`	std.hardware.bluetooth_ai
`BleScan`	`(fd: int64, adapterPath: int64, pathLen: int64, timeoutMs: int64, resultsBuf: int64, maxResults: int64): int64`	std.hardware.bluetooth_ext
`BleScannerReadNext`	`(fd: int64, result: int64): int64`	std.hardware.bluetooth_ext
`BleScannerStart`	`(fd: int64, adapterPath: int64, pathLen: int64): int64`	std.hardware.bluetooth_ext
`BleScannerStop`	`(fd: int64, adapterPath: int64, pathLen: int64): int64`	std.hardware.bluetooth_ext
`BleScanResultAddr`	`(buf: int64, idx: int64): int64`	std.hardware.bluetooth_ext
`BleScanResultAdvData`	`(buf: int64, idx: int64): int64`	std.hardware.bluetooth_ext
`BleScanResultAdvLen`	`(buf: int64, idx: int64): int64`	std.hardware.bluetooth_ext
`BleScanResultIsConnectable`	`(buf: int64, idx: int64): int64`	std.hardware.bluetooth_ext
`BleScanResultName`	`(buf: int64, idx: int64): int64`	std.hardware.bluetooth_ext
`BleScanResultNameLen`	`(buf: int64, idx: int64): int64`	std.hardware.bluetooth_ext
`BleScanResultRSSI`	`(buf: int64, idx: int64): int64`	std.hardware.bluetooth_ext
`BLGetBalance`	`(l: int64, addr: int64): int64`	std.blockchain
`BLGetBlock`	`(bc: int64, index: int64): int64`	std.blockchain
`BLGetNonce`	`(l: int64, addr: int64): int64`	std.blockchain
`BLIsCoinbase`	`(tx: int64): int64`	std.blockchain
`BLIsValidChain`	`(bc: int64): int64`	std.blockchain
`BLLedgerFree`	`(l: int64): void`	std.blockchain
`BLLedgerNew`	`(): int64`	std.blockchain
`BLMeetsTarget`	`(hash: int64, difficulty: int64): int64`	std.blockchain
`BLMerkleRoot`	`(txPtrs: int64, count: int64, out: int64): void`	std.blockchain
`BLMinePendingTransactions`	`(bc: int64, minerAddr: int64): int64`	std.blockchain
`BLNewBlock`	`(index: int64, prevHash: int64, txPtrs: int64, txCount: int64, difficulty: int64): int64`	std.blockchain
`BLNewCoinbaseTx`	`(recvAddr: int64, amount: int64, blockIndex: int64): int64`	std.blockchain
`BLNewTransaction`	`(pubKey: int64, recvAddr: int64, amount: int64, fee: int64, nonce: int64): int64`	std.blockchain
`BLP2PBroadcastBlock`	`(node: int64, block: int64): void`	std.blockchain.p2p
`BLP2PBroadcastTx`	`(node: int64, tx: int64): void`	std.blockchain.p2p
`BLP2PConnectPeer`	`(node: int64, ip: int64, port: int64): int64`	std.blockchain.p2p
`BLP2PHandleIncoming`	`(node: int64, fd: int64): int64`	std.blockchain.p2p
`BLP2PNodeFree`	`(node: int64): void`	std.blockchain.p2p
`BLP2PNodeNew`	`(bc: int64, port: int64): int64`	std.blockchain.p2p
`BLP2PNodeStart`	`(node: int64): int64`	std.blockchain.p2p
`BLP2PNodeStop`	`(node: int64): void`	std.blockchain.p2p
`BLP2PPoll`	`(node: int64): int64`	std.blockchain.p2p
`BLSerializeInt32`	`(v: int64, out: int64): void`	std.blockchain
`BLSerializeInt64`	`(v: int64, out: int64): void`	std.blockchain
`BLSignTransaction`	`(tx: int64, privKey: int64): int64`	std.blockchain
`BLTxFree`	`(tx: int64): void`	std.blockchain
`BLTxHash`	`(tx: int64, out: int64): void`	std.blockchain
`BlueZClose`	`(fd: int64): void`	std.hardware.bluetooth_dbus
`BlueZConnectDevice`	`(fd: int64, devicePath: int64, pathLen: int64): int64`	std.hardware.bluetooth_dbus
`BlueZDisconnectDevice`	`(fd: int64, devicePath: int64, pathLen: int64): int64`	std.hardware.bluetooth_dbus
`BlueZDiscoverDevices`	`(fd: int64, adapterPath: int64, pathLen: int64, timeoutMs: int64, outBuf: int64, maxLen: int64): int64`	std.hardware.bluetooth_dbus
`BlueZFindDeviceAddress`	`(data: int64, dataLen: int64, addrBuf: int64): int64`	std.hardware.bluetooth_dbus
`BlueZGetManagedObjects`	`(fd: int64, outBuf: int64, maxLen: int64): int64`	std.hardware.bluetooth_dbus
`BlueZOpenConnection`	`(): int64`	std.hardware.bluetooth_dbus
`BlueZPairDevice`	`(fd: int64, devicePath: int64, pathLen: int64): int64`	std.hardware.bluetooth_dbus
`BlueZStartDiscovery`	`(fd: int64, adapterPath: int64, pathLen: int64): int64`	std.hardware.bluetooth_dbus
`BlueZStopDiscovery`	`(fd: int64, adapterPath: int64, pathLen: int64): int64`	std.hardware.bluetooth_dbus
`BLVerifyTransaction`	`(tx: int64): int64`	std.blockchain
`BmpDecode`	`(buf: int64, len: int64, img: int64): int64`	std.image.bmp
`BmpDecodeFile`	`(path: int64, plen: int64, img: int64): int64`	std.image.bmp
`BmpEncode`	`(img: int64, outBuf: int64, maxLen: int64): int64`	std.image.bmp
`BoolToStr`	`(b: bool): pchar`	std.io
`BoundingBoxCenter`	`(min: GeoPoint, max: GeoPoint): GeoPoint`	std.geo
`BoundingBoxFromPoints`	`(p1: GeoPoint, p2: GeoPoint): GeoBBox`	std.geo
`BoundingBoxMax`	`(p1: GeoPoint, p2: GeoPoint): GeoPoint`	std.geo
`BoundingBoxMin`	`(p1: GeoPoint, p2: GeoPoint): GeoPoint`	std.geo
`BpfEmitRaw`	`(buf: int64, n: int64, insn: int64): int64`	std.bpf
`BpfInsn`	`(code: int64, dst: int64, src: int64, off: int64, imm: int64): int64`	std.bpf
`BpfMapCreate`	`(mapType: int64, keySize: int64, valSize: int64, maxEntries: int64): int64`	std.bpf
`BpfMapDelete`	`(mapFd: int64, key: int64): int64`	std.bpf
`BpfMapLookup`	`(mapFd: int64, key: int64, valOut: int64): int64`	std.bpf
`BpfMapUpdate`	`(mapFd: int64, key: int64, val: int64, flags: int64): int64`	std.bpf
`BpfProgLoad`	`(progType: int64, insns: int64, insnCnt: int64, license: pchar, logBuf: int64, logSize: int64): int64`	std.bpf
`BrLut0`	`(p: int64): int64`	std.brotli
`BrLut1`	`(p: int64): int64`	std.brotli
`BrLut2`	`(p: int64): int64`	std.brotli
`BrotliCompress`	`(src: int64, srcLen: int64, dst: int64, dstMax: int64): int64`	std.brotli
`BrotliDecompress`	`(src: int64, srcLen: int64, dst: int64, dstMax: int64): int64`	std.brotli
`BTAccept`	`(fd: int64, addrPtr: int64, addrLenPtr: int64): int64`	std.hardware.bluetooth
`BTAddrFromBytes`	`(b0: int64, b1: int64, b2: int64, b3: int64, b4: int64, b5: int64): int64`	std.hardware.bluetooth_types
`BTAddrGetByte`	`(addr: int64, byteIdx: int64): int64`	std.hardware.bluetooth_types
`BTAddrToStr`	`(addr: int64, outBuf: int64): void`	std.hardware.bluetooth_types
`BTAddrToUInt64`	`(addr: int64): int64`	std.hardware.bluetooth_types
`BTBind`	`(fd: int64, addrPtr: int64, addrLen: int64): int64`	std.hardware.bluetooth
`BTClose`	`(fd: int64): int64`	std.hardware.bluetooth
`BTConnect`	`(fd: int64, addrPtr: int64, addrLen: int64): int64`	std.hardware.bluetooth
`BTGetSockOpt`	`(fd: int64, level: int64, optname: int64, optval: int64, optlen: int64): int64`	std.hardware.bluetooth
`BTIoctl`	`(fd: int64, request: int64, argPtr: int64): int64`	std.hardware.bluetooth
`BTListen`	`(fd: int64, backlog: int64): int64`	std.hardware.bluetooth
`BTPollFdRevents`	`(ptr: int64): int64`	std.hardware.bluetooth
`BTPollFdSet`	`(ptr: int64, fd: int64, events: int64): void`	std.hardware.bluetooth
`BTRecv`	`(fd: int64, buf: int64, len: int64, flags: int64): int64`	std.hardware.bluetooth
`BTRecvMsg`	`(fd: int64, msgPtr: int64, flags: int64): int64`	std.hardware.bluetooth
`BTSend`	`(fd: int64, buf: int64, len: int64, flags: int64): int64`	std.hardware.bluetooth
`BTSendMsg`	`(fd: int64, msgPtr: int64, flags: int64): int64`	std.hardware.bluetooth
`BTSetSockOpt`	`(fd: int64, level: int64, optname: int64, optval: int64, optlen: int64): int64`	std.hardware.bluetooth
`BTSmokeTest`	`(): int64`	std.hardware.bluetooth
`BTSockAddrL2Create`	`(buf: int64, psm: int64, bdaddr: int64, addrType: int64): void`	std.hardware.bluetooth_types
`BTSockAddrRcCreate`	`(buf: int64, bdaddr: int64, channel: int64): void`	std.hardware.bluetooth_types
`BTSockAddrRcReadAddr`	`(buf: int64): int64`	std.hardware.bluetooth_types
`BTSockAddrRcReadChannel`	`(buf: int64): int64`	std.hardware.bluetooth_types
`BTSocket`	`(socktype: int64, protocol: int64): int64`	std.hardware.bluetooth
`BTSocketPoll`	`(fdsPtr: int64, nfds: int64, timeoutMs: int64): int64`	std.hardware.bluetooth
`BTStrToAddr`	`(s: int64): int64`	std.hardware.bluetooth_types
`BTTypesSmokeTest`	`(): int64`	std.hardware.bluetooth_types
`BufferAlloc`	`(size: int64): int64`	std.net.socket
`BufferAppendString`	`(buf: pchar, buf_len: int64, str: pchar, max_out: int64): int64`	std.buffer
`BufferCalculateCapacity`	`(current: int64, needed: int64): int64`	std.buffer
`BufferCopy`	`(dest: pchar, src: pchar, len: int64): int64`	std.buffer
`BufferEquals`	`(buf1: pchar, len1: int64, buf2: pchar, len2: int64): bool`	std.buffer
`BufferFill`	`(buf: pchar, len: int64, byte: int64): void`	std.buffer
`BufferFind`	`(haystack: pchar, hlen: int64, needle: pchar, nlen: int64): int64`	std.buffer
`BufferFree`	`(buf: int64, size: int64): int64`	std.net.socket
`BufferReverse`	`(buf: pchar, len: int64): void`	std.buffer
`BufferToHex`	`(input: pchar, len: int64, output: pchar): int64`	std.buffer
`BufferToString`	`(buf: pchar, len: int64, output: pchar): int64`	std.buffer
`Build`	`(scheme: pchar, hostname: pchar, port: int64, path: pchar, output: pchar): int64`	std.url
`BuildKeyValueLine`	`(key: pchar, value: pchar, output: pchar): int64`	std.ini
`BuildSectionHeader`	`(section: pchar, output: pchar): int64`	std.ini
`ButtonCreate`	`(x: int64, y: int64, w: int64, h: int64, title: pchar, cmd: int64): TButton`	std.lyxvision.button
`ButtonCreateDefault`	`(x: int64, y: int64, title: pchar, cmd: int64): TButton`	std.lyxvision.button
`ButtonCreateStd`	`(x: int64, y: int64, title: pchar, cmd: int64): TButton`	std.lyxvision.button
`ButtonDraw`	`(btn: TButton): TButton`	std.lyxvision.button
`ButtonIsKey`	`(btn: TButton, key: int64): bool`	std.lyxvision.button
`ButtonPress`	`(btn: TButton): int64`	std.lyxvision.button
`ButtonSetPressed`	`(btn: TButton, pressed: int64): TButton`	std.lyxvision.button
`ByteToHex`	`(byte: int64, output: pchar): int64`	std.buffer

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