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package com.github.lgooddatepicker.components;
import com.privatejgoodies.forms.layout.ColumnSpec;
import com.privatejgoodies.forms.layout.ConstantSize;
import com.privatejgoodies.forms.layout.FormLayout;
import com.github.lgooddatepicker.optionalusertools.PickerUtilities;
import com.github.lgooddatepicker.optionalusertools.TimeVetoPolicy;
import com.github.lgooddatepicker.zinternaltools.ExtraTimeStrings;
import com.github.lgooddatepicker.zinternaltools.InternalConstants;
import com.github.lgooddatepicker.zinternaltools.InternalUtilities;
import java.awt.Color;
import java.awt.Dimension;
import java.awt.Font;
import java.awt.font.TextAttribute;
import java.time.LocalTime;
import java.time.format.DateTimeFormatter;
import java.time.format.DateTimeFormatterBuilder;
import java.time.format.FormatStyle;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.Locale;
import java.util.Map;
import java.util.TreeSet;
import javax.swing.JTextField;
import javax.swing.border.Border;
import javax.swing.border.CompoundBorder;
import javax.swing.border.EmptyBorder;
import javax.swing.border.MatteBorder;
/**
* TimePickerSettings, This holds all the settings that can be customized in a time picker. Most of
* the fields of this class are public, so that the settings are easier to customize as needed. The
* fields that are not public can be set using the class functions.
*
* A TimePickerSettings instance may be (optionally) created, customized, and passed to the time
* picker constructor. If no settings instance is supplied when a time picker is constructed, then a
* settings instance with default settings is automatically generated and used by the time picker
* class.
*
* Each and all of the setting fields are set to a default value when a TimePickerSettings object is
* constructed. This means that the programmer does not need to overwrite all (or any) of the
* available settings to use this class. They only need to change any particular settings that they
* wish to customize.
*
* This class also contains a small number of settings for the DateTimePicker class. (The
* DateTimePicker class combines a date picker with a time picker.) All of those settings begin with
* the prefix "zDateTimePicker_".
*/
public class TimePickerSettings {
/**
* TimeArea, These enumerations represent areas of the components whose color can be changed.
* These values are used with the setColor() function, to set the color of various areas of the
* TimePicker. The default color for each area is also defined here.
*
* Note: A default color of "null" means that the default color for that element is supplied by
* the swing component.
*/
public enum TimeArea {
TimePickerTextValidTime(Color.black),
TimePickerTextInvalidTime(Color.red),
TimePickerTextVetoedTime(Color.black),
TextFieldBackgroundValidTime(Color.white),
TextFieldBackgroundInvalidTime(Color.white),
TextFieldBackgroundVetoedTime(Color.white),
TextFieldBackgroundDisallowedEmptyTime(Color.pink);
TimeArea(Color defaultColor) {
this.defaultColor = defaultColor;
}
public Color defaultColor;
}
/**
* allowEmptyTimes, This indicates whether or not empty times are allowed in the time picker.
* Empty times are also called "null times". The default value is true, which allows empty
* times. If empty times are not allowed, but TimePickerSettings.initialTime is left set to
* null, then the initial time will be set to a default value. (The default value is 7:00am.)
*/
private boolean allowEmptyTimes = true;
/**
* allowKeyboardEditing, This indicates whether or not keyboard editing is allowed for this time
* picker. If this is true, then times can be entered by either using the keyboard or the mouse.
* If this is false, then times can only be selected by using the mouse. When this is false, the
* user will be limited to choosing times which have been added to the time drop down menu. The
* default value is true. It is generally recommended to leave this setting as "true".
*
* Accessibility Impact: Disallowing the use of the keyboard, and requiring the use of the
* mouse, could impact the accessibility of your program for disabled persons.
*
* Note: This setting does not impact the automatic enforcement of valid or vetoed times. To
* learn about the automatic time validation and enforcement for keyboard entered text, see the
* javadocs for the TimePicker class.
*/
private boolean allowKeyboardEditing = true;
/**
* borderTimePopup, This allows you to set a custom border for the time picker popup menu. By
* default, a simple border is drawn.
*/
public Border borderTimePopup;
/**
* colors, This hash map holds the current color settings for different areas of the TimePicker.
* These colors can be set with the setColor() function, or retrieved with the getColor()
* function. By default, this map is populated with a set of default colors. The default colors
* for each area are defined the "Area" enums.
*/
private HashMap colors;
/**
* displayToggleTimeMenuButton, This controls whether or not the toggle menu button is displayed
* (and enabled), on the time picker. The default value is true.
*/
private boolean displayToggleTimeMenuButton = true;
/**
* displaySpinnerButtons, This controls whether or not the spinner buttons are displayed (and
* enabled), on the time picker. The default value is false.
*/
private boolean displaySpinnerButtons = false;
/**
* fontInvalidTime, This is the text field text font for invalid times. The default font is
* normal.
*/
public Font fontInvalidTime;
/**
* fontValidTime, This is the text field text font for valid times. The default font is normal.
*/
public Font fontValidTime;
/**
* fontVetoedTime, This is the text field text font for vetoed times. The default font crosses
* out the vetoed time. (Has a strikethrough font attribute.)
*/
public Font fontVetoedTime;
/**
* formatForDisplayTime, This is used to format and display the time values in the main text
* field of the time picker. By default, a format is generated from the time picker locale.
*/
private DateTimeFormatter formatForDisplayTime;
/**
* formatForMenuTimes, This is used to format and display the time values in the menu of the
* time picker. By default, a format is generated from the time picker locale.
*/
private DateTimeFormatter formatForMenuTimes;
/**
* formatsForParsing, This holds a list of formats that are used to attempt to parse times that
* are typed by the user. When parsing a time, these formats are tried in the order that they
* appear in this list. Note that the formatForDisplayTime and formatForMenuTimes are always
* tried (in that order) before any other parsing formats. The default values for the
* formatsForParsing are generated using the timeLocale, using the enum constants in
* java.time.format.FormatStyle.
*/
public ArrayList formatsForParsing;
/**
* gapBeforeButtonPixels, This specifies the desired width for the gap between the time picker
* and the toggle time menu button (in pixels). The default value is null. If this is left at
* null, then the gap will set to 0 pixels in the time picker constructor.
*/
private Integer gapBeforeButtonPixels = null;
/**
* initialTime, This is the time that the time picker will have when it is created. This can be
* set to any time, or it can be set to null. The default value for initialTime is null, which
* represents an empty time. This setting will only have an effect if it is set before the date
* picker is constructed.
*
* If allowEmptyTimes is false, then a null initialTime will be ignored. More specifically: When
* a TimePicker is constructed, if allowEmptyTimes is false and initialTime is null, then the
* initialTime will be set to a default value. (The default value is currently 7:00 am.)
*
* Note: This time can not be vetoed, because a veto policy can not be set until after the
* TimePicker is constructed.
*/
public LocalTime initialTime = null;
/**
* maximumVisibleMenuRows, This is the maximum number of rows that can be displayed in the time
* selection menu without using a scroll bar. In other words, this specifies the default maximum
* height of the time selection menu (in rows). The default value is 10 rows.
*
* If this allows a greater number of rows than the actual number of time entries in the time
* drop down menu, then the menu will be made smaller to fit the number of time entries.
*/
public int maximumVisibleMenuRows = 10;
/**
* minimumSpinnerButtonWidthInPixels, This sets the minimum width of the spinner buttons. The
* default value is 20 pixels.
*/
private int minimumSpinnerButtonWidthInPixels = 20;
/**
* minimumToggleTimeMenuButtonWidthInPixels, This sets the minimum width of the toggle menu
* button. The default value is 26 pixels.
*/
private int minimumToggleTimeMenuButtonWidthInPixels = 26;
/**
* parent, This holds a reference to the parent time picker that is associated with these
* settings. This variable is only intended to be set from the time picker constructor.
*
* This will be null until the TimePicker is constructed (using this settings instance).
*/
private TimePicker parent;
/**
* potentialMenuTimes, This is a list of candidate time values for populating the drop down
* menu. All of these times that are not vetoed will be added to the drop down menu. Any vetoed
* times will be ignored. By default, this contains a list of LocalTime values going from
* Midnight to 11:30PM, in 30 minute increments. This variable is private to ensure the validity
* of the menu times list. To customize the menu times, call one of the
* generatePotentialMenuTimes() functions with your desired parameters.
*/
private ArrayList potentialMenuTimes;
/**
* sizeTextFieldMinimumWidth, This specifies the minimum width, in pixels, of the TimePicker
* text field. (The text field is located to the left of the time picker "open time menu"
* button, and displays the currently selected time.)
*
* The default value for this setting is null. When this is set to null, a default width for the
* time picker text field will be automatically calculated and applied to fit "the largest
* possible time" that can be displayed with the current time picker settings. The settings that
* are used to calculate the default text field width include the locale (the language), the
* fontValidTime, and the format for valid times.
*
* See also: "sizeTextFieldMinimumWidthDefaultOverride".
*/
private Integer sizeTextFieldMinimumWidth = null;
/**
* sizeTextFieldMinimumWidthDefaultOverride, This specifies how the time picker should choose
* the appropriate minimum width for the time picker text field. (As described below.)
*
* If this is true, then the applied minimum width will be the largest of either the default, or
* any programmer supplied, minimum widths.
*
* If this is false, then any programmer supplied minimum width will always override the default
* minimum width. (Even if the programmer supplied width is too small to fit the times that can
* be displayed in the TimePicker).
*
* The default value for this setting is true. This setting only has an effect if
* (sizeTextFieldMinimumWidth != null).
*
* See also: "sizeTextFieldMinimumWidth".
*/
private boolean sizeTextFieldMinimumWidthDefaultOverride = true;
/**
* timeLocale, This is the locale of the time picker, which is used to generate some of the
* other default values, such as the default time formats.
*/
private Locale locale;
/**
* useLowercaseForDisplayTime, This indicates if the display time should always be shown in
* lowercase. The default value is true. If this is true, the display time will always be shown
* in lowercase text. If this is false, then the text case that is used will be determined by
* the default time symbols and default format for the locale.
*/
public boolean useLowercaseForDisplayTime = true;
/**
* useLowercaseForMenuTimes, This indicates if the menu times should always be shown in
* lowercase. The default value is true. If this is true, the menu times will always be shown in
* lowercase text. If this is false, then the text case that is used will be determined by the
* default time symbols and default format for the locale.
*/
public boolean useLowercaseForMenuTimes = true;
/**
* vetoPolicy, If a veto policy is supplied, it will be used to determine which times can and
* cannot be selected in the time picker. Vetoed times can not be selected using the keyboard or
* the mouse. By default, there is no veto policy. (The default value is null.) See the
* TimeVetoPolicy Javadocs for details regarding when a veto policy is enforced. See the demo
* class for an example of constructing a veto policy.
*/
private TimeVetoPolicy vetoPolicy = null;
/**
* zDateTimePicker_GapBeforeTimePickerPixels, This setting only applies to the DateTimePicker
* class. This specifies the desired width for the gap between the date picker and the time
* picker (in pixels). The default value is null. If this is left at null, then the gap will set
* to 5 pixels in the DateTimePicker constructor.
*/
public Integer zDateTimePicker_GapBeforeTimePickerPixels = null;
/**
* Constructor with Default Locale, This constructs a time picker settings instance using the
* system default locale and language. The constructor populates all the settings with default
* values.
*/
public TimePickerSettings() {
this(Locale.getDefault());
}
/**
* Constructor with Custom Locale, This constructs a time picker settings instance using the
* supplied locale and language. The constructor populates all the settings with default values.
*/
public TimePickerSettings(Locale timeLocale) {
// Add all the default colors to the colors map.
colors = new HashMap< TimeArea, Color>();
for (TimeArea area : TimeArea.values()) {
colors.put(area, area.defaultColor);
}
// Save the locale.
this.locale = timeLocale;
// Generate default menu times.
generatePotentialMenuTimes(TimeIncrement.ThirtyMinutes, null, null);
// Generate a default display and menu formats.
formatForDisplayTime = ExtraTimeStrings.getDefaultFormatForDisplayTime(timeLocale);
formatForMenuTimes = ExtraTimeStrings.getDefaultFormatForMenuTimes(timeLocale);
// Generate default parsing formats.
FormatStyle[] allFormatStyles = new FormatStyle[]{
FormatStyle.SHORT, FormatStyle.MEDIUM, FormatStyle.LONG, FormatStyle.FULL};
formatsForParsing = new ArrayList();
formatsForParsing.add(DateTimeFormatter.ISO_LOCAL_TIME);
for (FormatStyle formatStyle : allFormatStyles) {
DateTimeFormatter parseFormat = new DateTimeFormatterBuilder().parseLenient().
parseCaseInsensitive().appendLocalized(null, formatStyle).
toFormatter(timeLocale);
formatsForParsing.add(parseFormat);
}
// Get any common extra parsing formats for the specified locale, and append them to
// the list of parsingFormatters.
ArrayList extraFormatters
= ExtraTimeStrings.getExtraTimeParsingFormatsForLocale(timeLocale);
formatsForParsing.addAll(extraFormatters);
// Set the default popup border. This can be overridden by the user if they desire.
borderTimePopup = new EmptyBorder(0, 0, 0, 0);
// Generate the default fonts and text colors.
fontValidTime = new JTextField().getFont();
fontInvalidTime = new JTextField().getFont();
fontVetoedTime = new JTextField().getFont();
Map attributes = fontVetoedTime.getAttributes();
attributes.put(TextAttribute.STRIKETHROUGH, TextAttribute.STRIKETHROUGH_ON);
fontVetoedTime = new Font(attributes);
}
/**
* generatePotentialMenuTimes, This will generate a list of menu times for populating the combo
* box menu, using a TimePickerSettings.TimeIncrement value. The menu times will always start at
* Midnight, and increase according to the increment until the last time before 11:59pm.
*
* Note: This function can be called before or after setting an optional veto policy. Vetoed
* times will never be added to the time picker menu, regardless of whether they are generated
* by this function.
*
* Example usage: generatePotentialMenuTimes(TimeIncrement.FifteenMinutes);
*
* Number of entries: If no veto policy has been created, the number of entries in the drop down
* menu would be determined by the size of the increment as follows; FiveMinutes has 288
* entries. TenMinutes has 144 entries. FifteenMinutes has 96 entries. TwentyMinutes has 72
* entries. ThirtyMinutes has 48 entries. OneHour has 24 entries.
*/
public void generatePotentialMenuTimes(TimeIncrement timeIncrement,
LocalTime optionalStartTime, LocalTime optionalEndTime) {
// If either bounding time does does not already exist, then set it to the maximum range.
LocalTime startTime = (optionalStartTime == null) ? LocalTime.MIN : optionalStartTime;
LocalTime endTime = (optionalEndTime == null) ? LocalTime.MAX : optionalEndTime;
// Initialize our needed variables.
potentialMenuTimes = new ArrayList();
int increment = timeIncrement.minutes;
// Start at midnight, which is the earliest time of day for LocalTime values.
LocalTime entry = LocalTime.MIDNIGHT;
boolean continueLoop = true;
while (continueLoop) {
if (PickerUtilities.isLocalTimeInRange(entry, startTime, endTime, true)) {
potentialMenuTimes.add(entry);
}
entry = entry.plusMinutes(increment);
// Note: This stopping criteria works as long as as ((60 % increment) == 0).
continueLoop = (!(LocalTime.MIDNIGHT.equals(entry)));
}
}
/**
* generatePotentialMenuTimes, This will generate the menu times for populating the combo box
* menu, using the items from a list of LocalTime instances. The list will be sorted and cleaned
* of duplicates before use. Null values and duplicate values will not be added. When this
* function is complete, the menu will contain one instance of each unique LocalTime that was
* supplied to this function, in ascending order going from Midnight to 11.59pm. The drop down
* menu will not contain any time values except those supplied in the desiredTimes list.
*
* Note: This function can be called before or after setting an optional veto policy. Vetoed
* times will never be added to the time picker menu, regardless of whether they are generated
* by this function.
*/
public void generatePotentialMenuTimes(ArrayList desiredTimes) {
potentialMenuTimes = new ArrayList();
if (desiredTimes == null || desiredTimes.isEmpty()) {
return;
}
TreeSet timeSet = new TreeSet();
for (LocalTime desiredTime : desiredTimes) {
if (desiredTime != null) {
timeSet.add(desiredTime);
}
}
for (LocalTime timeSetEntry : timeSet) {
potentialMenuTimes.add(timeSetEntry);
}
}
/**
* getAllowEmptyTimes, Returns the value of this setting. See the "set" function for setting
* information.
*/
public boolean getAllowEmptyTimes() {
return allowEmptyTimes;
}
/**
* getAllowKeyboardEditing, Returns the value of this setting. See the "set" function for
* setting information.
*/
public boolean getAllowKeyboardEditing() {
return allowKeyboardEditing;
}
/**
* getColor, This returns the currently set color for the specified area.
*/
public Color getColor(TimeArea area) {
return colors.get(area);
}
/**
* getDisplaySpinnerButtons, Returns the value of this setting. See the "set" function for
* setting information.
*/
public boolean getDisplaySpinnerButtons() {
return displaySpinnerButtons;
}
/**
* getDisplayToggleTimeMenuButton, Returns the value of this setting. See the "set" function for
* setting information.
*/
public boolean getDisplayToggleTimeMenuButton() {
return displayToggleTimeMenuButton;
}
/**
* getFormatForDisplayTime, Returns the value this setting. See the "set" function for setting
* information.
*/
public DateTimeFormatter getFormatForDisplayTime() {
return formatForDisplayTime;
}
/**
* getFormatForMenuTimes, Returns the value this setting. See the "set" function for setting
* information.
*/
public DateTimeFormatter getFormatForMenuTimes() {
return formatForMenuTimes;
}
/**
* getGapBeforeButtonPixels, Returns the value of this setting. See the "set" function for
* setting information.
*/
public Integer getGapBeforeButtonPixels() {
return gapBeforeButtonPixels;
}
/**
* getLocale, This returns locale setting of the time picker. The locale can only be set in the
* TimePickerSettings constructor.
*/
public Locale getLocale() {
return locale;
}
/**
* getMinimumSpinnerButtonWidthInPixels, This returns the minimum width of the spinner buttons.
*/
public int getMinimumSpinnerButtonWidthInPixels() {
return minimumSpinnerButtonWidthInPixels;
}
/**
* getMinimumSpinnerButtonWidthInPixels, This returns the minimum width of the toggle menu
* button.
*/
public int getMinimumToggleTimeMenuButtonWidthInPixels() {
return minimumToggleTimeMenuButtonWidthInPixels;
}
/**
* getPotentialMenuTimes, This returns a copy of the list of potential menu times. For
* additional details, see TimePickerSettings.potentialMenuTimes.
*/
public ArrayList getPotentialMenuTimes() {
return (ArrayList) potentialMenuTimes.clone();
}
/**
* getSizeTextFieldMinimumWidth, Returns the value of this setting. See the "set" function for
* setting information.
*/
public Integer getSizeTextFieldMinimumWidth() {
return sizeTextFieldMinimumWidth;
}
/**
* getSizeTextFieldMinimumWidthDefaultOverride, Returns the value of this setting. See the "set"
* function for setting information.
*/
public boolean getSizeTextFieldMinimumWidthDefaultOverride() {
return sizeTextFieldMinimumWidthDefaultOverride;
}
/**
* getVetoPolicy, This returns the veto policy.
*/
public TimeVetoPolicy getVetoPolicy() {
return vetoPolicy;
}
/**
* isTimeAllowed, This checks to see if the specified time is allowed by any currently set veto
* policy, and allowed by the current setting of allowEmptyTimes.
*
* If allowEmptyTimes is false, and the specified time is null, then this returns false.
*
* If a veto policy exists, and the specified time is vetoed, then this returns false.
*
* If the time is not vetoed, or if empty times are allowed and the time is null, then this
* returns true.
*/
public boolean isTimeAllowed(LocalTime time) {
if (time == null) {
return allowEmptyTimes;
}
return (!(InternalUtilities.isTimeVetoed(vetoPolicy, time)));
}
/**
* setAllowEmptyTimes, This sets whether or not empty times (null times) are allowed in the time
* picker. If this is true, then empty times will be allowed in the time picker. If this is
* false, then empty times will not be allowed.
*
* If setting this function to false, it is recommended to call this function -before- setting a
* veto policy. This sequence will guarantee that the TimePicker.getTime() function will never
* return a null value, and will guarantee that the setAllowEmptyTimes() function will not throw
* an exception.
*
* If the current time is null and you set allowEmptyTimes to false, then this function will
* attempt to initialize the current time to 7am. This function will throw an exception if it
* fails to initialize a null time. An exception is only possible if a veto policy is set before
* calling this function, and the veto policy vetoes the time "7:00 am".
*/
public void setAllowEmptyTimes(boolean allowEmptyTimes) {
this.allowEmptyTimes = allowEmptyTimes;
if (parent != null) {
zApplyAllowEmptyTimes();
}
}
/**
* setAllowKeyboardEditing, This sets whether or not keyboard editing is allowed for this time
* picker. If this is true, then times can be entered into the time picker either by using the
* keyboard or the mouse. If this is false, then times can only be selected by using the mouse.
* The default value is true. It is generally recommended to leave this setting as "true".
*
* Accessibility Impact: Disallowing the use of the keyboard, and requiring the use of the
* mouse, could impact the accessibility of your program for disabled persons.
*
* Note: This setting does not impact the automatic enforcement of valid or vetoed times. To
* learn about the automatic time validation and enforcement for keyboard entered text, see the
* javadocs for the TimePicker class.
*/
public void setAllowKeyboardEditing(boolean allowKeyboardEditing) {
this.allowKeyboardEditing = allowKeyboardEditing;
if (parent != null) {
zApplyAllowKeyboardEditing();
}
}
/**
* setColor, This sets a color for the specified area. Setting an area to null will restore the
* default color for that area.
*/
public void setColor(TimeArea area, Color color) {
// If null was supplied, then use the default color.
if (color == null) {
color = area.defaultColor;
}
// Save the color to the color map.
colors.put(area, color);
// Call any "updating functions" that are appropriate for the specified area.
if (parent != null) {
parent.zDrawTextFieldIndicators();
}
}
/**
* setDisplaySpinnerButtons, This sets whether or not the spinner buttons will be displayed (and
* enabled), on the time picker. The default value is false.
*/
public void setDisplaySpinnerButtons(boolean displaySpinnerButtons) {
this.displaySpinnerButtons = displaySpinnerButtons;
zApplyDisplaySpinnerButtons();
}
/**
* setDisplayToggleTimeMenuButton, This sets whether or not the toggle menu button will be
* displayed (and enabled), on the time picker. The default value is true.
*/
public void setDisplayToggleTimeMenuButton(boolean showToggleTimeMenuButton) {
this.displayToggleTimeMenuButton = showToggleTimeMenuButton;
zApplyDisplayToggleTimeMenuButton();
}
/**
* setFormatForDisplayTime, This sets the format that is used to display or parse the text field
* time times in the time picker, using a DateTimeFormatter instance. The default format is
* generated using the locale of the settings instance. For most formats, it may be easier to
* use the version of this function that accepts a pattern string.
*
* Available pattern strings can be found in the Javadocs for the DateTimeFormatter class, at
* this URL: https://docs.oracle.com/javase/8/docs/api/java/time/format/DateTimeFormatter.html
*
* If the time picker has already been constructed, then calling this function will cause
* immediate validation of the text field text.
*/
public void setFormatForDisplayTime(DateTimeFormatter formatForDisplayTime) {
this.formatForDisplayTime = formatForDisplayTime;
if (parent != null) {
parent.setTextFieldToValidStateIfNeeded();
}
}
/**
* setFormatForDisplayTime, This sets the format that is used to display or parse the text field
* time times in the time picker, using a pattern string. The default format is generated using
* the locale of the settings instance.
*
* Available pattern strings can be found in the Javadocs for the DateTimeFormatter class, at
* this URL: https://docs.oracle.com/javase/8/docs/api/java/time/format/DateTimeFormatter.html
*
* If the time picker has already been constructed, then calling this function will cause
* immediate validation of the text field text.
*/
public void setFormatForDisplayTime(String patternString) {
DateTimeFormatter formatter
= PickerUtilities.createFormatterFromPatternString(patternString, locale);
setFormatForDisplayTime(formatter);
}
/**
* setFormatForMenuTimes, This sets the format that is used to display or parse menu times in
* the time picker, using a DateTimeFormatter instance. The default format is generated using
* the locale of the settings instance. For most formats, it may be easier to use the version of
* this function that accepts a pattern string.
*
* Available pattern strings can be found in the Javadocs for the DateTimeFormatter class, at
* this URL: https://docs.oracle.com/javase/8/docs/api/java/time/format/DateTimeFormatter.html
*
* If the time picker has already been constructed, then calling this function will cause
* immediate validation of the text field text.
*/
public void setFormatForMenuTimes(DateTimeFormatter formatForMenuTimes) {
this.formatForMenuTimes = formatForMenuTimes;
if (parent != null) {
parent.setTextFieldToValidStateIfNeeded();
}
}
/**
* setFormatForMenuTimes, This sets the format that is used to display or parse menu times in
* the time picker, using a pattern string. The default format is generated using the locale of
* the settings instance.
*
* Available pattern strings can be found in the Javadocs for the DateTimeFormatter class, at
* this URL: https://docs.oracle.com/javase/8/docs/api/java/time/format/DateTimeFormatter.html
*
* If the time picker has already been constructed, then calling this function will cause
* immediate validation of the text field text.
*/
public void setFormatForMenuTimes(String patternString) {
DateTimeFormatter formatter
= PickerUtilities.createFormatterFromPatternString(patternString, locale);
setFormatForMenuTimes(formatter);
}
/**
* setGapBeforeButtonPixels, This specifies the desired width for the gap between the time
* picker and the toggle menu button (in pixels). The default value is null. If this is left at
* null, then the default value is 0 pixels.
*/
public void setGapBeforeButtonPixels(Integer gapBeforeButtonPixels) {
this.gapBeforeButtonPixels = gapBeforeButtonPixels;
if (parent != null) {
zApplyGapBeforeButtonPixels();
}
}
/**
* setInitialTimeToNow, This sets the initial time for the time picker to the current time. This
* function only has an effect before the time picker is constructed.
*/
public void setInitialTimeToNow() {
initialTime = LocalTime.now();
}
/**
* setMinimumSpinnerButtonWidthInPixels, This sets the minimum width of the spinner buttons.
*/
public void setMinimumSpinnerButtonWidthInPixels(int pixels) {
this.minimumSpinnerButtonWidthInPixels = pixels;
zApplyMinimumSpinnerButtonWidthInPixels();
}
/**
* setMinimumToggleTimeMenuButtonWidthInPixels, This sets the minimum width of the toggle menu
* button.
*/
public void setMinimumToggleTimeMenuButtonWidthInPixels(int pixels) {
this.minimumToggleTimeMenuButtonWidthInPixels = pixels;
zApplyMinimumToggleTimeMenuButtonWidthInPixels();
}
/**
* setParentTimePicker, This sets the parent time picker for these settings. This is only
* intended to be called from the constructor of the time picker class.
*/
void setParentTimePicker(TimePicker parentTimePicker) {
this.parent = parentTimePicker;
}
/**
* setSizeTextFieldMinimumWidth, This sets the minimum width in pixels, of the TimePicker text
* field.
*
* The default value for this setting is null. When this is set to null, a default width for the
* time picker text field will be automatically calculated and applied to fit "the largest
* possible time" that can be displayed with the current time picker settings. The settings used
* to calculate the default text field width include the locale (the language), the
* fontValidTime, and the format for valid times.
*/
public void setSizeTextFieldMinimumWidth(Integer minimumWidthInPixels) {
this.sizeTextFieldMinimumWidth = minimumWidthInPixels;
if (parent != null) {
parent.zSetAppropriateTextFieldMinimumWidth();
}
}
/**
* setSizeTextFieldMinimumWidthDefaultOverride, This specifies how the time picker should choose
* the appropriate minimum width for the time picker text field. (As described below.)
*
* If this is true, then the applied minimum width will be the largest of either the default, or
* any programmer supplied, minimum widths.
*
* If this is false, then any programmer supplied minimum width will always override the default
* minimum width. (Even if the programmer supplied width is too small to fit the times that can
* be displayed in the TimePicker).
*
* The default value for this setting is true. This setting only has an effect if
* (sizeTextFieldMinimumWidth != null).
*
* See also: "sizeTextFieldMinimumWidth".
*/
public void setSizeTextFieldMinimumWidthDefaultOverride(boolean defaultShouldOverrideIfNeeded) {
this.sizeTextFieldMinimumWidthDefaultOverride = defaultShouldOverrideIfNeeded;
if (parent != null) {
parent.zSetAppropriateTextFieldMinimumWidth();
}
}
/**
* setVetoPolicy,
*
* This sets a veto policy for the time picker. Note: This function can only be called after the
* time picker is constructed. If this is called before the TimePicker is constructed, then an
* exception will be thrown.
*
* When a veto policy is supplied, it will be used to determine which times can or can not be
* selected in the calendar panel. (Vetoed times are also not accepted into the time picker text
* field). See the demo class for an example of constructing a veto policy.
*
* By default, there is no veto policy on a time picker. Setting this function to null will
* clear any veto policy that has been set.
*
* It's possible to set a veto policy that vetoes the current "last valid time". This function
* returns true if the last valid time is allowed by the new veto policy and the time picker
* settings, or false if the last valid time is vetoed or disallowed. Setting a new veto policy
* does not modify the last valid time. Is up to the programmer to resolve any potential
* conflict between a new veto policy, and the last valid time stored in the time picker.
*/
public boolean setVetoPolicy(TimeVetoPolicy vetoPolicy) {
if (parent == null) {
throw new RuntimeException("TimePickerSettings.setVetoPolicy(), "
+ "A veto policy can only be set after constructing the TimePicker.");
}
this.vetoPolicy = vetoPolicy;
return isTimeAllowed(parent.getTime());
}
/**
* use24HourClockFormat, This can be called to set the TimePicker to use a 24-hour clock format.
* This will replace the settings called formatForDisplayTime, and formatForMenuTimes, with the
* commonly used 24-hour clock format ("HH:mm"). Any single digit hours will be zero padded in
* this format.
*
* Localization Note: It is not currently known if the 24 hour clock format is the same for all
* locales. (Though it is considered likely that this format is the same in most places.) If
* this format should be set to a different pattern for a particular locale that is familiar to
* you, then please inform the developers.
*/
public void use24HourClockFormat() {
formatForDisplayTime = PickerUtilities.createFormatterFromPatternString("HH:mm", locale);
formatForMenuTimes = formatForDisplayTime;
}
/**
* yApplyNeededSettingsAtTimePickerConstruction, This is called from the time picker constructor
* to apply various settings in this settings instance to the time picker. Only the settings
* that are needed at the time of time picker construction, are applied in this function.
*/
void yApplyNeededSettingsAtTimePickerConstruction() {
// Run the needed "apply" functions.
zApplyGapBeforeButtonPixels();
zApplyAllowKeyboardEditing();
zApplyInitialTime();
zApplyAllowEmptyTimes();
zApplyMinimumToggleTimeMenuButtonWidthInPixels();
zApplyMinimumSpinnerButtonWidthInPixels();
zApplyDisplayToggleTimeMenuButton();
zApplyDisplaySpinnerButtons();
}
/**
* zApplyAllowEmptyTimes, This applies the named setting to the parent component.
*
* Notes:
*
* The zApplyInitialTime() and zApplyAllowEmptyTimes() functions may theoretically be called in
* any order. However, the order is currently zApplyInitialTime() and zApplyAllowEmptyTimes()
* because that is more intuitive.
*
* This cannot throw an exception while the time picker is being constructed, because a veto
* policy cannot be set until after the time picker is constructed.
*/
private void zApplyAllowEmptyTimes() {
// Find out if we need to initialize a null time.
if ((!allowEmptyTimes) && (parent.getTime() == null)) {
// We need to initialize the current time, so find out if the default time is vetoed.
LocalTime defaultTime = LocalTime.of(7, 0);
if (InternalUtilities.isTimeVetoed(vetoPolicy, defaultTime)) {
throw new RuntimeException("Exception in TimePickerSettings.zApplyAllowEmptyTimes(), "
+ "Could not initialize a null time to 7am, because 7am is vetoed by "
+ "the veto policy. To prevent this exception, always call "
+ "setAllowEmptyTimes() -before- setting a veto policy.");
}
// Initialize the current time.
parent.setTime(defaultTime);
}
}
/**
* zApplyAllowKeyboardEditing, This applies the named setting to the parent component.
*/
private void zApplyAllowKeyboardEditing() {
// Set the editability of the time picker text field.
parent.getComponentTimeTextField().setEditable(allowKeyboardEditing);
// Set the text field border color based on whether the text field is editable.
Color textFieldBorderColor = (allowKeyboardEditing)
? InternalConstants.colorEditableTextFieldBorder
: InternalConstants.colorNotEditableTextFieldBorder;
parent.getComponentTimeTextField().setBorder(new CompoundBorder(
new MatteBorder(1, 1, 1, 1, textFieldBorderColor), new EmptyBorder(1, 3, 2, 2)));
}
/**
* zApplyDisplaySpinnerButtons, This applies the specified setting to the time picker.
*/
void zApplyDisplaySpinnerButtons() {
if (parent == null) {
return;
}
parent.getComponentDecreaseSpinnerButton().setEnabled(displaySpinnerButtons);
parent.getComponentDecreaseSpinnerButton().setVisible(displaySpinnerButtons);
parent.getComponentIncreaseSpinnerButton().setEnabled(displaySpinnerButtons);
parent.getComponentIncreaseSpinnerButton().setVisible(displaySpinnerButtons);
}
/**
* zApplyDisplayToggleTimeMenuButton, This applies the specified setting to the time picker.
*/
void zApplyDisplayToggleTimeMenuButton() {
if (parent == null) {
return;
}
parent.getComponentToggleTimeMenuButton().setEnabled(displayToggleTimeMenuButton);
parent.getComponentToggleTimeMenuButton().setVisible(displayToggleTimeMenuButton);
}
/**
* zApplyGapBeforeButtonPixels, This applies the named setting to the parent component.
*/
private void zApplyGapBeforeButtonPixels() {
int gapPixels = (gapBeforeButtonPixels == null) ? 0 : gapBeforeButtonPixels;
ConstantSize gapSizeObject = new ConstantSize(gapPixels, ConstantSize.PIXEL);
ColumnSpec columnSpec = ColumnSpec.createGap(gapSizeObject);
FormLayout layout = ((FormLayout) parent.getLayout());
layout.setColumnSpec(2, columnSpec);
}
/**
* zApplyInitialTime, This applies the named setting to the parent component.
*
* Notes:
*
* This does not need to check the parent for null, because this is always and only called while
* the time picker is being constructed.
*
* This does not need to handle (allowEmptyTimes == false && initialTime == null). That
* situation is handled by the zApplyAllowEmptyTimes() function.
*
* There is no possibility that this can conflict with a veto policy at the time that it is set,
* because a veto policy cannot be set until after the construction of a time picker.
*
* The zApplyInitialTime() and zApplyAllowEmptyTimes() functions may theoretically be called in
* any order. However, the order is currently zApplyInitialTime() and zApplyAllowEmptyTimes()
* because that is more intuitive.
*/
private void zApplyInitialTime() {
if (allowEmptyTimes == true && initialTime == null) {
parent.setTime(null);
}
if (initialTime != null) {
parent.setTime(initialTime);
}
}
/**
* zApplyMinimumSpinnerButtonWidthInPixels, The applies the specified setting to the time
* picker.
*/
void zApplyMinimumSpinnerButtonWidthInPixels() {
if (parent == null) {
return;
}
Dimension decreaseButtonPreferredSize = parent.getComponentDecreaseSpinnerButton().getPreferredSize();
Dimension increaseButtonPreferredSize = parent.getComponentIncreaseSpinnerButton().getPreferredSize();
int width = Math.max(decreaseButtonPreferredSize.width, increaseButtonPreferredSize.width);
int height = Math.max(decreaseButtonPreferredSize.height, increaseButtonPreferredSize.height);
int minimumWidth = minimumSpinnerButtonWidthInPixels;
width = (width < minimumWidth) ? minimumWidth : width;
Dimension newSize = new Dimension(width, height);
parent.getComponentDecreaseSpinnerButton().setPreferredSize(newSize);
parent.getComponentIncreaseSpinnerButton().setPreferredSize(newSize);
}
/**
* zApplyMinimumToggleTimeMenuButtonWidthInPixels, This applies the specified setting to the
* time picker.
*/
void zApplyMinimumToggleTimeMenuButtonWidthInPixels() {
if (parent == null) {
return;
}
Dimension menuButtonPreferredSize = parent.getComponentToggleTimeMenuButton().getPreferredSize();
int width = menuButtonPreferredSize.width;
int height = menuButtonPreferredSize.height;
int minimumWidth = minimumToggleTimeMenuButtonWidthInPixels;
width = (width < minimumWidth) ? minimumWidth : width;
Dimension newSize = new Dimension(width, height);
parent.getComponentToggleTimeMenuButton().setPreferredSize(newSize);
}
/**
* TimeIncrement, This is a list of increments that can be used with the generateMenuTimes()
* function.
*/
public enum TimeIncrement {
FiveMinutes(5), TenMinutes(10), FifteenMinutes(15), TwentyMinutes(20), ThirtyMinutes(30),
OneHour(60);
/**
* minutes, This holds the number of minutes represented by the time increment.
*/
final public int minutes;
/**
* Constructor. This takes the number of minutes represented by the time increment.
*/
TimeIncrement(int minutes) {
this.minutes = minutes;
if ((60 % minutes) != 0) {
throw new RuntimeException("TimePickerSettings.TimeIncrement Constructor, "
+ "All time increments must divide evenly into 60.");
}
}
}
}
