1451

Committed 31 Dec 2024 06:13PM UTC coverage: 96.28% (+0.001%) from 96.279%

Build # 1451

Build Type

Pull #254

cirrus-ci

Committed by

ped7g

Commit Message

c++17: replacing custom code with std::filesystem[::path] where feasible

Related #240, should fix "check include paths" feature for windows, and
simplify somewhat code base (and get rid of home-made filename patching
functions, they seem robust enough and well tested, but I assume in the
long term having C++ standard library implementation is better, even if
it involves slightly more machine code executed here and there).

This is not thorough refactoring of whole code base, working on it bit
by bit, luckily the std::filesystem API is flexible enough to
connect/disconnect it to rest of code through char[] fields, so I can
replace the code partially and check test results.

Commit v2 (replacing lot more variables and code than first proof of
concept).

Pull Request Pull Request #254: migrating some of the file stuff to std::filesystem, in the naive hope of getting better cross-platform compatibility

Run Details

77 of 85 new or added lines in 7 files covered. (90.59%)

38 existing lines in 6 files now uncovered.

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Source File
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99.57

/sjasm/sjasm.cpp

/*

  SjASMPlus Z80 Cross Compiler

  This is modified sources of SjASM by Aprisobal - aprisobal@tut.by

  Copyright (c) 2006 Sjoerd Mastijn

  This software is provided 'as-is', without any express or implied warranty.
  In no event will the authors be held liable for any damages arising from the
  use of this software.

  Permission is granted to anyone to use this software for any purpose,
  including commercial applications, and to alter it and redistribute it freely,
  subject to the following restrictions:

  1. The origin of this software must not be misrepresented; you must not claim
         that you wrote the original software. If you use this software in a product,
         an acknowledgment in the product documentation would be appreciated but is
         not required.

  2. Altered source versions must be plainly marked as such, and must not be
         misrepresented as being the original software.

  3. This notice may not be removed or altered from any source distribution.

*/

// sjasm.cpp

#include "sjdefs.h"
#include <cstdlib>
#include <chrono>
#include <ctime>

static void PrintHelpMain() {
        // Please keep help lines at most 79 characters long (cursor at column 88 after last char)
        //     |<-- ...8901234567890123456789012345678901234567890123456789012... 80 chars -->|
        _COUT "Based on code of SjASM by Sjoerd Mastijn (http://www.xl2s.tk)" _ENDL;
        _COUT "Copyright 2004-2024 by Aprisobal and all other participants" _ENDL;
        //_COUT "Patches by Antipod / boo_boo / PulkoMandy and others" _ENDL;
        //_COUT "Tidy up by Tygrys / UB880D / Cizo / mborik / z00m" _ENDL;
        _COUT "\nUsage:\nsjasmplus [options] sourcefile(s)" _ENDL;
        _COUT "\nOption flags as follows:" _ENDL;
        _COUT "  -h or --help[=warnings]  Help information (you see it)" _ENDL;
        _COUT "  --zxnext[=cspect]        Enable ZX Spectrum Next Z80 extensions (Z80N)" _ENDL;
        _COUT "  --i8080                  Limit valid instructions to i8080 only (+ no fakes)" _ENDL;
        _COUT "  --lr35902                Sharp LR35902 CPU instructions mode (+ no fakes)" _ENDL;
        _COUT "  --outprefix=<path>       Prefix for save/output/.. filenames in directives" _ENDL;
        _COUT "  -i <path> or -I <path> or --inc= <path> (--inc only to empty the list)" _ENDL;
        _COUT "                           Include path (later defined have higher priority)" _ENDL;
        _COUT "  --lst[=<filename>]       Save listing to <filename> (<source>.lst is default)" _ENDL;
        _COUT "  --lstlab[=sort]          Append [sorted] symbol table to listing" _ENDL;
        _COUT "  --sym=<filename>         Save symbol table to <filename>" _ENDL;
        _COUT "  --exp=<filename>         Save exports to <filename> (see EXPORT pseudo-op)" _ENDL;
        //_COUT "  --autoreloc              Switch to autorelocation mode. See more in docs." _ENDL;
        _COUT "  --raw=<filename>         Machine code saved also to <filename> (- is STDOUT)" _ENDL;
        _COUT "  --sld[=<filename>]       Save Source Level Debugging data to <filename>" _ENDL;
        _COUT " Note: use OUTPUT, LUA/ENDLUA and other pseudo-ops to control output" _ENDL;
        _COUT " Logging:" _ENDL;
        _COUT "  --nologo                 Do not show startup message" _ENDL;
        _COUT "  --msg=[all|war|err|none|lst|lstlab]" _ENDL;
        _COUT "                           Stderr messages verbosity (\"all\" is default)" _ENDL;
        _COUT "  --fullpath               Show full path to file in errors" _ENDL;
        _COUT "  --color=[on|off|auto]    Enable or disable ANSI coloring of warnings/errors" _ENDL;
        _COUT " Other:" _ENDL;
        _COUT "  -D<NAME>[=<value>] or --define <NAME>[=<value>]" _ENDL;
        _COUT "                           Define <NAME> as <value>" _ENDL;
        _COUT "  -                        Reads STDIN as source (even in between regular files)" _ENDL;
        _COUT "  --longptr                No device: program counter $ can go beyond 0x10000" _ENDL;
        _COUT "  --reversepop             Enable reverse POP order (as in base SjASM version)" _ENDL;
        _COUT "  --dirbol                 Enable directives from the beginning of line" _ENDL;
        _COUT "  --dos866                 Encode from Windows codepage to DOS 866 (Cyrillic)" _ENDL;
        _COUT "  --syntax=<...>           Adjust parsing syntax, check docs for details." _ENDL;
}

namespace Options {
        const STerminalColorSequences tcols_ansi = {
                /*end*/                "\033[m",
                /*display*/        "\033[36m",                // Cyan
                /*warning*/        "\033[33m",                // Yellow
                /*error*/        "\033[31m",                // Red
                /*bold*/        "\033[1m"                // bold
        };

        const STerminalColorSequences tcols_none = {
                /*end*/                "",
                /*display*/        "",
                /*warning*/        "",
                /*error*/        "",
                /*bold*/        ""
        };

        const STerminalColorSequences* tcols = &tcols_none;

        void SetTerminalColors(bool enabled) {
                tcols = enabled ? &tcols_ansi : &tcols_none;
        }

        std::filesystem::path OutPrefix {""};
        std::filesystem::path SymbolListFName {""};
        std::filesystem::path ListingFName {""};
        std::filesystem::path ExportFName {""};
        std::filesystem::path DestinationFName {""};
        std::filesystem::path RAWFName {""};
        std::filesystem::path UnrealLabelListFName {""};
        std::filesystem::path CSpectMapFName {""};
        int CSpectMapPageSize = 0x4000;
        std::filesystem::path SourceLevelDebugFName {""};
        bool IsDefaultSldName = false;

        EOutputVerbosity OutputVerbosity = OV_ALL;
        bool IsLabelTableInListing = 0;
        bool IsDefaultListingName = false;
        bool IsShowFullPath = 0;
        bool AddLabelListing = false;
        bool HideLogo = 0;
        bool ShowHelp = false;
        bool ShowHelpWarnings = false;
        bool ShowVersion = false;
        bool NoDestinationFile = true;                // no *.out file by default
        SSyntax syx, systemSyntax;
        bool IsI8080 = false;
        bool IsLR35902 = false;
        bool IsLongPtr = false;
        bool SortSymbols = false;
        bool IsBigEndian = false;
        bool EmitVirtualLabels = false;

        // Include directories list is initialized with "." directory
        CStringsList* IncludeDirsList = new CStringsList(".");

        CDefineTable CmdDefineTable;                // is initialized by constructor

        static const char* fakes_disabled_txt_error = "Fake instructions are not enabled";
        static const char* fakes_in_i8080_txt_error = "Fake instructions are not implemented in i8080 mode";
        static const char* fakes_in_lr35902_txt_error = "Fake instructions are not implemented in Sharp LR35902 mode";

        // returns true if fakes are completely disabled, false when they are enabled
        // showMessage=true: will also display error/warning (use when fake ins. is emitted)
        // showMessage=false: can be used to silently check if fake instructions are even possible
        bool noFakes(bool showMessage) {
                bool fakesDisabled = Options::IsI8080 || Options::IsLR35902 || (!syx.FakeEnabled);
                if (!showMessage) return fakesDisabled;
                if (fakesDisabled) {
                        const char* errorTxt = fakes_disabled_txt_error;
                        if (Options::IsI8080) errorTxt = fakes_in_i8080_txt_error;
                        if (Options::IsLR35902) errorTxt = fakes_in_lr35902_txt_error;
                        Error(errorTxt, bp, SUPPRESS);
                        return true;
                }
                if (syx.FakeWarning) {
                        WarningById(W_FAKE, bp);
                }
                return false;
        }

        std::stack<SSyntax> SSyntax::syxStack;

        void SSyntax::resetCurrentSyntax() {
                new (&syx) SSyntax();        // restore defaults in current syntax
        }

        void SSyntax::pushCurrentSyntax() {
                syxStack.push(syx);                // store current syntax options into stack
        }

        bool SSyntax::popSyntax() {
                if (syxStack.empty()) return false;        // no syntax stored in stack
                syx = syxStack.top();        // copy the syntax values from stack
                syxStack.pop();
                return true;
        }

        void SSyntax::restoreSystemSyntax() {
                while (!syxStack.empty()) syxStack.pop();        // empty the syntax stack first
                syx = systemSyntax;                // reset to original system syntax
        }

} // eof namespace Options

static void PrintHelp(bool forceMainHelp) {
        if (forceMainHelp || Options::ShowHelp) PrintHelpMain();
        if (Options::ShowHelpWarnings) PrintHelpWarnings();
}

CDevice *Devices = nullptr;
CDevice *Device = nullptr;
CDevicePage *Page = nullptr;
char* DeviceID = nullptr;
TextFilePos globalDeviceSourcePos;
aint deviceDirectivesCount = 0;
static char* globalDeviceID = nullptr;
static aint globalDeviceZxRamTop = 0;

// extend
const char* fileNameFull = nullptr, * fileName = nullptr;        //fileName is either full or basename (--fullpath)
char* lp, line[LINEMAX], temp[LINEMAX], * bp;
char sline[LINEMAX2], sline2[LINEMAX2], * substitutedLine, * eolComment, ModuleName[LINEMAX];

SSource::SSource(SSource && src) {        // move constructor, "pick" the stdin pointer
        memcpy(fname, src.fname, MAX_PATH);
        stdin_log = src.stdin_log;
        src.fname[0] = 0;
        src.stdin_log = nullptr;
}

SSource::SSource(const char* newfname) : stdin_log(nullptr) {
        STRNCPY(fname, MAX_PATH, newfname, MAX_PATH-1);
        fname[MAX_PATH-1] = 0;
}

SSource::SSource(int) {
        fname[0] = 0;
        stdin_log = new stdin_log_t();
        stdin_log->reserve(50*1024);
}

SSource::~SSource() {
        if (stdin_log) delete stdin_log;
}

std::vector<SSource> sourceFiles;

int ConvertEncoding = ENCWIN;

EDispMode PseudoORG = DISP_NONE;
bool IsLabelNotFound = false, IsSubstituting = false;
int pass = 0, ErrorCount = 0, WarningCount = 0, IncludeLevel = -1;
int IsRunning = 0, donotlist = 0, listmacro = 0;
int adrdisp = 0, dispPageNum = LABEL_PAGE_UNDEFINED, StartAddress = -1;
byte* MemoryPointer=NULL;
int macronummer = 0, lijst = 0, reglenwidth = 0;
source_positions_t sourcePosStack;
source_positions_t smartSmcLines;
source_positions_t::size_type smartSmcIndex;
uint32_t maxlin = 0;
aint CurAddress = 0, CompiledCurrentLine = 0, LastParsedLabelLine = 0, PredefinedCounter = 0;
aint destlen = 0, size = -1L, comlin = 0;
const char* CurrentDirectory=NULL;

char* vorlabp=NULL, * macrolabp=NULL, * LastParsedLabel=NULL;
std::stack<SRepeatStack> RepeatStack;
CStringsList* lijstp = NULL;
CLabelTable LabelTable;
CTemporaryLabelTable TemporaryLabelTable;
CDefineTable DefineTable;
CMacroDefineTable MacroDefineTable;
CMacroTable MacroTable;
CStructureTable StructureTable;

// reserve keywords in labels table, to detect when user is defining label colliding with keyword
static void ReserveLabelKeywords() {
        for (const char* keyword : {
                "abs", "and", "exist", "high", "low", "mod", "norel", "not", "or", "shl", "shr", "xor"
        }) {
                LabelTable.Insert(keyword, -65536, LABEL_IS_UNDEFINED|LABEL_IS_KEYWORD);
        }
}

void InitPass() {
        assert(sourcePosStack.empty());                                // there's no source position [left] in the stack
        Relocation::InitPass();
        Options::SSyntax::restoreSystemSyntax();        // release all stored syntax variants and reset to initial
        uint32_t maxpow10 = 1;
        reglenwidth = 0;
        do {
                ++reglenwidth;
                maxpow10 *= 10;
                if (maxpow10 < 10) ExitASM(1);        // 32b overflow
        } while (maxpow10 <= maxlin);
        *ModuleName = 0;
        SetLastParsedLabel(nullptr);
        if (vorlabp) free(vorlabp);
        vorlabp = STRDUP("_");
        macrolabp = NULL;
        listmacro = 0;
        CurAddress = 0;
        CompiledCurrentLine = 0;
        smartSmcIndex = 0;
        PseudoORG = DISP_NONE; adrdisp = 0; dispPageNum = LABEL_PAGE_UNDEFINED;
        ListAddress = 0; macronummer = 0; lijst = 0; comlin = 0;
        lijstp = NULL;
        DidEmitByte();                                // reset the emitted flag
        StructureTable.ReInit();
        MacroTable.ReInit();
        MacroDefineTable.ReInit();
        DefineTable = Options::CmdDefineTable;
        TemporaryLabelTable.InitPass();

        // reset "device" stuff + detect "global device" directive
        if (globalDeviceID) {                // globalDeviceID detector has to trigger before every pass
                free(globalDeviceID);
                globalDeviceID = nullptr;
        }
        if (1 < pass && 1 == deviceDirectivesCount && Devices) {        // only single DEVICE used
                globalDeviceID = STRDUP(Devices->ID);                // make it global for next pass
                globalDeviceZxRamTop = Devices->ZxRamTop;
        }
        if (Devices) delete Devices;
        Devices = Device = nullptr;
        DeviceID = nullptr;
        Page = nullptr;
        deviceDirectivesCount = 0;
        // resurrect "global" device here
        if (globalDeviceID) {
                sourcePosStack.push_back(globalDeviceSourcePos);
                if (!SetDevice(globalDeviceID, globalDeviceZxRamTop)) {                // manually tested (remove "!")
                        Error("Failed to re-initialize global device", globalDeviceID, FATAL);
                }
                sourcePosStack.pop_back();
        }

        // predefined defines - (deprecated) classic sjasmplus v1.x (till v1.15.1)
        DefineTable.Replace("_SJASMPLUS", "1");
        DefineTable.Replace("_RELEASE", "0");
        DefineTable.Replace("_VERSION", "__VERSION__");
        DefineTable.Replace("_ERRORS", "__ERRORS__");
        DefineTable.Replace("_WARNINGS", "__WARNINGS__");
        // predefined defines - sjasmplus v2.x-like (since v1.16.0)
        // __DATE__ and __TIME__ are defined just once in main(...) (stored in Options::CmdDefineTable)
        DefineTable.Replace("__SJASMPLUS__", VERSION_NUM);                // modified from _SJASMPLUS
        DefineTable.Replace("__VERSION__", "\"" VERSION "\"");        // migrated from _VERSION
        DefineTable.Replace("__ERRORS__", ErrorCount);                        // migrated from _ERRORS (can be already > 0 from earlier pass)
        DefineTable.Replace("__WARNINGS__", WarningCount);                // migrated from _WARNINGS (can be already > 0 from earlier pass)
        DefineTable.Replace("__PASS__", pass);                                        // current pass of assembler
        DefineTable.Replace("__INCLUDE_LEVEL__", "-1");                        // include nesting
        DefineTable.Replace("__BASE_FILE__", "<none>");                        // the include-level 0 file
        DefineTable.Replace("__FILE__", "<none>");                                // current file
        DefineTable.Replace("__LINE__", "<dynamic value>");                // current line in current file
        DefineTable.Replace("__COUNTER__", "<dynamic value>");        // gcc-like, incremented upon every use
        PredefinedCounter = 0;

        // open Export file (defined by --exp or by EXPORT directive), even when no EXPORT is in source
        if (LASTPASS == pass) OpenExpFile();                                        // will not do anything if filename is empty
}

void FreeRAM() {
        if (Devices) {
                delete Devices;                Devices = nullptr;
        }
        if (globalDeviceID) {
                free(globalDeviceID);        globalDeviceID = nullptr;
        }
        for (CDeviceDef* deviceDef : DefDevices) delete deviceDef;
        DefDevices.clear();
        lijstp = NULL;                // do not delete this, should be released by owners of DUP/regular macros
        free(vorlabp);                vorlabp = NULL;
        LabelTable.RemoveAll();
        DefineTable.RemoveAll();
        SetLastParsedLabel(nullptr);
        if (PreviousIsLabel) {
                free(PreviousIsLabel);
                PreviousIsLabel = nullptr;
        }
        if (Options::IncludeDirsList) delete Options::IncludeDirsList;
        ReleaseArchivedFilenames();
}


void ExitASM(int p) {
        FreeRAM();
        if (pass == LASTPASS) {
                Close();
        }
        exit(p);
}

namespace Options {

        class COptionsParser {
        private:
                const char* arg;
                char opt[LINEMAX];
                char val[LINEMAX];

                // returns 1 when argument was processed (keyword detected, value copied into buffer)
                // If buffer == NULL, only detection of keyword + check for non-zero "value" is done (no copy)
                int CheckAssignmentOption(const char* keyword, char* buffer, const size_t bufferSize) {
                        if (strcmp(keyword, opt)) return 0;                // detect "keyword" (return 0 if not)
                        if (*val) {
                                if (NULL != buffer) STRCPY(buffer, bufferSize, val);
                        } else {
                                Error("no parameters found in", arg, ALL);
                        }
                        return 1;        // keyword detected, option was processed
                }

                // returns 1 when argument was processed (keyword detected, value copied into path var)
                int CheckAssignmentOption(const char* keyword, std::filesystem::path & path) {
                        if (strcmp(keyword, opt)) return 0;                // detect "keyword" (return 0 if not)
                        if (*val) {
                                path = val;
                        } else {
                                Error("no parameters found in", arg, ALL);
                        }
                        return 1;        // keyword detected, option was processed
                }

                static void splitByChar(const char* s, const int splitter,
                                                           char* v1, const size_t v1Size,
                                                           char* v2, const size_t v2Size) {
                        // only non-zero splitter character is supported
                        const char* spos = splitter ? STRCHR(s, splitter) : NULL;
                        if (NULL == spos) {
                                // splitter character not found, copy whole input string into v1, v2 = empty string
                                STRCPY(v1, v1Size, s);
                                v2[0] = 0;
                        } else {
                                // splitter found, copy string ahead splitter to v1, after it to v2
                                STRNCPY(v1, v1Size, s, spos - s);
                                v1[spos - s] = 0;
                                STRCPY(v2, v2Size, spos + 1);
                        }
                }

                void parseSyntaxValue() {
                        // Options::syx is expected to be already in default state before entering this
                        for (const auto & syntaxOption : val) {
                                switch (syntaxOption) {
                                case 0:   return;
                                // f F - instructions: fake warning, no fakes (default = fake enabled)
                                case 'f': syx.FakeEnabled = syx.FakeWarning = true; break;
                                case 'F': syx.FakeEnabled = false; break;
                                // a - multi-argument delimiter ",," (default is ",")
                                case 'a': syx.MultiArg = &doubleComma; break;
                                // b - single parentheses enforce mem access (default = relaxed syntax)
                                case 'b': syx.MemoryBrackets = 1; break;
                                // B - memory access brackets [] required (default = relaxed syntax)
                                case 'B': syx.MemoryBrackets = 2; break;
                                // l L - warn/error about labels using keywords (default = no message)
                                case 'l':
                                case 'L':
                                {
                                        const char this_option_is[2] = { syntaxOption, 0 };
                                        Error("Syntax option not implemented yet", this_option_is, PASS03);
                                        break;
                                }
                                // i - case insensitive instructions/directives (default = same case required)
                                case 'i': syx.CaseInsensitiveInstructions = true; break;
                                // w - warnings option: report warnings as errors
                                case 'w': syx.WarningsAsErrors = true; break;
                                // M - alias "m" and "M" for "(hl)" to cover 8080-like syntax: ADD A,M
                                case 'M': syx.Is_M_Memory = true; break;
                                // s - switch off sub-word substitution in DEFINEs (s like "Simple defines" or "Sub word")
                                case 's': syx.IsSubwordSubstitution = false; break;
                                // unrecognized option
                                default:
                                        const char this_option_is[2] = { syntaxOption, 0 };
                                        Error("Unrecognized syntax option", this_option_is, PASS03);
                                        break;
                                }
                        }
                }

        public:
                void GetOptions(const char* const * const argv, int& i, bool onlySyntaxOptions = false) {
                        while ((arg=argv[i]) && ('-' == arg[0])) {
                                bool doubleDash = false;
                                // copy "option" (up to '=' char) into `opt`, copy "value" (after '=') into `val`
                                if ('-' == arg[1]) {        // double-dash detected, value is expected after "="
                                        doubleDash = true;
                                        splitByChar(arg + 2, '=', opt, LINEMAX, val, LINEMAX);
                                } else {                                // single dash, parse value from second character onward
                                        opt[0] = arg[1];        // copy only single letter into `opt`
                                        opt[1] = 0;
                                        if (opt[0]) {                // if it was not empty, try to copy also `val`
                                                STRCPY(val, LINEMAX, arg + 2);
                                        }
                                }

                                // check for particular options and setup option value by it
                                // first check all syntax-only options which may be modified by OPT directive
                                if (!strcmp(opt, "zxnext")) {
                                        if (IsI8080) Error("Can't enable Next extensions while in i8080 mode", nullptr, FATAL);
                                        if (IsLR35902) Error("Can't enable Next extensions while in Sharp LR35902 mode", nullptr, FATAL);
                                        syx.IsNextEnabled = 1;
                                        if (!strcmp(val, "cspect")) syx.IsNextEnabled = 2;        // CSpect emulator extensions
                                } else if (!strcmp(opt, "reversepop")) {
                                        syx.IsReversePOP = true;
                                } else if (!strcmp(opt, "dirbol")) {
                                        syx.IsPseudoOpBOF = true;
                                } else if (!strcmp(opt, "nofakes")) {
                                        syx.FakeEnabled = false;
                                        // was deprecated, as it is provided by `--syntax=F` too, but now I decided to keep also this older option
                                        // (it's less cryptic than the --syntax letter soup, one duplicity of functionality will not end the world, right?)
                                } else if (!strcmp(opt, "syntax")) {
                                        parseSyntaxValue();
                                } else if (!doubleDash && 'W' == opt[0]) {
                                        CliWoption(val);
                                } else if (onlySyntaxOptions) {
                                        // rest of the options is available only when launching the sjasmplus
                                        return;
                                } else if (!strcmp(opt, "lr35902")) {
                                        IsLR35902 = true;
                                        // force (silently) other CPU modes OFF
                                        IsI8080 = false;
                                        syx.IsNextEnabled = 0;
                                } else if (!strcmp(opt, "i8080")) {
                                        IsI8080 = true;
                                        // force (silently) other CPU modes OFF
                                        IsLR35902 = false;
                                        syx.IsNextEnabled = 0;
                                } else if ((!doubleDash && 'h' == opt[0] && !val[0]) || (doubleDash && !strcmp(opt, "help"))) {
                                        ShowHelp |= strcmp("warnings", val);
                                        ShowHelpWarnings |= !strcmp("warnings", val);
                                } else if (doubleDash && !strcmp(opt, "version")) {
                                        ShowVersion = true;
                                } else if (!strcmp(opt, "lstlab")) {
                                        AddLabelListing = true;
                                        if (val[0]) SortSymbols = !strcmp("sort", val);
                                } else if (!strcmp(opt, "longptr")) {
                                        IsLongPtr = true;
                                } else if (CheckAssignmentOption("msg", NULL, 0)) {
                                        if (!*val) {
                                                // nothing to do, CheckAssignmentOption already displayed error
                                        } else if (!strcmp("none", val)) {
                                                OutputVerbosity = OV_NONE;
                                                HideLogo = true;
                                        } else if (!strcmp("err", val)) {
                                                OutputVerbosity = OV_ERROR;
                                        } else if (!strcmp("war", val)) {
                                                OutputVerbosity = OV_WARNING;
                                        } else if (!strcmp("all", val)) {
                                                OutputVerbosity = OV_ALL;
                                        } else if (!strcmp("lst", val)) {
                                                OutputVerbosity = OV_LST;
                                                AddLabelListing = false;
                                                HideLogo = true;
                                        } else if (!strcmp("lstlab", val)) {
                                                OutputVerbosity = OV_LST;
                                                AddLabelListing = true;
                                                SortSymbols = true;
                                                HideLogo = true;
                                        } else {
                                                Error("unexpected parameter in", arg, ALL);
                                        }
                                } else if (!strcmp(opt, "lst") && !val[0]) {
                                        IsDefaultListingName = true;
                                } else if (!strcmp(opt, "sld") && !val[0]) {
                                        IsDefaultSldName = true;
                                } else if (
                                        CheckAssignmentOption("outprefix", OutPrefix) ||
                                        CheckAssignmentOption("sym", SymbolListFName) ||
                                        CheckAssignmentOption("lst", ListingFName) ||
                                        CheckAssignmentOption("exp", ExportFName) ||
                                        CheckAssignmentOption("sld", SourceLevelDebugFName) ||
                                        CheckAssignmentOption("raw", RAWFName) ) {
                                        // was proccessed inside CheckAssignmentOption function
                                } else if (!strcmp(opt, "fullpath")) {
                                        IsShowFullPath = 1;
                                } else if (!strcmp(opt, "color")) {
                                        if (!strcmp("on", val)) {
                                                SetTerminalColors(true);
                                        } else if (!strcmp("off", val)) {
                                                SetTerminalColors(false);
                                        } else if (!strcmp("auto", val)) {
                                                // already heuristically detected, nothing to do
                                        } else {
                                                Error("invalid --color setting (use: on|off|auto)", val, ALL);
                                        }
                                } else if (!strcmp(opt, "nologo")) {
                                        HideLogo = 1;
                                } else if (!strcmp(opt, "dos866")) {
                                        ConvertEncoding = ENCDOS;
                                } else if ((doubleDash && !strcmp(opt, "inc")) ||
                                                        (!doubleDash && 'i' == opt[0]) ||
                                                        (!doubleDash && 'I' == opt[0])) {
                                        if (*val) {
                                                IncludeDirsList = new CStringsList(val, IncludeDirsList);
                                        } else {
                                                if (!doubleDash || '=' == arg[5]) {
                                                        if (argv[i+1] && '-' != argv[i+1][0]) {                // include path provided as next argument (after space, like gcc)
                                                                IncludeDirsList = new CStringsList(argv[++i], IncludeDirsList);        // also advance i++
                                                        } else {
                                                                Error("no include path found in", arg, ALL);
                                                        }
                                                } else {        // individual `--inc` without "=path" will RESET include dirs
                                                        if (IncludeDirsList) delete IncludeDirsList;
                                                        IncludeDirsList = nullptr;
                                                }
                                        }
                                } else if (!strcmp(opt, "define")) {        // for --define name=value the next argv is used (if available)
                                        const char* defarg = argv[i+1] ? argv[++i] : nullptr;
                                        char defN[LINEMAX] {}, defV[LINEMAX] {};
                                        if (defarg) splitByChar(defarg, '=', defN, LINEMAX, defV, LINEMAX);
                                        if (*defN) CmdDefineTable.Add(defN, defV, nullptr);
                                        else Error("missing define value", defarg, ALL);
                                } else if (!doubleDash && 'D' == opt[0]) {
                                        char defN[LINEMAX], defV[LINEMAX];
                                        if (*val) {                // for -Dname=value the `val` contains "name=value" string
                                                splitByChar(val, '=', defN, LINEMAX, defV, LINEMAX);
                                                CmdDefineTable.Add(defN, defV, NULL);
                                        } else {
                                                Error("no parameters found in", arg, ALL);
                                        }
                                } else if (!doubleDash && 0 == opt[0]) {
                                        // only single "-" was on command line = source STDIN
                                        sourceFiles.push_back(SSource(1));                // special constructor for stdin input
                                } else {
                                        Error("unrecognized option", arg, ALL);
                                }

                                ++i;                                        // next CLI argument
                        } // end of while ((arg=argv[i]) && ('-' == arg[0]))
                }

                void checkIncludePaths(const CStringsList* includes) {
                        while (nullptr != includes) {
                                const std::filesystem::path dir(includes->string);
                                if (!std::filesystem::is_directory(dir)) {
                                        const char* errtxt = '~' == includes->string[0] ? "include path starts with ~ (check docs)" : "include path not found";
                                        Error(errtxt, includes->string, ALL);
                                }
                                includes = includes->next;
                        }
                        return;
                }
        };

        int parseSyntaxOptions(int n, char** options) {
                if (n <= 0) return 0;
                int i = 0;
                Options::COptionsParser optParser;
                optParser.GetOptions(options, i, true);
                return i;
        }
}

// ==============================================================================================
// == UnitTest++ part, checking if unit tests are requested and does launch test-runner then   ==
// ==============================================================================================
#ifdef ADD_UNIT_TESTS

# include "UnitTest++/UnitTest++.h"

# define STOP_MAKE_BY_NON_ZERO_EXIT_CODE 0

//detect "--unittest" switch, prepare UnitTest++, run the test runner, collect results, exit
# define CHECK_UNIT_TESTS \
        { \
                if (2 == argc && !strcmp("--unittest", argv[1])) { \
                        _COUT "SjASMPlus \033[96mv" VERSION "\033[0m | \033[95mrunning unit tests:\033[0m" _ENDL _END \
                        int exitCode = STOP_MAKE_BY_NON_ZERO_EXIT_CODE + UnitTest::RunAllTests(); \
                        if (exitCode) _COUT "\033[91mNon-zero result from test runner!\033[0m" _ENDL _END \
                        else _COUT "\033[92mOK: 0 UnitTest++ tests failed.\033[0m" _ENDL _END \
                        exit(exitCode); \
                } \
        }
#else

# define CHECK_UNIT_TESTS { /* no unit tests in this build */ }

#endif

// == end of UnitTest++ part ====================================================================

static char launch_directory[MAX_PATH];

#ifdef WIN32
int main(int argc, char* argv[]) {
#else
int main(int argc, char **argv) {
#endif
        Options::SetTerminalColors(autoColorsDetection());

        const char* logo = "SjASMPlus Z80 Cross-Assembler v" VERSION " (https://github.com/z00m128/sjasmplus)";

        sourcePosStack.reserve(32);
        smartSmcLines.reserve(64);
        sourceFiles.reserve(32);
        archivedFileNames.reserve(64);

        CHECK_UNIT_TESTS                // UnitTest++ extra handling in specially built executable

        const word little_endian_test[] = { 0x1234 };
        const byte le_test_byte = *reinterpret_cast<const byte*>(little_endian_test);
        Options::IsBigEndian = (0x12 == le_test_byte);

        // start counter
        long dwStart = GetTickCount();

        // get current directory
        SJ_GetCurrentDirectory(MAX_PATH, launch_directory);
        CurrentDirectory = launch_directory;

        Options::COptionsParser optParser;
        char* envFlags = std::getenv("SJASMPLUSOPTS");
        if (nullptr != envFlags) {
                // split environment arguments into "argc, argv" like variables (by white-space)
                char* parsedOptsArray[33] {};        // there must be one more nullptr in the array (32+1)
                int optI = 0, charI = 0;
                while (optI < 32 && !SkipBlanks(envFlags)) {
                        parsedOptsArray[optI++] = temp + charI;
                        while (*envFlags && !White(*envFlags) && charI < LINEMAX-1) temp[charI++] = *envFlags++;
                        temp[charI++] = 0;
                }
                if (!SkipBlanks(envFlags)) {
                        Error("SJASMPLUSOPTS environment variable contains too many options (max is 32)", nullptr, ALL);
                }
                // process environment variable ahead of command line options (in the same way)
                int i = 0;
                while (parsedOptsArray[i]) {
                        optParser.GetOptions(parsedOptsArray, i);
                        if (!parsedOptsArray[i]) break;
                        sourceFiles.push_back(SSource(parsedOptsArray[i++]));
                }
        }

        // setup __DATE__ and __TIME__ macros (setup them just once, not every pass!)
        auto now = std::chrono::system_clock::now();
        std::time_t now_c = std::chrono::system_clock::to_time_t(now);
        std::tm now_tm = *std::localtime(&now_c);        // lgtm [cpp/potentially-dangerous-function]
        char dateBuffer[32] = {}, timeBuffer[32] = {};
        SPRINTF3(dateBuffer, 30, "\"%04d-%02d-%02d\"", now_tm.tm_year + 1900, now_tm.tm_mon + 1, now_tm.tm_mday);
        SPRINTF3(timeBuffer, 30, "\"%02d:%02d:%02d\"", now_tm.tm_hour, now_tm.tm_min, now_tm.tm_sec);
        Options::CmdDefineTable.Add("__DATE__", dateBuffer, nullptr);
        Options::CmdDefineTable.Add("__TIME__", timeBuffer, nullptr);

        int i = 1;
        if (argc > 1) {
                while (argv[i]) {
                        optParser.GetOptions(argv, i);
                        if (!argv[i]) break;
                        sourceFiles.push_back(SSource(argv[i++]));
                }
        }
        // warn about BE-host only when there's any CLI argument && after CLI options were parsed
        if (2 <= argc && Options::IsBigEndian) WarningById(W_BE_HOST, nullptr, W_EARLY);
        if (Options::IsDefaultListingName && Options::ListingFName.has_filename()) {
                Error("Using both  --lst  and  --lst=<filename>  is not possible.", NULL, FATAL);
        }
        if (OV_LST == Options::OutputVerbosity && (Options::IsDefaultListingName || Options::ListingFName.has_filename())) {
                Error("Using  --msg=lst[lab]  and other list options is not possible.", NULL, FATAL);
        }
        if (Options::IsDefaultSldName && Options::SourceLevelDebugFName.has_filename()) {
                Error("Using both  --sld  and  --sld=<filename>  is not possible.", NULL, FATAL);
        }
        Options::systemSyntax = Options::syx;                // create copy of initial system settings of syntax

        if (argc == 1 || Options::ShowHelp || Options::ShowHelpWarnings) {
                _COUT logo _ENDL;
                PrintHelp(argc == 1);
                exit(argc == 1);
        }

        if (!Options::HideLogo) {
                _CERR logo _ENDL;
        }

        if (!Options::IsShowFullPath && (Options::IsDefaultSldName || Options::SourceLevelDebugFName.has_filename())) {
                Warning("missing  --fullpath  with  --sld  may produce incomplete file paths.", NULL, W_EARLY);
        }

        optParser.checkIncludePaths(Options::IncludeDirsList);

        if (Options::ShowVersion) {
                if (Options::HideLogo) {        // if "sjasmplus --version --nologo", emit only the raw VERSION
                        _CERR VERSION _ENDL;
                }
                // otherwise the full logo was already printed
                // now check if there were some sources to assemble, if NOT, exit with "OK"!
                if (0 == sourceFiles.size()) exit(0);
        }

        // exit with error if no input file were specified
        if (0 == sourceFiles.size()) {
                Error("no inputfile(s)", nullptr, ALL);
                exit(1);
        }

        // create default output name, if not specified
        ConstructDefaultFilename(Options::DestinationFName, ".out");
        int base_encoding = ConvertEncoding;

        // init some vars
        InitCPU();

        // open lists (if not set to "default" file name, then the OpenFile will handle it)
        OpenList();

        ReserveLabelKeywords();

        do {
                ++pass;
                if (pass == LASTPASS) OpenSld();        //open source level debugging file (BEFORE InitPass)
                InitPass();
                if (pass == LASTPASS) OpenDest();

                for (SSource & src : sourceFiles) {
                        IsRunning = 1;
                        ConvertEncoding = base_encoding;
                        OpenFile(src.fname, false, src.stdin_log);
                }

                while (!RepeatStack.empty()) {
                        sourcePosStack.push_back(RepeatStack.top().sourcePos);        // mark DUP line with error
                        Error("[DUP/REPT] missing EDUP/ENDR to end repeat-block");
                        sourcePosStack.pop_back();
                        RepeatStack.pop();
                }

                if (DISP_NONE != PseudoORG) {
                        CurAddress = adrdisp;
                        PseudoORG = DISP_NONE;
                }

                if (Options::OutputVerbosity <= OV_ALL) {
                        if (pass != LASTPASS) {
                                _CERR "Pass " _CMDL pass _CMDL " complete (" _CMDL ErrorCount _CMDL " errors)" _ENDL;
                        } else {
                                _CERR "Pass 3 complete" _ENDL;
                        }
                }
        } while (pass < LASTPASS);

        pass = 9999; /* added for detect end of compiling */

        // dump label table into listing file, the explicit one (Options::IsDefaultListingName == false)
        if (Options::AddLabelListing) LabelTable.Dump();

        Close();

        if (Options::UnrealLabelListFName.has_filename()) {
                LabelTable.DumpForUnreal();
        }

        if (Options::CSpectMapFName.has_filename()) {
                LabelTable.DumpForCSpect();
        }

        if (Options::SymbolListFName.has_filename()) {
                LabelTable.DumpSymbols();
        }

        if (Options::OutputVerbosity <= OV_ALL) {
                _CERR "Errors: " _CMDL ErrorCount _CMDL ", warnings: " _CMDL WarningCount _CMDL ", compiled: " _CMDL CompiledCurrentLine _CMDL " lines" _END;

                double dwCount;
                dwCount = GetTickCount() - dwStart;
                if (dwCount < 0) dwCount = 0;
                char workTimeTxt[200] = "";
                SPRINTF1(workTimeTxt, 200, ", work time: %.3f seconds", dwCount / 1000);

                _CERR workTimeTxt _ENDL;
        }

        cout << flush;

        // free RAM
        FreeRAM();

        lua_impl_close();

        return (ErrorCount != 0);
}
//eof sjasm.cpp

z00m128 / sjasmplus / 1451

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