Net

Object
- com.xilinx.rapidwright.design.Net

All Implemented Interfaces:

Serializable, Comparable<Net>
```
public class Net
extends Object
implements Comparable<Net>, Serializable
```
This class represents the physical net to be routed (both inter-site and intra-site). It keeps track of site pins (both source and sinks) and routing resources used as PIPs. It also has references to keep track of the module it may be a part of. There should only be one instance of this class per physical Net. In rare cases, Vivado uses different aliases of the same net to describe inter-site vs. intra-site routing. When loading a DCP like this, RapidWright will create multiple instances of this class for a single Net. Use DesignTools.makePhysNetNamesConsistent(com.xilinx.rapidwright.design.Design) to fix these issues.

See Also:

Serialized Form

Field Summary

Fields
Modifier and Type	Field and Description
`static String`	`GND_NET` Name of the global physical GND net
`static String`	`GND_WIRE_NAME` Name of the common GND source wire name
`static String`	`USED_NET` Name of the global physical USED net
`static String`	`VCC_NET` Name of the global physical VCC net
`static String`	`VCC_WIRE_NAME` Name of the common VCC source wire name
`static String`	`Z_NET` Name of the global dummy route (Z) net

Constructor Summary

Constructors
Constructor and Description
`Net()` Default Constructor
`Net(EDIFHierNet net)` Creates a new physical net based on an existing logical net.
`Net(String name)` Initializing constructor, does not create a logical net, nor populates it.
`Net(String name, EDIFHierNet logicalHierNet)` Creates a new physical net based on an existing logical net.
`Net(String name, NetType type)` Creates a new physical net with the ability to specify its type.

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`boolean`	`addPin(SitePinInst sitePinInst)` Adds a new pin to the net.
`boolean`	`addPin(SitePinInst sitePinInst, boolean updateSiteRouting)` Adds a new pin to the net.
`boolean`	`addPins(List<SitePinInst> pinsToAdd)` Adds a list of pins to the net.
`void`	`addPIP(PIP pip)` Adds a PIP to the net.
`int`	`compareTo(Net o)` Compares two nets based on fan-out.
`SitePinInst`	`connect(Cell c, String logicalPinName)` Makes both logical and physical connections (EDIFNet and Net) for a logical pin on the given cell.
`SitePinInst`	`createPin(String pinName, SiteInst si)` Convenience function that creates a new pin from the provided parameters and adds it to the net.
`void`	`detachFromModule()` This method will detach and remove all reference of the net to a module or module instance.
`boolean`	`equals(Object obj)` Checks if two nets are equal by name.
`SitePinInst`	`getAlternateSource()` Gets the alternate site pin (if set) on this net.
`int`	`getBufferDelay(Site site)` Gets the specified clock buffer delay.
`List<PIP>`	`getCopyOfPIPs()` Gets a complete copy of the PIPs of this net.
`Design`	`getDesign()` Gets the design to which this net belongs.
`int`	`getFanOut()` Gets the fan-out (number of sinks) of the net.
`EDIFHierNet`	`getLogicalHierNet()` Gets the logical hierarchical net that corresponds to this physical net.
`EDIFNet`	`getLogicalNet()` Gets the logical EDIF netlist equivalent net.
`ModuleInst`	`getModuleInst()` Gets and returns the nets current module instance it belongs to.
`Module`	`getModuleTemplate()` Gets the module template this net is a member of
`Net`	`getModuleTemplateNet()` Gets and returns the net found in the module which this net implements.
`String`	`getName()` Gets and return the current net name (the physical hierarchical name of the net).
`List<SitePinInst>`	`getPins()` Gets the site pins (source and sinks) of the net.
`List<PIP>`	`getPIPs()` Gets the PIPs (routing resources) used by the net.
`List<SitePinInst>`	`getSinkPins()` Gets all the sink pins on the net (no sources).
`Set<SiteInst>`	`getSiteInsts()` Gets the set of SiteInsts that connect to or are routed by this net.
`SitePinInst`	`getSource()` Gets and returns the source of the net.
`Tile`	`getSourceTile()` Gets and returns the tile where the source pin resides.
`NetType`	`getType()` Gets and returns the type of the net.
`boolean`	`hasGapRouting()` Checks if this net has gap routing, most commonly used to represent clock planning intentions that are stored after placement but before routing a design in Vivado.
`int`	`hashCode()` Creates a hashCode for the net based on its name.
`boolean`	`hasPIPs()` Checks if the net has any PIPs.
`void`	`improveSLRClockingDelay(String txClkWire, String rxClkWire)` Optimizes clocking buffers to manage hold delay violations when using both TX and RX Laguna flops.
`boolean`	`isClockNet()` Checks if the net is a clock net.
`boolean`	`isGNDNet()` Checks if this net is the main GND net (GLOBAL_LOGIC0).
`boolean`	`isStaticNet()` Checks if the net is a static net (source is VCC/GND).
`boolean`	`isUsedNet()` Checks if this net is the main Used net (GLOBAL_USEDNET).
`boolean`	`isVCCNet()` Checks if this net is the main VCC net (GLOBAL_LOGIC1).
`void`	`lockRouting()` Locks or fixes the routing such that Vivado cannot change the route until the flag is removed.
`boolean`	`needsClockNetworkResources()` Checks if a net is a clk net and should use the clock routing resources.
`boolean`	`removePin(SitePinInst sitePinInst)` Removes a pin from the list of pins in the net.
`boolean`	`removePin(SitePinInst sitePinInst, boolean preserveOtherRoutes)` Removes a pin from the list of pins in the net.
`boolean`	`removePIP(PIP pip)` Removes a PIP from the net.
`void`	`removeSource()` Removes the source of the net.
`boolean`	`rename(String newName)` Updates the physical net to the name provided.
`SitePinInst`	`replaceSource(SitePinInst newSource)` Replaces the current source with the new source and adds it to the pin list in the net.
`void`	`setAlternateSource(SitePinInst altSource)` Allow the net to be set with an alternate source pin for dual output scenarios.
`boolean`	`setBufferDelay(Site site, int value)` Sets the clock buffer delay at the referenced site to the value provided for the associated net/routing.
`void`	`setDesign(Design design)` Sets the design to which this net belongs.
`void`	`setHasGapRouting(boolean hasGapRouting)` Sets the flag indicating that this route is using gap nodes.
`void`	`setLogicalHierNet(EDIFHierNet logicalHierNet)` Explicitly sets the logical hierarchical net corresponding to this physical net
`void`	`setModuleInst(ModuleInst moduleInst)` Sets the module instance which this net belongs to.
`void`	`setModuleTemplate(Module module)` Sets the module class this net implements.
`void`	`setModuleTemplateNet(Net moduleTemplateNet)` Sets the reference to the template net from a module template corresponding to this net.
`void`	`setName(String name)` Sets the name of the net.
`boolean`	`setPins(List<SitePinInst> list)` Sets the pins (source and sinks) of the net.
`void`	`setPIPs(List<PIP> list)` Sets the PIPs of the net.
`void`	`setPIPs(Set<PIP> setOfPIPs)` Sets the PIPs of the net.
`void`	`setSource(SitePinInst source)` Sets the source of this net with the provided pin
`void`	`setType(NetType type)` Sets the type of the net.
`String`	`toString()`
`String`	`toStringFull()` Creates a string representation of the net (for debugging).
`void`	`trimPartitionPins(Pair<Tile,Tile> range)` Remove partition pin routing beyond the first node in range.
`void`	`unlockRouting()` Unlocks or unfixes the routing such that Vivado can change the route.
`void`	`unroute()` This removes all PIPs from this net, causing it to be in an unrouted state.
`void`	`unroutePin(SitePinInst p)` Unroute from given pin to the nearest branch of its net.
`boolean`	`updateName(String newName)` Updates the net name, such as when instantiating this net in a larger design to add a prefix.

Methods inherited from class Object
getClass, notify, notifyAll, wait, wait, wait

- Field Detail
  - VCC_NET
```
public static final String VCC_NET
```
    Name of the global physical VCC net
    
    Since:
    
    2018.2.0
    
    See Also:
    
    Constant Field Values
  - GND_NET
```
public static final String GND_NET
```
    Name of the global physical GND net
    
    Since:
    
    2018.2.0
    
    See Also:
    
    Constant Field Values
  - USED_NET
```
public static final String USED_NET
```
    Name of the global physical USED net
    
    Since:
    
    2018.2.0
    
    See Also:
    
    Constant Field Values
  - Z_NET
```
public static final String Z_NET
```
    Name of the global dummy route (Z) net
    
    Since:
    
    2022.1.3
    
    See Also:
    
    Constant Field Values
  - VCC_WIRE_NAME
```
public static final String VCC_WIRE_NAME
```
    Name of the common VCC source wire name
    
    Since:
    
    2018.2.0
    
    See Also:
    
    Constant Field Values
  - GND_WIRE_NAME
```
public static final String GND_WIRE_NAME
```
    Name of the common GND source wire name
    
    Since:
    
    2018.2.0
    
    See Also:
    
    Constant Field Values
- Constructor Detail
  - Net
```
public Net()
```
    Default Constructor
    
    Since:
    
    2018.2.0
  - Net
```
public Net(String name)
```
    Initializing constructor, does not create a logical net, nor populates it. Use Design#createNet() instead.
    
    Parameters:
    
    name - Name of the new net
    
    Since:
    
    2018.2.0
  - Net
```
public Net(String name,
           EDIFHierNet logicalHierNet)
```
    Creates a new physical net based on an existing logical net. This can be used if the name of the net needs to be different from the logical hierarchical net
    
    Parameters:
    
    name - Name of the physical net
    
    logicalHierNet - The full hierarchical net
    
    Since:
    
    2022.1.2
  - Net
```
public Net(String name,
           NetType type)
```
    Creates a new physical net with the ability to specify its type.
    
    Parameters:
    
    name - Name of the new net
    
    type - Type of the new net
    
    Since:
    
    2018.2.0
  - Net
```
public Net(EDIFHierNet net)
```
    Creates a new physical net based on an existing logical net.
    
    Parameters:
    
    net - The full hierarchical net
    
    Since:
    
    2018.2.0
- Method Detail
  - getName
```
public String getName()
```
    Gets and return the current net name (the physical hierarchical name of the net).
    Vivado Tcl:
    get_property NAME $this
    Returns: The name of the net. Since: 2018.2.0
  getType public NetType getType() Gets and returns the type of the net. Vivado Tcl: get_property TYPE $this Returns: The type of the net. Since: 2018.2.0 getPins public List<SitePinInst> getPins() Gets the site pins (source and sinks) of the net. Vivado Tcl: get_site_pins -of $this Returns: The pins of the net. Since: 2018.2.0 getPIPs public List<PIP> getPIPs() Gets the PIPs (routing resources) used by the net. Vivado Tcl: get_pips -of $this Returns: The PIPs used by the net. Since: 2018.2.0 getFanOut public int getFanOut() Gets the fan-out (number of sinks) of the net. Vivado Tcl: expr [llength [get_site_pins -of $this]] - 1 Returns: The fan-out of the net. Since: 2018.2.0 hasPIPs public boolean hasPIPs() Checks if the net has any PIPs. Vivado Tcl: llength [get_pips -of $this] > 0 Returns: True if the net contains 1 or more PIPs, false otherwise. Since: 2018.2.0 setName public void setName(String name) Sets the name of the net. User is responsible to make sure the net name is unique to all other net names. Parameters: name - New name of the net. Since: 2018.2.0 updateName public boolean updateName(String newName) Updates the net name, such as when instantiating this net in a larger design to add a prefix. Returns: True if the name was updated, false otherwise Since: 2018.3.2 getDesign public Design getDesign() Gets the design to which this net belongs. Returns: This net's design Since: 2022.1.2 setDesign public void setDesign(Design design) Sets the design to which this net belongs. Since: 2022.1.2 setType public void setType(NetType type) Sets the type of the net. Parameters: type - New type of the net. Since: 2018.2.0 setPins public boolean setPins(List<SitePinInst> list) Sets the pins (source and sinks) of the net. Supports at most two source pins (primary and alternate) unless this is a static net. Parameters: list - The new pin list. Returns: True if given pins were successfully set. Since: 2018.2.0 setPIPs public void setPIPs(Set<PIP> setOfPIPs) Sets the PIPs of the net. Vivado Tcl: set_property FIXED_ROUTE $setOfPIPs $this Parameters: setOfPIPs - The set of PIPs for the routing Since: 2018.2.0 getCopyOfPIPs public List<PIP> getCopyOfPIPs() Gets a complete copy of the PIPs of this net. Each PIP is a new instance of the original using the copy constructor new PIP(PIP p). Returns: A copied list of PIPs from this Net. Since: 2023.1.3 setPIPs public void setPIPs(List<PIP> list) Sets the PIPs of the net. Vivado Tcl: set_property FIXED_ROUTE $setOfPIPs $this Parameters: setOfPIPs - The new list of PIPs. Since: 2018.2.0 createPin public SitePinInst createPin(String pinName, SiteInst si) Convenience function that creates a new pin from the provided parameters and adds it to the net. Vivado Tcl: set p [create_pin -direction $isOutput $pinName]; connect_net -net $this $p Parameters: pinName - Name of the pin to create si - The site instance to which the newly created pin belongs Returns: The newly created pin if added successfully, null otherwise. Since: 2020.2.5 connect public SitePinInst connect(Cell c, String logicalPinName) Makes both logical and physical connections (EDIFNet and Net) for a logical pin on the given cell. Vivado Tcl: connect_net -net $this [get_pins $c/$logicalPinName] Parameters: c - The cell of interest to connect to this net. logicalPinName - Name of the logical pin on the cell. Returns: The newly created Net Pin. Since: 2018.2.0 addPin public boolean addPin(SitePinInst sitePinInst) Adds a new pin to the net. Also checks if this is a new sink and updates the fan-out accordingly. Automatically unroutes existing PIPs. Vivado Tcl: connect_net -net $this $pin Parameters: sitePinInst - The new pin to add. Returns: True if the operation completed successfully, false otherwise. Since: 2018.2.0 getAlternateSource public SitePinInst getAlternateSource() Gets the alternate site pin (if set) on this net. This is a less common scenario in certain architectures that allows a net to leave a site at two different site pins. This can complicate routing as it must treat it as a second source pin. Returns: The alternate site pin instance, or null if none exists or not set. Since: 2020.1.1 setAlternateSource public void setAlternateSource(SitePinInst altSource) Allow the net to be set with an alternate source pin for dual output scenarios. Parameters: altSource - The other source to be set. Since: 2020.1.1 addPin public boolean addPin(SitePinInst sitePinInst, boolean updateSiteRouting) Adds a new pin to the net. Also checks if this is a new sink and updates the fan-out accordingly. Vivado Tcl: connect_net -net $this $pin Parameters: sitePinInst - The new pin to add. updateSiteRouting - Will route the appropriate site wires Returns: True if the operation completed successfully, false otherwise. Since: 2018.2.0 addPins public boolean addPins(List<SitePinInst> pinsToAdd) Adds a list of pins to the net. Vivado Tcl: connect_net -net $this $pinsToAdd Parameters: pinsToAdd - The list of new pins to add. Returns: True if the operation completed successfully, false otherwise. Since: 2018.2.0 removePin public boolean removePin(SitePinInst sitePinInst) Removes a pin from the list of pins in the net. Updates the fan-out and source accordingly. Vivado Tcl: remove_pin $pin Parameters: sitePinInst - The pin to remove. Returns: True if the operation completed successfully, false otherwise. Since: 2018.2.0 removePin public boolean removePin(SitePinInst sitePinInst, boolean preserveOtherRoutes) Removes a pin from the list of pins in the net. Updates the fan-out and source accordingly. Vivado Tcl: remove_pin $pin Parameters: sitePinInst - The pin to remove. preserveOtherRoutes - Set true to only unroute part of net that supplies removed pin. Returns: True if the operation completed successfully, false otherwise. Since: 2018.2.0 unroutePin public void unroutePin(SitePinInst p) Unroute from given pin to the nearest branch of its net. Vivado Tcl: route_design -unroute -pins $this Parameters: p - The pin to unroute. Since: 2021.1.1 trimPartitionPins public void trimPartitionPins(Pair<Tile,Tile> range) Remove partition pin routing beyond the first node in range. Parameters: range - Pair of tiles on opposing corners of partpin range. Since: 2020.1.0 addPIP public void addPIP(PIP pip) Adds a PIP to the net. Vivado Tcl: set r [get_property FIXED_ROUTE $this]; set p [get_pips_from $r]; set_property FIXED_ROUTE [lappend $r $p] $this Parameters: pip - The PIP to add. Since: 2018.2.0 removePIP public boolean removePIP(PIP pip) Removes a PIP from the net. Vivado Tcl: set r [get_property FIXED_ROUTE $this]; set p [get_pips_from $r]; set i [lsearch $r $pip]; set r [lreplace $r $i $i]; set_property FIXED_ROUTE $r $this Parameters: pip - The PIP to remove. Returns: True if the operation completed successfully, false otherwise. Since: 2018.2.0 isStaticNet public boolean isStaticNet() Checks if the net is a static net (source is VCC/GND). Vivado Tcl: set t [get_property TYPE $this]; expr {$t eq "GROUND" || $t eq "POWER"} Returns: True if net is source'd by VCC or GND. Since: 2018.2.0 isVCCNet public boolean isVCCNet() Checks if this net is the main VCC net (GLOBAL_LOGIC1). Returns: True if this is VCC net, false otherwise. Since: 2023.1.4 isGNDNet public boolean isGNDNet() Checks if this net is the main GND net (GLOBAL_LOGIC0). Returns: True if this is GND net, false otherwise. Since: 2023.1.4 isUsedNet public boolean isUsedNet() Checks if this net is the main Used net (GLOBAL_USEDNET). Returns: True if this is the GLOBAL_USEDNET net, false otherwise. Since: 2023.1.4 needsClockNetworkResources public boolean needsClockNetworkResources() Checks if a net is a clk net and should use the clock routing resources. Vivado Tcl: set t [get_property TYPE $this]; string matches $t "CLOCK" Returns: True if this net is a clock net, false otherwise. Since: 2018.2.0 removeSource public void removeSource() Removes the source of the net. This net is now without a source. Since: 2018.2.0 setSource public void setSource(SitePinInst source) Sets the source of this net with the provided pin Parameters: source - Desired source pin Since: 2018.2.0 replaceSource public SitePinInst replaceSource(SitePinInst newSource) Replaces the current source with the new source and adds it to the pin list in the net. Parameters: newSource - The new source of the net. Returns: The old source pin or null if operation failed. Since: 2018.2.0 getSource public SitePinInst getSource() Gets and returns the source of the net. Returns: The current source of the net, or null if it does not exist. Since: 2018.2.0 getSourceTile public Tile getSourceTile() Gets and returns the tile where the source pin resides. Returns: The tile where the source pin resides, or null if there is no source for this net. Since: 2018.2.0 unroute public void unroute() This removes all PIPs from this net, causing it to be in an unrouted state. Vivado Tcl: route_design -unroute -nets $this Since: 2018.2.0 getModuleTemplate public Module getModuleTemplate() Gets the module template this net is a member of Returns: The module template this net is a member of Since: 2018.2.0 setModuleTemplate public void setModuleTemplate(Module module) Sets the module class this net implements. Parameters: module - The module which this net implements. Since: 2018.2.0 setModuleTemplateNet public void setModuleTemplateNet(Net moduleTemplateNet) Sets the reference to the template net from a module template corresponding to this net. Parameters: moduleTemplateNet - The template net in the module to which this net corresponds. Since: 2018.2.0 getModuleTemplateNet public Net getModuleTemplateNet() Gets and returns the net found in the module which this net implements. Returns: The net found in the module which this net implements. Since: 2018.2.0 setModuleInst public void setModuleInst(ModuleInst moduleInst) Sets the module instance which this net belongs to. Parameters: moduleInst - The nets new moduleInst. Since: 2018.2.0 getModuleInst public ModuleInst getModuleInst() Gets and returns the nets current module instance it belongs to. Returns: The module instance of this net, or null if none exists. Since: 2018.2.0 detachFromModule public void detachFromModule() This method will detach and remove all reference of the net to a module or module instance. Since: 2018.2.0 lockRouting public void lockRouting() Locks or fixes the routing such that Vivado cannot change the route until the flag is removed. Vivado Tcl: set_property IS_ROUTING_FIXED 1 $this Since: 2018.2.0 unlockRouting public void unlockRouting() Unlocks or unfixes the routing such that Vivado can change the route. Vivado Tcl: set_property IS_ROUTING_FIXED 0 $this Since: 2018.2.0 getLogicalNet public EDIFNet getLogicalNet() Gets the logical EDIF netlist equivalent net. Returns: the logicalNet Since: 2018.2.0 setLogicalHierNet public void setLogicalHierNet(EDIFHierNet logicalHierNet) Explicitly sets the logical hierarchical net corresponding to this physical net Parameters: logicalHierNet - The logical hierarchical net to set Since: 2022.1.2 getLogicalHierNet public EDIFHierNet getLogicalHierNet() Gets the logical hierarchical net that corresponds to this physical net. Returns: Hierarchical net or null if none could be found. Since: 2022.1.2 compareTo public int compareTo(Net o) Compares two nets based on fan-out. Specified by: compareTo in interface Comparable<Net> Since: 2018.2.0 toString public String toString() Overrides: toString in class Object toStringFull public String toStringFull() Creates a string representation of the net (for debugging). Returns: The string representation of this net. Since: 2018.2.0 hashCode public int hashCode() Creates a hashCode for the net based on its name. Overrides: hashCode in class Object equals public boolean equals(Object obj) Checks if two nets are equal by name. Overrides: equals in class Object getSiteInsts public Set<SiteInst> getSiteInsts() Gets the set of SiteInsts that connect to or are routed by this net. This can include situations where the net is fully routed within the site. Returns: The set of SiteInsts where the net has been routed. Since: 2019.1.1 isClockNet public boolean isClockNet() Checks if the net is a clock net. Vivado Tcl: set t [get_property TYPE $this]; string matches $t "CLOCK" Returns: True if the net is a clock net, false otherwise. Since: 2018.2.0 getSinkPins public List<SitePinInst> getSinkPins() Gets all the sink pins on the net (no sources). Vivado Tcl: get_site_pins -of $this -filter DIRECTION==IN] Returns: A list of all sink pins. Since: 2018.2.0 setBufferDelay public boolean setBufferDelay(Site site, int value) Sets the clock buffer delay at the referenced site to the value provided for the associated net/routing. The net must already be routed to use the associated clock buffer. Vivado Tcl: set s [get_property FIXED_ROUTE $this]; replace_lcb_delay_in_route_string $s; set_property FIXED_ROUTE $s $this Parameters: site - The leaf clock buffer site value - The delay value to set on the clock buffers (for UltraScale+, valid values are: 0,1,2,4,8). Returns: True if the value was set successfully, false otherwise Since: 2020.2.0 getBufferDelay public int getBufferDelay(Site site) Gets the specified clock buffer delay. Vivado Tcl: set s [get_property FIXED_ROUTE $this]; get_lcb_delay_in_route_string $site $s Parameters: site - The clock buffer site Returns: The current delay value of the specified clock buffer, or -1 if failure to read occurred. Since: 2020.2.0 improveSLRClockingDelay public void improveSLRClockingDelay(String txClkWire, String rxClkWire) Optimizes clocking buffers to manage hold delay violations when using both TX and RX Laguna flops. Vivado Tcl: route_design #final phase Parameters: txClkWire - TX Clock resource track (ex: GCLK_B_0_0) rxClkWire - RX Clock resource track (ex: GCLK_B_0_1) Since: 2018.2.0 rename public boolean rename(String newName) Updates the physical net to the name provided. Does not support updating physical net names that belong to Modules or ModuleInsts. Does not update logical net in any way. Parameters: newName - New desired physical name of the net. Returns: True if operation succeeded, false otherwise. Since: 2019.1.0 hasGapRouting public boolean hasGapRouting() Checks if this net has gap routing, most commonly used to represent clock planning intentions that are stored after placement but before routing a design in Vivado. Returns: True if the net has Gap nodes, false otherwise Since: 2020.1.4 setHasGapRouting public void setHasGapRouting(boolean hasGapRouting) Sets the flag indicating that this route is using gap nodes. Parameters: hasGapRouting - The desired flag which should represent the current state of routing using GAP nodes. Since: 2020.1.4

Class Net

Field Summary

Constructor Summary

Method Summary

Methods inherited from class Object

Field Detail

VCC_NET

GND_NET

USED_NET

Z_NET

VCC_WIRE_NAME

GND_WIRE_NAME

Constructor Detail

Net

Net

Net

Net

Net

Method Detail

getName

getType

getPins

getPIPs

getFanOut

hasPIPs

setName

updateName

getDesign

setDesign

setType

setPins

setPIPs

getCopyOfPIPs

setPIPs

createPin

connect

addPin

getAlternateSource

setAlternateSource

addPin

addPins

removePin

removePin

unroutePin

trimPartitionPins

addPIP

removePIP

isStaticNet

isVCCNet

isGNDNet

isUsedNet

needsClockNetworkResources

removeSource

setSource

replaceSource

getSource

getSourceTile

unroute

getModuleTemplate

setModuleTemplate

setModuleTemplateNet

getModuleTemplateNet

setModuleInst

getModuleInst

detachFromModule

lockRouting

unlockRouting

getLogicalNet

setLogicalHierNet

getLogicalHierNet

compareTo

toString

toStringFull

hashCode

equals

getSiteInsts

isClockNet

getSinkPins

setBufferDelay

getBufferDelay