Namespaces
	cli

	eagleimport

	editor

Classes
class	AirWiresBuilder
	The AirWiresBuilder class. More...

class	AirWiresBuilderImpl

class	Alignment
	The Alignment class. More...

class	Angle
	The Angle class is used to represent an angle (for example 12.75 degrees) More...

class	ApiEndpoint
	Access to a LibrePCB API endpoint. More...

class	Application
	Static functions to access some global application configuration. More...

class	ArchiveOutputJob
	File archiving (e.g. to ZIP) output job. More...

class	AssemblyVariant
	The AssemblyVariant class. More...

struct	AssemblyVariantListNameProvider

class	AsyncCopyOperation
	High-level helper class to asynchronously and recursively copy directories with progress indicator. More...

class	Attribute
	The Attribute class. More...

struct	AttributeKeyConstraint

struct	AttributeKeyVerifier

struct	AttributeListNameProvider

class	AttributeSubstitutor
	The AttributeSubstitutor class substitutes attribute keys in strings with their actual values (e.g. replace "{{NAME}}" by "U42", a component's name) More...

class	AttributeType
	The AttributeType class. More...

class	AttributeUnit
	The AttributeUnit class. More...

class	AttrTypeCapacitance
	The AttrTypeCapacitance class. More...

class	AttrTypeCurrent
	The AttrTypeCurrent class. More...

class	AttrTypeFrequency
	The AttrTypeFrequency class. More...

class	AttrTypeInductance
	The AttrTypeInductance class. More...

class	AttrTypePower
	The AttrTypePower class. More...

class	AttrTypeResistance
	The AttrTypeResistance class. More...

class	AttrTypeString
	The AttrTypeString class. More...

class	AttrTypeVoltage
	The AttrTypeVoltage class. More...

class	BI_AirWire
	The BI_AirWire class. More...

class	BI_Base
	The Board Item Base (BI_Base) class. More...

class	BI_Device
	The BI_Device class. More...

class	BI_FootprintPad
	The BI_FootprintPad class. More...

class	BI_Hole
	The BI_Hole class. More...

class	BI_NetLine
	The BI_NetLine class. More...

class	BI_NetLineAnchor

class	BI_NetPoint
	The BI_NetPoint class. More...

class	BI_NetSegment
	The BI_NetSegment class. More...

class	BI_Plane
	The BI_Plane class. More...

class	BI_Polygon
	The BI_Polygon class. More...

class	BI_StrokeText
	The BI_StrokeText class. More...

class	BI_Via
	The BI_Via class. More...

class	BI_Zone
	The BI_Zone class. More...

class	Board
	The Board class represents a PCB of a project and is always part of a circuit. More...

class	Board3DOutputJob
	3D board model output job More...

class	BoardAirWiresBuilder
	The BoardAirWiresBuilder class. More...

class	BoardClipperPathGenerator
	The BoardClipperPathGenerator class creates a Clipper path from a librepcb::Board. More...

class	BoardD356NetlistExport
	The BoardD356NetlistExport class. More...

class	BoardDesignRuleCheck
	The BoardDesignRuleCheck class checks a librepcb::Board for design rule violations. More...

class	BoardDesignRuleCheckSettings
	The BoardDesignRuleCheckSettings class. More...

class	BoardDesignRules
	The BoardDesignRules class. More...

class	BoardFabricationOutputSettings
	The BoardFabricationOutputSettings class. More...

class	BoardGerberExport
	The BoardGerberExport class. More...

class	BoardHoleData
	The BoardHoleData class. More...

class	BoardPainter
	Paints a librepcb::Board to a QPainter. More...

class	BoardPickPlaceGenerator
	The BoardPickPlaceGenerator class. More...

class	BoardPlaneFragmentsBuilder
	Plane fragments builder working on a librepcb::Board. More...

class	BoardPolygonData
	The BoardPolygonData class. More...

class	BoardStrokeTextData
	The BoardStrokeTextData class. More...

class	BoardZoneData
	The BoardZoneData class. More...

class	Bom
	The Bom class represents a bill of materials list. More...

class	BomCsvWriter
	The BomCsvWriter class. More...

class	BomGenerator
	The BomGenerator class. More...

class	BomItem
	The BomItem class represents an item of a bill of materials list. More...

class	BomOutputJob
	BOM output job. More...

class	BoundedUnsignedRatio
	The BoundedUnsignedRatio class represents a ratio limited to a range specified by min/max values. More...

class	Circle
	The Circle class. More...

struct	CircleListNameProvider

class	Circuit
	The Circuit class represents all electrical connections in a project (drawn in the schematics) More...

struct	CircuitIdentifierConstraint

struct	CircuitIdentifierVerifier

class	ClipperHelpers
	The ClipperHelpers class. More...

class	CmpSigPinDisplayType
	The CmpSigPinDisplayType clas. More...

class	Component
	The Component class represents a "generic" device in the library. More...

class	ComponentAssemblyOption
	The ComponentAssemblyOption class. More...

struct	ComponentAssemblyOptionListNameProvider

class	ComponentCategory
	The ComponentCategory class. More...

class	ComponentCheck
	The ComponentCheck class. More...

class	ComponentInstance
	The ComponentInstance class. More...

class	ComponentPinSignalMapHelpers

class	ComponentPinSignalMapItem
	The ComponentPinSignalMapItem class maps a symbol pin to a component signal. More...

struct	ComponentPinSignalMapNameProvider

struct	ComponentPrefixConstraint

struct	ComponentPrefixVerifier

class	ComponentSignal
	The ComponentSignal class represents one signal of a component. More...

class	ComponentSignalInstance
	The ComponentSignalInstance class. More...

struct	ComponentSignalListNameProvider

class	ComponentSymbolVariant
	The ComponentSymbolVariant class represents a symbol variant of a component. More...

class	ComponentSymbolVariantItem
	The ComponentSymbolVariantItem class represents one symbol of a component symbol variant. More...

class	ComponentSymbolVariantItemListHelpers

struct	ComponentSymbolVariantItemListNameProvider

struct	ComponentSymbolVariantItemSuffixConstraint

struct	ComponentSymbolVariantItemSuffixVerifier

struct	ComponentSymbolVariantListNameProvider

class	CopyOutputJob
	File copy output job. More...

class	CsvFile
	The CsvFile class represents a comma-separated values (CSV) file. More...

class	D356NetlistGenerator
	The D356NetlistGenerator class. More...

class	Debug
	The Debug class provides some methods for debugging/logging. More...

class	Device
	The Device class represents an instance of a component (a "real" component) More...

class	DeviceCheck
	The DeviceCheck class. More...

class	DevicePadSignalMapHelpers

class	DevicePadSignalMapItem
	The DevicePadSignalMapItem class. More...

struct	DevicePadSignalMapNameProvider

class	DirectoryLock
	This class can be used to implement file-based directory locks. More...

class	DrcMsgCopperBoardClearanceViolation
	The DrcMsgCopperBoardClearanceViolation class. More...

class	DrcMsgCopperCopperClearanceViolation
	The DrcMsgCopperCopperClearanceViolation class. More...

class	DrcMsgCopperHoleClearanceViolation
	The DrcMsgCopperHoleClearanceViolation class. More...

class	DrcMsgCopperInKeepoutZone
	The DrcMsgCopperInKeepoutZone class. More...

class	DrcMsgDeviceInCourtyard
	The DrcMsgDeviceInCourtyard class. More...

class	DrcMsgDeviceInKeepoutZone
	The DrcMsgDeviceInKeepoutZone class. More...

class	DrcMsgDrillBoardClearanceViolation
	The DrcMsgDrillBoardClearanceViolation class. More...

class	DrcMsgDrillDrillClearanceViolation
	The DrcMsgDrillDrillClearanceViolation class. More...

class	DrcMsgEmptyNetSegment
	The DrcMsgEmptyNetSegment class. More...

class	DrcMsgExposureInKeepoutZone
	The DrcMsgExposureInKeepoutZone class. More...

class	DrcMsgForbiddenSlot
	The DrcMsgForbiddenSlot class. More...

class	DrcMsgForbiddenVia
	The DrcMsgForbiddenVia class. More...

class	DrcMsgInvalidPadConnection
	The DrcMsgInvalidPadConnection class. More...

class	DrcMsgMinimumAnnularRingViolation
	The DrcMsgMinimumAnnularRingViolation class. More...

class	DrcMsgMinimumBoardOutlineInnerRadiusViolation
	The DrcMsgMinimumBoardOutlineInnerRadiusViolation class. More...

class	DrcMsgMinimumDrillDiameterViolation
	The DrcMsgMinimumDrillDiameterViolation class. More...

class	DrcMsgMinimumSlotWidthViolation
	The DrcMsgMinimumSlotWidthViolation class. More...

class	DrcMsgMinimumTextHeightViolation
	The DrcMsgMinimumTextHeightViolation class. More...

class	DrcMsgMinimumWidthViolation
	The DrcMsgMinimumWidthViolation class. More...

class	DrcMsgMissingBoardOutline
	The DrcMsgMissingBoardOutline class. More...

class	DrcMsgMissingConnection
	The DrcMsgMissingConnection class. More...

class	DrcMsgMissingDevice
	The DrcMsgMissingDevice class. More...

class	DrcMsgMultipleBoardOutlines
	The DrcMsgMultipleBoardOutlines class. More...

class	DrcMsgOpenBoardOutlinePolygon
	The DrcMsgOpenBoardOutlinePolygon class. More...

class	DrcMsgOverlappingDevices
	The DrcMsgOverlappingDevices class. More...

class	DrcMsgSilkscreenClearanceViolation
	The DrcMsgSilkscreenClearanceViolation class. More...

class	DrcMsgUnconnectedJunction
	The DrcMsgUnconnectedJunction class. More...

class	DrcMsgUselessVia
	The DrcMsgUselessVia class. More...

class	DrcMsgUselessZone
	The DrcMsgUselessZone class. More...

class	DxfReader
	Read DXF files into LibrePCB data structures. More...

class	DxfReaderImpl
	Private helper class to break dependency to dxflib. More...

class	ElectricalRuleCheck
	The ElectricalRuleCheck class checks a librepcb::Board for design rule violations. More...

struct	ElementNameConstraint

struct	ElementNameVerifier

class	ErcMsgConnectedPinWithoutWire
	The ErcMsgConnectedPinWithoutWire class. More...

class	ErcMsgForcedNetSignalNameConflict
	The ErcMsgForcedNetSignalNameConflict class. More...

class	ErcMsgOpenNet
	The ErcMsgOpenNet class. More...

class	ErcMsgOpenWireInSegment
	The ErcMsgOpenWireInSegment class. More...

class	ErcMsgUnconnectedJunction
	The ErcMsgUnconnectedJunction class. More...

class	ErcMsgUnconnectedRequiredSignal
	The ErcMsgUnconnectedRequiredSignal class. More...

class	ErcMsgUnplacedOptionalGate
	The ErcMsgUnplacedOptionalGate class. More...

class	ErcMsgUnplacedRequiredGate
	The ErcMsgUnplacedRequiredGate class. More...

class	ErcMsgUnusedNetClass
	The ErcMsgUnusedNetClass class. More...

class	ExcellonGenerator
	The ExcellonGenerator class. More...

class	Exception
	The Exception class. More...

class	FileDownload
	This class is used to download a file asynchronously in a separate thread. More...

class	FileFormatMigration
	Base class for any file format migration. More...

class	FileFormatMigrationUnstable
	Migration to upgrade a previous unstable file format. More...

class	FileFormatMigrationV01
	Migration to upgrade file format v0.1. More...

class	FileParseError
	The FileParseError class. More...

class	FilePath
	This class represents absolute, well-formatted paths to files or directories. More...

struct	FileProofNameConstraint

struct	FileProofNameVerifier

class	FileSystem
	Base class / interface for all file system implementations. More...

class	FileUtils
	The FileUtils class provides some static methods to execute file operations. More...

class	Footprint
	The Footprint class represents one footprint variant of a package. More...

struct	FootprintListNameProvider

class	FootprintPad
	The FootprintPad class represents a pad of a footprint. More...

struct	FootprintPadListNameProvider

class	FootprintPainter
	Paints a librepcb::Footprint to a QPainter. More...

class	GerberApertureList
	A helper class to generate the aperture definitions for a Gerber file. More...

class	GerberAttribute
	A Gerber X2 attribute. More...

class	GerberAttributeWriter
	A helper class to generate Gerber X2 attributes. More...

class	GerberExcellonOutputJob
	Gerber/Excellon output job. More...

class	GerberGenerator
	The GerberGenerator class. More...

class	GerberX3OutputJob
	Gerber X3 pick&place output job. More...

class	GraphicsExport
	Asynchronously exports graphics to a QPainter. More...

class	GraphicsExportSettings
	Settings for librepcb::GraphicsExport. More...

class	GraphicsOutputJob
	PDF/Image output job. More...

class	GraphicsPagePainter
	Base class for printing a page for librepcb::GraphicsExport. More...

class	GraphicsPainter
	Draw LibrePCB graphics elements on a QPainter. More...

class	HAlign
	The HAlign class. More...

class	Hole
	The Hole class. More...

struct	HoleListNameProvider

class	Junction
	The Junction class represents the connection point between netlines or traces. More...

struct	JunctionListNameProvider

class	Layer
	The Layer class provides all supported geometry layers. More...

class	Length
	The Length class is used to represent a length (for example 12.75 millimeters) More...

class	LengthUnit
	The LengthUnit class represents a length unit (millimeters, inches,...) and provides some useful methods to make the life easier. More...

class	Library
	The Library class represents a library directory. More...

class	LibraryBaseElement
	The LibraryBaseElement class. More...

class	LibraryBaseElementCheck
	The LibraryBaseElementCheck class. More...

class	LibraryCategory
	The LibraryCategory class extends the LibraryBaseElement class with some attributes and methods which are used for all library category classes. More...

class	LibraryElement
	The LibraryElement class extends the LibraryBaseElement class with some attributes and methods which are used for all library classes except categories. More...

class	LibraryElementCheck
	The LibraryElementCheck class. More...

struct	LocalizedDescriptionMapPolicy

struct	LocalizedKeywordsMapPolicy

struct	LocalizedNameMapPolicy

class	LogicError
	The LogicError class. More...

class	LppzOutputJob
	Zipped project (*.lppz) output job. More...

class	MaskConfig
	The MaskConfig class defines how to add automatic stop mask or solder paste. More...

class	MathParser
	Mathematical expression parser. More...

class	MsgDeprecatedAssemblyType
	The MsgDeprecatedAssemblyType class. More...

class	MsgDeviceHasNoParts
	The MsgDeviceHasNoParts class. More...

class	MsgDuplicatePadName
	The MsgDuplicatePadName class. More...

class	MsgDuplicatePinName
	The MsgDuplicatePinName class. More...

class	MsgDuplicateSignalName
	The MsgDuplicateSignalName class. More...

class	MsgFiducialClearanceLessThanStopMask
	The MsgFiducialClearanceLessThanStopMask class. More...

class	MsgFiducialStopMaskNotSet
	The MsgFiducialStopMaskNotSet class. More...

class	MsgHoleWithoutStopMask
	The MsgHoleWithoutStopMask class. More...

class	MsgInvalidCustomPadOutline
	The MsgInvalidCustomPadOutline class. More...

class	MsgMissingAuthor
	The MsgMissingAuthor class. More...

class	MsgMissingCategories
	The MsgMissingCategories class. More...

class	MsgMissingComponentDefaultValue
	The MsgMissingComponentDefaultValue class. More...

class	MsgMissingComponentPrefix
	The MsgMissingComponentPrefix class. More...

class	MsgMissingCourtyard
	The MsgMissingCourtyard class. More...

class	MsgMissingFootprint
	The MsgMissingFootprint class. More...

class	MsgMissingFootprintModel
	The MsgMissingFootprintModel class. More...

class	MsgMissingFootprintName
	The MsgMissingFootprintName class. More...

class	MsgMissingFootprintValue
	The MsgMissingFootprintValue class. More...

class	MsgMissingPackageOutline
	The MsgMissingPackageOutline class. More...

class	MsgMissingSymbolName
	The MsgMissingSymbolName class. More...

class	MsgMissingSymbolValue
	The MsgMissingSymbolValue class. More...

class	MsgMissingSymbolVariant
	The MsgMissingSymbolVariant class. More...

class	MsgMissingSymbolVariantItem
	The MsgMissingSymbolVariantItem class. More...

class	MsgNameNotTitleCase
	The MsgNameNotTitleCase class. More...

class	MsgNonFunctionalComponentSignalInversionSign
	The MsgNonFunctionalComponentSignalInversionSign class. More...

class	MsgNonFunctionalSymbolPinInversionSign
	The MsgNonFunctionalSymbolPinInversionSign class. More...

class	MsgNoPadsInDeviceConnected
	The MsgNoPadsInDeviceConnected class. More...

class	MsgOverlappingPads
	The MsgOverlappingPads class. More...

class	MsgOverlappingSymbolPins
	The MsgOverlappingSymbolPins class. More...

class	MsgPadAnnularRingViolation
	The MsgPadAnnularRingViolation class. More...

class	MsgPadClearanceViolation
	The MsgPadClearanceViolation class. More...

class	MsgPadHoleOutsideCopper
	The MsgPadHoleOutsideCopper class. More...

class	MsgPadOriginOutsideCopper
	The MsgPadOriginOutsideCopper class. More...

class	MsgPadOverlapsWithLegend
	The MsgPadOverlapsWithLegend class. More...

class	MsgPadStopMaskOff
	The MsgPadStopMaskOff class. More...

class	MsgPadWithCopperClearance
	The MsgPadWithCopperClearance class. More...

class	MsgSmtPadWithoutSolderPaste
	The MsgSmtPadWithoutSolderPaste class. More...

class	MsgSmtPadWithSolderPaste
	The MsgSmtPadWithSolderPaste class. More...

class	MsgSuspiciousAssemblyType
	The MsgSuspiciousAssemblyType class. More...

class	MsgSuspiciousPadFunction
	The MsgSuspiciousPadFunction class. More...

class	MsgSymbolPinNotOnGrid
	The MsgSymbolPinNotOnGrid class. More...

class	MsgThtPadWithSolderPaste
	The MsgThtPadWithSolderPaste class. More...

class	MsgUnspecifiedPadFunction
	The MsgUnspecifiedPadFunction class. More...

class	MsgUnusedCustomPadOutline
	The MsgUnusedCustomPadOutline class. More...

class	MsgUselessZone
	The MsgUselessZone class. More...

class	MsgWrongFootprintTextLayer
	The MsgWrongFootprintTextLayer class. More...

class	MsgWrongSymbolTextLayer
	The MsgWrongSymbolTextLayer class. More...

class	NetClass
	The NetClass class. More...

class	NetLabel
	The NetLabel class represents a net text label of a schematic. More...

struct	NetLabelListNameProvider

class	NetLine
	The NetLine class represents a net line within a schematic. More...

class	NetLineAnchor
	The NetLineAnchor class. More...

struct	NetLineListNameProvider

class	NetlistOutputJob
	Netlist output job. More...

class	NetSignal
	The NetSignal class. More...

class	NetworkAccessManager
	A network access manager which processes network requests in a separate thread. More...

class	NetworkRequest
	This class is used to process general purpose network requests (up to 100MB) More...

class	NetworkRequestBase
	Base class for network requests which are processed in the network access manager. More...

struct	NonEmptyPathConstraint

struct	NonEmptyPathVerifier

struct	NormDependentPrefixMapPolicy

class	OccModel
	3D model implemented with OpenCascade More...

class	OrderPcbApiRequest
	Order a PCB via a LibrePCB API server. More...

class	OutputDirectoryWriter
	The OutputDirectoryWriter class. More...

class	OutputJob
	Base class for all output job types. More...

struct	OutputJobListNameProvider

class	OutputJobRunner
	The OutputJobRunner class. More...

class	OverlineMarkupParser
	Extract overlines of text with markup. More...

class	Package
	The Package class represents a package of a component (including footprint and 3D model) More...

class	PackageCategory
	The PackageCategory class. More...

class	PackageCheck
	The PackageCheck class. More...

class	PackageModel
	Represents a 3D model of a librepcb::Package. More...

struct	PackageModelListNameProvider

class	PackagePad
	The PackagePad class represents one logical pad of a package. More...

struct	PackagePadListNameProvider

class	PadGeometry
	The PadGeometry class describes the shape of a pad. More...

class	PadHole
	The PadHole class. More...

struct	PadHoleListNameProvider

class	Part
	The Part class. More...

struct	PartListNameProvider

class	Path
	The Path class represents a list of vertices connected by straight lines or circular arc segments. More...

class	PcbColor
	Predefined colors relevant for PCB fabrication. More...

class	PickPlaceCsvWriter
	The PickPlaceCsvWriter class. More...

class	PickPlaceData
	The librepcb::PickPlaceData class represents the content of a pick&place file. More...

class	PickPlaceDataItem
	The librepcb::PickPlaceDataItem class represents one item of a pick&place file. More...

class	PickPlaceOutputJob
	Pick&Place output job. More...

class	Point
	The Point class is used to represent a point/coordinate/vector, for example (1.2mm; 5.6mm) for X=1.2mm and Y=5.6mm. More...

class	Polygon
	The Polygon class. More...

struct	PolygonListNameProvider

struct	PositiveLengthConstraint

struct	PositiveLengthVerifier

class	Project
	The Project class represents a whole (opened) project with all its content. More...

class	ProjectAttributeLookup
	Determine an attribute value of an object within a librepcb::Project. More...

class	ProjectJsonExport
	Project data export to JSON. More...

class	ProjectJsonOutputJob
	JSON project data output job. More...

class	ProjectLibrary
	The ProjectLibrary class. More...

class	ProjectLoader
	Helper to load a librepcb::Project from the file system. More...

struct	QtMetaTypeRegistration
	Wrapper around qRegisterMetaType<T> to allow static registration. More...

class	RangeError
	The RangeError class. More...

class	Ratio
	The Ratio class is used to represent a ratio number (e.g. 13.37%) More...

class	Resource
	The Resource class. More...

struct	ResourceListNameProvider

class	RuleCheckMessage
	The RuleCheckMessage class. More...

class	RuntimeError
	The RuntimeError class. More...

class	SceneData3D
	3D scene data representing a board with package models More...

class	Schematic
	The Schematic class represents one schematic page of a project and is always part of a circuit. More...

class	SchematicPainter
	Paints a librepcb::Schematic to a QPainter. More...

class	ScopeGuard

class	ScopeGuardBase

class	ScopeGuardList
	Keeps a list of functions to call. More...

class	SerializableKeyValueMap
	The SerializableKeyValueMap class provides an easy way to serialize and deserialize ordered key value pairs. More...

class	SerializableObjectList
	The SerializableObjectList class implements a list of serializable objects. More...

class	SExpression
	The SExpression class. More...

class	SI_Base
	The Schematic Item Base (SI_Base) class. More...

class	SI_NetLabel
	The SI_NetLabel class. More...

class	SI_NetLine
	The SI_NetLine class. More...

class	SI_NetLineAnchor

class	SI_NetPoint
	The SI_NetPoint class. More...

class	SI_NetSegment
	The SI_NetSegment class. More...

class	SI_Polygon
	The SI_Polygon class represents a polygon in a schematic. More...

class	SI_Symbol
	The SI_Symbol class. More...

class	SI_SymbolPin
	The SI_SymbolPin class. More...

class	SI_Text
	The SI_Text class represents a text label in a schematic. More...

class	Signal
	The Signal class is used to emit signals on non-QObject derived classes. More...

class	SignalRole
	The SignalRole class provides all supported electrical signal roles. More...

struct	SimpleStringConstraint

struct	SimpleStringVerifier

class	Slot
	The Slot class is used to receive signals from non-QObject derived classes. More...

class	SQLiteDatabase
	The SQLiteDatabase class. More...

class	StepExport
	Asynchronously generates an assembly STEP file of a PCB. More...

struct	StraightAreaPathConstraint

struct	StraightAreaPathVerifier

class	StrokeFont
	The StrokeFont class. More...

class	StrokeFontPool
	The StrokeFontPool class. More...

class	StrokeText
	The StrokeText class. More...

struct	StrokeTextListNameProvider

class	StrokeTextPathBuilder
	The StrokeTextPathBuilder class. More...

class	StrokeTextSpacing
	Represents the letter- or line spacing configuration of a stroke text. More...

class	Symbol
	The Symbol class represents the part of a component which is added to schematics. More...

class	SymbolCheck
	The SymbolCheck class. More...

class	SymbolPainter
	Paints a librepcb::Symbol to a QPainter. More...

class	SymbolPin
	The SymbolPin class represents one pin of a symbol. More...

struct	SymbolPinListNameProvider

class	SystemInfo
	This class provides some methods to get information from the operating system. More...

class	TangentPathJoiner
	Helper class to join tangent paths (polylines) together. More...

class	Text
	The Text class. More...

struct	TextListNameProvider

class	Theme
	Theme class as used by librepcb::WorkspaceSettingsItem_Themes. More...

class	ThemeColor
	Color settings as used by librepcb::Theme. More...

class	Toolbox
	The Toolbox class provides some useful general purpose methods. More...

class	Trace
	The Trace class represents a trace within a board. More...

class	TraceAnchor
	The TraceAnchor class. More...

struct	TraceListNameProvider

class	TransactionalDirectory
	Helper class to access a subdirectory of TransactionalFileSystem. More...

class	TransactionalFileSystem
	Transactional librepcb::FileSystem implementation. More...

class	Transform
	Helper class to perform coordinate transformation with various types. More...

class	UnknownOutputJob
	Fallback output job for unknown types. More...

struct	UnsignedLengthConstraint

struct	UnsignedLengthVerifier

struct	UnsignedLimitedRatioConstraint

struct	UnsignedLimitedRatioVerifier

struct	UnsignedRatioConstraint

struct	UnsignedRatioVerifier

class	UserCanceled
	The UserCanceled class. More...

class	Uuid
	The Uuid class is a replacement for QUuid to get UUID strings without {} braces. More...

class	VAlign
	The VAlign class. More...

class	Version
	The Version class represents a version number in the format "1.42.7". More...

class	VersionFile
	Class for reading and writing version files from/to QByteArray. More...

class	Vertex
	The Vertex class. More...

class	Via
	The Via class represents a via of a board. More...

struct	ViaListNameProvider

class	Workspace
	The Workspace class represents a workspace with all its data (library, projects, settings, ...) More...

class	WorkspaceLibraryDb
	The WorkspaceLibraryDb class. More...

class	WorkspaceLibraryDbWriter
	Database write functions for librepcb::WorkspaceLibraryDb. More...

class	WorkspaceLibraryScanner
	The WorkspaceLibraryScanner class. More...

class	WorkspaceSettings
	Container for all workspace related settings. More...

class	WorkspaceSettingsItem
	Base class for all workspace settings items. More...

class	WorkspaceSettingsItem_GenericValue
	Generic implementation of librepcb::WorkspaceSettingsItem for simple, value-type settings. More...

class	WorkspaceSettingsItem_GenericValueList
	Generic implementation of librepcb::WorkspaceSettingsItem for simple, value-in-list-type settings. More...

class	WorkspaceSettingsItem_KeyboardShortcuts
	Implementation of librepcb::WorkspaceSettingsItem to store keyboard shortcuts settings. More...

class	WorkspaceSettingsItem_Themes
	Implementation of librepcb::WorkspaceSettingsItem to store theme configurations. More...

class	Zone
	The Zone class. More...

struct	ZoneListNameProvider

Typedefs
using	AttributeList = SerializableObjectList< Attribute, AttributeListNameProvider, Attribute::Event >

using	AttributeKey = type_safe::constrained_type< QString, AttributeKeyConstraint, AttributeKeyVerifier >

using	CircleList = SerializableObjectList< Circle, CircleListNameProvider, Circle::Event >

using	HoleList = SerializableObjectList< Hole, HoleListNameProvider, Hole::Event >

using	JunctionList = SerializableObjectList< Junction, JunctionListNameProvider, Junction::Event >

using	NetLabelList = SerializableObjectList< NetLabel, NetLabelListNameProvider, NetLabel::Event >

using	NetLineList = SerializableObjectList< NetLine, NetLineListNameProvider, NetLine::Event >

using	PadHoleList = SerializableObjectList< PadHole, PadHoleListNameProvider, PadHole::Event >

using	NonEmptyPath = type_safe::constrained_type< Path, NonEmptyPathConstraint, NonEmptyPathVerifier >

using	StraightAreaPath = type_safe::constrained_type< Path, StraightAreaPathConstraint, StraightAreaPathVerifier >

using	PolygonList = SerializableObjectList< Polygon, PolygonListNameProvider, Polygon::Event >

using	StrokeTextList = SerializableObjectList< StrokeText, StrokeTextListNameProvider, StrokeText::Event >

using	TextList = SerializableObjectList< Text, TextListNameProvider, Text::Event >

using	TraceList = SerializableObjectList< Trace, TraceListNameProvider, Trace::Event >

using	ViaList = SerializableObjectList< Via, ViaListNameProvider, Via::Event >

using	ZoneList = SerializableObjectList< Zone, ZoneListNameProvider, Zone::Event >

using	OutputJobList = SerializableObjectList< OutputJob, OutputJobListNameProvider, OutputJob::Event >

using	NormDependentPrefixMap = SerializableKeyValueMap< NormDependentPrefixMapPolicy >

using	ComponentPinSignalMap = SerializableObjectList< ComponentPinSignalMapItem, ComponentPinSignalMapNameProvider, ComponentPinSignalMapItem::Event >

using	ComponentPrefix = type_safe::constrained_type< QString, ComponentPrefixConstraint, ComponentPrefixVerifier >

using	ComponentSignalList = SerializableObjectList< ComponentSignal, ComponentSignalListNameProvider, ComponentSignal::Event >

using	ComponentSymbolVariantList = SerializableObjectList< ComponentSymbolVariant, ComponentSymbolVariantListNameProvider, ComponentSymbolVariant::Event >

using	ComponentSymbolVariantItemList = SerializableObjectList< ComponentSymbolVariantItem, ComponentSymbolVariantItemListNameProvider, ComponentSymbolVariantItem::Event >

using	ComponentSymbolVariantItemSuffix = type_safe::constrained_type< QString, ComponentSymbolVariantItemSuffixConstraint, ComponentSymbolVariantItemSuffixVerifier >

using	DevicePadSignalMap = SerializableObjectList< DevicePadSignalMapItem, DevicePadSignalMapNameProvider, DevicePadSignalMapItem::Event >

using	PartList = SerializableObjectList< Part, PartListNameProvider, Part::Event >

using	FootprintList = SerializableObjectList< Footprint, FootprintListNameProvider, Footprint::Event >

using	FootprintPadList = SerializableObjectList< FootprintPad, FootprintPadListNameProvider, FootprintPad::Event >

using	PackageModelList = SerializableObjectList< PackageModel, PackageModelListNameProvider, PackageModel::Event >

using	PackagePadList = SerializableObjectList< PackagePad, PackagePadListNameProvider, PackagePad::Event >

using	ResourceList = SerializableObjectList< Resource, ResourceListNameProvider, Resource::Event >

using	SymbolPinList = SerializableObjectList< SymbolPin, SymbolPinListNameProvider, SymbolPin::Event >

using	AssemblyVariantList = SerializableObjectList< AssemblyVariant, AssemblyVariantListNameProvider, AssemblyVariant::Event >

using	ComponentAssemblyOptionList = SerializableObjectList< ComponentAssemblyOption, ComponentAssemblyOptionListNameProvider, ComponentAssemblyOption::Event >

typedef QVector< std::shared_ptr< const RuleCheckMessage > >	RuleCheckMessageList

using	LocalizedNameMap = SerializableKeyValueMap< LocalizedNameMapPolicy >

using	LocalizedDescriptionMap = SerializableKeyValueMap< LocalizedDescriptionMapPolicy >

using	LocalizedKeywordsMap = SerializableKeyValueMap< LocalizedKeywordsMapPolicy >

using	Angle3D = std::tuple< Angle, Angle, Angle >

using	CircuitIdentifier = type_safe::constrained_type< QString, CircuitIdentifierConstraint, CircuitIdentifierVerifier >

using	ElementName = type_safe::constrained_type< QString, ElementNameConstraint, ElementNameVerifier >

using	FileProofName = type_safe::constrained_type< QString, FileProofNameConstraint, FileProofNameVerifier >

typedef qint64	LengthBase_t
	This type is the ONLY base type to store all lengths (always in nanometers)! More...

using	UnsignedLength = type_safe::constrained_type< Length, UnsignedLengthConstraint, UnsignedLengthVerifier >

using	PositiveLength = type_safe::constrained_type< Length, PositiveLengthConstraint, PositiveLengthVerifier >

using	Point3D = std::tuple< Length, Length, Length >

using	UnsignedRatio = type_safe::constrained_type< Ratio, UnsignedRatioConstraint, UnsignedRatioVerifier >

using	UnsignedLimitedRatio = type_safe::constrained_type< Ratio, UnsignedLimitedRatioConstraint, UnsignedLimitedRatioVerifier >

using	SimpleString = type_safe::constrained_type< QString, SimpleStringConstraint, SimpleStringVerifier >

Functions
static QString	cleanAttributeKey (const QString &userInput) noexcept

bool	operator== (const AttributeKey &lhs, const QString &rhs) noexcept

bool	operator== (const QString &lhs, const AttributeKey &rhs) noexcept

bool	operator!= (const AttributeKey &lhs, const QString &rhs) noexcept

bool	operator!= (const QString &lhs, const AttributeKey &rhs) noexcept

template<>
SExpression	serialize (const AttributeKey &obj)

template<>
AttributeKey	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const AttributeKey &obj)

QDebug	operator<< (QDebug stream, const AttributeKey &obj)

uint	qHash (const AttributeKey &key, uint seed=0) noexcept

template<>
SExpression	serialize (const AttributeType &obj)

template<>
const AttributeType &	deserialize (const SExpression &node)

template<>
SExpression	serialize (const AttributeUnit &obj)

template<>
SExpression	serialize (const GraphicsExportSettings::Orientation &obj)

template<>
GraphicsExportSettings::Orientation	deserialize (const SExpression &node)

template<>
SExpression	serialize (const tl::optional< UnsignedRatio > &obj)

template<>
tl::optional< UnsignedRatio >	deserialize (const SExpression &node)

uint	qHash (PickPlaceDataItem::Type key, uint seed=0) noexcept

QDataStream &	operator<< (QDataStream &stream, const FilePath &filepath)

QDebug &	operator<< (QDebug &stream, const FilePath &filepath)

uint	qHash (const FilePath &key, uint seed) noexcept

uint	qHash (const NetLineAnchor &key, uint seed) noexcept

uint	qHash (const Path &key, uint seed=0) noexcept

uint	qHash (const NonEmptyPath &key, uint seed=0) noexcept

NonEmptyPath	makeNonEmptyPath (const Point &pos) noexcept

uint	qHash (const StraightAreaPath &key, uint seed=0) noexcept

uint	qHash (const TraceAnchor &key, uint seed) noexcept

QDebug	operator<< (QDebug stream, const Vertex &vertex)

uint	qHash (const Vertex &key, uint seed=0) noexcept

template<>
SExpression	serialize (const GraphicsOutputJob::Content::Type &obj)

template<>
GraphicsOutputJob::Content::Type	deserialize (const SExpression &node)

template<>
OutputJobList	deserialize (const SExpression &node)

template<>
SExpression	serialize (const CmpSigPinDisplayType &obj)

template<>
const CmpSigPinDisplayType &	deserialize (const SExpression &node)

bool	operator== (const ComponentPrefix &lhs, const QString &rhs) noexcept

bool	operator== (const QString &lhs, const ComponentPrefix &rhs) noexcept

bool	operator!= (const ComponentPrefix &lhs, const QString &rhs) noexcept

bool	operator!= (const QString &lhs, const ComponentPrefix &rhs) noexcept

QString	operator% (const ComponentPrefix &lhs, const QString &rhs) noexcept

QString	operator% (const QString &lhs, const ComponentPrefix &rhs) noexcept

template<>
SExpression	serialize (const ComponentPrefix &obj)

template<>
ComponentPrefix	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const ComponentPrefix &obj)

QDebug	operator<< (QDebug stream, const ComponentPrefix &obj)

uint	qHash (const ComponentPrefix &key, uint seed=0) noexcept

static QString	cleanComponentSymbolVariantItemSuffix (const QString &userInput) noexcept

bool	operator== (const ComponentSymbolVariantItemSuffix &lhs, const QString &rhs) noexcept

bool	operator== (const QString &lhs, const ComponentSymbolVariantItemSuffix &rhs) noexcept

bool	operator!= (const ComponentSymbolVariantItemSuffix &lhs, const QString &rhs) noexcept

bool	operator!= (const QString &lhs, const ComponentSymbolVariantItemSuffix &rhs) noexcept

QString	operator% (const ComponentSymbolVariantItemSuffix &lhs, const QString &rhs) noexcept

QString	operator% (const QString &lhs, const ComponentSymbolVariantItemSuffix &rhs) noexcept

template<>
SExpression	serialize (const ComponentSymbolVariantItemSuffix &obj)

template<>
ComponentSymbolVariantItemSuffix	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const ComponentSymbolVariantItemSuffix &obj)

QDebug	operator<< (QDebug stream, const ComponentSymbolVariantItemSuffix &obj)

uint	qHash (const ComponentSymbolVariantItemSuffix &key, uint seed=0) noexcept

template<>
SExpression	serialize (const FootprintPad::Shape &obj)

template<>
FootprintPad::Shape	deserialize (const SExpression &node)

template<>
SExpression	serialize (const FootprintPad::ComponentSide &obj)

template<>
FootprintPad::ComponentSide	deserialize (const SExpression &node)

template<>
SExpression	serialize (const FootprintPad::Function &obj)

template<>
FootprintPad::Function	deserialize (const SExpression &node)

uint	qHash (const FootprintPad::Function &key, uint seed=0) noexcept

template<>
SExpression	serialize (const Package::AssemblyType &obj)

template<>
Package::AssemblyType	deserialize (const SExpression &node)

QStringList	getAvailableNorms () noexcept
	Get a list of available "built-in" norms. More...

QIcon	getNormIcon (const QString &norm) noexcept

static bool	operator< (const BoardGerberExport::LayerPair &lhs, const BoardGerberExport::LayerPair &rhs) noexcept

static QString	seriousTroublesTr ()

template<>
SExpression	serialize (const BoardDesignRuleCheckSettings::AllowedSlots &obj)

template<>
BoardDesignRuleCheckSettings::AllowedSlots	deserialize (const SExpression &node)

template<>
SExpression	serialize (const BI_Plane::ConnectStyle &obj)

template<>
BI_Plane::ConnectStyle	deserialize (const SExpression &node)

uint	qHash (const std::shared_ptr< AssemblyVariant > &key, uint seed=0) noexcept

template<>
SExpression	serialize (const QColor &obj)

template<>
SExpression	serialize (const QUrl &obj)

template<>
SExpression	serialize (const QDateTime &obj)

template<>
SExpression	serialize (const QString &obj)

template<>
SExpression	serialize (const uint &obj)

template<>
SExpression	serialize (const int &obj)

template<>
SExpression	serialize (const bool &obj)

template<>
QColor	deserialize (const SExpression &node)

template<>
QUrl	deserialize (const SExpression &node)

template<>
QDateTime	deserialize (const SExpression &node)

template<>
QString	deserialize (const SExpression &node)

template<>
uint	deserialize (const SExpression &node)

template<>
int	deserialize (const SExpression &node)

template<>
bool	deserialize (const SExpression &node)

template<typename T >
SExpression	serialize (const T &obj)

template<typename T >
T	deserialize (const SExpression &node)

uint	qHash (const SExpression &node, uint seed=0) noexcept

template<>
SExpression	serialize (const VAlign &obj)

template<>
HAlign	deserialize (const SExpression &node)

template<>
SExpression	serialize (const HAlign &obj)

template<>
VAlign	deserialize (const SExpression &node)

template<>
SExpression	serialize (const Angle &obj)

template<>
Angle	deserialize (const SExpression &node)

template<>
Angle3D	deserialize (const SExpression &node)

QDebug	operator<< (QDebug stream, const Angle3D &obj)

QDataStream &	operator<< (QDataStream &stream, const Angle &angle)

QDebug	operator<< (QDebug stream, const Angle &angle)

uint	qHash (const Angle &key, uint seed=0) noexcept

static QString	cleanCircuitIdentifier (const QString &userInput) noexcept

bool	operator== (const CircuitIdentifier &lhs, const QString &rhs) noexcept

bool	operator== (const QString &lhs, const CircuitIdentifier &rhs) noexcept

bool	operator!= (const CircuitIdentifier &lhs, const QString &rhs) noexcept

bool	operator!= (const QString &lhs, const CircuitIdentifier &rhs) noexcept

QString	operator% (const CircuitIdentifier &lhs, const QString &rhs) noexcept

QString	operator% (const QString &lhs, const CircuitIdentifier &rhs) noexcept

QString	operator% (const CircuitIdentifier &lhs, const CircuitIdentifier &rhs) noexcept

template<>
SExpression	serialize (const CircuitIdentifier &obj)

template<>
CircuitIdentifier	deserialize (const SExpression &node)

template<>
SExpression	serialize (const tl::optional< CircuitIdentifier > &obj)

template<>
tl::optional< CircuitIdentifier >	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const CircuitIdentifier &obj)

QDebug	operator<< (QDebug stream, const CircuitIdentifier &obj)

uint	qHash (const CircuitIdentifier &key, uint seed=0) noexcept

bool	operator== (const ElementName &lhs, const QString &rhs) noexcept

bool	operator== (const QString &lhs, const ElementName &rhs) noexcept

bool	operator!= (const ElementName &lhs, const QString &rhs) noexcept

bool	operator!= (const QString &lhs, const ElementName &rhs) noexcept

QString	operator% (const ElementName &lhs, const QString &rhs) noexcept

QString	operator% (const QString &lhs, const ElementName &rhs) noexcept

ElementName	operator% (const ElementName &lhs, const ElementName &rhs) noexcept

template<>
SExpression	serialize (const ElementName &obj)

template<>
ElementName	deserialize (const SExpression &node)

template<>
SExpression	serialize (const tl::optional< ElementName > &obj)

template<>
tl::optional< ElementName >	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const ElementName &obj)

QDebug	operator<< (QDebug stream, const ElementName &obj)

uint	qHash (const ElementName &key, uint seed=0) noexcept

static QString	cleanElementName (const QString &userInput) noexcept

static ElementName	elementNameFromTr (const char context, const char textNoTr) noexcept

static QString	cleanFileProofName (const QString &userInput) noexcept

bool	operator== (const FileProofName &lhs, const QString &rhs) noexcept

bool	operator== (const QString &lhs, const FileProofName &rhs) noexcept

bool	operator!= (const FileProofName &lhs, const QString &rhs) noexcept

bool	operator!= (const QString &lhs, const FileProofName &rhs) noexcept

QString	operator% (const FileProofName &lhs, const QString &rhs) noexcept

QString	operator% (const QString &lhs, const FileProofName &rhs) noexcept

FileProofName	operator% (const FileProofName &lhs, const FileProofName &rhs) noexcept

template<>
SExpression	serialize (const FileProofName &obj)

template<>
FileProofName	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const FileProofName &obj)

QDebug	operator<< (QDebug stream, const FileProofName &obj)

uint	qHash (const FileProofName &key, uint seed=0) noexcept

template<>
SExpression	serialize (const Layer &obj)

template<>
const Layer *	deserialize (const SExpression &node)

template<>
const Layer &	deserialize (const SExpression &node)

template<>
SExpression	serialize (const Length &obj)

template<>
SExpression	serialize (const UnsignedLength &obj)

template<>
SExpression	serialize (const PositiveLength &obj)

template<>
Length	deserialize (const SExpression &node)

template<>
UnsignedLength	deserialize (const SExpression &node)

template<>
PositiveLength	deserialize (const SExpression &node)

template<>
Point3D	deserialize (const SExpression &node)

QDebug	operator<< (QDebug stream, const Point3D &obj)

QDataStream &	operator<< (QDataStream &stream, const Length &length)

QDebug	operator<< (QDebug stream, const Length &length)

uint	qHash (const Length &key, uint seed=0) noexcept

UnsignedLength	operator+ (const UnsignedLength &lhs, const UnsignedLength &rhs) noexcept

UnsignedLength &	operator+= (UnsignedLength &lhs, const UnsignedLength &rhs) noexcept

Length	operator* (const UnsignedLength &lhs, LengthBase_t rhs) noexcept

Length	operator/ (const UnsignedLength &lhs, LengthBase_t rhs) noexcept

Length	operator+ (const Length &lhs, const UnsignedLength &rhs) noexcept

Length	operator+ (const UnsignedLength &lhs, const Length &rhs) noexcept

Length	operator- (const Length &lhs, const UnsignedLength &rhs) noexcept

Length	operator- (const UnsignedLength &lhs, const Length &rhs) noexcept

Length	operator- (const UnsignedLength &lhs) noexcept

bool	operator> (const UnsignedLength &lhs, const Length &rhs) noexcept

bool	operator> (const UnsignedLength &lhs, LengthBase_t rhs) noexcept

bool	operator>= (const UnsignedLength &lhs, const Length &rhs) noexcept

bool	operator>= (const UnsignedLength &lhs, LengthBase_t rhs) noexcept

bool	operator< (const UnsignedLength &lhs, const Length &rhs) noexcept

bool	operator< (const UnsignedLength &lhs, LengthBase_t rhs) noexcept

bool	operator<= (const UnsignedLength &lhs, const Length &rhs) noexcept

bool	operator<= (const UnsignedLength &lhs, LengthBase_t rhs) noexcept

bool	operator== (const UnsignedLength &lhs, const Length &rhs) noexcept

bool	operator== (const UnsignedLength &lhs, LengthBase_t rhs) noexcept

bool	operator!= (const UnsignedLength &lhs, const Length &rhs) noexcept

bool	operator!= (const UnsignedLength &lhs, LengthBase_t rhs) noexcept

QDataStream &	operator<< (QDataStream &stream, const UnsignedLength &length)

QDebug	operator<< (QDebug stream, const UnsignedLength &length)

uint	qHash (const UnsignedLength &key, uint seed=0) noexcept

UnsignedLength	positiveToUnsigned (const PositiveLength &l) noexcept

PositiveLength	operator+ (const PositiveLength &lhs, const PositiveLength &rhs) noexcept

PositiveLength	operator+ (const PositiveLength &lhs, const UnsignedLength &rhs) noexcept

PositiveLength	operator+ (const UnsignedLength &lhs, const PositiveLength &rhs) noexcept

PositiveLength &	operator+= (PositiveLength &lhs, const PositiveLength &rhs) noexcept

PositiveLength &	operator+= (PositiveLength &lhs, const UnsignedLength &rhs) noexcept

UnsignedLength &	operator+= (UnsignedLength &lhs, const PositiveLength &rhs) noexcept

Length	operator* (const PositiveLength &lhs, LengthBase_t rhs) noexcept

Length	operator/ (const PositiveLength &lhs, LengthBase_t rhs) noexcept

Length	operator+ (const Length &lhs, const PositiveLength &rhs) noexcept

Length	operator+ (const PositiveLength &lhs, const Length &rhs) noexcept

Length	operator- (const Length &lhs, const PositiveLength &rhs) noexcept

Length	operator- (const PositiveLength &lhs, const Length &rhs) noexcept

Length	operator- (const UnsignedLength &lhs, const PositiveLength &rhs) noexcept

Length	operator- (const PositiveLength &lhs, const UnsignedLength &rhs) noexcept

Length	operator- (const PositiveLength &lhs) noexcept

bool	operator> (const UnsignedLength &lhs, const PositiveLength &rhs) noexcept

bool	operator> (const PositiveLength &lhs, const UnsignedLength &rhs) noexcept

bool	operator> (const PositiveLength &lhs, const Length &rhs) noexcept

bool	operator> (const PositiveLength &lhs, LengthBase_t rhs) noexcept

bool	operator>= (const UnsignedLength &lhs, const PositiveLength &rhs) noexcept

bool	operator>= (const PositiveLength &lhs, const UnsignedLength &rhs) noexcept

bool	operator>= (const PositiveLength &lhs, const Length &rhs) noexcept

bool	operator>= (const PositiveLength &lhs, LengthBase_t rhs) noexcept

bool	operator< (const UnsignedLength &lhs, const PositiveLength &rhs) noexcept

bool	operator< (const PositiveLength &lhs, const UnsignedLength &rhs) noexcept

bool	operator< (const PositiveLength &lhs, const Length &rhs) noexcept

bool	operator< (const PositiveLength &lhs, LengthBase_t rhs) noexcept

bool	operator<= (const UnsignedLength &lhs, const PositiveLength &rhs) noexcept

bool	operator<= (const PositiveLength &lhs, const UnsignedLength &rhs) noexcept

bool	operator<= (const PositiveLength &lhs, const Length &rhs) noexcept

bool	operator<= (const PositiveLength &lhs, LengthBase_t rhs) noexcept

bool	operator== (const UnsignedLength &lhs, const PositiveLength &rhs) noexcept

bool	operator== (const PositiveLength &lhs, const UnsignedLength &rhs) noexcept

bool	operator== (const PositiveLength &lhs, const Length &rhs) noexcept

bool	operator== (const PositiveLength &lhs, LengthBase_t rhs) noexcept

bool	operator!= (const UnsignedLength &lhs, const PositiveLength &rhs) noexcept

bool	operator!= (const PositiveLength &lhs, const UnsignedLength &rhs) noexcept

bool	operator!= (const PositiveLength &lhs, const Length &rhs) noexcept

bool	operator!= (const PositiveLength &lhs, LengthBase_t rhs) noexcept

QDataStream &	operator<< (QDataStream &stream, const PositiveLength &length)

QDebug	operator<< (QDebug stream, const PositiveLength &length)

uint	qHash (const PositiveLength &key, uint seed=0) noexcept

template<>
SExpression	serialize (const LengthUnit &obj)

template<>
LengthUnit	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const LengthUnit &unit)

QDebug	operator<< (QDebug stream, const LengthUnit &unit)

template<>
SExpression	serialize (const MaskConfig &obj)

template<>
MaskConfig	deserialize (const SExpression &node)

template<>
SExpression	serialize (const PcbColor &obj)

template<>
SExpression	serialize (const PcbColor *const &obj)

template<>
const PcbColor &	deserialize (const SExpression &node)

template<>
const PcbColor *	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const Point &point)

QDebug	operator<< (QDebug stream, const Point &point)

uint	qHash (const Point &key, uint seed=0) noexcept

template<>
SExpression	serialize (const Ratio &obj)

template<>
SExpression	serialize (const UnsignedRatio &obj)

template<>
SExpression	serialize (const UnsignedLimitedRatio &obj)

template<>
Ratio	deserialize (const SExpression &node)

template<>
UnsignedRatio	deserialize (const SExpression &node)

template<>
UnsignedLimitedRatio	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const Ratio &ratio)

QDebug	operator<< (QDebug stream, const Ratio &ratio)

uint	qHash (const Ratio &key, uint seed=0) noexcept

QDataStream &	operator<< (QDataStream &stream, const UnsignedRatio &ratio)

QDebug	operator<< (QDebug stream, const UnsignedRatio &ratio)

uint	qHash (const UnsignedRatio &key, uint seed=0) noexcept

QDataStream &	operator<< (QDataStream &stream, const UnsignedLimitedRatio &ratio)

QDebug	operator<< (QDebug stream, const UnsignedLimitedRatio &ratio)

uint	qHash (const UnsignedLimitedRatio &key, uint seed=0) noexcept

template<>
SExpression	serialize (const SignalRole &obj)

template<>
SignalRole	deserialize (const SExpression &node)

bool	operator== (const SimpleString &lhs, const QString &rhs) noexcept

bool	operator== (const QString &lhs, const SimpleString &rhs) noexcept

bool	operator!= (const SimpleString &lhs, const QString &rhs) noexcept

bool	operator!= (const QString &lhs, const SimpleString &rhs) noexcept

QString	operator% (const SimpleString &lhs, const QString &rhs) noexcept

QString	operator% (const QString &lhs, const SimpleString &rhs) noexcept

SimpleString	operator% (const SimpleString &lhs, const SimpleString &rhs) noexcept

static SimpleString	cleanSimpleString (const QString &userInput) noexcept

template<>
SExpression	serialize (const SimpleString &obj)

template<>
SimpleString	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const SimpleString &obj)

QDebug	operator<< (QDebug stream, const SimpleString &obj)

uint	qHash (const SimpleString &key, uint seed=0) noexcept

template<>
SExpression	serialize (const StrokeTextSpacing &obj)

template<>
StrokeTextSpacing	deserialize (const SExpression &node)

template<>
SExpression	serialize (const Uuid &obj)

template<>
SExpression	serialize (const tl::optional< Uuid > &obj)

template<>
Uuid	deserialize (const SExpression &node)

template<>
tl::optional< Uuid >	deserialize (const SExpression &node)

QDataStream &	operator<< (QDataStream &stream, const Uuid &uuid) noexcept

QDebug	operator<< (QDebug stream, const Uuid &uuid) noexcept

uint	qHash (const Uuid &key, uint seed) noexcept

template<>
SExpression	serialize (const Version &obj)

template<>
Version	deserialize (const SExpression &node)

template<class Fun >
ScopeGuard< Fun >	scopeGuard (Fun f)

template<>
SExpression	serialize (const Theme::GridStyle &obj)

template<>
Theme::GridStyle	deserialize (const SExpression &sexpr)

static uint	qHash (const WorkspaceLibraryDb::Part &key, uint seed) noexcept

Variables
static QtMetaTypeRegistration< QImage >	sImageMetaType

static QtMetaTypeRegistration< std::shared_ptr< QPicture > >	sSharedPictureMetaType

static QtMetaTypeRegistration< FilePath >	sMetaType

static QtMetaTypeRegistration< std::shared_ptr< Part > >	sSharedMetaType

static QtMetaTypeRegistration< Angle >	sMetaType

static QtMetaTypeRegistration< Length >	sMetaType

static QtMetaTypeRegistration< Point >	sMetaType

Typedef Documentation

◆ AttributeList

using AttributeList = SerializableObjectList<Attribute, AttributeListNameProvider, Attribute::Event>

◆ AttributeKey

using AttributeKey = type_safe::constrained_type<QString, AttributeKeyConstraint, AttributeKeyVerifier>

AttributeKey is a wrapper around QString which guarantees to contain a valid key for librepcb::Attribute.

An attribute key is considered as valid if it:

contains minimum 1 and maximum 40 characters
only contains the characters [A-Z] (uppercase), [0-9] or [_] (underscore)

The constructor throws an exception if constructed from a QString which is not a valid attribute key according these rules.

◆ CircleList

using CircleList = SerializableObjectList<Circle, CircleListNameProvider, Circle::Event>

◆ HoleList

using HoleList = SerializableObjectList<Hole, HoleListNameProvider, Hole::Event>

◆ JunctionList

using JunctionList = SerializableObjectList<Junction, JunctionListNameProvider, Junction::Event>

◆ NetLabelList

using NetLabelList = SerializableObjectList<NetLabel, NetLabelListNameProvider, NetLabel::Event>

◆ NetLineList

using NetLineList = SerializableObjectList<NetLine, NetLineListNameProvider, NetLine::Event>

◆ PadHoleList

using PadHoleList = SerializableObjectList<PadHole, PadHoleListNameProvider, PadHole::Event>

◆ NonEmptyPath

using NonEmptyPath = type_safe::constrained_type<Path, NonEmptyPathConstraint, NonEmptyPathVerifier>

NonEmptyPath is a wrapper around a librepcb::Path object which is guaranteed to always contain at least one vertex.

The constructor throws an exception if constructed from a librepcb::Path without vertices.

◆ StraightAreaPath

using StraightAreaPath = type_safe::constrained_type<Path, StraightAreaPathConstraint, StraightAreaPathVerifier>

StraightAreaPath is a wrapper around a librepcb::Path object which is guaranteed to always contain a closed path with at least 4 vertices and no arcs (only straight segments).

The constructor throws an exception if constructed from a librepcb::Path which does not fulfil these requirements.

◆ PolygonList

using PolygonList = SerializableObjectList<Polygon, PolygonListNameProvider, Polygon::Event>

◆ StrokeTextList

using StrokeTextList = SerializableObjectList<StrokeText, StrokeTextListNameProvider, StrokeText::Event>

◆ TextList

using TextList = SerializableObjectList<Text, TextListNameProvider, Text::Event>

◆ TraceList

using TraceList = SerializableObjectList<Trace, TraceListNameProvider, Trace::Event>

◆ ViaList

using ViaList = SerializableObjectList<Via, ViaListNameProvider, Via::Event>

◆ ZoneList

using ZoneList = SerializableObjectList<Zone, ZoneListNameProvider, Zone::Event>

◆ OutputJobList

using OutputJobList = SerializableObjectList<OutputJob, OutputJobListNameProvider, OutputJob::Event>

◆ NormDependentPrefixMap

using NormDependentPrefixMap = SerializableKeyValueMap<NormDependentPrefixMapPolicy>

◆ ComponentPinSignalMap

using ComponentPinSignalMap = SerializableObjectList<ComponentPinSignalMapItem, ComponentPinSignalMapNameProvider, ComponentPinSignalMapItem::Event>

◆ ComponentPrefix

using ComponentPrefix = type_safe::constrained_type<QString, ComponentPrefixConstraint, ComponentPrefixVerifier>

ComponentPrefix is a wrapper around QString which guarantees to contain a valid prefix used for librepcb::Component (e.g. "R" for a resistor)

A component prefix is considered as valid if it:

contains only the characters [a-zA-Z_]
is not longer than 16 characters

The constructor throws an exception if constructed from a QString which is not a valid component prefix according these rules.

◆ ComponentSignalList

using ComponentSignalList = SerializableObjectList<ComponentSignal, ComponentSignalListNameProvider, ComponentSignal::Event>

◆ ComponentSymbolVariantList

using ComponentSymbolVariantList = SerializableObjectList<ComponentSymbolVariant, ComponentSymbolVariantListNameProvider, ComponentSymbolVariant::Event>

◆ ComponentSymbolVariantItemList

using ComponentSymbolVariantItemList = SerializableObjectList<ComponentSymbolVariantItem, ComponentSymbolVariantItemListNameProvider, ComponentSymbolVariantItem::Event>

◆ ComponentSymbolVariantItemSuffix

using ComponentSymbolVariantItemSuffix = type_safe::constrained_type<QString, ComponentSymbolVariantItemSuffixConstraint, ComponentSymbolVariantItemSuffixVerifier>

ComponentSymbolVariantItemSuffix is a wrapper around QString which guarantees to contain a valid suffix used for librepcb::ComponentSymbolVariantItem

Such a suffix is considered as valid if it:

contains only the characters [0-9a-zA-Z_-]
is not longer than 16 characters

The constructor throws an exception if constructed from a QString which is not a valid suffix according these rules.

◆ DevicePadSignalMap

using DevicePadSignalMap = SerializableObjectList<DevicePadSignalMapItem, DevicePadSignalMapNameProvider, DevicePadSignalMapItem::Event>

◆ PartList

using PartList = SerializableObjectList<Part, PartListNameProvider, Part::Event>

◆ FootprintList

using FootprintList = SerializableObjectList<Footprint, FootprintListNameProvider, Footprint::Event>

◆ FootprintPadList

using FootprintPadList = SerializableObjectList<FootprintPad, FootprintPadListNameProvider, FootprintPad::Event>

◆ PackageModelList

using PackageModelList = SerializableObjectList<PackageModel, PackageModelListNameProvider, PackageModel::Event>

◆ PackagePadList

using PackagePadList = SerializableObjectList<PackagePad, PackagePadListNameProvider, PackagePad::Event>

◆ ResourceList

using ResourceList = SerializableObjectList<Resource, ResourceListNameProvider, Resource::Event>

◆ SymbolPinList

using SymbolPinList = SerializableObjectList<SymbolPin, SymbolPinListNameProvider, SymbolPin::Event>

◆ AssemblyVariantList

using AssemblyVariantList = SerializableObjectList<AssemblyVariant, AssemblyVariantListNameProvider, AssemblyVariant::Event>

◆ ComponentAssemblyOptionList

using ComponentAssemblyOptionList = SerializableObjectList<ComponentAssemblyOption, ComponentAssemblyOptionListNameProvider, ComponentAssemblyOption::Event>

◆ RuleCheckMessageList

typedef QVector<std::shared_ptr<const RuleCheckMessage> > RuleCheckMessageList

◆ LocalizedNameMap

using LocalizedNameMap = SerializableKeyValueMap<LocalizedNameMapPolicy>

◆ LocalizedDescriptionMap

using LocalizedDescriptionMap = SerializableKeyValueMap<LocalizedDescriptionMapPolicy>

◆ LocalizedKeywordsMap

using LocalizedKeywordsMap = SerializableKeyValueMap<LocalizedKeywordsMapPolicy>

◆ Angle3D

using Angle3D = std::tuple<Angle, Angle, Angle>

◆ CircuitIdentifier

using CircuitIdentifier = type_safe::constrained_type<QString, CircuitIdentifierConstraint, CircuitIdentifierVerifier>

CircuitIdentifier is a wrapper around QString which guarantees to contain a valid identifier used in circuits.

Circuit identifiers can be used for net names, component names or similar things. Such identifiers may be used in SPICE netlist exports, Gerber exports and so on. Because such file formats have pretty strict requirements on identifiers, we use similar restrictions in LibrePCB.

An circuit identifier is considered as valid if it:

contains minimum 1 and maximum 32 characters
contains only the characters [-a-zA-Z0-9_+/!?#$]

The constructor throws an exception if constructed from a QString which is not a valid circuit identifier according these rules.

◆ ElementName

using ElementName = type_safe::constrained_type<QString, ElementNameConstraint, ElementNameVerifier>

ElementName is a wrapper around QString which guarantees to contain a valid element name (used as name for several objects)

An element name is considered as valid if it:

contains minimum 1 and maximum 70 characters
contains only printable characters
does not start or end with whitespaces

The constructor throws an exception if constructed from a QString which is not a valid element name according these rules.

◆ FileProofName

using FileProofName = type_safe::constrained_type<QString, FileProofNameConstraint, FileProofNameVerifier>

FileProofName is a wrapper around QString which guarantees to contain a string useble within filenames

A sttring name is considered file-proof if it:

contains minimum 1 and maximum 20 characters
contains only the characters [-a-zA-Z0-9_+().]

The constructor throws an exception if constructed from a QString which is not file-proof according these rules.

◆ LengthBase_t

typedef qint64 LengthBase_t

This type is the ONLY base type to store all lengths (always in nanometers)!

This is the base type of the class librepcb::Length.

This type is normally a 64bit signed integer. 32bit integers could handle these values also, but is limited to +/-2.147 meters. Maybe this is not enough for large PCBs or schematics, so it's better to use 64bit variables ;-)

Note: Set the define USE_32BIT_LENGTH_UNITS in the *.pro file if you want to use 32bit integers instead of 64bit integers for all length units (maybe your platform cannot handle 64bit as efficient as 32bit integers).

See also: librepcb::Length

◆ UnsignedLength

using UnsignedLength = type_safe::constrained_type<Length, UnsignedLengthConstraint, UnsignedLengthVerifier>

UnsignedLength is a wrapper around a librepcb::Length object which is guaranteed to always contain an unsigned (i.e. >= 0) value.

The constructor throws an exception if constructed from a librepcb::Length object with a negative value!

◆ PositiveLength

using PositiveLength = type_safe::constrained_type<Length, PositiveLengthConstraint, PositiveLengthVerifier>

PositiveLength is a wrapper around a librepcb::Length object which is guaranteed to always contain a positive (i.e. > 0) value.

The constructor throws an exception if constructed from a librepcb::Length object with a negative or zero value!

◆ Point3D

using Point3D = std::tuple<Length, Length, Length>

◆ UnsignedRatio

using UnsignedRatio = type_safe::constrained_type<Ratio, UnsignedRatioConstraint, UnsignedRatioVerifier>

UnsignedRatio is a wrapper around a librepcb::Ratio object which is guaranteed to always contain an unsigned (i.e. >= 0) value.

The constructor throws an exception if constructed from a librepcb::Ratio object with a negative value!

◆ UnsignedLimitedRatio

using UnsignedLimitedRatio = type_safe::constrained_type<Ratio, UnsignedLimitedRatioConstraint, UnsignedLimitedRatioVerifier>

UnsignedLimitedRatio is a wrapper around a librepcb::Ratio object which is guaranteed to always contain a value in the range [0..1].

The constructor throws an exception if constructed from a librepcb::Ratio object with a value smaller than 0 or larger than 1.

◆ SimpleString

using SimpleString = type_safe::constrained_type<QString, SimpleStringConstraint, SimpleStringVerifier>

SimpleString is a wrapper around QString which guarantees to contain a string

A string is considered simple if it only consists of printable characters and doesn't contain leading or trailing spaces. Note that an empty string is allowed.

The constructor throws an exception if constructed from a QString which is not a valid simple string.

Function Documentation

◆ cleanAttributeKey()

static QString librepcb::cleanAttributeKey ( const QString & userInput )

inlinestaticnoexcept

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◆ operator==() [1/20]

bool librepcb::operator==	(	const AttributeKey &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator==() [2/20]

bool librepcb::operator==	(	const QString &	lhs,
		const AttributeKey &	rhs
	)

inlinenoexcept

◆ operator!=() [1/20]

bool librepcb::operator!=	(	const AttributeKey &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator!=() [2/20]

bool librepcb::operator!=	(	const QString &	lhs,
		const AttributeKey &	rhs
	)

inlinenoexcept

◆ serialize() [1/49]

SExpression librepcb::serialize ( const AttributeKey & obj )

inline

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◆ deserialize() [1/52]

AttributeKey librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [1/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const AttributeKey &	obj
	)

inline

◆ operator<<() [2/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const AttributeKey &	obj
	)

inline

◆ qHash() [1/28]

uint librepcb::qHash	(	const AttributeKey &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ serialize() [2/49]

SExpression librepcb::serialize ( const AttributeType & obj )

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◆ deserialize() [2/52]

const AttributeType& librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [3/49]

SExpression librepcb::serialize ( const AttributeUnit & obj )

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◆ serialize() [4/49]

SExpression librepcb::serialize ( const GraphicsExportSettings::Orientation & obj )

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◆ deserialize() [3/52]

GraphicsExportSettings::Orientation librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [5/49]

SExpression librepcb::serialize ( const tl::optional< UnsignedRatio > & obj )

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◆ deserialize() [4/52]

tl::optional<UnsignedRatio> librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ qHash() [2/28]

uint librepcb::qHash	(	PickPlaceDataItem::Type	key,
		uint	seed = `0`
	)

inlinenoexcept

◆ operator<<() [3/39]

QDataStream & operator<<	(	QDataStream &	stream,
		const FilePath &	filepath
	)

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◆ operator<<() [4/39]

QDebug & operator<<	(	QDebug &	stream,
		const FilePath &	filepath
	)

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◆ qHash() [3/28]

uint librepcb::qHash	(	const FilePath &	key,
		uint	seed
	)

inlinenoexcept

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◆ qHash() [4/28]

uint librepcb::qHash	(	const NetLineAnchor &	key,
		uint	seed
	)

inlinenoexcept

◆ qHash() [5/28]

uint librepcb::qHash	(	const Path &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ qHash() [6/28]

uint librepcb::qHash	(	const NonEmptyPath &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ makeNonEmptyPath()

NonEmptyPath librepcb::makeNonEmptyPath ( const Point & pos )

inlinenoexcept

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◆ qHash() [7/28]

uint librepcb::qHash	(	const StraightAreaPath &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ qHash() [8/28]

uint librepcb::qHash	(	const TraceAnchor &	key,
		uint	seed
	)

inlinenoexcept

◆ operator<<() [5/39]

QDebug operator<<	(	QDebug	stream,
		const Vertex &	vertex
	)

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◆ qHash() [9/28]

uint librepcb::qHash	(	const Vertex &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ serialize() [6/49]

SExpression librepcb::serialize ( const GraphicsOutputJob::Content::Type & obj )

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◆ deserialize() [5/52]

GraphicsOutputJob::Content::Type librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ deserialize() [6/52]

OutputJobList librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [7/49]

SExpression librepcb::serialize ( const CmpSigPinDisplayType & obj )

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◆ deserialize() [7/52]

const CmpSigPinDisplayType& librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator==() [3/20]

bool librepcb::operator==	(	const ComponentPrefix &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator==() [4/20]

bool librepcb::operator==	(	const QString &	lhs,
		const ComponentPrefix &	rhs
	)

inlinenoexcept

◆ operator!=() [3/20]

bool librepcb::operator!=	(	const ComponentPrefix &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator!=() [4/20]

bool librepcb::operator!=	(	const QString &	lhs,
		const ComponentPrefix &	rhs
	)

inlinenoexcept

◆ operator%() [1/16]

QString librepcb::operator%	(	const ComponentPrefix &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator%() [2/16]

QString librepcb::operator%	(	const QString &	lhs,
		const ComponentPrefix &	rhs
	)

inlinenoexcept

◆ serialize() [8/49]

SExpression librepcb::serialize ( const ComponentPrefix & obj )

inline

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◆ deserialize() [8/52]

ComponentPrefix librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [6/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const ComponentPrefix &	obj
	)

inline

◆ operator<<() [7/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const ComponentPrefix &	obj
	)

inline

◆ qHash() [10/28]

uint librepcb::qHash	(	const ComponentPrefix &	key,
		uint	seed = `0`
	)

inlinenoexcept

◆ cleanComponentSymbolVariantItemSuffix()

static QString librepcb::cleanComponentSymbolVariantItemSuffix ( const QString & userInput )

inlinestaticnoexcept

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bool librepcb::operator==	(	const ComponentSymbolVariantItemSuffix &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator==() [6/20]

bool librepcb::operator==	(	const QString &	lhs,
		const ComponentSymbolVariantItemSuffix &	rhs
	)

inlinenoexcept

◆ operator!=() [5/20]

bool librepcb::operator!=	(	const ComponentSymbolVariantItemSuffix &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator!=() [6/20]

bool librepcb::operator!=	(	const QString &	lhs,
		const ComponentSymbolVariantItemSuffix &	rhs
	)

inlinenoexcept

◆ operator%() [3/16]

QString librepcb::operator%	(	const ComponentSymbolVariantItemSuffix &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator%() [4/16]

QString librepcb::operator%	(	const QString &	lhs,
		const ComponentSymbolVariantItemSuffix &	rhs
	)

inlinenoexcept

◆ serialize() [9/49]

SExpression librepcb::serialize ( const ComponentSymbolVariantItemSuffix & obj )

inline

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◆ deserialize() [9/52]

ComponentSymbolVariantItemSuffix librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [8/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const ComponentSymbolVariantItemSuffix &	obj
	)

inline

◆ operator<<() [9/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const ComponentSymbolVariantItemSuffix &	obj
	)

inline

◆ qHash() [11/28]

uint librepcb::qHash	(	const ComponentSymbolVariantItemSuffix &	key,
		uint	seed = `0`
	)

inlinenoexcept

◆ serialize() [10/49]

SExpression librepcb::serialize ( const FootprintPad::Shape & obj )

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◆ deserialize() [10/52]

FootprintPad::Shape librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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SExpression librepcb::serialize ( const FootprintPad::ComponentSide & obj )

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◆ deserialize() [11/52]

FootprintPad::ComponentSide librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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SExpression librepcb::serialize ( const FootprintPad::Function & obj )

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FootprintPad::Function librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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uint librepcb::qHash	(	const FootprintPad::Function &	key,
		uint	seed = `0`
	)

inlinenoexcept

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SExpression librepcb::serialize ( const Package::AssemblyType & obj )

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Package::AssemblyType librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ getAvailableNorms()

QStringList librepcb::getAvailableNorms ( )

inlinenoexcept

Get a list of available "built-in" norms.

These norms are used e.g. in the library editor and workspace/project settings dialogs.

Returns: List of norms

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◆ getNormIcon()

QIcon librepcb::getNormIcon ( const QString & norm )

inlinenoexcept

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◆ operator<() [1/7]

static bool librepcb::operator<	(	const BoardGerberExport::LayerPair &	lhs,
		const BoardGerberExport::LayerPair &	rhs
	)

staticnoexcept

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◆ seriousTroublesTr()

static QString librepcb::seriousTroublesTr ( )

static

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SExpression librepcb::serialize ( const BoardDesignRuleCheckSettings::AllowedSlots & obj )

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BoardDesignRuleCheckSettings::AllowedSlots librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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SExpression librepcb::serialize ( const BI_Plane::ConnectStyle & obj )

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BI_Plane::ConnectStyle librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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uint librepcb::qHash	(	const std::shared_ptr< AssemblyVariant > &	key,
		uint	seed = `0`
	)

inlinenoexcept

◆ serialize() [16/49]

SExpression librepcb::serialize ( const QColor & obj )

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SExpression librepcb::serialize ( const QUrl & obj )

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SExpression librepcb::serialize ( const QDateTime & obj )

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◆ serialize() [19/49]

SExpression librepcb::serialize ( const QString & obj )

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◆ serialize() [20/49]

SExpression librepcb::serialize ( const uint & obj )

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◆ serialize() [21/49]

SExpression librepcb::serialize ( const int & obj )

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SExpression librepcb::serialize ( const bool & obj )

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◆ deserialize() [16/52]

QColor librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ deserialize() [17/52]

QUrl librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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QDateTime librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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QString librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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uint librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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int librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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bool librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [23/49]

SExpression librepcb::serialize ( const T & obj )

Serialize an object to an librepcb::SExpression

Template Parameters

T	Type of object to serialize.

Parameters

obj	Object to serialize.

Returns: Serialized S-Expression.

Exceptions

librepcb::Exception in case of an error.

◆ deserialize() [23/52]

T librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ qHash() [14/28]

uint librepcb::qHash	(	const SExpression &	node,
		uint	seed = `0`
	)

inlinenoexcept

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SExpression librepcb::serialize ( const VAlign & obj )

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◆ deserialize() [24/52]

HAlign librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [25/49]

SExpression librepcb::serialize ( const HAlign & obj )

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◆ deserialize() [25/52]

VAlign librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [26/49]

SExpression librepcb::serialize ( const Angle & obj )

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◆ deserialize() [26/52]

Angle librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ deserialize() [27/52]

Angle3D librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [10/39]

QDebug operator<<	(	QDebug	stream,
		const Angle3D &	obj
	)

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◆ operator<<() [11/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const Angle &	angle
	)

inline

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◆ operator<<() [12/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const Angle &	angle
	)

inline

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◆ qHash() [15/28]

uint librepcb::qHash	(	const Angle &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ cleanCircuitIdentifier()

static QString librepcb::cleanCircuitIdentifier ( const QString & userInput )

inlinestaticnoexcept

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◆ operator==() [7/20]

bool librepcb::operator==	(	const CircuitIdentifier &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator==() [8/20]

bool librepcb::operator==	(	const QString &	lhs,
		const CircuitIdentifier &	rhs
	)

inlinenoexcept

◆ operator!=() [7/20]

bool librepcb::operator!=	(	const CircuitIdentifier &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator!=() [8/20]

bool librepcb::operator!=	(	const QString &	lhs,
		const CircuitIdentifier &	rhs
	)

inlinenoexcept

◆ operator%() [5/16]

QString librepcb::operator%	(	const CircuitIdentifier &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator%() [6/16]

QString librepcb::operator%	(	const QString &	lhs,
		const CircuitIdentifier &	rhs
	)

inlinenoexcept

◆ operator%() [7/16]

QString librepcb::operator%	(	const CircuitIdentifier &	lhs,
		const CircuitIdentifier &	rhs
	)

inlinenoexcept

◆ serialize() [27/49]

SExpression librepcb::serialize ( const CircuitIdentifier & obj )

inline

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◆ deserialize() [28/52]

CircuitIdentifier librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [28/49]

SExpression librepcb::serialize ( const tl::optional< CircuitIdentifier > & obj )

inline

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◆ deserialize() [29/52]

tl::optional<CircuitIdentifier> librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [13/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const CircuitIdentifier &	obj
	)

inline

◆ operator<<() [14/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const CircuitIdentifier &	obj
	)

inline

◆ qHash() [16/28]

uint librepcb::qHash	(	const CircuitIdentifier &	key,
		uint	seed = `0`
	)

inlinenoexcept

◆ operator==() [9/20]

bool librepcb::operator==	(	const ElementName &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator==() [10/20]

bool librepcb::operator==	(	const QString &	lhs,
		const ElementName &	rhs
	)

inlinenoexcept

◆ operator!=() [9/20]

bool librepcb::operator!=	(	const ElementName &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator!=() [10/20]

bool librepcb::operator!=	(	const QString &	lhs,
		const ElementName &	rhs
	)

inlinenoexcept

◆ operator%() [8/16]

QString librepcb::operator%	(	const ElementName &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator%() [9/16]

QString librepcb::operator%	(	const QString &	lhs,
		const ElementName &	rhs
	)

inlinenoexcept

◆ operator%() [10/16]

ElementName librepcb::operator%	(	const ElementName &	lhs,
		const ElementName &	rhs
	)

inlinenoexcept

◆ serialize() [29/49]

SExpression librepcb::serialize ( const ElementName & obj )

inline

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◆ deserialize() [30/52]

ElementName librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [30/49]

SExpression librepcb::serialize ( const tl::optional< ElementName > & obj )

inline

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◆ deserialize() [31/52]

tl::optional<ElementName> librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [15/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const ElementName &	obj
	)

inline

◆ operator<<() [16/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const ElementName &	obj
	)

inline

◆ qHash() [17/28]

uint librepcb::qHash	(	const ElementName &	key,
		uint	seed = `0`
	)

inlinenoexcept

◆ cleanElementName()

static QString librepcb::cleanElementName ( const QString & userInput )

inlinestaticnoexcept

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◆ elementNameFromTr()

static ElementName librepcb::elementNameFromTr	(	const char *	context,
		const char *	textNoTr
	)

inlinestaticnoexcept

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◆ cleanFileProofName()

static QString librepcb::cleanFileProofName ( const QString & userInput )

inlinestaticnoexcept

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◆ operator==() [11/20]

bool librepcb::operator==	(	const FileProofName &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator==() [12/20]

bool librepcb::operator==	(	const QString &	lhs,
		const FileProofName &	rhs
	)

inlinenoexcept

◆ operator!=() [11/20]

bool librepcb::operator!=	(	const FileProofName &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator!=() [12/20]

bool librepcb::operator!=	(	const QString &	lhs,
		const FileProofName &	rhs
	)

inlinenoexcept

◆ operator%() [11/16]

QString librepcb::operator%	(	const FileProofName &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator%() [12/16]

QString librepcb::operator%	(	const QString &	lhs,
		const FileProofName &	rhs
	)

inlinenoexcept

◆ operator%() [13/16]

FileProofName librepcb::operator%	(	const FileProofName &	lhs,
		const FileProofName &	rhs
	)

inlinenoexcept

◆ serialize() [31/49]

SExpression librepcb::serialize ( const FileProofName & obj )

inline

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◆ deserialize() [32/52]

FileProofName librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [17/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const FileProofName &	obj
	)

inline

◆ operator<<() [18/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const FileProofName &	obj
	)

inline

◆ qHash() [18/28]

uint librepcb::qHash	(	const FileProofName &	key,
		uint	seed = `0`
	)

inlinenoexcept

◆ serialize() [32/49]

SExpression librepcb::serialize ( const Layer & obj )

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◆ deserialize() [33/52]

const Layer* librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ deserialize() [34/52]

const Layer& librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [33/49]

SExpression librepcb::serialize ( const Length & obj )

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◆ serialize() [34/49]

SExpression librepcb::serialize ( const UnsignedLength & obj )

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◆ serialize() [35/49]

SExpression librepcb::serialize ( const PositiveLength & obj )

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◆ deserialize() [35/52]

Length librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ deserialize() [36/52]

UnsignedLength librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

◆ deserialize() [37/52]

PositiveLength librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

◆ deserialize() [38/52]

Point3D librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [19/39]

QDebug operator<<	(	QDebug	stream,
		const Point3D &	obj
	)

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◆ operator<<() [20/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const Length &	length
	)

inline

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◆ operator<<() [21/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const Length &	length
	)

inline

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◆ qHash() [19/28]

uint librepcb::qHash	(	const Length &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ operator+() [1/8]

UnsignedLength librepcb::operator+	(	const UnsignedLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator+=() [1/4]

UnsignedLength& librepcb::operator+=	(	UnsignedLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator*() [1/2]

Length librepcb::operator*	(	const UnsignedLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator/() [1/2]

Length librepcb::operator/	(	const UnsignedLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator+() [2/8]

Length librepcb::operator+	(	const Length &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator+() [3/8]

Length librepcb::operator+	(	const UnsignedLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator-() [1/8]

Length librepcb::operator-	(	const Length &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator-() [2/8]

Length librepcb::operator-	(	const UnsignedLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator-() [3/8]

Length librepcb::operator- ( const UnsignedLength & lhs )

inlinenoexcept

◆ operator>() [1/6]

bool librepcb::operator>	(	const UnsignedLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator>() [2/6]

bool librepcb::operator>	(	const UnsignedLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator>=() [1/6]

bool librepcb::operator>=	(	const UnsignedLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator>=() [2/6]

bool librepcb::operator>=	(	const UnsignedLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator<() [2/7]

bool librepcb::operator<	(	const UnsignedLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator<() [3/7]

bool librepcb::operator<	(	const UnsignedLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator<=() [1/6]

bool librepcb::operator<=	(	const UnsignedLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator<=() [2/6]

bool librepcb::operator<=	(	const UnsignedLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator==() [13/20]

bool librepcb::operator==	(	const UnsignedLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator==() [14/20]

bool librepcb::operator==	(	const UnsignedLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator!=() [13/20]

bool librepcb::operator!=	(	const UnsignedLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator!=() [14/20]

bool librepcb::operator!=	(	const UnsignedLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator<<() [22/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const UnsignedLength &	length
	)

inline

◆ operator<<() [23/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const UnsignedLength &	length
	)

inline

◆ qHash() [20/28]

uint librepcb::qHash	(	const UnsignedLength &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ positiveToUnsigned()

UnsignedLength librepcb::positiveToUnsigned ( const PositiveLength & l )

inlinenoexcept

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◆ operator+() [4/8]

PositiveLength librepcb::operator+	(	const PositiveLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator+() [5/8]

PositiveLength librepcb::operator+	(	const PositiveLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator+() [6/8]

PositiveLength librepcb::operator+	(	const UnsignedLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator+=() [2/4]

PositiveLength& librepcb::operator+=	(	PositiveLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator+=() [3/4]

PositiveLength& librepcb::operator+=	(	PositiveLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator+=() [4/4]

UnsignedLength& librepcb::operator+=	(	UnsignedLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

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◆ operator*() [2/2]

Length librepcb::operator*	(	const PositiveLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator/() [2/2]

Length librepcb::operator/	(	const PositiveLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator+() [7/8]

Length librepcb::operator+	(	const Length &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator+() [8/8]

Length librepcb::operator+	(	const PositiveLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator-() [4/8]

Length librepcb::operator-	(	const Length &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator-() [5/8]

Length librepcb::operator-	(	const PositiveLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator-() [6/8]

Length librepcb::operator-	(	const UnsignedLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator-() [7/8]

Length librepcb::operator-	(	const PositiveLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator-() [8/8]

Length librepcb::operator- ( const PositiveLength & lhs )

inlinenoexcept

◆ operator>() [3/6]

bool librepcb::operator>	(	const UnsignedLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator>() [4/6]

bool librepcb::operator>	(	const PositiveLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator>() [5/6]

bool librepcb::operator>	(	const PositiveLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator>() [6/6]

bool librepcb::operator>	(	const PositiveLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator>=() [3/6]

bool librepcb::operator>=	(	const UnsignedLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator>=() [4/6]

bool librepcb::operator>=	(	const PositiveLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator>=() [5/6]

bool librepcb::operator>=	(	const PositiveLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator>=() [6/6]

bool librepcb::operator>=	(	const PositiveLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator<() [4/7]

bool librepcb::operator<	(	const UnsignedLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator<() [5/7]

bool librepcb::operator<	(	const PositiveLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator<() [6/7]

bool librepcb::operator<	(	const PositiveLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator<() [7/7]

bool librepcb::operator<	(	const PositiveLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator<=() [3/6]

bool librepcb::operator<=	(	const UnsignedLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator<=() [4/6]

bool librepcb::operator<=	(	const PositiveLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator<=() [5/6]

bool librepcb::operator<=	(	const PositiveLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator<=() [6/6]

bool librepcb::operator<=	(	const PositiveLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator==() [15/20]

bool librepcb::operator==	(	const UnsignedLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator==() [16/20]

bool librepcb::operator==	(	const PositiveLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator==() [17/20]

bool librepcb::operator==	(	const PositiveLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator==() [18/20]

bool librepcb::operator==	(	const PositiveLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator!=() [15/20]

bool librepcb::operator!=	(	const UnsignedLength &	lhs,
		const PositiveLength &	rhs
	)

inlinenoexcept

◆ operator!=() [16/20]

bool librepcb::operator!=	(	const PositiveLength &	lhs,
		const UnsignedLength &	rhs
	)

inlinenoexcept

◆ operator!=() [17/20]

bool librepcb::operator!=	(	const PositiveLength &	lhs,
		const Length &	rhs
	)

inlinenoexcept

◆ operator!=() [18/20]

bool librepcb::operator!=	(	const PositiveLength &	lhs,
		LengthBase_t	rhs
	)

inlinenoexcept

◆ operator<<() [24/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const PositiveLength &	length
	)

inline

◆ operator<<() [25/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const PositiveLength &	length
	)

inline

◆ qHash() [21/28]

uint librepcb::qHash	(	const PositiveLength &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ serialize() [36/49]

SExpression librepcb::serialize ( const LengthUnit & obj )

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◆ deserialize() [39/52]

LengthUnit librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [26/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const LengthUnit &	unit
	)

inline

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◆ operator<<() [27/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const LengthUnit &	unit
	)

inline

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◆ serialize() [37/49]

SExpression librepcb::serialize ( const MaskConfig & obj )

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◆ deserialize() [40/52]

MaskConfig librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [38/49]

SExpression librepcb::serialize ( const PcbColor & obj )

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◆ serialize() [39/49]

SExpression librepcb::serialize ( const PcbColor *const & obj )

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◆ deserialize() [41/52]

const PcbColor& librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ deserialize() [42/52]

const PcbColor* librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [28/39]

QDataStream & operator<<	(	QDataStream &	stream,
		const Point &	point
	)

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◆ operator<<() [29/39]

QDebug operator<<	(	QDebug	stream,
		const Point &	point
	)

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◆ qHash() [22/28]

uint librepcb::qHash	(	const Point &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ serialize() [40/49]

SExpression librepcb::serialize ( const Ratio & obj )

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◆ serialize() [41/49]

SExpression librepcb::serialize ( const UnsignedRatio & obj )

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◆ serialize() [42/49]

SExpression librepcb::serialize ( const UnsignedLimitedRatio & obj )

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◆ deserialize() [43/52]

Ratio librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ deserialize() [44/52]

UnsignedRatio librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

◆ deserialize() [45/52]

UnsignedLimitedRatio librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

◆ operator<<() [30/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const Ratio &	ratio
	)

inline

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◆ operator<<() [31/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const Ratio &	ratio
	)

inline

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◆ qHash() [23/28]

uint librepcb::qHash	(	const Ratio &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ operator<<() [32/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const UnsignedRatio &	ratio
	)

inline

◆ operator<<() [33/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const UnsignedRatio &	ratio
	)

inline

◆ qHash() [24/28]

uint librepcb::qHash	(	const UnsignedRatio &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ operator<<() [34/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const UnsignedLimitedRatio &	ratio
	)

inline

◆ operator<<() [35/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const UnsignedLimitedRatio &	ratio
	)

inline

◆ qHash() [25/28]

uint librepcb::qHash	(	const UnsignedLimitedRatio &	key,
		uint	seed = `0`
	)

inlinenoexcept

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◆ serialize() [43/49]

SExpression librepcb::serialize ( const SignalRole & obj )

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◆ deserialize() [46/52]

SignalRole librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator==() [19/20]

bool librepcb::operator==	(	const SimpleString &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator==() [20/20]

bool librepcb::operator==	(	const QString &	lhs,
		const SimpleString &	rhs
	)

inlinenoexcept

◆ operator!=() [19/20]

bool librepcb::operator!=	(	const SimpleString &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator!=() [20/20]

bool librepcb::operator!=	(	const QString &	lhs,
		const SimpleString &	rhs
	)

inlinenoexcept

◆ operator%() [14/16]

QString librepcb::operator%	(	const SimpleString &	lhs,
		const QString &	rhs
	)

inlinenoexcept

◆ operator%() [15/16]

QString librepcb::operator%	(	const QString &	lhs,
		const SimpleString &	rhs
	)

inlinenoexcept

◆ operator%() [16/16]

SimpleString librepcb::operator%	(	const SimpleString &	lhs,
		const SimpleString &	rhs
	)

inlinenoexcept

◆ cleanSimpleString()

static SimpleString librepcb::cleanSimpleString ( const QString & userInput )

inlinestaticnoexcept

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◆ serialize() [44/49]

SExpression librepcb::serialize ( const SimpleString & obj )

inline

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◆ deserialize() [47/52]

SimpleString librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [36/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const SimpleString &	obj
	)

inline

◆ operator<<() [37/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const SimpleString &	obj
	)

inline

◆ qHash() [26/28]

uint librepcb::qHash	(	const SimpleString &	key,
		uint	seed = `0`
	)

inlinenoexcept

◆ serialize() [45/49]

SExpression librepcb::serialize ( const StrokeTextSpacing & obj )

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◆ deserialize() [48/52]

StrokeTextSpacing librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ serialize() [46/49]

SExpression librepcb::serialize ( const Uuid & obj )

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◆ serialize() [47/49]

SExpression librepcb::serialize ( const tl::optional< Uuid > & obj )

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◆ deserialize() [49/52]

Uuid librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ deserialize() [50/52]

tl::optional<Uuid> librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ operator<<() [38/39]

QDataStream& librepcb::operator<<	(	QDataStream &	stream,
		const Uuid &	uuid
	)

inlinenoexcept

◆ operator<<() [39/39]

QDebug librepcb::operator<<	(	QDebug	stream,
		const Uuid &	uuid
	)

inlinenoexcept

◆ qHash() [27/28]

uint librepcb::qHash	(	const Uuid &	key,
		uint	seed
	)

inlinenoexcept

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◆ serialize() [48/49]

SExpression librepcb::serialize ( const Version & obj )

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◆ deserialize() [51/52]

Version librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ scopeGuard()

ScopeGuard<Fun> librepcb::scopeGuard ( Fun f )

Create a ScopeGuard using argument deduction.

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◆ serialize() [49/49]

SExpression librepcb::serialize ( const Theme::GridStyle & obj )

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◆ deserialize() [52/52]

Theme::GridStyle librepcb::deserialize ( const SExpression & node )

inline

Deserialize an librepcb::SExpression node to an object

Template Parameters

T	Type of object to deserialize.

Parameters

node	S-Expression to deserialize.

Returns: Deserialized object.

Exceptions

librepcb::Exception in case of an error.

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◆ qHash() [28/28]

static uint librepcb::qHash	(	const WorkspaceLibraryDb::Part &	key,
		uint	seed
	)

inlinestaticnoexcept

Variable Documentation

◆ sImageMetaType

QtMetaTypeRegistration<QImage> sImageMetaType

static

◆ sSharedPictureMetaType

QtMetaTypeRegistration<std::shared_ptr<QPicture> > sSharedPictureMetaType

static

◆ sMetaType [1/4]

QtMetaTypeRegistration<FilePath> sMetaType

static

◆ sSharedMetaType

QtMetaTypeRegistration<std::shared_ptr<Part> > sSharedMetaType

static

◆ sMetaType [2/4]

QtMetaTypeRegistration<Angle> sMetaType

static

◆ sMetaType [3/4]

QtMetaTypeRegistration<Length> sMetaType

static

◆ sMetaType [4/4]

QtMetaTypeRegistration<Point> sMetaType

static

Namespaces

Classes

Typedefs

Functions

Variables

Typedef Documentation

◆ AttributeList

◆ AttributeKey

◆ CircleList

◆ HoleList

◆ JunctionList

◆ NetLabelList

◆ NetLineList

◆ PadHoleList

◆ NonEmptyPath

◆ StraightAreaPath

◆ PolygonList

◆ StrokeTextList

◆ TextList

◆ TraceList

◆ ViaList

◆ ZoneList

◆ OutputJobList

◆ NormDependentPrefixMap

◆ ComponentPinSignalMap

◆ ComponentPrefix

◆ ComponentSignalList

◆ ComponentSymbolVariantList

◆ ComponentSymbolVariantItemList

◆ ComponentSymbolVariantItemSuffix

◆ DevicePadSignalMap

◆ PartList

◆ FootprintList

◆ FootprintPadList

◆ PackageModelList

◆ PackagePadList

◆ ResourceList

◆ SymbolPinList

◆ AssemblyVariantList

◆ ComponentAssemblyOptionList

◆ RuleCheckMessageList

◆ LocalizedNameMap

◆ LocalizedDescriptionMap

◆ LocalizedKeywordsMap

◆ Angle3D

◆ CircuitIdentifier

◆ ElementName

◆ FileProofName

◆ LengthBase_t

◆ UnsignedLength

◆ PositiveLength

◆ Point3D

◆ UnsignedRatio

◆ UnsignedLimitedRatio

◆ SimpleString

Function Documentation

◆ cleanAttributeKey()

◆ operator==() [1/20]

◆ operator==() [2/20]

◆ operator!=() [1/20]

◆ operator!=() [2/20]

◆ serialize() [1/49]

◆ deserialize() [1/52]

◆ operator<<() [1/39]

◆ operator<<() [2/39]

◆ qHash() [1/28]

◆ serialize() [2/49]

◆ deserialize() [2/52]

◆ serialize() [3/49]

◆ serialize() [4/49]

◆ deserialize() [3/52]

◆ serialize() [5/49]

◆ deserialize() [4/52]

◆ qHash() [2/28]

◆ operator<<() [3/39]

◆ operator<<() [4/39]

◆ qHash() [3/28]

◆ qHash() [4/28]

◆ qHash() [5/28]

◆ qHash() [6/28]