// Copyright 2017 Google Inc. All Rights Reserved.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
//     http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.

// Other source files should never include this header directly, but should
// include the generic "starboard/configuration.h" instead.

#ifndef STARBOARD_WIN_SHARED_CONFIGURATION_PUBLIC_H_
#define STARBOARD_WIN_SHARED_CONFIGURATION_PUBLIC_H_

// The API version implemented by this platform. This will generally be set to
// the current value of SB_MAXIMUM_API_VERSION at the time of implementation.
#define SB_API_VERSION 6

// --- Architecture Configuration --------------------------------------------

// Whether the current platform is big endian. SB_IS_LITTLE_ENDIAN will be
// automatically set based on this.
#define SB_IS_BIG_ENDIAN 0

// Whether the current platform is an ARM architecture.
#define SB_IS_ARCH_ARM 0

// Whether the current platform is a MIPS architecture.
#define SB_IS_ARCH_MIPS 0

// Whether the current platform is a PPC architecture.
#define SB_IS_ARCH_PPC 0

// Whether the current platform is an x86 architecture.
#define SB_IS_ARCH_X86 1

#define SB_IS_32_BIT 0
#define SB_IS_64_BIT 1

#define SB_HAS_32_BIT_LONG 1
#define SB_HAS_32_BIT_POINTERS 0

#define SB_HAS_64_BIT_LONG 0
#define SB_HAS_64_BIT_POINTERS 1

// Configuration parameters that allow the application to make some general
// compile-time decisions with respect to the the number of cores likely to be
// available on this platform. For a definitive measure, the application should
// still call SbSystemGetNumberOfProcessors at runtime.

// Whether the current platform is expected to have many cores (> 6), or a
// wildly varying number of cores.
#define SB_HAS_MANY_CORES 1

// Whether the current platform is expected to have exactly 1 core.
#define SB_HAS_1_CORE 0

// Whether the current platform is expected to have exactly 2 cores.
#define SB_HAS_2_CORES 0

// Whether the current platform is expected to have exactly 4 cores.
#define SB_HAS_4_CORES 0

// Whether the current platform is expected to have exactly 6 cores.
#define SB_HAS_6_CORES 0

// Whether the current platform supports thread priorities.
#define SB_HAS_THREAD_PRIORITY_SUPPORT 1

// Whether the current platform's thread scheduler will automatically balance
// threads between cores, as opposed to systems where threads will only ever run
// on the specifically pinned core.
#define SB_HAS_CROSS_CORE_SCHEDULER 1

// Some platforms will not align variables on the stack with an alignment
// greater than 16 bytes. Platforms where this is the case should define the
// following quirk.
#undef SB_HAS_QUIRK_DOES_NOT_STACK_ALIGN_OVER_16_BYTES

// --- System Header Configuration -------------------------------------------

// Any system headers listed here that are not provided by the platform will be
// emulated in starboard/types.h.

// Whether the current platform provides the standard header stdarg.h.
#define SB_HAS_STDARG_H 0

// Whether the current platform provides the standard header stdbool.h.
#define SB_HAS_STDBOOL_H 0

// Whether the current platform provides the standard header stddef.h.
#define SB_HAS_STDDEF_H 1

// Whether the current platform provides the standard header stdint.h.
#define SB_HAS_STDINT_H 1

// Whether the current platform provides the standard header inttypes.h.
#define SB_HAS_INTTYPES_H 1

// Whether the current platform provides the standard header wchar.h.
#define SB_HAS_WCHAR_H 1

// Whether the current platform provides the standard header limits.h.
#define SB_HAS_LIMITS_H 1

// Whether the current platform provides the standard header float.h.
#define SB_HAS_FLOAT_H 1

// Whether the current platform provides ssize_t.
#define SB_HAS_SSIZE_T 0

// Whether the current platform has microphone supported.
#define SB_HAS_MICROPHONE 0

// Whether the current platform has speech synthesis.
#define SB_HAS_SPEECH_SYNTHESIS 0

// Whether the current platform has speech recognizer.
#define SB_HAS_SPEECH_RECOGNIZER 0

#if !defined(__WCHAR_MAX__)
#include <wchar.h>
#define __WCHAR_MAX__ WCHAR_MAX
#endif

// Type detection for wchar_t.
#if defined(__WCHAR_MAX__) && \
    (__WCHAR_MAX__ == 0x7fffffff || __WCHAR_MAX__ == 0xffffffff)
#define SB_IS_WCHAR_T_UTF32 1
#elif defined(__WCHAR_MAX__) && \
    (__WCHAR_MAX__ == 0x7fff || __WCHAR_MAX__ == 0xffff)
#define SB_IS_WCHAR_T_UTF16 1
#endif

// Chrome only defines these two if ARMEL or MIPSEL are defined.
#if defined(__ARMEL__)
// Chrome has an exclusion for iOS here, we should too when we support iOS.
#define SB_IS_WCHAR_T_UNSIGNED 1
#elif defined(__MIPSEL__)
#define SB_IS_WCHAR_T_SIGNED 1
#endif

// --- Compiler Configuration ------------------------------------------------

// The platform's annotation for forcing a C function to be inlined.
//   https://msdn.microsoft.com/en-us/library/bw1hbe6y.aspx#Anchor_1
#define SB_C_FORCE_INLINE __forceinline

// The platform's annotation for marking a C function as suggested to be
// inlined.
#define SB_C_INLINE inline

// The platform's annotation for marking a C function as forcibly not
// inlined.
#define SB_C_NOINLINE __declspec(noinline)

// The platform's annotation for marking a symbol as exported outside of the
// current shared library.
#define SB_EXPORT_PLATFORM __declspec(dllexport)

// The platform's annotation for marking a symbol as imported from outside of
// the current linking unit.
#define SB_IMPORT_PLATFORM

// On some platforms the __GNUC__ is defined even though parts of the
// functionality are missing. Setting this to non-zero allows disabling missing
// functionality encountered.
#undef SB_HAS_QUIRK_COMPILER_SAYS_GNUC_BUT_ISNT

// On some compilers, the frontend has a quirk such that #ifdef cannot
// correctly detect __has_feature is defined, and an example error you get is:
#undef SB_HAS_QUIRK_HASFEATURE_NOT_DEFINED_BUT_IT_IS

// --- Extensions Configuration ----------------------------------------------

// GCC/Clang doesn't define a long long hash function, except for Android and
// Game consoles.
#define SB_HAS_LONG_LONG_HASH 1

// GCC/Clang doesn't define a string hash function, except for Game Consoles.
#define SB_HAS_STRING_HASH 1

// Desktop Linux needs a using statement for the hash functions.
#define SB_HAS_HASH_USING 1

// Set this to 1 if hash functions for custom types can be defined as a
// hash_value() function. Otherwise, they need to be placed inside a
// partially-specified hash struct template with an operator().
#define SB_HAS_HASH_VALUE 1

// Set this to 1 if use of hash_map or hash_set causes a deprecation warning
// (which then breaks the build).
#define SB_HAS_HASH_WARNING 1
#define _SILENCE_STDEXT_HASH_DEPRECATION_WARNINGS

// The location to include hash_map on this platform.
#define SB_HASH_MAP_INCLUDE <hash_map>

// C++'s hash_map and hash_set are often found in different namespaces depending
// on the compiler.
#define SB_HASH_NAMESPACE stdext

// The location to include hash_set on this platform.
#define SB_HASH_SET_INCLUDE <hash_set>

// Define this to how this platform copies varargs blocks.
#define SB_VA_COPY(dest, source) va_copy(dest, source)

// --- Filesystem Configuration ----------------------------------------------

// The current platform's maximum length of the name of a single directory
// entry, not including the absolute path.
#define SB_FILE_MAX_NAME 260

// The current platform's maximum length of an absolute path.
#define SB_FILE_MAX_PATH 4096

// The current platform's maximum number of files that can be opened at the
// same time by one process.
// This is set to MAXIMUM_WAIT_OBJECTS - 1, since we use WaitForMultipleEvents
// and that only supports MAXIMUM_WAIT_OBJECTS events.  The -1 is since we
// use a dummy event to wake up the socket.
#define SB_FILE_MAX_OPEN 63

// The current platform's file path component separator character. This is the
// character that appears after a directory in a file path. For example, the
// absolute canonical path of the file "/path/to/a/file.txt" uses '/' as a path
// component separator character.
#define SB_FILE_SEP_CHAR '\\'

// The current platform's alternate file path component separator character.
// This is like SB_FILE_SEP_CHAR, except if your platform supports an alternate
// character, then you can place that here. For example, on windows machines,
// the primary separator character is probably '\', but the alternate is '/'.
#define SB_FILE_ALT_SEP_CHAR '/'

// The current platform's search path component separator character. When
// specifying an ordered list of absolute paths of directories to search for a
// given reason, this is the character that appears between entries. For
// example, the search path of "/etc/search/first:/etc/search/second" uses ':'
// as a search path component separator character.
#define SB_PATH_SEP_CHAR ';'

// The string form of SB_FILE_SEP_CHAR.
#define SB_FILE_SEP_STRING "\\"

// The string form of SB_FILE_ALT_SEP_CHAR.
#define SB_FILE_ALT_SEP_STRING "/"

// The string form of SB_PATH_SEP_CHAR.
#define SB_PATH_SEP_STRING ";"

// On some platforms the file system stores access times at a coarser
// granularity than other times. When this quirk is defined, we assume the
// access time is of 1 day precision.
#undef SB_HAS_QUIRK_FILESYSTEM_COARSE_ACCESS_TIME

// --- Memory Configuration --------------------------------------------------

// The memory page size, which controls the size of chunks on memory that
// allocators deal with, and the alignment of those chunks. This doesn't have to
// be the hardware-defined physical page size, but it should be a multiple of
// it.
#define SB_MEMORY_PAGE_SIZE 4096

// Whether this platform has and should use an MMAP function to map physical
// memory to the virtual address space.
#define SB_HAS_MMAP 1

// Whether this platform can map executable memory. Implies SB_HAS_MMAP. This is
// required for platforms that want to JIT.
#define SB_CAN_MAP_EXECUTABLE_MEMORY 0

// Whether this platform has and should use an growable heap (e.g. with sbrk())
// to map physical memory to the virtual address space.
#define SB_HAS_VIRTUAL_REGIONS 0

// Specifies the alignment for IO Buffers, in bytes. Some low-level network APIs
// may require buffers to have a specific alignment, and this is the place to
// specify that.
#define SB_NETWORK_IO_BUFFER_ALIGNMENT 16

// Determines the alignment that allocations should have on this platform.
#define SB_MALLOC_ALIGNMENT ((size_t)16U)

// Determines the threshhold of allocation size that should be done with mmap
// (if available), rather than allocated within the core heap.
#define SB_DEFAULT_MMAP_THRESHOLD ((size_t)(256 * 1024U))

// Defines the path where memory debugging logs should be written to.
#define SB_MEMORY_LOG_PATH "/tmp/starboard"

// --- Thread Configuration --------------------------------------------------

// Defines the maximum number of simultaneous threads for this platform. Some
// platforms require sharing thread handles with other kinds of system handles,
// like mutexes, so we want to keep this managable.
#define SB_MAX_THREADS 90

// The maximum number of thread local storage keys supported by this platform.
#define SB_MAX_THREAD_LOCAL_KEYS 512

// The maximum length of the name for a thread, including the NULL-terminator.
#define SB_MAX_THREAD_NAME_LENGTH 16;

// --- Graphics Configuration ------------------------------------------------

// Specifies whether this platform supports a performant accelerated blitter
// API. The basic requirement is a scaled, clipped, alpha-blended blit.
#define SB_HAS_BLITTER 0

// Specifies the preferred byte order of color channels in a pixel. Refer to
// starboard/configuration.h for the possible values. EGL/GLES platforms should
// generally prefer a byte order of RGBA, regardless of endianness.
#define SB_PREFERRED_RGBA_BYTE_ORDER SB_PREFERRED_RGBA_BYTE_ORDER_RGBA

// Indicates whether or not the given platform supports bilinear filtering.
// This can be checked to enable/disable renderer tests that verify that this is
// working properly.
#define SB_HAS_BILINEAR_FILTERING_SUPPORT 1

// Indicates whether or not the given platform supports rendering of NV12
// textures. These textures typically originate from video decoders.
#define SB_HAS_NV12_TEXTURE_SUPPORT 0

// Whether the current platform should frequently flip its display buffer.  If
// this is not required (i.e. SB_MUST_FREQUENTLY_FLIP_DISPLAY_BUFFER is set to
// 0), then optimizations are enabled so the display buffer is not flipped if
// the scene hasn't changed.
#define SB_MUST_FREQUENTLY_FLIP_DISPLAY_BUFFER 0

#define SB_HAS_VIRTUAL_REALITY 0

// --- Media Configuration ---------------------------------------------------

// Specifies whether this platform has support for a possibly-decrypting
// elementary stream player for at least H.264/AAC (and AES-128-CTR, if
// decrypting). A player is responsible for ingesting an audio and video
// elementary stream, optionally-encrypted, and ultimately producing
// synchronized audio/video. If a player is defined, it must choose one of the
// supported composition methods below.
#define SB_HAS_PLAYER 1

// After a seek is triggerred, the default behavior is to append video frames
// from the last key frame before the seek time and append audio frames from the
// seek time because usually all audio frames are key frames.  On platforms that
// cannot decode video frames without displaying them, this will cause the video
// being played without audio for several seconds after seeking.  When the
// following macro is defined, the app will append audio frames start from the
// timestamp that is before the timestamp of the video key frame being appended.
#undef SB_HAS_QUIRK_SEEK_TO_KEYFRAME

// dlmalloc will use the ffs intrinsic if available.  Platforms on which this is
// not available should define the following quirk.
#undef SB_HAS_QUIRK_NO_FFS

// The maximum audio bitrate the platform can decode.  The following value
// equals to 5M bytes per seconds which is more than enough for compressed
// audio.
#define SB_MEDIA_MAX_AUDIO_BITRATE_IN_BITS_PER_SECOND (40 * 1024 * 1024)

// The maximum video bitrate the platform can decode.  The following value
// equals to 25M bytes per seconds which is more than enough for compressed
// video.
#define SB_MEDIA_MAX_VIDEO_BITRATE_IN_BITS_PER_SECOND (200 * 1024 * 1024)

// Specifies whether this platform has webm/vp9 support.  This should be set to
// non-zero on platforms with webm/vp9 support.
#define SB_HAS_MEDIA_WEBM_VP9_SUPPORT 0

// Specifies the stack size for threads created inside media stack.  Set to 0 to
// use the default thread stack size.  Set to non-zero to explicitly set the
// stack size for media stack threads.
#define SB_MEDIA_THREAD_STACK_SIZE 0U

// --- Decoder-only Params ---

// Specifies how media buffers must be aligned on this platform as some
// decoders may have special requirement on the alignment of buffers being
// decoded.
#define SB_MEDIA_BUFFER_ALIGNMENT 128U

// Specifies how video frame buffers must be aligned on this platform.
#define SB_MEDIA_VIDEO_FRAME_ALIGNMENT 256U

// The encoded video frames are compressed in different ways, so their decoding
// time can vary a lot.  Occasionally a single frame can take longer time to
// decode than the average time per frame.  The player has to cache some frames
// to account for such inconsistency.  The number of frames being cached are
// controlled by SB_MEDIA_MAXIMUM_VIDEO_PREROLL_FRAMES and
// SB_MEDIA_MAXIMUM_VIDEO_FRAMES.
//
// Specify the number of video frames to be cached before the playback starts.
// Note that setting this value too large may increase the playback start delay.
#define SB_MEDIA_MAXIMUM_VIDEO_PREROLL_FRAMES 4

// Specify the number of video frames to be cached during playback.  A large
// value leads to more stable fps but also causes the app to use more memory.
#define SB_MEDIA_MAXIMUM_VIDEO_FRAMES 12

// --- Network Configuration -------------------------------------------------

// Specifies whether this platform supports IPV6.
#define SB_HAS_IPV6 1

// Specifies whether this platform supports pipe.
#define SB_HAS_PIPE 1

// --- Tuneable Parameters ---------------------------------------------------

// Specifies the network receive buffer size in bytes, set via
// SbSocketSetReceiveBufferSize().
//
// Setting this to 0 indicates that SbSocketSetReceiveBufferSize() should
// not be called. Use this for OSs (such as Linux) where receive buffer
// auto-tuning is better.
//
// On some platforms, this may affect max TCP window size which may
// dramatically affect throughput in the presence of latency.
//
// If your platform does not have a good TCP auto-tuning mechanism,
// a setting of (128 * 1024) here is recommended.
#define SB_NETWORK_RECEIVE_BUFFER_SIZE (0)

// --- User Configuration ----------------------------------------------------

// The maximum number of users that can be signed in at the same time.
#define SB_USER_MAX_SIGNED_IN 1

// --- Timing API ------------------------------------------------------------

// Whether this platform has an API to retrieve how long the current thread
// has spent in the executing state.
#define SB_HAS_TIME_THREAD_NOW 0

// --- Platform Specific Audits ----------------------------------------------

#endif  // STARBOARD_WIN_SHARED_CONFIGURATION_PUBLIC_H_