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ba5eb3b5cf
* starting Lua port of python implmention. Syncing commit * Bulk of Lua module port from Python done. Not tested, only static analysis. Need to work on binary strings. Started work on flatc lua code generation * Fixed all the basic errors to produced a binary output from the builder, don't know if it is generated correctly, but it contains data, so that must be good * fixed binary set command that was extending the array improperly * continued improvement * Moved lua submodules down a directory so their names don't clash with potential other modules. Added compat module to provide Lua versioning logic * Successful sample port from Python * working on testing Lua code with formal tests * continued to work on tests and fixes to code to make tests pass * Added reading buffer test * Changed binaryarray implmentation to use a temporary table for storing data, and then serialize it to a string when requested. This double the rate of building flatbuffers compared to the string approach. * Didn't need encode module as it just added another layer of indirection that isn't need * profiled reading buffers, optimizations to increase read performance of monster data to ~7 monster / millisecond * Writing profiler improvments. Get about ~2 monsters/millisecond building rate * removed Numpy generation from Lua (came from the Python port) * math.pow is deprecated in Lua 5.3, so changed to ^ notation. Also added .bat script for starting Lua tests * adding results of generate_code.bat * simple edits for code review in PR. * There was a buffer overflow in inserting the keywords into the unorder set for both the Lua and Python code gens. Changed insertion to use iterators. * fixed spacing issue * basic documenation/tutorial updates. Updated sample_binary.lua to reflect the tutorial better * removed windows-specific build step in Lua tests
50 lines
1.4 KiB
Lua
50 lines
1.4 KiB
Lua
-- automatically generated by the FlatBuffers compiler, do not modify
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-- namespace: Example
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local flatbuffers = require('flatbuffers')
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local Stat = {} -- the module
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local Stat_mt = {} -- the class metatable
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function Stat.New()
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local o = {}
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setmetatable(o, {__index = Stat_mt})
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return o
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end
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function Stat.GetRootAsStat(buf, offset)
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local n = flatbuffers.N.UOffsetT:Unpack(buf, offset)
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local o = Stat.New()
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o:Init(buf, n + offset)
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return o
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end
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function Stat_mt:Init(buf, pos)
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self.view = flatbuffers.view.New(buf, pos)
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end
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function Stat_mt:Id()
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local o = self.view:Offset(4)
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if o ~= 0 then
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return self.view:String(o + self.view.pos)
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end
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end
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function Stat_mt:Val()
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local o = self.view:Offset(6)
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if o ~= 0 then
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return self.view:Get(flatbuffers.N.Int64, o + self.view.pos)
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end
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return 0
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end
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function Stat_mt:Count()
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local o = self.view:Offset(8)
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if o ~= 0 then
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return self.view:Get(flatbuffers.N.Uint16, o + self.view.pos)
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end
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return 0
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end
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function Stat.Start(builder) builder:StartObject(3) end
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function Stat.AddId(builder, id) builder:PrependUOffsetTRelativeSlot(0, id, 0) end
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function Stat.AddVal(builder, val) builder:PrependInt64Slot(1, val, 0) end
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function Stat.AddCount(builder, count) builder:PrependUint16Slot(2, count, 0) end
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function Stat.End(builder) return builder:EndObject() end
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return Stat -- return the module |