Uses of Class
byucc.jhdl.platforms.util.readback.Xilinx.XC4000.ParseException

Packages that use ParseException

byucc.jhdl.platforms.util.readback.Xilinx.XC4000

Uses of ParseException in byucc.jhdl.platforms.util.readback.Xilinx.XC4000

Methods in byucc.jhdl.platforms.util.readback.Xilinx.XC4000 that return ParseException

ParseException	LL_4K.generateParseException()
ParseException	MRP_4K.generateParseException()
ParseException	XDL_4K.generateParseException()

Methods in byucc.jhdl.platforms.util.readback.Xilinx.XC4000 that throw ParseException

static void	LL_4K.main(java.lang.String[] args) Instances and initializes the parser and parses the input from System.in
java.lang.String	LL_4K.LatchType() Defines the various flip-flop types and returns the type as a String.
void	LL_4K.parseLL() Initiates the parsing of an .ll file and prints out statistics about the number of flip-flops (latches) and RAMs it found.
void	LL_4K.Revision() Parses the revision information for the .ll file.
java.lang.String	LL_4K.Block() Parses the information regarding location of the IOB/CLB and returns the information as a String.
java.lang.String	LL_4K.Latch() Parses the entire clause having the type of the flip-flop and returns the flip-flop type as a String.
void	LL_4K.NetName(int offset, int frame, int frameOffset, java.lang.String block, java.lang.String latchType) Parses the net names associated with latches and stores a LatchRBEntry object in the NetHashBlock Hashtable.
void	LL_4K.Net(int offset, int frame, int frameOffset, java.lang.String block, java.lang.String latchType) Parses the entire "Net=..." clause.
void	LL_4K.Ram(int offset, int frame, int frameOffset, java.lang.String block) Parses the "Ram=..." clauses of the RAM LL entries and enters the data into the RAMGroupHash.
void	LL_4K.Rom() Parses "Rom=..." entries, but doesn't do anything with them.
void	LL_4K.YesNo() Parses "YES/NO" clauses.
void	LL_4K.Compare() Parses "COMPARE=..." clauses, which are otherwise ignored.
void	LL_4K.Attributes(int offset, int frame, int frameOffset, java.lang.String block) Parses the "attributes" of a state bit in the readback bitstream, which define whether it belongs to a flip-flop, a RAM, or a ROM and other related information.
void	LL_4K.BitStreamEntry() Parses an entire readback bitstream location entry for a state element.
void	LL_4K.InfoValue() Parses the value of any the informational entries in the LL file.
void	LL_4K.InfoEntry() Parses any entries in the LL file which do not directly associate state elements with readback bitstream locations.
static void	MRP_4K.main(java.lang.String[] args) Provides a command line interface test for the class.
void	MRP_4K.parseMRP() Initiates the parsing of the Section 5 of the MRP file.
void	MRP_4K.S5Heading() Parses the heading of Section 5
void	MRP_4K.TrimmedLogic() Parses any trimmed logic statements and headings
void	MRP_4K.RemovedSignal() Parses just the removed signal clauses for the Trimmed Logic section.
void	MRP_4K.RemovedBlock() Parses just the removed logic/block clauses for the Trimmed Logic section.
void	MRP_4K.OptimizedBlocks() Parses the Optimized Block portion of the file.
void	MRP_4K.RedundantBlocks() Parses the Redundant Block subsection of the file.
void	MRP_4K.MergedSignals() Parses the Merged Signals subsection of the file and builds the MergedSignalsHash and the MergedToHash based on the information from this subsection.
void	MRP_4K.MapDetailMessage() Parses message which describes how to get a more detailed Map Report file.
void	MRP_4K.S6Heading() Parses the heading of section 6.
static void	XDL_4K.main(java.lang.String[] args) Tests the parser from the command line.
void	XDL_4K.file() Initiates the parsing of the XDL file.
void	XDL_4K.file_inst() Initiates the parsing of the XDL file, recording only logic block instances in the parser's data structures.
void	XDL_4K.file_net() Initiates the parsing of the XDL file, recording only net instances in the parser's data structures.
void	XDL_4K.design() Parses the header of the XDL file.
void	XDL_4K.name() Parses the name of the design.
void	XDL_4K.part() Parses the FPGA compound part type (for example, xcv1000fg680-6) for the design.
void	XDL_4K.device() Parses the XC4000 device type.
void	XDL_4K.device_package() Parses the package type for the XC4000 device.
void	XDL_4K.speed() Parses the XC4000 device speed grade.
void	XDL_4K.ncd_version() Parses the version of the Xilinx NCD format.
void	XDL_4K.statements() Parses the rest of the file after the header.
void	XDL_4K.statement() Parses a single module, logic instance, or net instance
void	XDL_4K.module() Parses a single design module.
void	XDL_4K.module_beg() Parses the module's header.
void	XDL_4K.module_cfg() Parses logic configuration statements within a module.
void	XDL_4K.module_ports() Parses the port declarations to the subdesigns.
void	XDL_4K.module_port() Parses a single port declaration for a subdesign.
void	XDL_4K.module_stmts() Parses a series of logic instance and net instance statements within a subdesign.
void	XDL_4K.module_stmt() Parses an individual logic or net instance statement within a subdesign.
void	XDL_4K.module_end() Parses the closing clause of a module declaration.
void	XDL_4K.module_name() Parses the module's name
void	XDL_4K.anchor_name() Parses the anchor for a subdesign.
void	XDL_4K.port_name() Parses the name of a subdesign port.
void	XDL_4K.inst() Parses a logic block instance, recording the information if the instance clause is not in a module and if logic instances, not net instances, are being recorded by the parser.
void	XDL_4K.inst_prefix() Parses the instance header information, such as the name of the instance and the type of the instance (CLB, IOB).
void	XDL_4K.inst_prefix_id() Parses the "inst"/"instance" key words.
java.lang.String	XDL_4K.inst_type() Parses the type of the instance and returns the type as a String.
void	XDL_4K.inst_stmts() Parses the instance subclauses following the instance header.
void	XDL_4K.inst_stmt() Parses an individual instance subclause which occur after the instance header information.
void	XDL_4K.inst_placement() Parses the placement information for the logic block
void	XDL_4K.inst_placed() Parses a placed logic declaration and saves the location of the block---this, of course, assumes that the logic instance is not in a module and that the parser is recording logic instance information.
void	XDL_4K.inst_unplaced() Parses an umplaced logic declaration and throws an UnplacedBlockException to indicate a problem with the XDL file.
void	XDL_4K.inst_module() Parses the declaration of a module instance related with this logic block instance.
void	XDL_4K.inst_cfg() Parses the configuration information related to the logic block instance.
void	XDL_4K.cfg_string() Parses the contents of the quoted configuration string.
void	XDL_4K.bel_cfg() Parses an individual triplet definiing the configuration of some physical logic resource.
java.lang.String	XDL_4K.physical_name() Parse the name of the physical FPGA resource and return the name.
java.lang.String	XDL_4K.logical_name() Parse the name of the logical circuit instance which corresponds to the physical resource and return the instance name.
java.lang.String	XDL_4K.cfg_val() Parse the configuration information for the physical FPGA resource and return it.
void	XDL_4K.tile_name() Parses the name of the tile for the physical logic block.
java.lang.String	XDL_4K.primitive_site() Parses the name of the primitive site for the physical logic block.
java.lang.String	XDL_4K.inst_name() Parses the name of the logic block instance.
java.lang.String	XDL_4K.inst_pin_name() Parses the name of an input or output pin to a logic block (CLB/IOB).
void	XDL_4K.net() Parses a net instance.
java.lang.String	XDL_4K.net_name() Parses the name of a physical net.
void	XDL_4K.net_type() Parses the type of the physical net.
void	XDL_4K.net_stmts(java.lang.String netName) Parses a series of net statements which occur after the initial header information of the net instance declaration.
void	XDL_4K.net_stmt(java.lang.String netName) Parses an individual net statement.
void	XDL_4K.net_cfg() Parses net configuration statements.
void	XDL_4K.net_cfg_string() Parses net configuration statements within the double quotes.
void	XDL_4K.net_bel_cfg() Parses an individual net configuration statement.
void	XDL_4K.net_inpin(java.lang.String netName) Parses the information describing an input pin to which the physical net is attached.
void	XDL_4K.net_outpin(java.lang.String netName) Parses the information describing an output pin to which the physical net is attached.
void	XDL_4K.net_pip() Parses the configuration of a pip (programmable interconnection point, basically, a routing switch)
void	XDL_4K.tile() Parses the tile (location) of the pip.
void	XDL_4K.wire0() Parses the first connection point in a pip statement.
void	XDL_4K.pip_direction() Parses the direction of the pip.
void	XDL_4K.wire1() Parses the second connection point in a pip statement.
java.lang.String	XDL_4K.string() Parses a string in the grammar.
java.lang.String	XDL_4K.unquoted_string() Parses a simple string which is not surrounded by double quotes.
java.lang.String	XDL_4K.quoted_string() Parses a string which is surrounded by double quotes, but does not have the following characters within the string: ":", ";", or "\n".