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qelectrotech-source-mirror/sources/autoNum/ui/numparteditorw.cpp
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ispyisail d192d609ec Add a display format to numbering parts: a spreadsheet-style zero mask 
A cyclic part could only ever be rendered at its natural width, which is
fine for one of @scorpio810's two real layouts and wrong for the other:

  April 5000/2000, 32-point cards   %IX0.0 .. %IX0.31, then %IX1.0
  Schneider M340, 64-point cards    I1.00 .. I1.63,    then I2.00

The first wants no padding, the second wants two digits. Since the two
conflict, the width cannot be derived from the modulus or from the part
type -- it has to be the user's to set.

Add a format field holding a run of zeros, the same convention a
spreadsheet uses for integer padding: "00" renders 7 as 07, "000" as 007.
The field's length is the minimum number of digits. It applies to every
numeric part type, not only cyclic ones, so "Chiffre 01" can be widened
past two digits without inventing another type for it.

An empty mask means the part type's own natural width, so it reproduces
exactly what every existing context does today -- Chiffre 1 stays 7,
Chiffre 01 stays 07, Chiffre 001 stays 007. That is what makes this safe
for existing projects: absent is the default, and absent changes nothing.

Stored as a sixth field on the context part and as an XML attribute
written only when set, following how modulus was added: readers guard on
size() and treat a short item as "no format". All seven places that
rebuild a part while incrementing it now carry the format through --
missing one would have silently dropped the padding on the second element
numbered.

The editor field is restricted to zeros by a validator, and is enabled
only for types that render as a number.

Measured:

  April, mask empty     %IX0.29 %IX0.30 %IX0.31 %IX1.0 %IX1.1
  M340,  mask "00"      I1.00 I1.01 ... I1.62 I1.63 I2.00 I2.01
  no mask               unit 7,8,9   ten 07,08,09   hundred 007,008,009
  ten with mask "0000"  0007 0008 0009
2026-08-02 20:29:02 +12:00

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/*
Copyright 2006-2026 The QElectroTech Team
This file is part of QElectroTech.
QElectroTech is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 2 of the License, or
(at your option) any later version.
QElectroTech is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with QElectroTech. If not, see <http://www.gnu.org/licenses/>.
*/
#include "numparteditorw.h"
#include "ui_numparteditorw.h"
#include "../numerotationcontext.h"
#include <QRegularExpressionValidator>
/**
@brief NumPartEditorW::NumPartEditorW
Constructor
@param type
@param parent
*/
NumPartEditorW::NumPartEditorW(int type, QWidget *parent) :
QWidget(parent),
ui(new Ui::NumPartEditorW),
intValidator (new QIntValidator(0,99999,this)),
alphaValidator (new QRegularExpressionValidator(QRegularExpression("[A-Za-z]+"), this)),
m_edited_type(type)
{
ui -> setupUi(this);
setVisibleItems();
//The mask is a run of zeros and nothing else, so it cannot be typed
//into a state the renderer would have to reject.
ui -> format_le -> setValidator(new QRegularExpressionValidator(QRegularExpression("0*"), this));
setType(NumPartEditorW::unit, true);
}
/**
@brief NumPartEditorW::NumPartEditorW
Constructor
Build with value of context at position i
@param context
@param i
@param type
@param parent
*/
NumPartEditorW::NumPartEditorW (NumerotationContext &context,
int i,
int type,
QWidget *parent):
QWidget(parent),
ui(new Ui::NumPartEditorW),
intValidator (new QIntValidator(0,99999,this)),
alphaValidator (new QRegularExpressionValidator(QRegularExpression("[A-Za-z]+"), this)),
m_edited_type(type)
{
ui -> setupUi(this);
setVisibleItems();
if(context.size()==0) setType(NumPartEditorW::unit, true);
else {
QStringList strl = context.itemAt(i);
if (strl.at(0)=="unit")
setType(NumPartEditorW::unit, true);
else if (strl.at(0)=="unitfolio")
setType(NumPartEditorW::unitfolio, true);
else if (strl.at(0)=="ten")
setType(NumPartEditorW::ten, true);
else if (strl.at(0)=="tenfolio")
setType(NumPartEditorW::tenfolio, true);
else if (strl.at(0)=="hundred")
setType(NumPartEditorW::hundred, true);
else if (strl.at(0)=="hundredfolio")
setType(NumPartEditorW::hundredfolio, true);
else if (strl.at(0)=="wrap")
setType(NumPartEditorW::wrap, true);
else if (strl.at(0)=="alpha")
setType(NumPartEditorW::alpha);
else if (strl.at(0)=="string")
setType(NumPartEditorW::string);
else if (strl.at(0)=="idfolio")
setType(NumPartEditorW::idfolio);
else if (strl.at(0)=="folio")
setType(NumPartEditorW::folio);
else if (strl.at(0)=="plant")
setType(NumPartEditorW::plant);
else if (strl.at(0)=="locmach")
setType(NumPartEditorW::locmach);
else if (strl.at(0)=="elementline")
setType(NumPartEditorW::elementline);
else if (strl.at(0)=="elementcolumn")
setType(NumPartEditorW::elementcolumn);
else if (strl.at(0)=="elementprefix")
setType(NumPartEditorW::elementprefix);
ui -> value_field -> setText(strl.at(1));
ui -> increase_spinBox -> setValue(strl.at(2).toInt());
if (strl.at(0)=="wrap" && strl.size() > 4)
ui -> modulus_spinBox -> setValue(strl.at(4).toInt());
ui -> format_le -> setText(NumerotationContext::formatOf(strl));
}
}
/**
Destructor
*/
NumPartEditorW::~NumPartEditorW()
{
delete intValidator;
delete alphaValidator;
delete ui;
}
void NumPartEditorW::setVisibleItems()
{
ui->type_cb->setInsertPolicy(QComboBox::InsertAtBottom);
QStringList items;
if (m_edited_type == 2)
{
items << tr("Chiffre 1")
<< tr("Chiffre 01")
<< tr("Chiffre 001")
<< tr("Cyclique (modulo)")
<< tr("Alphabétique")
<< tr("Texte");
}
else if (m_edited_type == 1)
{
items << tr("Chiffre 1")
<< tr("Chiffre 1 - Folio")
<< tr("Chiffre 01")
<< tr("Chiffre 01 - Folio")
<< tr("Chiffre 001")
<< tr("Chiffre 001 - Folio")
<< tr("Cyclique (modulo)")
<< tr("Alphabétique")
<< tr("Texte")
<< tr("N° folio")
<< tr("Folio")
<< tr("Installation")
<< tr("Locmach");
}
else
items << tr("Chiffre 1")
<< tr("Chiffre 1 - Folio")
<< tr("Chiffre 01")
<< tr("Chiffre 01 - Folio")
<< tr("Chiffre 001")
<< tr("Chiffre 001 - Folio")
<< tr("Cyclique (modulo)")
<< tr("Alphabétique")
<< tr("Texte")
<< tr("N° folio")
<< tr("Folio")
<< tr("Installation")
<< tr("Locmach")
<< tr("Element Line")
<< tr("Element Column")
<< tr("Element Prefix");
ui->type_cb->insertItems(0,items);
}
/**
@brief NumPartEditorW::toNumContext
@return the display to NumerotationContext
*/
NumerotationContext NumPartEditorW::toNumContext()
{
NumerotationContext nc;
QString type_str;
switch (type_) {
case unit:
type_str = "unit";
break;
case unitfolio:
type_str = "unitfolio";
break;
case ten:
type_str = "ten";
break;
case tenfolio:
type_str = "tenfolio";
break;
case hundred:
type_str = "hundred";
break;
case hundredfolio:
type_str = "hundredfolio";
break;
case string:
type_str = "string";
break;
case idfolio:
type_str = "idfolio";
break;
case folio:
type_str = "folio";
break;
case plant:
type_str = "plant";
break;
case locmach:
type_str = "locmach";
break;
case elementline:
type_str = "elementline";
break;
case elementcolumn:
type_str = "elementcolumn";
break;
case elementprefix:
type_str = "elementprefix";
break;
case wrap:
type_str = "wrap";
break;
case alpha:
type_str = "alpha";
break;
}
const QString number_format = ui -> format_le -> text();
if (type_str == "unitfolio"
|| type_str == "tenfolio"
|| type_str == "hundredfolio")
nc.addValue(type_str,
ui -> value_field -> displayText(),
ui -> increase_spinBox -> value(),
ui->value_field->displayText().toInt(),
0,
number_format);
else if (type_str == "wrap")
nc.addValue(type_str,
ui -> value_field -> displayText(),
ui -> increase_spinBox -> value(),
0,
ui -> modulus_spinBox -> value(),
number_format);
else
nc.addValue(type_str,
ui -> value_field -> displayText(),
ui -> increase_spinBox -> value(),
0,
0,
number_format);
return nc;
}
/**
@brief NumPartEditorW::isValid
@return true if value field isn't empty or if type is folio
*/
bool NumPartEditorW::isValid()
{
if (type_ == folio
|| type_ == idfolio
|| type_ == elementline
|| type_ == plant
|| type_ == locmach
|| type_ == elementcolumn
|| type_ == elementprefix) {return true;}
else if(ui -> value_field -> text().isEmpty()) {return false;}
else return true;
}
/**
@brief NumPartEditorW::on_type_cb_activated
Action when user change the type comboBox
*/
void NumPartEditorW::on_type_cb_activated(int) {
if (ui->type_cb->currentText() == tr("Chiffre 1"))
setType(unit);
else if (ui->type_cb->currentText() == tr("Chiffre 1 - Folio"))
setType(unitfolio);
else if (ui->type_cb->currentText() == tr("Chiffre 01"))
setType(ten);
else if (ui->type_cb->currentText() == tr("Chiffre 01 - Folio"))
setType(tenfolio);
else if (ui->type_cb->currentText() == tr("Chiffre 001"))
setType(hundred);
else if (ui->type_cb->currentText() == tr("Chiffre 001 - Folio"))
setType(hundredfolio);
else if (ui->type_cb->currentText() == tr("Texte"))
setType(string);
else if (ui->type_cb->currentText() == tr("N° folio"))
setType(idfolio);
else if (ui->type_cb->currentText() == tr("Folio"))
setType(folio);
else if (ui->type_cb->currentText() == tr("Installation"))
setType(plant);
else if (ui->type_cb->currentText() == tr("Locmach"))
setType(locmach);
else if (ui->type_cb->currentText() == tr("Element Line"))
setType(elementline);
else if (ui->type_cb->currentText() == tr("Element Column"))
setType(elementcolumn);
else if (ui->type_cb->currentText() == tr("Element Prefix"))
setType(elementprefix);
else if (ui->type_cb->currentText() == tr("Cyclique (modulo)"))
setType(wrap);
else if (ui->type_cb->currentText() == tr("Alphabétique"))
setType(alpha);
emit changed();
}
/**
@brief NumPartEditorW::on_value_field_textChanged
emit changed when value_field text changed
*/
void NumPartEditorW::on_value_field_textEdited()
{
emit changed();
}
/**
@brief NumPartEditorW::on_increase_spinBox_valueChanged
emit changed when increase_spinBox value changed
*/
void NumPartEditorW::on_increase_spinBox_valueChanged(int) {
if (!ui -> value_field -> text().isEmpty()) emit changed();
}
/**
@brief NumPartEditorW::on_modulus_spinBox_valueChanged
emit changed when modulus_spinBox value changed
*/
/**
@brief NumPartEditorW::on_format_le_textEdited
emit changed when the display format is edited
*/
void NumPartEditorW::on_format_le_textEdited(const QString &) {
emit changed();
}
void NumPartEditorW::on_modulus_spinBox_valueChanged(int) {
if (!ui -> value_field -> text().isEmpty()) emit changed();
}
/**
@brief NumPartEditorW::setType
Set good behavior by type t
@param t : type used
@param fnum : force the behavior of numeric type
*/
void NumPartEditorW::setType(NumPartEditorW::type t, bool fnum) {
setCurrentIndex(t);
//if @t is a numeric type and preview type @type_ isn't a numeric type
//or @fnum is true, we set numeric behavior
if (
(
(t==unit
|| t==unitfolio
|| t==ten
|| t==tenfolio
|| t==hundred
|| t==hundredfolio
|| t==wrap
)
&& (type_==string
|| type_==folio
|| type_==plant
|| type_==locmach
|| type_==idfolio
|| type_==elementcolumn
|| type_==elementline
|| type_==elementprefix)
)
|| fnum
)
{
ui -> value_field -> clear();
ui -> value_field -> setEnabled(true);
ui -> value_field -> setValidator(intValidator);
ui -> increase_spinBox -> setEnabled(true);
ui -> increase_spinBox -> setValue(1);
}
//@t isn't a numeric type
else if (t == string
|| t == alpha
|| t == folio
|| t == idfolio
|| t == elementline
|| t == plant
|| t == locmach
|| t == elementcolumn
|| t == elementprefix) {
ui -> value_field -> clear();
ui -> increase_spinBox -> setDisabled(true);
if (t==string) {
ui -> value_field -> setValidator(nullptr);
ui -> value_field -> setEnabled(true);
}
else if (t==alpha) {
//Alphabetic step is always exactly one letter (a, b, ...);
//there is no numeric "increase" to configure, unlike the
//digit-based part types.
ui -> value_field -> setValidator(alphaValidator);
ui -> value_field -> setEnabled(true);
}
else if (t==folio) {
ui -> value_field -> setDisabled(true);
ui -> increase_spinBox -> setDisabled(true);
}
else if (t==plant) {
ui -> value_field -> setDisabled(true);
ui -> increase_spinBox -> setDisabled(true);
}
else if (t==locmach) {
ui -> value_field -> setDisabled(true);
ui -> increase_spinBox -> setDisabled(true);
}
else if (t==idfolio) {
ui -> value_field -> setDisabled(true);
ui -> increase_spinBox -> setDisabled(true);
}
else if (t==elementcolumn) {
ui -> value_field -> setDisabled(true);
ui -> increase_spinBox -> setDisabled(true);
}
else if (t==elementline) {
ui -> value_field -> setDisabled(true);
ui -> increase_spinBox -> setDisabled(true);
}
else if (t==elementprefix) {
ui -> value_field -> setDisabled(true);
ui -> increase_spinBox -> setDisabled(true);
}
}
//A modulus of 0 means "no cycle", which makes a Cyclique part behave
//exactly like a plain digit. Defaulting it used to live in the numeric
//behavior block above, which is skipped when the previous type was
//itself numeric -- so the ordinary path of turning the default
//"Chiffre 1" into a "Cyclique (modulo)" left the modulus at 0 and
//produced a wrap part that never wrapped. Kept out of that block so it
//applies whatever the part was before, and only when the current value
//is unusable, so a modulus the user chose on purpose is not clobbered.
if (t == wrap && ui -> modulus_spinBox -> value() <= 0)
ui -> modulus_spinBox -> setValue(8);
ui -> modulus_spinBox -> setEnabled(t == wrap);
//A padding mask only means anything for a part rendered as a number.
const bool numeric = (t == unit || t == unitfolio || t == ten
|| t == tenfolio || t == hundred || t == hundredfolio
|| t == wrap);
ui -> format_le -> setEnabled(numeric);
if (!numeric)
ui -> format_le -> clear();
type_= t;
}
/**
@brief NumPartEditorW::setCurrentIndex
Set Current Index of type_cb
@param t : type used
*/
void NumPartEditorW::setCurrentIndex(NumPartEditorW::type t) {
int i=-1;
if (t == unit)
i = ui->type_cb->findText(tr("Chiffre 1"));
else if (t == unitfolio)
i = ui->type_cb->findText(tr("Chiffre 1 - Folio"));
else if (t == ten)
i = ui->type_cb->findText(tr("Chiffre 01"));
else if (t == tenfolio)
i = ui->type_cb->findText(tr("Chiffre 01 - Folio"));
else if (t == hundred)
i = ui->type_cb->findText(tr("Chiffre 001"));
else if (t == hundredfolio)
i = ui->type_cb->findText(tr("Chiffre 001 - Folio"));
else if (t == alpha)
i = ui->type_cb->findText(tr("Alphabétique"));
else if (t == string)
i = ui->type_cb->findText(tr("Texte"));
else if (t == idfolio)
i = ui->type_cb->findText(tr("N° folio"));
else if (t == folio)
i = ui->type_cb->findText(tr("Folio"));
else if (t == plant)
i = ui->type_cb->findText(tr("Installation"));
else if (t == locmach)
i = ui->type_cb->findText(tr("Locmach"));
else if (t == elementline)
i = ui->type_cb->findText(tr("Element Line"));
else if (t == elementcolumn)
i = ui->type_cb->findText(tr("Element Column"));
else if (t == elementprefix)
i = ui->type_cb->findText(tr("Element Prefix"));
else if (t == wrap)
i = ui->type_cb->findText(tr("Cyclique (modulo)"));
ui->type_cb->setCurrentIndex(i);
}
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