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.vssbe
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{
"Header": {
"_": [
" This file for vsSolutionBuildEvent ",
" https://github.com/3F/vsSolutionBuildEvent "
],
"Compatibility": "0.12.4"
},
"PreBuild": [
{
"Enabled": true,
"Name": "Prepare",
"Caption": "Prepare data and directories",
"Mode": {
"$type": "net.r_eg.vsSBE.Events.ModeScript, vsSolutionBuildEvent",
"Type": "Script",
"Command__": [
"#[$(dbin = \"bin/Release/\")]",
"#[$(dobj = \"obj/\")]",
"",
"~ Inputs",
"",
"$(fCore = '$(dobj)core')",
"$(fCoreMin = '$(dobj)gnt.min.core')",
"$(fPacked = '$(dobj)gnt.bat')",
"$(fEmbd = 'embd.bat')",
"$(fPackMin = '$(dobj)gnt.minified.bat')",
"",
"#[($(packmaxline) == *Undefined*){ $(packmaxline = '1900') }]",
"",
"~ Output structure",
"",
"$(odir = \"$(dbin)raw/\")",
"",
"#[IO delete.directory(\"$(dbin)\", true)]",
"#[IO copy.directory(\"\", \"$(dbin)\", true)]",
"#[IO copy.directory(\"\", \"$(dobj)\", true)]"
]
}
},
{
"Enabled": true,
"Name": "ActCs",
"SupportMSBuild": false,
"Mode": {
"$type": "net.r_eg.vsSBE.Events.ModeScript, vsSolutionBuildEvent",
"Type": "Script",
"Command__": [
"",
"initialize without msbuild processing",
"#[var cslogic = #[IO get(\"logic.cs\")]]"
]
}
},
{
"Enabled": true,
"Name": "ActCore",
"Mode": {
"$type": "net.r_eg.vsSBE.Events.ModeScript, vsSolutionBuildEvent",
"Type": "Script",
"Command__": [
"#[$(revDeltaBase = \"2017/08/12\")]",
"#[$(revDeltaMin = $([System.Math]::Pow(10, 3)))]",
"#[$(revDeltaMax = 65534)]",
"",
"#[var pVer = #[File get(\".version\")]]",
"",
"#[\" ",
" Calculate revision",
"\"]",
"#[var tBase = $([System.DateTime]::Parse('$(revDeltaBase)').ToBinary())]",
"#[var tNow = $([System.DateTime]::UtcNow.Ticks)]",
"#[var revBuild = #[$(",
" [System.TimeSpan]::FromTicks('$(",
" [MSBuild]::Subtract($(tNow), $(tBase))",
" )')",
" .TotalMinutes.ToString('0'))]]",
" ",
"#[var revBuild = #[$(",
" [MSBuild]::Add(",
" $(revDeltaMin), ",
" $([MSBuild]::Modulo(",
" $(revBuild), ",
" $([MSBuild]::Subtract(",
" $(revDeltaMax), $(revDeltaMin)",
" ))",
" ))",
" )",
" )]",
"]",
"",
"#[$(pVerPrintFile = \"$(pVer).$(revBuild)\"))]",
"",
"#[\" ",
" Checking of the git folder +tool & define sha1, branch name, etc.",
"\"]",
"#[var isGit = #[IO cmd(\"git rev-parse 2>&1\")]]",
"#[( $(isGit) == \"\" )",
"{",
" #[var bSha1 = #[IO sout(\"git\", \"rev-parse --short HEAD\")]]",
" ",
" #[$(pVerPrintFile = \"$(pVerPrintFile)+$(bSha1)\")]",
"}",
"else {",
" #[$(bSha1 = '-')]",
"}]",
"",
"#[( $(reltype) == \"PublicRelease\" ) {",
" #[$(pVerPrintApp = \"$(pVer).$(revBuild)+$(bSha1)\")]",
"}",
"else {",
" #[$(pVerPrintApp = $(pVer))]",
"}]",
"",
"#[\" obj \"]",
"",
"#[IO copy.file(\"logic.targets\", \"$(dobj)core\", true)]",
"#[IO replace.Regex(\"$(dobj)core\", \"<GetNuTool>.*?</GetNuTool>\", \"<GetNuTool>$(pVerPrintApp)</GetNuTool>\")]",
"",
"$ -> $$ to prevent double evaluation",
"#[IO replace",
"(",
" \"$(dobj)core\",",
" \"return true;\",",
" \"$(cslogic.Replace('$(', '$$('))\"",
")]"
]
}
},
{
"Enabled": true,
"Name": "CompressorMinified",
"Caption": ".compressor at /minified ",
"SupportSBEScripts": false,
"Mode": {
"$type": "net.r_eg.vsSBE.Events.ModeCSharp, vsSolutionBuildEvent",
"Type": "CSharp",
"References": [
"System.dll",
"System.Core.dll"
],
"SmartReferences": true,
"GenerateInMemory": true,
"TreatWarningsAsErrors": false,
"WarningLevel": 4,
"FilesMode": false,
"CachingBytecode": false,
"Command__": [
"/*",
"* Copyright (c) 2015 Denis Kuzmin <x-3F@outlook.com> github/3F",
"*",
"* Licensed under the GetNuTool license",
"* https://github.com/3F/GetNuTool",
"*/",
"",
"using System;",
"using System.Collections.Generic;",
"using System.IO;",
"using System.Linq;",
"using System.Text;",
"using System.Text.RegularExpressions;",
"using ICommand = net.r_eg.vsSBE.Actions.ICommand;",
"using ISolutionEvent = net.r_eg.vsSBE.Events.ISolutionEvent;",
"",
"namespace vsSolutionBuildEvent",
"{",
" public class CSharpMode",
" {",
" public static int Init(ICommand cmd, ISolutionEvent evt)",
" {",
" const string _CORE = @\"$(fCore)\";",
" const string _OUTPUT = @\"$(fCoreMin)\";",
"",
" Func<char, string> quotes = (symbol) => string.Format",
" (@\"",
" (?<!\\\\)",
" (",
" {0}(?:",
" (?:",
" [^{0}\\\\\\n]",
" |",
" \\\\\\\\",
" |",
" \\\\{0}?",
" )*",
" ){0}",
" )\",",
" symbol",
" );",
"",
" Func<char[], int, Func<int, bool>, string[]> gencomb = (_dict, _size, _rule0) =>",
" {",
" var combination = new char[_size];",
" var set = new List<string>((int)Math.Pow(_dict.Length, _size));",
"",
" int pos = 0;",
" Action generator = null;",
" generator = () =>",
" {",
" for(int i = 0, lim = _size - 1; i < _dict.Length; ++i)",
" {",
" if(pos == 0 && !_rule0(i))",
" {",
" continue;",
" }",
"",
" if(pos < lim)",
" {",
" combination[pos] = _dict[i];",
" ++pos;",
" generator();",
" --pos;",
" }",
" else",
" {",
" combination[pos] = _dict[i];",
" set.Add(new string(combination.ToArray()));",
" }",
" }",
" };",
"",
" generator();",
" return set.ToArray();",
" };",
"",
" var variables = new Dictionary<string, string>();",
"",
" var cdict = new[]",
" {",
" 'd', 'e', 'f', 'g', 'h', 'i', 'j',",
" 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't',",
" 'u', 'v', 'w', 'x', 'y', 'z',",
" 'D', 'E', 'F', 'G', 'H', 'I', 'J',",
" 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T',",
" 'U', 'V', 'W', 'X', 'Y', 'Z',",
" 'a', 'b', 'c', 'A', 'B', 'C',",
" '0', '1', '2', '3', '4', '5', '6', '7', '8', '9',",
" '_'",
" };",
"",
" Func<int, bool> rule = (i) => { return char.IsLetter(cdict[i]) || cdict[i] == '_'; };",
" var vdict1 = gencomb(cdict, 1, rule);",
" var vdict2 = gencomb(cdict, 2, rule);",
"",
" var vdict = new string[vdict1.Length + vdict2.Length];",
" vdict1.CopyTo(vdict, 0);",
" vdict2.CopyTo(vdict, vdict1.Length);",
"",
" // to skip processing for:",
" var exvar = new string[] { \"true\", \"false\" };",
"",
" // https://docs.microsoft.com/en-us/dotnet/csharp/language-reference/keywords/",
" var rsvwords = new[] { \"do\", \"in\", \"is\", \"as\", \"if\", \"by\", \"on\" };",
"",
" using(var reader = new StreamReader(_CORE, Encoding.UTF8, true))",
" {",
" string content = reader.ReadToEnd();",
"",
" // protect strings",
"",
" var strings = new Dictionary<uint, string>();",
" uint ident = 0;",
" content = Regex.Replace",
" (",
" content,",
" string.Format(@\"({0}|{1})\", quotes('\"'), quotes('\\'')),",
" (m) =>",
" {",
" ++ident;",
" strings[ident] = m.Groups[1].Value;",
" return string.Format(\"!s{0}!\", ident);",
" },",
" RegexOptions.IgnorePatternWhitespace",
" );",
"",
" // code",
"",
" content = Regex.Replace(content, @\"<!\\[CDATA\\[.+?\\]\\]>\", (m) =>",
" {",
" string data = m.Value;",
"",
" // comments",
"",
" data = Regex.Replace(data, @\"\\s*\\/\\*.+?\\*\\/\\s*\", \"\", RegexOptions.Singleline);",
" data = Regex.Replace(data, @\"\\s*\\/\\/.+?$\", \"\", RegexOptions.Multiline);",
"",
" // shorten variables",
" // TODO: sort by popularity of use with 1 byte priority",
"",
" variables.Clear();",
" uint uniqVars = 0;",
"",
" Func<string, string> allocvar = (vname) =>",
" {",
" if(uniqVars + 1 > vdict.Length) throw new OverflowException(\"vdict does not contain data for new vars\");",
" do",
" {",
" variables[vname] = vdict[uniqVars++];",
" }",
" while(rsvwords.Contains(variables[vname]));",
"",
" return variables[vname];",
" };",
"",
" Func<Match, string, string, string, string> shname = (_m, l, vname, r) =>",
" {",
" if(exvar.Contains(vname) /*TODO: L-66 || variables.ContainsValue(vname)*/) return _m.Value;",
" if(variables.ContainsKey(vname)) return l + variables[vname] + r;",
"",
" return l + allocvar(vname) + r;",
" };",
"",
" Func<string, string> shnameLArgs = (vname) =>",
" {",
" if(variables.ContainsKey(vname)) return variables[vname];",
" return allocvar(vname);",
" };",
"",
" data = Regex.Replace(data, @\"([\\s;},])String([\\s.(]+)\", \"$1string$2\");",
" data = Regex.Replace(data, @\"[sS]tring\\s*\\.\\s*Empty\", \"\\\"\\\"\");",
" data = Regex.Replace(data, @\"\\s*const\\s+[sS]tring\\s+\", \"var \");",
" data = Regex.Replace(data, @\"([;(){}]\\s*)\\w+(?:\\s*\\[\\])?\\s+(\\w+)\\s*(in|=)\\s*\", \" $1 var $2 $3 \");",
" data = Regex.Replace(data, @\"\\s*([{}()=+\\-\\[\\]*?!@,;.])\\s*\", \"$1\");",
"",
" data = Regex.Replace",
" (",
" data,",
" @\"(?:",
" (?'type'",
" \\w+\\s*<[\\w_<,\\s>\\[\\]]+>",
" |",
" \\w+[\\(\\s]*",
" )",
" \\s+",
" (?'name'\\w+)",
" \\s*",
" (?'lim'",
" (?:[+\\-*\\/]?=|\\s+in\\s+|[,)]|\\s*;)",
" )",
" |",
" (?'fl'[(\\s])*(?'lmbd'[^.()=]+?)(?'fr'[)\\s]*)=>",
" )",
" \",",
" (_m) =>",
" {",
" var vname = _m.Groups[\"name\"];",
" if(vname.Success)",
" {",
" return shname(_m, _m.Groups[\"type\"].Value + \" \", vname.Value, _m.Groups[\"lim\"].Value);",
" }",
"",
" var lmbd = _m.Groups[\"lmbd\"];",
" if(lmbd.Success)",
" {",
" var sb = new StringBuilder();",
" foreach(string arg in lmbd.Value.Split(new[] { ',' }))",
" {",
" sb.Append(shnameLArgs(arg));",
" sb.Append(',');",
" }",
"",
" sb.Remove(sb.Length - 1, 1);",
" string fargs = sb.ToString();",
"",
" string fl = _m.Groups[\"fl\"].Value;",
" string fr = _m.Groups[\"fr\"].Value;",
"",
" if(!lmbd.Value.Contains(',') && fr == \")\") fl = fr = \"\";",
"",
" return string.Format(\"{0}{1}{2}=>\", fl, fargs, fr);",
" }",
"",
" return _m.Value;",
" },",
" RegexOptions.IgnorePatternWhitespace | RegexOptions.IgnoreCase",
" );",
"",
" // using of variables",
" data = Regex.Replace",
" (",
" data,",
" @\"(?'def'^|[\\s}]else\\s|\\s+in\\s+|(?<==)>|[!={};:\\[(),?+\\-|&])",
" \\s*",
" (?'name'\\w+)",
" (?'exc'[<>]*)?",
" \",",
" (Match _m) =>",
" {",
" var def = _m.Groups[\"def\"].Value;",
" var vname = _m.Groups[\"name\"].Value;",
" var exc = _m.Groups[\"exc\"].Value;",
"",
" if(exc.IndexOfAny(new[] { '<', '>' }) != -1) return _m.Value;",
"",
" if(!Regex.IsMatch(vname, \"^[a-zA-Z_]\")) return _m.Value;",
"",
" if(!variables.ContainsKey(vname))",
" {",
" return def + vname + exc;",
" }",
" return def + variables[vname] + exc;",
" },",
" RegexOptions.IgnorePatternWhitespace | RegexOptions.IgnoreCase | RegexOptions.Multiline",
" );",
"",
" // predefined",
"",
" data = data.Replace(\"StringComparison.OrdinalIgnoreCase\", \"(StringComparison)5\");",
" data = data.Replace(\"StringComparison.Ordinal\", \"(StringComparison)4\");",
" data = data.Replace(\"SearchOption.AllDirectories\", \"(SearchOption)1\");",
" data = data.Replace(\"FileMode.Open\", \"(FileMode)3\");",
" data = data.Replace(\"FileAccess.Read\", \"(FileAccess)1\");",
" data = data.Replace(\"UriKind.Relative\", \"(UriKind)2\");",
" data = data.Replace(\"FileMode.Create\", \"(FileMode)2\");",
" data = data.Replace(\"CompressionOption.Maximum\", \"(CompressionOption)1\");",
" data = data.Replace(\"StringSplitOptions.RemoveEmptyEntries\", \"(StringSplitOptions)1\");",
"",
" // 0",
" data = data.Replace(\"TargetMode.Internal\", \"0\");",
" data = data.Replace(\"SearchOption.TopDirectoryOnly\", \"0\");",
"",
" return data;",
" },",
" RegexOptions.Singleline);",
"",
" // common rules",
"",
" content = content.Replace(\"\\r\", \"\").Replace(\"\\n\", \"\");",
" content = Regex.Replace(content, @\"\\s{2,}\", \" \");",
" content = Regex.Replace(content, @\"\\s*([=,()\\[\\];:.&|{}\\/<>]+)\\s*\", \"$1\");",
"",
" /* XML */",
"",
" Action<Dictionary<string, string>, int> writeMap = (vars, part) =>",
" {",
" using(var wmap = new StreamWriter(string.Format(\"{0}.{1}.map\", _OUTPUT, part), false, new UTF8Encoding(false)))",
" {",
" string map = string.Empty;",
" foreach(var v in vars) map += string.Format(\"{0}={1}{2}\", v.Value, v.Key, Environment.NewLine);",
" wmap.Write(map);",
" }",
" };",
" writeMap(variables, 0);",
"",
" // XML rules",
"",
" content = Regex.Replace(content, @\"<!--.+?-->\", \"\");",
" content = Regex.Replace(content, @\">\\s+<\", \"><\");",
" content = Regex.Replace(content, @\"\\s+\\/>\", \"/>\");",
"",
" // recover strings",
"",
" content = Regex.Replace(content, @\"!s(\\d+)!\", (m) => {",
" return strings[uint.Parse(m.Groups[1].Value)];",
" });",
"",
" // xml Tasknames",
"",
" variables.Clear();",
" uint uniqt = 0;",
" content = Regex.Replace(content, @\"TaskName\\s*=\\s*\"\"(?'name'\\S+)\"\"\", (_m) =>",
" {",
" var tname = _m.Groups[\"name\"].Value;",
"",
" variables[tname] = vdict[uniqt++];",
"",
" return \"TaskName=\\\"\" + variables[tname] + \"\\\"\";",
" });",
"",
" content = Regex.Replace(content, @\"(?'l'<\\/?)(?'name'[a-z0-9A-Z\\-_]+)\", (_m) =>",
" {",
" var tname = _m.Groups[\"name\"].Value;",
"",
" if(variables.ContainsKey(tname))",
" {",
" return _m.Groups[\"l\"].Value + variables[tname];",
" }",
"",
" return _m.Value;",
" });",
"",
" // XML rules - Post filter",
"",
" content = Regex.Replace(content, @\"\\s+ParameterType\\s*=\\s*\"\"System.String\"\"\\s*\", \" \");",
" content = Regex.Replace(content, @\"\\s+Required\\s*=\\s*\"\"\\S+\"\"\\s*\", \" \");",
" content = Regex.Replace(content, @\"\\s+(\\/)?>\", \"$1>\");",
" content = Regex.Replace(content, @\"'\\s*==\\s*'\", \"'=='\");",
"",
" using(var writer = new StreamWriter(_OUTPUT, false, new UTF8Encoding(false)))",
" writer.Write(content);",
"",
" writeMap(variables, 1);",
" Console.WriteLine(\"{0} -> {1}\", _CORE, _OUTPUT);",
" }",
"",
" return 0;",
" }",
" }",
"}"
]
}
},
{
"Enabled": true,
"Name": "Packer",
"Caption": ".packer at /embedded",
"SupportSBEScripts": false,
"Mode": {
"$type": "net.r_eg.vsSBE.Events.ModeCSharp, vsSolutionBuildEvent",
"Type": "CSharp",
"References": [
"System.dll",
"System.Core.dll"
],
"SmartReferences": true,
"GenerateInMemory": true,
"TreatWarningsAsErrors": false,
"WarningLevel": 4,
"FilesMode": false,
"CachingBytecode": false,
"Command__": [
"/*",
"* Copyright (c) 2015 Denis Kuzmin <x-3F@outlook.com> github/3F",
"*",
"* Licensed under the GetNuTool license",
"* https://github.com/3F/GetNuTool",
"*/",
"",
"using System;",
"using System.Collections.Generic;",
"using System.IO;",
"using System.Linq;",
"using System.Text;",
"using System.Text.RegularExpressions;",
"using ICommand = net.r_eg.vsSBE.Actions.ICommand;",
"using ISolutionEvent = net.r_eg.vsSBE.Events.ISolutionEvent;",
"",
"namespace vsSolutionBuildEvent",
"{",
" public class CSharpMode",
" {",
" public static int Init(ICommand cmd, ISolutionEvent evt)",
" {",
" const string _CORE = @\"$(fCoreMin)\";",
" const string _OUTPUT = @\"$(fPacked)\";",
" const string _EMBDTPL = @\"$(fEmbd)\";",
" const string _P_VER = @\"$(pVer)\";",
"",
" Func<char, string> quotes = (symbol) =>",
" {",
" return string.Format",
" (@\"",
" (?<!\\\\)",
" (",
" {0}(?:",
" (?:",
" [^{0}\\\\]",
" |",
" \\\\\\\\",
" |",
" \\\\{0}?",
" )*",
" ){0}",
" )\",",
" symbol",
" );",
" };",
"",
" Func<string, Dictionary<int, int>> scalc = (content) =>",
" {",
" var data = new Dictionary<int, int>(); // \"(start) -> \"(length)",
"",
" var matches = Regex.Matches(content, quotes('\"'), RegexOptions.IgnorePatternWhitespace);",
" foreach(Match m in matches) {",
" data[m.Index] = m.Length;",
" }",
" return data;",
" };",
"",
" Func<int, Dictionary<int, int>, bool> isInsideString = (idx, strings) =>",
" {",
" foreach(var s in strings)",
" {",
" if(idx > s.Key && idx < (s.Key + s.Value)) {",
" return true;",
" }",
" }",
" return false;",
" };",
"",
" Func<char[], int, Func<int, bool>, string[]> gencomb = (_dict, _size, _rule0) =>",
" {",
" var combination = new char[_size];",
" var set = new List<string>((int)Math.Pow(_dict.Length, _size));",
"",
" int pos = 0;",
" Action generator = null;",
" generator = () =>",
" {",
" for(int i = 0, lim = _size - 1; i < _dict.Length; ++i)",
" {",
" if(pos == 0 && !_rule0(i)) {",
" continue;",
" }",
"",
" if(pos < lim) {",
" combination[pos] = _dict[i];",
" ++pos;",
" generator();",
" --pos;",
" }",
" else {",
" combination[pos] = _dict[i];",
" set.Add(new String(combination.ToArray()));",
" }",
" }",
" };",
"",
" generator();",
" return set.ToArray();",
" };",
"",
" var variables = new Dictionary<string, string>();",
"",
" var cdict = new[]",
" {",
" '-', '[', ']', ';', '.', ',', ':', '+', '{', '}', '_',",
" 'a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j',",
" 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't',",
" 'u', 'v', 'w', 'x', 'y', 'z', '0', '1', '2', '3',",
" '4', '5', '6', '7', '8', '9',",
" '$', '#', '@', '`', '?',",
" // '!',",
" };",
"",
" var vdict = gencomb(cdict, 1, (i) => { return !char.IsDigit(cdict[i]); });",
"",
" // to skip processing for:",
" var exword = new[] { \"\" };",
" int skipFirst = 110;",
"",
" const string rlexemes = @\"(?:",
" (?'wrd'",
" Console\\s*\\.\\s*WriteLine\\(\\s*",
" | Console\\s*\\.\\s*Error\\s*\\.\\s*WriteLine\\(\\s*",
" | string\\.IsNullOrEmpty\\(\\s*",
" | Microsoft\\.Build\\.Tasks\\.",
" | Console\\.Write\\(",
" | \\.Trim\\(\\)",
" | ServicePointManager\\.SecurityProtocol",
" | packages\\.config",
" )",
" |",
" (?'ld'%%?0[aA])?",
" (?'cls'[a-z0-9A-Z_\\-]+)",
" )\";",
"",
" using(var reader = new StreamReader(_CORE, System.Text.Encoding.UTF8, true))",
" {",
" var content = reader.ReadToEnd();",
"",
" content = content.Replace(\"%\", \"%%\");",
" ",
" // Protecting data outside strings only:",
" content = Regex.Replace(content, @\"[<|>&]\", (m) => isInsideString(m.Index, scalc(content)) ? m.Value : \"^\" + m.Value);",
"",
" // lexemes via vars",
"",
" var lstat = new Dictionary<string, int>();",
" foreach(Match m in Regex.Matches(content, rlexemes, RegexOptions.IgnorePatternWhitespace))",
" {",
" var wrd = m.Groups[\"wrd\"];",
" var cls = m.Groups[\"cls\"];",
"",
" var vname = wrd.Success ? wrd.Value : cls.Value;",
"",
" if(vname.Length < 4) { // minimal is 3: %a%",
" continue;",
" }",
"",
" if(exword.Contains(vname)) {",
" continue;",
" }",
"",
" if(!lstat.ContainsKey(vname)) {",
" lstat[vname] = -1 * (vname.Length + 7); //for init: set a= + length + &",
" }",
" lstat[vname] += (vname.Length - 3); //for use: % + a + %",
" }",
" ",
" uint uniqVars = 0;",
" variables.Clear();",
" var prio = lstat.Where(x => x.Value > 0).OrderByDescending(x => x.Value).Take(vdict.Length);",
" var defv = \"\";",
"",
" content = Regex.Replace(content, rlexemes, (m) => ",
" {",
" if(m.Index < skipFirst) {",
" return m.Value;",
" }",
"",
" var wrd = m.Groups[\"wrd\"];",
" var cls = m.Groups[\"cls\"];",
" var ld = m.Groups[\"ld\"].Value;",
"",
" var vname = wrd.Success ? wrd.Value : cls.Value;",
"",
" if(prio.All(x => x.Key != vname)) {",
" return m.Value;",
" }",
"",
" if(variables.ContainsKey(vname)) {",
" return ld + variables[vname];",
" }",
"",
" if(uniqVars + 1 > vdict.Length) {",
" throw new OverflowException(\"vdict does not contain data for new vars\");",
" }",
"",
" var nv = vdict[uniqVars++];",
"",
" variables[vname] = string.Format(\"%{0}%\", nv);",
"",
" defv += string.Format(\"set {0}={1}&\", nv, vname);",
" return ld + variables[vname];",
" },",
" RegexOptions.IgnorePatternWhitespace);",
"",
" using(var wmap = new StreamWriter(_OUTPUT + \".p.map\", false, new UTF8Encoding(false)))",
" {",
" string map = string.Empty;",
" foreach(var v in variables) map += string.Format(\"{0}={1}{2}\", v.Value, v.Key, Environment.NewLine);",
" wmap.Write(map);",
" }",
" ",
" // We'll work without double quotes, so we should define all pairs of \"...\" per line",
"",
" var strings = scalc(content);",
"",
" // Now, we should split long strings",
"",
" var lines = new List<string>();",
" ",
" // Protecting from some symbols in zero position via moving to the end of the previous line",
" Action<int, int> safeAdd = (idx, l) =>",
" {",
" int lofs = idx;",
" while( (content[lofs] == ' ' || content[lofs] == ')' || content[lofs] == '=')",
" ||",
" //TODO: lexemes via vars %a%, %ab%, ... + escaped %%data",
" (content[lofs] == '%' || content[Math.Min(lofs + 1, content.Length - 1)] == '%') ",
" )",
" {",
" ++lofs;",
" }",
"",
" int ofsdelta = lofs - idx;",
" if(ofsdelta > 0)",
" {",
" lines[lines.Count - 1] += content.Substring(idx, ofsdelta);",
" lines.Add(content.Substring(lofs, l - ofsdelta));",
" return;",
" }",
"",
" lines.Add(content.Substring(idx, l));",
" };",
"",
" for(int i = 0, len = $(packmaxline); i < content.Length; i += len)",
" {",
" int rlen = Math.Min(content.Length - i, len);",
" int rpos = i + rlen;",
"",
" bool added = false;",
" foreach(var ifq in strings)",
" {",
" // Protect strings that we saw above",
" if(rpos >= ifq.Key && rpos <= ifq.Key + ifq.Value)",
" {",
" int repos = ((ifq.Key + ifq.Value) - rpos);",
"",
" safeAdd(i, rlen + repos);",
" i += repos;",
"",
" added = true;",
" break;",
" }",
" }",
"",
" if(added) {",
" continue;",
" }",
"",
" // Protecting from escaped chars as ^ + char above",
"",
" int esc = rpos - 1; // the end of the previous line that should be checked on `^` char",
" if(content.Length > esc && content[esc] == '^') {",
" rlen += 1;",
" safeAdd(i, rlen);",
" i += 1;",
" continue;",
" }",
" ",
" safeAdd(i, rlen);",
" }",
"",
" // Now we can define, how it should be written into external file",
"",
" const string corevar = \"tgnt\";",
" content = string.Empty;",
"",
" foreach(var line in lines)",
" {",
" //content += $\"<nul set /P ={line}>> %{corevar}%{Environment.NewLine}\";",
" string ldata = string.Format(\"<nul set/P={0}>>%{1}%\\r\\n\", line, corevar);",
"",
" if(ldata.Length >= 2047) {",
" Console.WriteLine(\"[Warn] Length of line {0}\", ldata.Length);",
" }",
" else if(ldata.Length >= 8191) {",
" Console.Error.WriteLine(\"[Error] Length of line {0}\", ldata.Length);",
" }",
" ",
" content += ldata;",
" }",
"",
" // definition of lexemes",
"",
" content = defv.Substring(0, defv.Length - 1) + \"\\r\\n\" + content;",
"",
" // Finally, format script to work with gnt.core",
"",
" using(var tplreader = new StreamReader(_EMBDTPL, System.Text.Encoding.UTF8, true))",
" {",
" content = tplreader.ReadToEnd()",
" .Replace(\"$gnt.core.logic$\", content)",
" .Replace(\"$tpl.corevar$\", corevar)",
" .Replace(\"$core.version$\", _P_VER);",
" }",
"",
" // ",
"",
" using(var writer = new StreamWriter(_OUTPUT, false, new UTF8Encoding(false))) { // do not use BOM ! it failed with initial signature",
" writer.Write(content);",
" }",
" Console.WriteLine(\"{0} -> {1}\", _CORE, _OUTPUT);",
" }",
" ",
" return 0;",
" }",
" }",
"}"
]
}
},
{
"Enabled": true,
"Name": "CompressorEmbd",
"Caption": ".compressor at /embedded",
"SupportSBEScripts": false,
"Mode": {
"$type": "net.r_eg.vsSBE.Events.ModeCSharp, vsSolutionBuildEvent",
"Type": "CSharp",
"References": [
"System.dll",
"System.Core.dll"
],
"SmartReferences": true,
"GenerateInMemory": true,
"TreatWarningsAsErrors": false,
"WarningLevel": 4,
"FilesMode": false,
"CachingBytecode": false,
"Command__": [
"/*",
"* Copyright (c) 2015 Denis Kuzmin <x-3F@outlook.com> github/3F",
"*",
"* Licensed under the GetNuTool license",
"* https://github.com/3F/GetNuTool",
"*",
"* Based on compressor from hMSBuild project",
"* https://github.com/3F/hMSBuild",
"*/",
"",
"using System;",
"using System.Collections.Generic;",
"using System.IO;",
"using System.Linq;",
"using System.Text;",
"using System.Text.RegularExpressions;",
"using ICommand = net.r_eg.vsSBE.Actions.ICommand;",
"using ISolutionEvent = net.r_eg.vsSBE.Events.ISolutionEvent;",
"",
"namespace vsSolutionBuildEvent",
"{",
" public class CSharpMode",
" {",
" public static int Init(ICommand cmd, ISolutionEvent evt)",
" {",
" const string _CORE = @\"$(fPacked)\";",
" const string _OUTPUT = @\"$(fPackMin)\";",
"",
" Func<char[], int, Func<int, bool>, string[]> gencomb = (_dict, _size, _rule0) =>",
" {",
" var combination = new char[_size];",
" var set = new List<string>((int)Math.Pow(_dict.Length, _size));",
"",
" int pos = 0;",
" Action generator = null;",
" generator = () =>",
" {",
" for(int i = 0, lim = _size - 1; i < _dict.Length; ++i)",
" {",
" if(pos == 0 && !_rule0(i)) continue;",
"",
" if(pos < lim)",
" {",
" combination[pos] = _dict[i];",
" ++pos;",
" generator();",
" --pos;",
" }",
" else",
" {",
" combination[pos] = _dict[i];",
" set.Add(new String(combination.ToArray()));",
" }",
" }",
" };",
"",
" generator();",
" return set.ToArray();",
" };",
"",
" Func<string, string> review = (input) =>",
" {",
" /* predefined parser behaviour */",
" return Regex.Replace(input, @\"\\s*::&:\\s*&?\", \"\\r\\n\");",
" };",
"",
" var variables = new Dictionary<string, string>();",
" UTF8Encoding utf8noId = new UTF8Encoding(false);",
"",
" var cdict = new[]",
" {",
" 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n',",
" 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', 'w', 'x',",
" 'y', 'z', 'a', 'b', 'c', 'd', '0', '1', '2', '3',",
" '4', '5', '6', '7', '8', '9',",
" // '_'",
" };",
"",
" string[] vdict = gencomb(cdict, 2, (i) => { return char.IsLetter(cdict[i]) || cdict[i] == '_'; });",
"",
" // to skip processing for:",
" var exvar = new[] { \"__p_call\", \"__p_msb\", \"msb.gnt.cmd\" };",
"",
" const string VNAME = \"[a-z_][a-z_0-9]+\";",
" using(var reader = new StreamReader(_CORE, Encoding.UTF8, true))",
" {",
" string content = reader.ReadToEnd();",
"",
" /* set /a ERROR_ codes */",
"",
" var errorsCodes = new Dictionary<string, string>();",
" content = Regex.Replace",
" (",
" content,",
" @\"set\\s+\\/a\\s+(?'k'ERROR_[^= ]+)\\s*=\\s*(?'v'\\d+)\",",
" (m) =>",
" {",
" errorsCodes[m.Groups[\"k\"].Value] = m.Groups[\"v\"].Value;",
" return string.Empty;",
" }",
" );",
"",
" foreach(var err in errorsCodes)",
" {",
" content = Regex.Replace(",
" content,",
" string.Format(\"({1}{0}{1}|{2}{0}{2})\", err.Key, \"%\", \"!\"),",
" err.Value",
" );",
" }",
"",
"",
" /* Shorten variables & labels */",
"",
" uint uniqVars = 0;",
" content = Regex.Replace",
" (",
" content,",
" @\"(?'def' ",
" set\\s+?",
" (?:\\/\\S\\s+?)?",
" (?:\"\"\\s*?)?",
" )",
" (?'name'\" + VNAME + @\")",
" (?'lim'\\s?\\S?=)\", // aq+=1,.. TODO: aq=aq+1 ; aq=1+aq ...",
" (m) =>",
" {",