MES Schedule View

Description

This component provides a powerful and easy way to provide a user with the ability to schedule manufacturing operations and view their progress. Production operations can automatically be created from work orders or any operation such as Maintenance, Cleaning etc. (configured using the MES Object Editor) can be scheduled. This component handles the creation of Request Objects behind the scenes and automatically updates the schedule status. Extension functions and component properties provide great flexibility in customizing the look and operation of this component.

Componenent Palette

This component can be found on the Production component palette and is installed with the production-module.modl which is licensed with either the OEE 2.0 or Track & Trace modules.

Begin Operation Automatically

To begin operation automatically based on the schedule, ensure a Trigger Operation Begin Property is configured with Auto set to True and the Mode set to "Schedule (time)". Then, the schedule entry will automatically start the appropriate response objects based on the schedule.

Dragging Operations

When an operation is dragged and dropped onto an existing scheduled operation, the MES Schedule View component will move the dropped operation forward in time to begin immediately after the end of the existing scheduled operation. The time gap between the two operations will be one second.

Dragging Routed Operations

When a Route encounters an existing scheduling obstacle after being dragged, it will reschedule each affected level in that Route forward in time to the first suitable open time slot, making sure to maintain the proper operations sequence.

Mode/State Icons

The icons displayed next to the equipment names are equipment mode/state icons. See Equipment Modes and Equipment States for more information.

Icon	Equipment Mode
	Changeover
	Maintenance
	Other

Icon	Equipment State
	Blocked
	Disabled
	Idle
	Planned Downtime
	Run
	Starved
	Unplanned Downtime

Features

Drag & Drop Scheduling

You can drag rows from a power table or the MES Work Order Table to this component to simplify work order scheduling.

Step	Description
1	Set the Row Dragging Enabled property of the MES Work Order Table to True in the designer.
2	Select the desired row in the Work Order or power table and drag it onto the equipment item you wish to schedule it for on the MES Schedule View component. In this example Line 1 production item is configured for Cane Sugar. A scheduling window will appear as shown below.
3	Provide the duration or the production count of the schedule. Select the Schedule tab to view the new schedule. Click Save.
4	The schedule entry you just created will be displayed as shown.

Add Custom Menu Items

The User Menu Items property allows custom menu items to be added. These menu options become available in the client allowing users to right-click on schedule entries displayed in the Schedule view component. Custom script can then be added to the userMenuItemClicked event handler to add functionality to this component.

Steps	Description
1	Click the icon on the User Menu Items property and add your custom menu items. See the User Menu Item property for help on the dataset columns.
2	Add your custom script to the userMenuItemItemClicked event handler. The following script changes the category of the operations schedule when the user selects one of the user menu items. The event.getMenuItemName() returns the MenuName for the user menu item selected by the user. It can be used in the script to handle each user menu item differently. event.getScheduleEntry() returns the schedule entry object that the user clicked on when selecting the user menu item. The script shown in the image handles two different user menu items: Hold and Release Hold. if(event.getMenuItemName() == 'Hold'): uuid = event.getScheduleEntry().getMESOperationsScheduleLink().getMESObjectUUID() system.mes.changeScheduleCategory(uuid, 'Held') elif(event.getMenuItemName() == 'Release Hold'): uuid = event.getScheduleEntry().getMESOperationsScheduleLink().getMESObjectUUID() system.mes.changeScheduleCategory(uuid, 'Active') print event.getScheduleEntry()
3	When a user now clicks on a schedule entry, the following menu items appear.

Common

Name	Scripting	Property Type	Description
Name	name	String	Name of the component.
Enabled	componentEnabled	boolean	If true, component is enabled.
Visible	visible	boolean	If true, component is visible.
Border	border	border	Type of border around the component.

Behavior

Name

Scripting

Property Type

Description

Time Resolution

timeResolution

Int4

Controls the resolution (in minutes) of selected time.

Past Scheduling Enabled

pastSchedulingEnabled

boolean

If true, allow scheduling in the past.

Overlapping Enabled

overlappingEnabled

boolean

If true, allow scheduling enteries to overlap.

User Menu Items

userMenuItems

Dataset

Dataset that stores user menu items.

Column	Description
EntryName	Provides a method to only show the user menu items for schedule entry that match the pattern entered. The * and ? characters can be used in the pattern. Examples: 'Operation ', 'Packing Schedule'.
ScheduleCategory	Category of the operations schedule object. It is used in the userMenuItemClicked event to identify which category the selected user menu item belongs to.
MenuName	Text to appear when the user menu item is shown. It is also used in the userMenuItemClicked event to identify which user menu item the user selected.
MenuIcon	Can be set to a path of an image to display in the user menu item or left blank.

Data

Multiple filters can be used, and the components will only show equipment that matches all the combined filters.

If no filters are selected, the MES Schedule View component will attempt to gather data for and show ALL equipment, which can inadvertently cause system performance degradation in large factory settings with lots of equipment. Therefore, if there are more than 10 applicable equipment items, an error will be thrown. More than 10 applicable equipment items can be shown only if one or more of the equipment-related filters is utilized.

Name	Scripting	Property Type	Description
Start Date	startDate	DateTime	Beginning of the time range to display.
End Date	endDate	DateTime	End of the time range to display.
Read Only	readOnly	boolean	If true, the schedule will not allow creating or editing schedules. This does not affect user-defined menu items.
Show Categories	showCategories	String	Schedule categories to display in the schedule. If blank, then an exception will be thrown and this property will revert to its previous value. There can be user defined categories, but Active is reserved. Custom categories are also acceptable. This property also accepts a comma-separated list of category names. The Edit Category (see below) must be present in the list for this property.
Edit Category	editCategory	String	Schedule category that can be edited within the schedule component. If blank, then an exception will be thrown and this property will revert to its previous value. Active is for 'currently active' (this is the default setting). Actual is reserved and will throw an exception. Custom categories are also acceptable. The entry in this property must be also be present in Show Categories (see above). New schedule items made will be assigned this category.
Show Equipment Path	showEquipmentPath	boolean	If true, it will show equipment names with equipment paths.
Excluded Equipment Path	excludedEquipmentPath	boolean	Beginning part of a path to exclude from the displayed equipment paths.
Equipment Class Name Filter	equipmentClassNameFilter	String	Filter value, including * and ? wildcard characters, to filter results by an equipment class.
Equipment Name Filter	equipmentNameFilter	String	Filter value, including * and ? wildcard characters, to filter results by an equipment name.
Equipment Path Filter	equipmentPathFilter	String	Filter value, including * and ? wildcard characters, to filter results by an equipment path. OR Multiple equipment paths can be included in a comma separated list. These paths can't use wildcard characters.
Include MES Lines	includeMESLines	boolean	If true, including MES line objects.
Include MES Storage Units	includeMESStorageUnits	boolean	If true, including MES storage unit objects.

Appearance

Name

Scripting

Property Type

Description

Schedule Background

scheduleBackground

Color

Background color of the schedule area.

Restriction Background

restrictionBackground

Color

Background color of restricted (not available) times.

Line Color

lineColor

Color

Color of lines in the schedule view.

Now Line Color

nowLineColor

Color

Color of line indicating the current date and time.

Item Height

itemHeight

int

Equipment item row height.

Item Font

itemFont

Font

Font to use for equipment item names.

Active Item Background

activeItemBackground

Color

Background color of equipment items that are active.

Active Item Foreground

activeItemForeground

Color

Foreground color of equipment items that are active.

Active Item Status Icon Path

activeItemStatusIconPath

String

Path to an Ignition image to use for equipment items that are active.

Inactive Item Background

inactiveItemBackground

Color

Background color of equipment items that are inactive.

Inactive Item Foreground

inactiveItemForeground

Color

Foreground color of equipment items that are inactive.

Inactive Item Status Icon Path

inactiveItemStatusIconPath

String

Path to an Ignition image to use for equipment items that are inactive.

Show Progress Bar

showProgressBar

boolean

If set to true show the progress bar for schedule entries. The percent complete value must also greater than 0 for the bar to be displayed for a schedule entry.

Progress Background

progressBackground

Color

Background color of schedule entry progress boxes.

Progress Border Color

progressBorderColor

Color

Border color of schedule entry progress boxes.

Progress Fill Color

progressFillColor

Color

Fill color of schedule entry progress boxes.

Entry Configuration

entryConfiguration

Dataset

Dataset that stores entry appearance configuration. For each value you enter, a state is created. For example, you can see below that there are 16 values in the Dataset Viewer which corresponds to the 16 category and state combinations on the Schedule View component. Each state belongs to a category, the categories inbuilt on Ignition are Active and Actual. The Active includes the schedule that is currently active and the Actual includes those which have completed. You can add your own categories, 'Held' is added in the given example.

Color of the entry is determined by BackgroundColor. ForegroundColor will decide the color of the text. NormalBorderColor is the boundary color for an unselected state. Color for the border of selected state is given by the SelectedBorderColor.

Entry Configuration States

State	Description
0	Selected in editing mode
1	Auto Incomplete: Automatically set to incomplete
2	Auto Running: Automatically set to running
3	Auto Complete: Automatically set to complete
4	Manual Incomplete: Manually set to incomplete
5	Manual Running: Manually set to running
6	Manual Complete: Manually set to complete
7	Faulted

Along with the component properties, custom properties can also be added to this component. See Component Customizers in the Ignition Help Manual for more information.

Event Handlers

Event handlers provide the ability to add custom script when a user interacts with a component such as by clicking a mouse, selecting a menu item or when a component property changes.

menu

userMenuItemClicked

When the user right clicks on the schedule component, a popup menu is displayed. Custom user menu items can be added to this popup menu by adding rows to the User Menu Items dataset. The UserMenuItemClicked event is fired when the menu item is clicked, or if the user selects the menu item using the keyboard and presses the Enter key. It can also occur if an access key or shortcut key is pressed that is associated with the MenuItem. To see the various methods associated with this event see MESScheduleEntry.

Property	Description
.source	The component that fired this event.
.getMenuItemName()	Returns the name of the selected menu item.
.getScheduleEntry()	Returns the MESScheduleEntry object containing details about the schedule category, begin, actual begin and end, state, etc.

Tip

See the Feature section for this component on how to create custom menu items.

mouse

mouseClicked

This event signifies a mouse click on the source component. A mouse click the combination of a mouse press and a mouse release, both of which must have occurred over the source component. Note that this event fires after the pressed and released events have fired.

Property	Description
.source	The component that fired this event.
.button	The code for the button that caused this event to fire.
.clickCount	The number of mouse clicks associated with this event.
.x	The x-coordinate (with respect to the source component) of this mouse event.
.y	The y-coordinate (with respect to the source component) of this mouse event.
.popupTrigger	Returns True (1) if this mouse event is a popup trigger. What constitutes a popup trigger is operating system dependent, which is why this abstraction exists.
.altDown	True (1) if the Alt key was held down during this event, false (0) otherwise.
.controlDown	True (1) if the Ctrl key was held down during this event, false (0) otherwise.
.shiftDown	True (1) if the Shift key was held down during this event, false (0) otherwise.

mouseEntered

This event fires when the mouse enters the space over the source component.

Property	Description
.source	The component that fired this event.
.button	The code for the button that caused this event to fire.
.clickCount	The number of mouse clicks associated with this event.
.x	The x-coordinate (with respect to the source component) of this mouse event.
.y	The y-coordinate (with respect to the source component) of this mouse event.
.popupTrigger	Returns True (1) if this mouse event is a popup trigger. What constitutes a popup trigger is operating system dependent, which is why this abstraction exists.
.altDown	True (1) if the Alt key was held down during this event, false (0) otherwise.
.controlDown	True (1) if the Ctrl key was held down during this event, false (0) otherwise.
.shiftDown	True (1) if the Shift key was held down during this event, false (0) otherwise.

mouseExited

This event fires when the mouse leaves the space over the source component.

Property	Description
.source	The component that fired this event.
.button	The code for the button that caused this event to fire.
.clickCount	The number of mouse clicks associated with this event.
.x	The x-coordinate (with respect to the source component) of this mouse event.
.y	The y-coordinate (with respect to the source component) of this mouse event.
.popupTrigger	Returns True (1) if this mouse event is a popup trigger. What constitutes a popup trigger is operating system dependent, which is why this abstraction exists.
.altDown	True (1) if the Alt key was held down during this event, false (0) otherwise.
.controlDown	True (1) if the Ctrl key was held down during this event, false (0) otherwise.
.shiftDown	True (1) if the Shift key was held down during this event, false (0) otherwise.

mousePressed

This event fires when a mouse button is pressed down on the source component.

Property	Description
.source	The component that fired this event.
.button	The code for the button that caused this event to fire.
.clickCount	The number of mouse clicks associated with this event.
.x	The x-coordinate (with respect to the source component) of this mouse event.
.y	The y-coordinate (with respect to the source component) of this mouse event.
.popupTrigger	Returns True (1) if this mouse event is a popup trigger. What constitutes a popup trigger is operating system dependent, which is why this abstraction exists.
.altDown	True (1) if the Alt key was held down during this event, false (0) otherwise.
.controlDown	True (1) if the Ctrl key was held down during this event, false (0) otherwise.
.shiftDown	True (1) if the Shift key was held down during this event, false (0) otherwise.

mouseReleased

This event fires when a mouse button is released, if that mouse button's press happened over this component.

Property	Description
.source	The component that fired this event.
.button	The code for the button that caused this event to fire.
.clickCount	The number of mouse clicks associated with this event.
.x	The x-coordinate (with respect to the source component) of this mouse event.
.y	The y-coordinate (with respect to the source component) of this mouse event.
.popupTrigger	Returns True (1) if this mouse event is a popup trigger. What constitutes a popup trigger is operating system dependent, which is why this abstraction exists.
.altDown	True (1) if the Alt key was held down during this event, false (0) otherwise.
.controlDown	True (1) if the Ctrl key was held down during this event, false (0) otherwise.
.shiftDown	True (1) if the Shift key was held down during this event, false (0) otherwise.

mouseMotion

mouseDragged

Fires when the mouse moves over a component after a button has been pushed.

Property	Description
.source	The component that fired this event.
.button	The code for the button that caused this event to fire.
.clickCount	The number of mouse clicks associated with this event.
.x	The x-coordinate (with respect to the source component) of this mouse event.
.y	The y-coordinate (with respect to the source component) of this mouse event.
.popupTrigger	Returns True (1) if this mouse event is a popup trigger. What constitutes a popup trigger is operating system dependent, which is why this abstraction exists.
.altDown	True (1) if the Alt key was held down during this event, false (0) otherwise.
.controlDown	True (1) if the Ctrl key was held down during this event, false (0) otherwise.
.shiftDown	True (1) if the Shift key was held down during this event, false (0) otherwise.

mouseMoved

Fires when the mouse moves over a component, but no buttons are pushed.

Property	Description
.source	The component that fired this event.
.button	The code for the button that caused this event to fire.
.clickCount	The number of mouse clicks associated with this event.
.x	The x-coordinate (with respect to the source component) of this mouse event.
.y	The y-coordinate (with respect to the source component) of this mouse event.
.popupTrigger	Returns True (1) if this mouse event is a popup trigger. What constitutes a popup trigger is operating system dependent, which is why this abstraction exists.
.altDown	True (1) if the Alt key was held down during this event, false (0) otherwise.
.controlDown	True (1) if the Ctrl key was held down during this event, false (0) otherwise.
.shiftDown	True (1) if the Shift key was held down during this event, false (0) otherwise.

propertyChange

propertyChange

Fires whenever a bindable property of the source component changes. This works for standard and custom properties of the component.

Property	Description
.source	The component that fired this event.
.newValue	The new value that this property changed to.
.oldValue	The value that this property was before it changed. Note that not all components include an accurate oldValue in their events.
.propertyName	The name of the property that changed. NOTE: Remember to always filter out these events for the property that you are looking for! Components often have many properties that change.

Extension Functions

Extension functions allow the operation of a component to be altered. Extension functions cannot be called, they are event driven. See Component Extension Functions in the Ignition Help Manual for more information.

configureScheduleBlock

Description

Called before displaying a schedule entry block. This can be used to change the appearance of a schedule entry block.

Parameters

self - A reference to the component that is invoking this function.

MESScheduleEntry - The MESScheduleEntry object associated with the schedule block being rendered. Nothing should be changed in the object. See MESScheduleEntry in the MES documentation for more information.

settings - The default display object that allows the default display settings that affect the appearance of the schedule entry to be altered.

Return

Nothing

Scope

Client

Example: Set Display Text to Production Order Name

def configureScheduleBlock(self, mesScheduleEntry, settings):
 
	#If schedule is late, set background to RED
	progressTime = mesScheduleEntry.getProgressTime()
	if progressTime < 0.0:
		settings.setBackground('RED')
	
	opName = mesScheduleEntry.getLabel()
	
	#If scheduled operation is Active, Set background to YELLOW
	schCategory = mesScheduleEntry.getCategory()
	if schCategory == 'Active':
		settings.setBackground("YELLOW")
		settings.setForeground("BLACK")


	#If this is an OEE operation, then set the name of the scheduled operation to the Work Order Name
	if ':' in opName: #OEE 2.0 production run operation
		if mesScheduleEntry.getWorkOrderLink() is not None:
			wo = mesScheduleEntry.getWorkOrderLink().getName()
		  	settings.setDisplayText(wo)		
			bgColor = "BLUE"

showEditor

Description

Called before showing the editor panel. This can be used to add functionality preceding, or replace the functionality of, the built-in schedule entry editor panel. To prevent the built-in editor panel from appearing, return False.

Parameters

Info

For the four possible triggers (New entry, Edit, Reschedule Remaining, onRowsDropped) that cause showEditor() to execute, not every parameter will always have a value. The table below shows when a potential value could be expected, but it is still possible for that value to be null. When scripting, it is necessary to check the validity of any value before using it.

Parameter	When: Menu -> New Entry	When: Menu -> Edit	When: Menu -> Reschedule Remaining	When: onRowsDropped()
scheduledItem	value	value	value	value
mesObjectList	null (always)	null (always)	value	null (always)
equipmentPath	null (always)	null (always)	value	value
category	null (always)	null (always)	value	value
dateTime	value	value	value	value
workOrderLink	value	value	value	value
quantity	0.0 (always)	0.0 (always)	value	value

self - A reference to the component that is invoking this function.

ScheduleItem scheduleItem - The ScheduleItem object contains information about the equipment being scheduled. It also includes schedule restrictions and current schedule entries for the equipment and time period specified by the component.

MESObjectList mesObjectList - The MESObjectList that contains references to all MES objects for the operations schedule.

EquipmentPath equipmentPath - The path for the equipment item that the user dropped on.

Category category - The schedule category that the user dropped on.

DateTime dateTime - The date and time at the point where the drop occurred.

WorkOrderLink workOrderLink - The MESObjectLink object for the work order.

Quantity quantity - The quantity of material to be produced.

Return

True

Scope

Client

hideEditor

Description

Called after hiding the editor panel. This can be used to add functionality following that of the built-in schedule entry editor panel.

Parameters

self - A reference to the component that is invoking this function.

scheduleItemLink - MES Object Link that contains a reference to the ScheduleItem object. Use mesObjectLink.getMESObject() to get the MES object itself.

Return

True

Scope

Client

updateMenuItem

Description

Before the popup menu appears, updateMenuItem is called for each menu item. This provides the opportunity to enable, disable or change the appearance of the default menu items.

Parameters

self - A reference to the component that is invoking this function.

menuItem - The menu item object that can be modified. The getText() and setVisible() methods can be used along with this object. See the example shown below for details.

MESScheduleEntry - The MESScheduleEntry object associated with the currently selected schedule entry.

Return

True

Scope

Client

Example: Disable menuItem

def updateMenuItem(self, menuItem, mesScheduleEntry):  
    if menuItem.getText() == 'Split Schedule':
        menuItem.setVisible(False)

onSave

Description

Called before saving a new or modified schedule.

Parameters

self - A reference to the component that is invoking this function.

MES Object List - The MES Object List list that contains references to all MES objects for the operations schedule.

Return

True

Scope

Client

onSaveError

Description

Called if an error occurs while saving a new or modified schedule. Return true to cancel the changes and close the edit panel.

Parameters

self - A reference to the component that is invoking this function.

MES Object List - A list that contains references to all MES objects for the operations schedule.

errorMessage - The error message describing the error.

Return

False

Scope

Client

getToolTipText

Description

Called to get tool tip text for a restricted time or schedule entry on the schedule view.

Parameters

self - A reference to the component that is invoking this function.

entryType - The type name as a string of the entryObject.

entryObject - Either a MESScheduleRestriction or a MESScheduleEntry object that the tool tip text is needed.

Return

Nothing

Scope

Client

onRowsDropped

Description

Called when the user has dropped rows from the Ignition power table component. The source table must have dragging enabled.

Parameters

self - A reference to the component that is invoking this function

sourceTable - A reference to the table that the rows were dragged from.

rows - An array of the row indices that were dragged, in the order they were selected.

rowData - A dataset containing the rows that were dragged.

equipmentPath - The path for the equipment item that the user dropped on.

category - The schedule category that the user dropped on.

dateTime - The date and time at the point where the drop occured.

Return

Nothing

Scope

Client

Code Example

	from java.util import Calendar
	if rowData.getRowCount() == 0:
		system.gui.messageBox('A row must be selected.', 'Information')
		return
	if rowData.getRowCount() > 1:
		system.gui.messageBox('A single row must be selected.', 'Information')
		return
		
	#Get any of the column values from the Power Table component that will be used for scheduling
	opName = rowData.getValueAt(0, "Operation")
	durationInHrs = rowData.getValueAt(0, 0)
	eqLink = system.mes.getMESObjectLinkByEquipmentPath(equipmentPath)
	
	operDef = system.mes.loadMESObject(opName, 'OperationsDefinition')
	print "Creating schedule entry for ", operDef
	objList = system.mes.createSchedule(operDef)
	for obj in objList:
		objType = obj.getMESObjectType().getName() 
		if objType == 'OperationsSchedule':
			obj.setPropertyValue('ScheduleDurationSec', durationInHrs * 3600)
		elif objType == 'RequestSegment':
			#Calling setEquipmentLink with a specific equipment link based on the equipmentPath, will force it to be scheduled on the one equipment item.
			#Comment the setEquipmentLink line to find the equipment item that can best accommodate the dateTime 
			obj.setEquipmentLink(eqLink)
			
			#Create and save work order number in a custom property 
#			cp = {'WO' : ['String', wo, 'Production work order', True, False]}
#			obj.setCustomPropertyValues(cp)
			
	#Alternatively, the current time can be used instead of the dateTime that is based on the drop location.
	#Alternatively, the end time can be omitted and the segment be configured to estimate completion time based on target production count.
	cal = Calendar.getInstance()
	cal.setTime(dateTime)
	cal.add(Calendar.MINUTE, int(60 * durationInHrs))
	try:
		objList = system.mes.scheduleOperations(objList, dateTime, cal.getTime(), True, 'Active')
		system.mes.saveSchedule(objList)
		self.refresh()

	except:
		#If we throw an error here, its likely that the operation is not defined for this line. 
		#Ideally using <any equipment> class for an operation will fix this issue, 
		#but we will gracefully handle it if the line is not part of the eqClass for the dropped operation
		system.gui.messageBox("This operation is probably not configured for this line. Please add the line to this operation and try again.")

Customizers

This component does not have any custom properties.

Component Functions

This component provide the following functions that can be called on it. If this component has been dropped onto the windows root container, the path and an example call would be event.source.parent.getComponent('MES Schedule View').refresh().

getScheduleItem(index)

Description

Gets the schedule item object for an equipment corresponding to the index of row specified.

Parameters

int index - The integer that represents index of the row to return schedule item for.

Return

Nothing

Scope

Client

refresh()

Description

It refreshes the data on the component.

Parameters

None

Return

Nothing

Scope

Client

Component Objects

Objects that are used solely by this component are listed here.

Schedule Entry Item

getParent()

Description

Get the parent of the schedule item. See ScheduleItem for more details.

Syntax

getParent()

Parameters

None

Returns

ScheduleItem parent - The parent ScheduleItem object.

Scope

All

setParent(parent)

Description

Set the parent of the schedule item. See ScheduleItem for more details.

Syntax

setParent(parent)

Parameters

ScheduleItem parent - The ScheduleItem object to be set as the parent.

Returns

Nothing

Scope

All

getScheduleItem()

Description

Get the schedule entry object. See MES Schedule Entry object for more details.

Syntax

getScheduleItem()

Parameters

None

Returns

MES Schedule Entry scheduleEntry - The MES Schedule Entry object.

Scope

All

Schedule Item

Description

This object is used with showEditor extension function of this component.

Object Functions

addScheduleEntry(scheduleEntry)

Description

Adds a schedule.

Syntax

addScheduleEntry(scheduleEntry)

Parameters

MESScheduleEntry scheduleEntry - The schedule to be added.

Returns

ScheduleEntryItem item - The schedule object that is just added.

Scope

All

changeScheduleEntryState(mesObjectList, state)

Description

Changes the state of schedule.

Syntax

changeScheduleEntryState(mesObjectList, state)

Parameters

MESObjectList mesObjectList - The list of schedule for which state is to be changed.

int state - The new state.

Returns

Nothing

Scope

All

getScheduleEntry(time)

Description

Gets the schedule entry object.

Syntax

getScheduleEntry(time)

Parameters

Date time - Time scheduled for the entry.

Returns

ScheduleEntryItem scheduleEntry - The schedule entry object.

Scope

All

getScheduleEntry(time, category)

Description

Gets the schedule entry object.

Syntax

getScheduleEntry(time, category)

Parameters

Date time - Time scheduled for the entry.

String category - Category that the schedule to return belongs to.

Returns

ScheduleEntryItem scheduleEntry - The schedule entry object.

Scope

All

getScheduleEntry(operationsRequestUUID)

Description

Gets the schedule entry object.

Syntax

getScheduleEntry(operationsRequestUUID)

Parameters

String operationsRequestUUID - The unique identifier representing the operations request.

Returns

ScheduleEntryItem scheduleEntry - The schedule entry object.

Scope

All

getScheduleEntryItem(operationsRequestUUID)

Description

Gets the schedule entry item object.

Syntax

getScheduleEntryItem(operationsRequestUUID)

Parameters

String operationsRequestUUID - The unique identifier representing the operations request.

Returns

ScheduleEntryItem scheduleEntryItem - The schedule entry item object.

Scope

All

getScheduleEntryList()

Description

Gets a list of schedule entry item objects.

Syntax

getScheduleEntryList()

Parameters

None

Returns

List<ScheduleEntryItem> scheduleEntryList - The list of schedule entry item objects.

Scope

All

Schedule State Settings

The configureScheduleBlock extension function of this component has a settings parameter which can be used to change the default display settings and appearance of the schedule entry. This object holds information about the display settings of the schedule view component.

This object is one of the few objects that is not derived from the MESAbstractObject and therefore does not inherit its functions or properties.

getBackground()

Description

Get the background color of the MES Schedule View component.

Syntax

getBackground()

Parameters

None

Returns

Color background - The background color of MES Schedule View component.

Scope

All

getDisplayText()

Description

Get the text displayed in the MES Schedule View component.

Syntax

getDisplayText()

Parameters

None

Returns

String displayText - The displayed text.

Scope

All

getForeground()

Description

Get the foreground color of the MES Schedule View component.

Syntax

getForeground()

Parameters

None

Returns

Color foreground - The foreground color of MES Schedule View component.

Scope

All

getNormalBorderColor()

Description

Get the normal border color of the MES Schedule View component.

Syntax

getNormalBorderColor()

Parameters

None

Returns

Color normalBorderColor - The normal border color of MES Schedule View component.

Scope

All

getSelectedBorderColor()

Description

Get the border color that is selected by the user.

Syntax

getSelectedBorderColor()

Parameters

None

Returns

Color selectedBorderColor - The selected border color of MES Schedule View component.

Scope

All

setBackground(bgColor)

Description

Set the background color of the MES Schedule View component.

Syntax

setBackground(bgColor)

Parameters

Color background - The background color to set for.

Returns

Nothing

Scope

All

setBackground(color)

Description

Set color of the MES Schedule View component.

Syntax

setBackground(color)

Parameters

String color - The string value that represents a color to set the background to.

Returns

Nothing

Scope

All

settings.setBackground('ORANGE')
#settings.setBackground('#345a2f')

setDisplayText(displayText)

Description

Set the display text in the MES Schedule View component.

Syntax

setDisplayText(displayText)

Parameters

String displayText - The text to be displayed.

Returns

Nothing

Scope

All

setForeground(foreground)

Description

Set the foreground color for the MES Schedule View component.

Syntax

setForeground(foreground)

Parameters

Color foreground - The foreground color of MES Schedule View component.

Returns

Nothing

Scope

All

setForeground(color)

Description

Set the foreground color of MES Schedule View component.

Syntax

setForeground(color)

Parameters

String color - The string value that represents a color to set for. Example: BLUE

Returns

Nothing

Scope

All

setNormalBorderColor(normalBorderColor)

Description

Set the normal border color for MES Schedule View component.

Syntax

setNormalBorderColor(normalBorderColor)

Parameters

Color normalBorderColor - The normal border color to set for MES Schedule View component.

Returns

Nothing

Scope

All

setNormalBorderColor(color)

Description

Set the color for normal border.

Syntax

setNormalBorderColor(color)

Parameters

String color - The string value that represents a color to set for. Example: BLUE

Returns

Nothing

Scope

All

setSelectedBorderColor(selectedBorderColor)

Description

Set the color for selected border. This is the color displayed when user select the MES Schedule View component.

Syntax

setSelectedBorderColor(selectedBorderColor)

Parameters

Color selectedBorderColor - The selected border color to set for MES Schedule View component.

Returns

Nothing

Scope

All

setSelectedBorderColor(color)

Description

Set the color for selected border. This is the color displayed when user select the MES Schedule View component.

Syntax

setSelectedBorderColor(color)

Parameters

String color - The string value that represents a color to set for. Example: BLUE

Returns

Nothing

Scope

All

MES Platform 2.0

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Description

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