Namespaces
namespace	DRW_ITEM

namespace	DRW_ITEM_V2022

namespace	DRW_TAG

Classes
struct	ARC
	Arc as center, radius and angles. More...

struct	ARC_POINT
	A polyline point that may instead be an arc segment. More...

struct	ARC_VERTEX
	One board-outline vertex triplet: [i32 X, i32 Y, i32 attr] where attr -1 is a plain corner and attr >= 0 is the arc-parameter ordinal. More...

struct	ATTRIBUTE

struct	BIN_NET_CLASS_DEF
	A PADS net class recovered from the binary design-rule graph. More...

class	BINARY_CURSOR
	Bounds-checked little-endian read cursor over a PADS binary buffer. More...

class	BINARY_PARSER
	Reader for the PADS PowerPCB binary `.pcb` format. More...

struct	BOARD_ITEM

struct	CLUSTER

struct	COPPER_SHAPE
	Standalone copper area from the LINES section (type=COPPER), not part of a pour. More...

struct	DECAL_ITEM

struct	DECAL_PAD

struct	DESIGN_RULES

struct	DIFF_PAIR_DEF

struct	DIMENSION

struct	FILE_HEADER

struct	GATE_DEF

struct	GATE_PIN

struct	GRAPHIC_LINE
	Non-electrical drawing item from the LINES section (type=LINES). More...

struct	JUMPER_DEF

struct	JUMPER_MARKER

struct	KEEPOUT

struct	LAYER_INFO

struct	LINE

struct	NET

struct	NET_CLASS_DEF

struct	NET_CLASS_RULE_EDGE
	One type-66 net-class rule edge: its owner pointer, rule-detail page, full rule pointer (declaration order within a page), layer and file offset. More...

struct	NET_PIN

struct	PAD_STACK_LAYER

class	PADS_SDB
	The parsed container of a PADS `.pcb` file: header, the section directory, and the coordinate system. More...

struct	PADSTACK_LAYOUT

struct	PARAMETERS

class	PARSER

struct	PART

struct	PART_CLUSTER
	A PADS part cluster (named group of parts). More...

struct	PART_DECAL

struct	PART_TYPE

struct	POINT

struct	POLYLINE
	A polyline that may contain arc segments, used for board outlines and graphics. More...

struct	POUR

struct	REUSE_BLOCK
	A reuse block definition containing parts and routes that can be instantiated. More...

struct	REUSE_INSTANCE

struct	REUSE_NET

struct	ROUTE

class	SDB_COORDS
	The per-axis coordinate origin and the design <-> raw transform. More...

struct	SDB_FOOTER_ERROR
	Where a footer check failed and what was wrong with it. More...

class	SDB_RECORD
	A bounds-checked reader positioned at one record inside a buffer. More...

struct	SDB_SECTION
	The PADS PowerPCB `.pcb` file is a serialized snapshot of PADS' in-memory SDB (System DataBase) object store. More...

struct	SIGPIN

struct	TEARDROP

struct	TERMINAL

struct	TEST_POINT

struct	TEXT

struct	TRACK

struct	VIA

struct	VIA_DEF

Enumerations
enum class	SECTION : int { BoardSetup = 1 , PadStacks = 4 , PadShapes = 5 , FreeText = 8 , StringPool = 9 , DrwItems = 10 , GraphicPieces = 11 , Vertices = 12 , DecalLibrary = 13 , DecalHeader = 14 , TerminalPool = 15 , ParttypeDefs = 17 , PartPins = 19 , Placements = 22 , Nets = 23 , Connections = 24 , ClearanceRules = 49 , PourTokensA = 52 , PourTokensB = 53 , PourTokensC = 54 , PourTokensD = 55 , Vias = 60 , RouteObjects = 62 , RouteLayers = 63 , RouteCells = 64 , Clusters = 68 , LayerTable = 69 }
	Named section indices into the PADS binary section directory. More...

enum class	UNIT_TYPE { MILS , METRIC , INCHES }

enum class	PADS_FILE_TYPE { PCB , LIB_LINE , LIB_SCH_DECAL , LIB_PCB_DECAL , LIB_PART_TYPE }

enum class	VIA_TYPE { THROUGH , BLIND , BURIED , MICROVIA }

enum class	POUR_STYLE { SOLID , HATCHED , VOIDOUT }

enum class	THERMAL_TYPE { NONE , PAD , VIA }

enum class	PIN_ELEC_TYPE { UNDEFINED , SOURCE , BIDIRECTIONAL , OPEN_COLLECTOR , TRISTATE , LOAD , TERMINATOR , POWER , GROUND }

enum class	LINE_STYLE { SOLID = 0 , DASHED = 1 , DOTTED = 2 , DASH_DOTTED = 3 , DASH_DOUBLE_DOTTED = 4 }

enum class	PADS_LAYER_FUNCTION { UNKNOWN , ROUTING , PLANE , MIXED , UNASSIGNED , SOLDER_MASK , PASTE_MASK , SILK_SCREEN , ASSEMBLY , DOCUMENTATION , DRILL }

enum class	KEEPOUT_TYPE { ALL , ROUTE , VIA , COPPER , PLACEMENT }

Functions
std::optional< SDB_FOOTER_ERROR >	CheckSdbFooter (const std::vector< uint8_t > &aData, size_t aFooterStart, const char *aGuid, size_t aGuidLen)
	Check a PADS SDB footer at `aFooterStart:` the ASCII GUID followed by an absolute back-pointer to the serialized container-item array.

void	ValidateSdbFooter (const std::vector< uint8_t > &aData, size_t aFooterStart, const char *aGuid, size_t aGuidLen)
	As CheckSdbFooter, throwing a bare IO_ERROR on failure.

uint8_t	getU8 (const std::vector< uint8_t > &aData, size_t aOffset)
	Little-endian byte assembly with no bounds checking.

uint16_t	getU16LE (const std::vector< uint8_t > &aData, size_t aOffset)

uint32_t	getU32LE (const std::vector< uint8_t > &aData, size_t aOffset)

double	getF64LE (const std::vector< uint8_t > &aData, size_t aOffset)

float	getF32LE (const std::vector< uint8_t > &aData, size_t aOffset)

bool	ReadFileHeader (const wxString &aFileName, std::vector< uint8_t > &aOut, size_t aCount)
	Read at most `aCount` leading bytes of `aFileName` into `aOut`, which is sized to what was actually read.

bool	ReadFileToBuffer (const wxString &aFileName, std::vector< uint8_t > &aOut)
	Read an entire file into `aOut`.

std::string	readFixedStringRaw (const std::vector< uint8_t > &aData, size_t aOffset, size_t aMaxLen)
	Read a NUL-terminated fixed-width field starting at `aOffset`, scanning at most `aMaxLen` bytes, WITHOUT trimming.

std::string	readFixedString (const std::vector< uint8_t > &aData, size_t aOffset, size_t aMaxLen)
	As readFixedStringRaw, then trim trailing spaces.

bool	HasSdbMagic (const std::vector< uint8_t > &aData, uint8_t aMagic1)
	Check the PADS SDB container magic, a leading 0x00 followed by a format-specific second byte.

static const PADSTACK_LAYOUT &	padstackLayout (uint16_t aVersion)

static void	logParsePhase (const char *aWhat, std::chrono::steady_clock::time_point aStart)
	Enabled by setting KICAD_PADS_PROFILE.

static void	logResolvedBase (int aSection, const char *aWhat, size_t aResolved, uint32_t aPhysical)
	Report a structurally derived physical section base for cross-checking the Kaitai grammar.

static bool	viaRecordValid (const BINARY_CURSOR &aCur, size_t aTypeByte)

static ARC	deriveArc (const SDB_RECORD &aArcRecord, const ARC_VERTEX &aStart, const ARC_VERTEX &aEnd, double aOriginX, double aOriginY)

bool	IsThermalReliefPadRow (const PAD_STACK_LAYER &aLayer)
	RT and ST rows carry a plane's thermal-relief spoke pattern rather than the pad's own copper.

bool	IsAntiPadRow (const PAD_STACK_LAYER &aLayer)
	RA and SA rows carry a plane's anti-pad clearance rather than the pad's own copper.

bool	IsCopperPadRow (const PAD_STACK_LAYER &aLayer)
	True when the row describes pad or via copper.

static std::vector< std::string >	expandShortcutPattern (const std::string &aPattern)
	Expand a shortcut format string like "PRE{n1-n2}" into individual names.

static std::string	normalizeNetName (const std::string &aNetName)

Variables
constexpr uint16_t	SDB_RECORD_SENTINEL = 0xFFFE

constexpr double	SDB_BASIC_PER_MIL = 38100.0

static const std::map< uint8_t, std::string >	PAD_SHAPE_NAMES

static constexpr int	DECAL_NAME_OFFSET = 44
	Rotation between the physical section cursor and the logical record base.

static constexpr int	VIA_TYPE = 0x0E

static const char	FOOTER_GUID [] = "{2FE18320-6448-11d1-A412-000000000000}"

static constexpr size_t	FOOTER_GUID_LEN = 38

Enumeration Type Documentation

◆ KEEPOUT_TYPE

enum class PADS_IO::KEEPOUT_TYPE

strong

Enumerator
ALL
ROUTE
VIA
COPPER
PLACEMENT

Definition at line 640 of file pads_parser.h.

◆ LINE_STYLE

enum class PADS_IO::LINE_STYLE

strong

Enumerator
SOLID
DASHED
DOTTED
DASH_DOTTED
DASH_DOUBLE_DOTTED

Definition at line 495 of file pads_parser.h.

◆ PADS_FILE_TYPE

enum class PADS_IO::PADS_FILE_TYPE

strong

Enumerator
PCB
LIB_LINE	Library line items (drafting)
LIB_SCH_DECAL
LIB_PCB_DECAL	Library footprints.
LIB_PART_TYPE

Definition at line 93 of file pads_parser.h.

◆ PADS_LAYER_FUNCTION

enum class PADS_IO::PADS_LAYER_FUNCTION

strong

Enumerator
UNKNOWN
ROUTING
PLANE
MIXED
UNASSIGNED
SOLDER_MASK
PASTE_MASK
SILK_SCREEN
ASSEMBLY
DOCUMENTATION
DRILL

Definition at line 549 of file pads_parser.h.

◆ PIN_ELEC_TYPE

enum class PADS_IO::PIN_ELEC_TYPE

strong

Enumerator
UNDEFINED	U.
SOURCE	S.
BIDIRECTIONAL	B.
OPEN_COLLECTOR	C, open collector or or-tieable source.
TRISTATE	T.
LOAD	L.
TERMINATOR	Z.
POWER	P.
GROUND	G.

Definition at line 421 of file pads_parser.h.

◆ POUR_STYLE

enum class PADS_IO::POUR_STYLE

strong

Enumerator
SOLID	POUROUT, POLY.
HATCHED	HATOUT.
VOIDOUT

Definition at line 340 of file pads_parser.h.

◆ SECTION

enum class PADS_IO::SECTION : int

strong

Named section indices into the PADS binary section directory.

Each enumerator's value IS the directory index, so a section constant reads as its role rather than a bare integer.

Enumerator
BoardSetup
PadStacks
PadShapes
FreeText
StringPool
DrwItems
GraphicPieces
Vertices
DecalLibrary
DecalHeader
TerminalPool
ParttypeDefs
PartPins
Placements
Nets
Connections
ClearanceRules
PourTokensA
PourTokensB
PourTokensC
PourTokensD
Vias
RouteObjects
RouteLayers
RouteCells
Clusters
LayerTable

Definition at line 46 of file pads_binary_parser.h.

◆ THERMAL_TYPE

enum class PADS_IO::THERMAL_TYPE

strong

Enumerator
NONE
PAD	PADTHERM.
VIA	VIATHERM.

Definition at line 347 of file pads_parser.h.

◆ UNIT_TYPE

enum class PADS_IO::UNIT_TYPE

strong

Enumerator
MILS
METRIC
INCHES

Definition at line 33 of file pads_parser.h.

◆ VIA_TYPE

enum class PADS_IO::VIA_TYPE

strong

Enumerator
THROUGH	Spans all copper layers.
BLIND	Surface to inner layer.
BURIED	Inner layers only.
MICROVIA	Single-layer blind, typically HDI.

Definition at line 308 of file pads_parser.h.

Function Documentation

◆ CheckSdbFooter()

std::optional< SDB_FOOTER_ERROR > PADS_IO::CheckSdbFooter	(	const std::vector< uint8_t > &	aData,
		size_t	aFooterStart,
		const char *	aGuid,
		size_t	aGuidLen )

Check a PADS SDB footer at aFooterStart: the ASCII GUID followed by an absolute back-pointer to the serialized container-item array.

Returns the failing offset and reason, or an empty optional when the footer is well formed. The GUID differs per format, so the caller supplies it. Reporting rather than throwing keeps the offset with the check that knows it, so callers need not re-derive which check tripped.

Definition at line 31 of file pads_binary_utils.cpp.

References getU32LE().

Referenced by ValidateSdbFooter(), and PADS_SCH_BINARY::PADS_SCH_SDB::verifyFooter().

◆ deriveArc()

static ARC PADS_IO::deriveArc	(	const SDB_RECORD &	aArcRecord,
		const ARC_VERTEX &	aStart,
		const ARC_VERTEX &	aEnd,
		double	aOriginX,
		double	aOriginY )

static

Definition at line 3175 of file pads_binary_parser.cpp.

References EDA_ANGLE::AsDegrees(), PADS_IO::ARC::cx, DEGREES_T, PADS_IO::SDB_RECORD::I32(), M_PI, EDA_ANGLE::Normalize180(), PADS_IO::ARC_VERTEX::x, and PADS_IO::ARC_VERTEX::y.

Referenced by PADS_IO::BINARY_PARSER::parseBoardOutlineDirect(), and PADS_IO::BINARY_PARSER::parseGraphicLines().

◆ expandShortcutPattern()

static std::vector< std::string > PADS_IO::expandShortcutPattern ( const std::string & aPattern )

static

Expand a shortcut format string like "PRE{n1-n2}" into individual names.

Format: PREFIX{start-end} expands to PREFIX+start, PREFIX+(start+1), ..., PREFIX+end Example: "C{2-5}" expands to ["C2", "C3", "C4", "C5"]

Parameters

aPattern The pattern string to expand

Returns: Vector of expanded names, or single-element vector with original if not a pattern

Definition at line 63 of file pads_parser.cpp.

References std::abs(), end, PADS_COMMON::ParseInt(), result, and tracePadsIo.

Referenced by PADS_IO::PARSER::parseSectionPARTS().

◆ getF32LE()

float PADS_IO::getF32LE	(	const std::vector< uint8_t > &	aData,
		size_t	aOffset )

inline

Definition at line 89 of file pads_binary_utils.h.

References getU32LE().

Referenced by PADS_IO::BINARY_CURSOR::F32At().

◆ getF64LE()

double PADS_IO::getF64LE	(	const std::vector< uint8_t > &	aData,
		size_t	aOffset )

inline

Definition at line 75 of file pads_binary_utils.h.

Referenced by PADS_IO::BINARY_CURSOR::F64At().

◆ getU16LE()

uint16_t PADS_IO::getU16LE	(	const std::vector< uint8_t > &	aData,
		size_t	aOffset )

inline

Definition at line 59 of file pads_binary_utils.h.

Referenced by PADS_IO::BINARY_PARSER::IsBinaryPadsFile(), and PADS_IO::BINARY_CURSOR::U16At().

◆ getU32LE()

uint32_t PADS_IO::getU32LE	(	const std::vector< uint8_t > &	aData,
		size_t	aOffset )

inline

Definition at line 66 of file pads_binary_utils.h.

Referenced by CheckSdbFooter(), getF32LE(), and PADS_IO::BINARY_CURSOR::U32At().

◆ getU8()

uint8_t PADS_IO::getU8	(	const std::vector< uint8_t > &	aData,
		size_t	aOffset )

inline

Little-endian byte assembly with no bounds checking.

Callers that need a bounds-checked policy wrap these.

Definition at line 53 of file pads_binary_utils.h.

Referenced by PADS_IO::BINARY_CURSOR::U8At().

◆ HasSdbMagic()

bool PADS_IO::HasSdbMagic	(	const std::vector< uint8_t > &	aData,
		uint8_t	aMagic1 )

inline

Check the PADS SDB container magic, a leading 0x00 followed by a format-specific second byte.

The version word at +2 is range-checked by the caller because the supported version set differs per format.

Definition at line 192 of file pads_binary_utils.h.

Referenced by PADS_SCH_BINARY::PADS_SCH_SDB::HasFamilyMagic(), PADS_IO::PADS_SDB::HasMagic(), and PADS_IO::BINARY_PARSER::IsBinaryPadsFile().

◆ IsAntiPadRow()

bool PADS_IO::IsAntiPadRow ( const PAD_STACK_LAYER & aLayer )

RA and SA rows carry a plane's anti-pad clearance rather than the pad's own copper.

Definition at line 42 of file pads_parser.cpp.

References PADS_IO::PAD_STACK_LAYER::shape.

Referenced by PCB_IO_PADS_BINARY::buildPad(), IsCopperPadRow(), and PCB_IO_PADS::loadFootprints().

◆ IsCopperPadRow()

bool PADS_IO::IsCopperPadRow ( const PAD_STACK_LAYER & aLayer )

True when the row describes pad or via copper.

Relief and anti-pad rows share the layer ordinals of the copper rows they qualify, so every consumer of a padstack has to skip them.

Definition at line 48 of file pads_parser.cpp.

References IsAntiPadRow(), and IsThermalReliefPadRow().

Referenced by PCB_IO_PADS_BINARY::buildPad(), PCB_IO_PADS::loadFootprints(), and PCB_IO_PADS_BINARY::loadTracksAndVias().

◆ IsThermalReliefPadRow()

bool PADS_IO::IsThermalReliefPadRow ( const PAD_STACK_LAYER & aLayer )

RT and ST rows carry a plane's thermal-relief spoke pattern rather than the pad's own copper.

Definition at line 36 of file pads_parser.cpp.

References PADS_IO::PAD_STACK_LAYER::shape.

Referenced by PCB_IO_PADS_BINARY::buildPad(), IsCopperPadRow(), and PCB_IO_PADS::loadFootprints().

◆ logParsePhase()

static void PADS_IO::logParsePhase	(	const char *	aWhat,
		std::chrono::steady_clock::time_point	aStart )

static

Enabled by setting KICAD_PADS_PROFILE.

Definition at line 192 of file pads_binary_parser.cpp.

◆ logResolvedBase()

static void PADS_IO::logResolvedBase	(	int	aSection,
		const char *	aWhat,
		size_t	aResolved,
		uint32_t	aPhysical )

static

Report a structurally derived physical section base for cross-checking the Kaitai grammar.

Enabled by setting KICAD_PADS_SECBASE.

Definition at line 675 of file pads_binary_parser.cpp.

Referenced by PADS_IO::BINARY_PARSER::decodeViaLocations(), and PADS_IO::BINARY_PARSER::parseNetConnectionsNew().

◆ normalizeNetName()

static std::string PADS_IO::normalizeNetName ( const std::string & aNetName )

static

Definition at line 116 of file pads_parser.cpp.

Referenced by PADS_IO::PARSER::parseSectionLINES(), and PADS_IO::PARSER::parseSectionPOUR().

◆ padstackLayout()

static const PADSTACK_LAYOUT & PADS_IO::padstackLayout ( uint16_t aVersion )

static

Definition at line 72 of file pads_binary_parser.cpp.

Referenced by PADS_IO::BINARY_PARSER::parsePadStacks().

◆ ReadFileHeader()

bool PADS_IO::ReadFileHeader	(	const wxString &	aFileName,
		std::vector< uint8_t > &	aOut,
		size_t	aCount )

inline

Read at most aCount leading bytes of aFileName into aOut, which is sized to what was actually read.

Returns false on open error. Format probes use this so recognizing a file does not cost a full read of it.

Definition at line 104 of file pads_binary_utils.h.

Referenced by PADS_IO::BINARY_PARSER::IsBinaryPadsFile(), and SCH_IO_PADS::isBinarySchematicFile().

◆ ReadFileToBuffer()

bool PADS_IO::ReadFileToBuffer	(	const wxString &	aFileName,
		std::vector< uint8_t > &	aOut )

inline

Read an entire file into aOut.

Returns false on open error or short read.

Definition at line 122 of file pads_binary_utils.h.

Referenced by BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), PADS_IO::BINARY_PARSER::Parse(), and PADS_SCH_BINARY::PADS_SCH_BINARY_READER::ReadFile().

◆ readFixedString()

std::string PADS_IO::readFixedString	(	const std::vector< uint8_t > &	aData,
		size_t	aOffset,
		size_t	aMaxLen )

inline

As readFixedStringRaw, then trim trailing spaces.

Definition at line 174 of file pads_binary_utils.h.

References readFixedStringRaw().

Referenced by BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), and PADS_IO::BINARY_CURSOR::StringAt().

◆ readFixedStringRaw()

std::string PADS_IO::readFixedStringRaw	(	const std::vector< uint8_t > &	aData,
		size_t	aOffset,
		size_t	aMaxLen )

inline

Read a NUL-terminated fixed-width field starting at aOffset, scanning at most aMaxLen bytes, WITHOUT trimming.

Returns an empty string when the field contains a control byte. High bytes are kept because PADS names use a legacy 8-bit code page; decode them with PADS_COMMON::ConvertText. Use this where the field is compared byte-for-byte; use readFixedString to trim.

Definition at line 149 of file pads_binary_utils.h.

Referenced by readFixedString().

◆ ValidateSdbFooter()

void PADS_IO::ValidateSdbFooter	(	const std::vector< uint8_t > &	aData,
		size_t	aFooterStart,
		const char *	aGuid,
		size_t	aGuidLen )

As CheckSdbFooter, throwing a bare IO_ERROR on failure.

For callers that do not annotate their diagnostics with a file offset.

Definition at line 54 of file pads_binary_utils.cpp.

References CheckSdbFooter(), and THROW_IO_ERROR.

Referenced by BOOST_AUTO_TEST_CASE(), and PADS_IO::PADS_SDB::verifyFooter().

◆ viaRecordValid()

static bool PADS_IO::viaRecordValid	(	const BINARY_CURSOR &	aCur,
		size_t	aTypeByte )

static

Definition at line 2092 of file pads_binary_parser.cpp.

References PADS_IO::BINARY_CURSOR::U8At().

Referenced by PADS_IO::BINARY_PARSER::decodeViaLocations().

Variable Documentation

◆ DECAL_NAME_OFFSET

int PADS_IO::DECAL_NAME_OFFSET = 44

staticconstexpr

Rotation between the physical section cursor and the logical record base.

Definition at line 671 of file pads_binary_parser.cpp.

Referenced by PADS_IO::BINARY_PARSER::parsePartTypeTable().

◆ FOOTER_GUID

const char PADS_IO::FOOTER_GUID[] = "{2FE18320-6448-11d1-A412-000000000000}"

static

Definition at line 33 of file pads_sdb.cpp.

Referenced by PADS_IO::PADS_SDB::verifyFooter().

◆ FOOTER_GUID_LEN

size_t PADS_IO::FOOTER_GUID_LEN = 38

staticconstexpr

Definition at line 34 of file pads_sdb.cpp.

Referenced by PADS_IO::PADS_SDB::verifyFooter().

◆ PAD_SHAPE_NAMES

const std::map<uint8_t, std::string> PADS_IO::PAD_SHAPE_NAMES

static

Initial value:

= {
    { 0x00, "OF" }, { 0x01, "RF" }, { 0x02, "R" },  { 0x03, "S" },
    { 0x06, "RT" }, { 0x07, "ST" }, { 0x08, "RA" }, { 0x09, "SA" },
}

Definition at line 48 of file pads_binary_parser.cpp.

Referenced by PADS_IO::BINARY_PARSER::parsePadStacks().

◆ SDB_BASIC_PER_MIL

double PADS_IO::SDB_BASIC_PER_MIL = 38100.0

constexpr

Definition at line 47 of file pads_binary_utils.h.

Referenced by PCB_IO_PADS_BINARY::buildPad(), and PADS_IO::BINARY_PARSER::parsePadStacks().

◆ SDB_RECORD_SENTINEL

uint16_t PADS_IO::SDB_RECORD_SENTINEL = 0xFFFE

constexpr

Definition at line 44 of file pads_binary_utils.h.

Referenced by PADS_IO::BINARY_PARSER::parseDecalNameTable(), and PADS_IO::BINARY_PARSER::parseDecalNameTableOld().

◆ VIA_TYPE

int PADS_IO::VIA_TYPE = 0x0E

staticconstexpr

Definition at line 2089 of file pads_binary_parser.cpp.

Namespaces

Classes

Enumerations

Functions

Variables

Enumeration Type Documentation

◆ KEEPOUT_TYPE

◆ LINE_STYLE

◆ PADS_FILE_TYPE

◆ PADS_LAYER_FUNCTION

◆ PIN_ELEC_TYPE

◆ POUR_STYLE

◆ SECTION

◆ THERMAL_TYPE

◆ UNIT_TYPE

◆ VIA_TYPE

Function Documentation

◆ CheckSdbFooter()

◆ deriveArc()

◆ expandShortcutPattern()

◆ getF32LE()

◆ getF64LE()

◆ getU16LE()

◆ getU32LE()

◆ getU8()

◆ HasSdbMagic()

◆ IsAntiPadRow()

◆ IsCopperPadRow()

◆ IsThermalReliefPadRow()

◆ logParsePhase()

◆ logResolvedBase()

◆ normalizeNetName()

◆ padstackLayout()

◆ ReadFileHeader()

◆ ReadFileToBuffer()

◆ readFixedString()

◆ readFixedStringRaw()

◆ ValidateSdbFooter()

◆ viaRecordValid()

Variable Documentation

◆ DECAL_NAME_OFFSET

◆ FOOTER_GUID

◆ FOOTER_GUID_LEN

◆ PAD_SHAPE_NAMES

◆ SDB_BASIC_PER_MIL

◆ SDB_RECORD_SENTINEL

◆ VIA_TYPE