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schema.cpp
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#include "schema.hpp"
#include <QDebug>
#include <QFile>
#include <QRegularExpression>
Schema::Schema(QObject *parent)
: QObject{parent}
{
m_kindMap = {
{"English", English},
{"Cpp", Cpp},
{"CMake", CMake}
};
m_orderedSymbols = {"Q", "W", "F", "P", "B", "J", "L", "U", "Y", "‘",
"A", "R", "S", "T", "G", "M", "N", "E", "I", "O",
"Z", "X", "C", "D", "V", "K", "H", ",", ".", "/",
"{", "(", "*", ")", "}",
":", "$", "%", "^", "+",
"~", "!", "@", "#", "|",
"&", "_",
"[", "7", "8", "9", "]",
";", "4", "5", "6", "=",
"`", "1", "2", "3", "\\",
"0", "-", " "
};
}
bool Schema::isValid() const
{
if (m_type == UnknownType)
return false;
if (m_kind == UnknownKind)
return false;
for (auto i = m_antecedents.cbegin(); i != m_antecedents.cend(); i++) {
if (!i.value()->isValid(m_type))
return false;
}
return true;
}
void Schema::generateConfig(QTextStream& out) const
{
emit logEvent("Begining config generation");
out << QString("// %1 schema version %2\n").arg(m_name, m_version);
out << "// Automatically generated by ZMK Antecedent Morph Config Generator\n\n/ {\n";
out << QString{}.fill(' ', 4) << "behaviors {\n";
generateBaseLayerBehaviors(out);
if (m_type == Deep) {
generateMouseLayerBehaviors(out);
generateNavigationLayerBehaviors(out);
generateMediaLayerBehaviors(out);
generateFunctionLayerBehaviors(out);
generateNumberLayerBehaviors(out);
generateSymbolLayerBehaviors(out);
}
out << QString{}.fill(' ', 4) << "};\n";
generateMacros(out);
out << "};\n";
emit logEvent("Finished config generation");
}
bool Schema::load(const QString &filePath)
{
emit logEvent("Loading data");
clear();
emit logEvent("Cleared the previous schema data");
QFile file{filePath};
if (!file.open(QFile::ReadOnly|QFile::Text)) {
emit logEvent(QString("Failed to open file: %1").arg(file.errorString()));
return false;
}
QTextStream in{&file};
QStringList row;
QHash<QString,bool> morphLabels;
int rNumber{0};
while (readCSVRow(in, &row)) {
if (!rNumber) {
if (auto level0 = row.value(0, ""); level0 != "level0") {
emit logEvent(QString("Incorrect CVS format: %1").arg(level0));
return false;
}
if (row.count() == 2) {
emit logEvent("Detected Flat schema format");
m_type = Flat;
} else if (row.count() == 3) {
emit logEvent("Detected Deep schema format");
m_type = Deep;
} else {
emit logEvent(QString("Incorrect CVS format: %1").arg(row.count()));
return false;
}
} else {
if (auto symbol = row.value(0,""); !symbol.isEmpty()) {
if (symbol.length() == 1) {
if (m_antecedents.contains(symbol)) {
emit logEvent(QString("Detected duplicated antecedent: %1").arg(symbol));
return false;
}
if (m_curAntecedent) {
emit logEvent(QString("%1 is %2").arg(m_curAntecedent->symbol(), (m_curAntecedent->isValid(m_type) ? "valid" : "INVALID")));
}
m_curAntecedent = std::make_shared<Antecedent>(symbol);
m_antecedents[symbol] = m_curAntecedent;
} else {
static QRegularExpression re{"(\\w+) v(\\d+.\\d+)"};
if (auto match = re.match(symbol); match.hasMatch()) {
m_name = match.captured(1);
m_kind = m_kindMap.value(m_name, UnknownKind);
m_version = match.captured(2);
} else {
emit logEvent(QString("Skipping \"%1\"").arg(symbol));
}
}
} else if (auto level1 = row.value(1,""); !level1.isEmpty()) {
if (Layer::isLayer(level1)) {
m_curLayer = m_curAntecedent->addLayer(level1);
} else {
m_curAntecedent->addMorph(level1, morphLabels);
}
} else {
m_curLayer->addMorph(row.value(2,""), morphLabels);
}
}
rNumber++;
}
if (m_curAntecedent) {
emit logEvent(QString("%1 is %2").arg(m_curAntecedent->symbol(), (m_curAntecedent->isValid(m_type) ? "valid" : "INVALID")));
}
m_curAntecedent = nullptr;
m_curLayer = nullptr;
emit logEvent("Data has been loaded");
return true;
}
bool Schema::save(const QString &filePath)
{
QFile file{filePath};
if (!file.open(QFile::WriteOnly|QFile::Truncate)) {
emit logEvent(QString("Failed to open file: %1").arg(file.errorString()));
return false;
}
QTextStream out{&file};
generateConfig(out);
return true;
}
void Schema::clear()
{
m_type = UnknownType;
m_kind = UnknownKind;
m_name.clear();
m_version.clear();
m_antecedents.clear();
}
QString Schema::behaviorNodeLabel(Kind kind)
{
QString out{"am"};
switch (kind) {
case UnknownKind:
break;
case English:
out += "en";
break;
case Cpp:
out += "cpp";
break;
case CMake:
out += "cmk";
break;
}
return out;
}
QString Schema::behaviorNodeName(Kind kind)
{
QString out{"am_"};
switch (kind) {
case UnknownKind:
break;
case English:
out += "eng";
break;
case Cpp:
out += "cpp";
break;
case CMake:
out += "cmake";
break;
}
return out;
}
QString Schema::behaviorLabel(Kind kind)
{
return behaviorNodeName(kind).toUpper();
}
QString Schema::behavior(const QString &nodeLabel, const QString &nodeName, const QString &label, const QString &bindings, const QString &antecedents)
{
static QString tmpl = R"TMPL(
%1: %2 {
compatible = "zmk,behavior-antecedent-morph";
label = "%3";
#binding-cells = <0>;
defaults = <&none>;
bindings = %4;
antecedents = <%5>;
max-delay-ms = <U_ANTMORPH_DELAY>;
};)TMPL";
auto out = tmpl;
out = out.sliced(1);
return out.arg(nodeLabel, nodeName, label, bindings, antecedents);
}
bool Schema::readCSVRow (QTextStream &in, QStringList *row)
{
// the content of this func is borrowed from here:
// https://gist.github.com/JC3/4ec7f6f2883aec7087bff342494bd791
// but modified a bit for ; as separators and to recognize Unicode chars
static const int delta[][5] = {
// ; " \n ? eof
{ 1, 2, -1, 0, -1 }, // 0: parsing (store char)
{ 1, 2, -1, 0, -1 }, // 1: parsing (store column)
{ 3, 4, 3, 3, -2 }, // 2: quote entered (no-op)
{ 3, 4, 3, 3, -2 }, // 3: parsing inside quotes (store char)
{ 1, 3, -1, 0, -1 }, // 4: quote exited (no-op)
// -1: end of row, store column, success
// -2: eof inside quotes
};
row->clear();
if (in.atEnd())
return false;
int state = 0, t;
QChar ch;
QString cell;
while (state >= 0) {
if (in.atEnd())
t = 4;
else {
in >> ch;
if (ch == ';') t = 0;
else if (ch == '\"') t = 1;
else if (ch == '\n') t = 2;
else t = 3;
}
state = delta[state][t];
if (state == 0 || state == 3) {
cell += ch;
} else if (state == -1 || state == 1) {
row->append(cell);
cell = "";
}
}
if (state == -2) {
throw std::runtime_error("End-of-file found while inside quotes.");
}
return true;
}
void Schema::generateBaseLayerBehaviors(QTextStream& out) const
{
out << QString{}.fill(' ', 8) << "// Base layer\n";
// Generate NE behavior
auto nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(NorthEast);
auto nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(NorthEast);
auto label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(NorthEast);
QStringList bindings{};
QStringList antecedents;
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(NorthEast)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), NorthEast);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate E behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(East);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(East);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(East);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(East)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), East);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate SE behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(SouthEast);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(SouthEast);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(SouthEast);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(SouthEast)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), SouthEast);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate SW behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(SouthWest);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(SouthWest);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(SouthWest);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(SouthWest)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), SouthWest);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate NW behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(NorthWest);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(NorthWest);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(NorthWest);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(NorthWest)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), NorthWest);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
emit logEvent("Generated Base layer behaviors");
}
void Schema::generateMouseLayerBehaviors(QTextStream& out) const
{
out << QString{}.fill(' ', 8) << "// Mouse layer\n";
// Generate NE behavior
auto nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(NorthEast, Layer::Mouse);
auto nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(NorthEast, Layer::Mouse);
auto label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(NorthEast, Layer::Mouse);
QStringList bindings{};
QStringList antecedents{};
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(NorthEast, Layer::Mouse)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), NorthEast, Layer::Mouse);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate E behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(East, Layer::Mouse);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(East, Layer::Mouse);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(East, Layer::Mouse);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(East, Layer::Mouse)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), East, Layer::Mouse);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate SE behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(SouthEast, Layer::Mouse);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(SouthEast, Layer::Mouse);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(SouthEast, Layer::Mouse);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(SouthEast, Layer::Mouse)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), SouthEast, Layer::Mouse);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
emit logEvent("Generated Mouse layer behaviors");
}
void Schema::generateNavigationLayerBehaviors(QTextStream& out) const
{
out << QString{}.fill(' ', 8) << "// Navigation layer\n";
// Generate NE behavior
auto nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(NorthEast, Layer::Navigation);
auto nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(NorthEast, Layer::Navigation);
auto label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(NorthEast, Layer::Navigation);
QStringList bindings{};
QStringList antecedents{};
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(NorthEast, Layer::Navigation)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), NorthEast, Layer::Navigation);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate E behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(East, Layer::Navigation);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(East, Layer::Navigation);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(East, Layer::Navigation);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(East, Layer::Navigation)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), East, Layer::Navigation);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate SE behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(SouthEast, Layer::Navigation);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(SouthEast, Layer::Navigation);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(SouthEast, Layer::Navigation);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(SouthEast, Layer::Navigation)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), SouthEast, Layer::Navigation);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
emit logEvent("Generated Navigation layer behaviors");
}
void Schema::generateMediaLayerBehaviors(QTextStream& out) const
{
out << QString{}.fill(' ', 8) << "// Media layer\n";
// Generate NE behavior
auto nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(NorthEast, Layer::Media);
auto nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(NorthEast, Layer::Media);
auto label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(NorthEast, Layer::Media);
QStringList bindings{};
QStringList antecedents{};
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(NorthEast, Layer::Media)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), NorthEast, Layer::Media);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate E behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(East, Layer::Media);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(East, Layer::Media);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(East, Layer::Media);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(East, Layer::Media)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), East, Layer::Media);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate SE behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(SouthEast, Layer::Media);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(SouthEast, Layer::Media);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(SouthEast, Layer::Media);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(SouthEast, Layer::Media)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), SouthEast, Layer::Media);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
emit logEvent("Generated Media layer behaviors");
}
void Schema::generateFunctionLayerBehaviors(QTextStream& out) const
{
out << QString{}.fill(' ', 8) << "// Function layer\n";
// Generate SW behavior
auto nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(SouthWest, Layer::Function);
auto nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(SouthWest, Layer::Function);
auto label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(SouthWest, Layer::Function);
QStringList bindings{};
QStringList antecedents{};
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(SouthWest, Layer::Function)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), SouthWest, Layer::Function);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate W behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(West, Layer::Function);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(West, Layer::Function);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(West, Layer::Function);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(West, Layer::Function)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), West, Layer::Function);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate NW behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(NorthWest, Layer::Function);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(NorthWest, Layer::Function);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(NorthWest, Layer::Function);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(NorthWest, Layer::Function)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), NorthWest, Layer::Function);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
emit logEvent("Generated Function layer behaviors");
}
void Schema::generateNumberLayerBehaviors(QTextStream& out) const
{
out << QString{}.fill(' ', 8) << "// Number layer\n";
// Generate SW behavior
auto nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(SouthWest, Layer::Number);
auto nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(SouthWest, Layer::Number);
auto label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(SouthWest, Layer::Number);
QStringList bindings{};
QStringList antecedents{};
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(SouthWest, Layer::Number)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), SouthWest, Layer::Number);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate W behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(West, Layer::Number);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(West, Layer::Number);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(West, Layer::Number);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(West, Layer::Number)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), West, Layer::Number);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate NW behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(NorthWest, Layer::Number);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(NorthWest, Layer::Number);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(NorthWest, Layer::Number);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(NorthWest, Layer::Number)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), NorthWest, Layer::Number);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
emit logEvent("Generated Number layer behaviors");
}
void Schema::generateSymbolLayerBehaviors(QTextStream& out) const
{
out << QString{}.fill(' ', 8) << "// Symbol layer\n";
// Generate SW behavior
auto nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(SouthWest, Layer::Symbol);
auto nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(SouthWest, Layer::Symbol);
auto label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(SouthWest, Layer::Symbol);
QStringList bindings{};
QStringList antecedents{};
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(SouthWest, Layer::Symbol)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), SouthWest, Layer::Symbol);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate W behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(West, Layer::Symbol);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(West, Layer::Symbol);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(West, Layer::Symbol);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(West, Layer::Symbol)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), West, Layer::Symbol);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
// Generate NW behavior
nodeLabel = Schema::behaviorNodeLabel(m_kind) + Layer::behaviorNodeLabel(NorthWest, Layer::Symbol);
nodeName = Schema::behaviorNodeName(m_kind) + "_" + Layer::behaviorNodeName(NorthWest, Layer::Symbol);
label = Schema::behaviorLabel(m_kind) + "_" + Layer::behaviorLabel(NorthWest, Layer::Symbol);
bindings.clear();
antecedents.clear();
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (!m_antecedents[*i]->isEmpty(NorthWest, Layer::Symbol)) {
bindings << m_antecedents[*i]->binding(Schema::behaviorNodeLabel(m_kind), NorthWest, Layer::Symbol);
antecedents << m_antecedents[*i]->keycode();
}
}
out << behavior(nodeLabel, nodeName, label, bindings.join(", "), antecedents.join(" ")) << "\n";
emit logEvent("Generated Symbol layer behaviors");
}
void Schema::generateMacros(QTextStream& out) const
{
out << QString{}.fill(' ', 4) << "macros {\n";
for (auto i = m_orderedSymbols.cbegin(); i != m_orderedSymbols.cend(); ++i) {
if (!m_antecedents.contains(*i))
continue;
if (m_antecedents[*i]->isEmpty())
continue;
out << m_antecedents[*i]->macros(Schema::behaviorNodeLabel(m_kind)).join("\n") << "\n";
}
out << QString{}.fill(' ', 4) << "};\n";
emit logEvent("Generated macros");
}
std::vector<Layer::Type> Antecedent::s_orderedLayers = {Layer::Mouse, Layer::Navigation, Layer::Media, Layer::Function, Layer::Number, Layer::Symbol};
Antecedent::Antecedent(QString symbol)
: m_symbol{symbol}
{
}
LayerPtr Antecedent::addLayer(const QString &label)
{
auto layer = std::make_shared<Layer>(label);
m_layers[layer->type()] = layer;
return layer;
}
void Antecedent::addMorph(const QString &phrase, QHash<QString,bool>& labels)
{
auto m = std::make_shared<Morph>(phrase);
while (labels.contains(m->nodeLabel())) {
m->incrementPostfix();
}
labels[m->nodeLabel()] = true;
m_morphs.push_back(m);
}
bool Antecedent::isValid(const Schema::Type schemaType) const
{
if (m_morphs.size() != 6)
return false;
for (auto i = m_morphs.cbegin(); i != m_morphs.cend(); i++) {
if (!(*i)->isValid())
return false;
}
if (schemaType == Schema::Deep) {
if (m_layers.size() != 6)
return false;
for (auto i = m_layers.cbegin(); i != m_layers.cend(); i++) {
if (!i.value()->isValid())
return false;
}
}
return true;
}
bool Antecedent::isEmpty(Schema::Direction dir, Layer::Type layerType) const
{
if (layerType == Layer::Unknown) {
return m_morphs[Layer::mapDirectionToIndex(dir, layerType)]->isEmpty();
}
return m_layers[layerType]->isEmpty(dir);
}
bool Antecedent::isEmpty() const
{
for (auto i = m_morphs.cbegin(); i != m_morphs.cend(); ++i) {
if (!(*i)->isEmpty())
return false;
}
for (auto i = m_layers.cbegin(); i != m_layers.cend(); ++i) {
if (!i.value()->isEmpty())
return false;
}
return true;
}
QString Antecedent::keycode() const
{
return Morph::zmkKeycode(m_symbol.toLower());
}
QStringList Antecedent::morphNodeLabels() const
{
QStringList list{};
for (auto i = m_morphs.cbegin(); i != m_morphs.cend(); i++) {
if (!(*i)->isEmpty())
list << (*i)->nodeLabel();
}
for (auto i = s_orderedLayers.cbegin(); i != s_orderedLayers.cend(); i++) {
if (!m_layers.contains(*i))
continue;
list << m_layers[*i]->morphNodeLabels();
}
return list;
}
QString Antecedent::binding(const QString &prefix, Schema::Direction dir, Layer::Type layerType)
{
if (layerType == Layer::Unknown) {
return m_morphs[Layer::mapDirectionToIndex(dir, layerType)]->binding(m_symbol, prefix);
}
return m_layers[layerType]->binding(prefix, m_symbol, dir);
}
QStringList Antecedent::macros(const QString &prefix) const
{
QStringList list{};
for (auto i = m_morphs.cbegin(); i != m_morphs.cend(); i++) {
if (!(*i)->isEmpty() && !(*i)->isSingleLettered(m_symbol))
list << (*i)->macro(m_symbol, prefix);
}
for (auto i = s_orderedLayers.cbegin(); i != s_orderedLayers.cend(); i++) {
if (!m_layers.contains(*i))
continue;
list << m_layers[*i]->macros(m_symbol, prefix);
}
return list;
}
QHash<QString,Layer::Type> Layer::s_typeMap = {
{"MOS", Layer::Mouse},
{"NAV", Layer::Navigation},
{"MED", Layer::Media},
{"FUN", Layer::Function},
{"NUM", Layer::Number},
{"SYM", Layer::Symbol}
};
Layer::Layer(QString label)
: m_label{label},
m_type{s_typeMap.value(label, Unknown)}
{
}
int Layer::mapDirectionToIndex(Schema::Direction dir, Type layerType)
{
switch (layerType) {
case Unknown:
switch (dir) {
case Schema::NorthEast:
return 0;
case Schema::East:
return 1;
case Schema::SouthEast:
return 2;
case Schema::SouthWest:
return 3;
case Schema::NorthWest:
return 5;
}
case Mouse:
case Navigation:
case Media:
switch (dir) {
case Schema::NorthEast:
return 0;
case Schema::East:
return 1;
case Schema::SouthEast:
return 2;
}
case Function:
case Number:
case Symbol:
switch (dir) {
case Schema::NorthWest:
return 2;
case Schema::West:
return 1;
case Schema::SouthWest:
return 0;
}
}
return -1;
}
inline bool Layer::isLayer(const QString &v)
{
return s_typeMap.contains(v);
}
QString Layer::behaviorNodeLabel(Schema::Direction dir, Type layerType)
{
QString out{};
switch (layerType) {
case Unknown:
break;
case Mouse:
out += "mos";
break;
case Navigation:
out += "nav";
break;
case Media:
out += "med";
break;
case Function:
out += "fun";
break;
case Number:
out += "num";
break;
case Symbol:
out += "sym";
break;
}
switch (dir) {
case Schema::NorthEast:
out += "ne";
break;
case Schema::East:
out += "e";
break;
case Schema::SouthEast:
out += "se";
break;
case Schema::SouthWest:
out += "sw";
break;
case Schema::West:
out += "w";
break;
case Schema::NorthWest:
out += "nw";
break;
}
return out;
}
QString Layer::behaviorNodeName(Schema::Direction dir, Type layerType)
{
QString out{};
switch (layerType) {
case Unknown:
break;
case Mouse:
out += "mouse_";
break;
case Navigation:
out += "navigation_";
break;
case Media:
out += "media_";
break;
case Function:
out += "function_";
break;
case Number:
out += "number_";
break;
case Symbol:
out += "symbol_";
break;
}
switch (dir) {
case Schema::NorthEast:
out += "north_east";
break;
case Schema::East:
out += "east";
break;
case Schema::SouthEast:
out += "south_east";
break;
case Schema::SouthWest:
out += "south_west";
break;
case Schema::West:
out += "west";
break;
case Schema::NorthWest:
out += "north_west";
break;
}
return out;
}
QString Layer::behaviorLabel(Schema::Direction dir, Type layerType)
{
return behaviorNodeName(dir, layerType).toUpper();