John Drinkwater provided a new version which could avoid problem met with some R5 awk
this one doesn't require pipe usage git-svn-id: file:///srv/svn/repos/haiku/haiku/trunk@16199 a95241bf-73f2-0310-859d-f6bbb57e9c96
This commit is contained in:
Jérôme Duval
parent
1b478a399e
commit
1f955d54d8
@ -51,7 +51,7 @@ rule PCIHeaderGen
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actions PCIHeaderGen1
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{
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awk -f $(2[2]) $(2[1]) > $(1)
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awk -v HEADERFILE=$(1) -f $(2[2]) $(2[1])
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}
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PCIHeaderGen [ FGristFiles pcihdr.h ] : pci.ids : pci-clean.awk ;
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@ -7,26 +7,27 @@
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# John Drinkwater, john@nextraweb.com
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#
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# Use with http://pciids.sourceforge.net/pci.ids
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# run as: awk -f pci-clean.awk pci.ids > pcihdr.h
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# run as: awk -v HEADERFILE=pcihdr.h -f pci-header.awk pci.ids
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BEGIN {
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FS = " "
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print "#if 0"
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print "#\tPCIHDR.H: PCI Vendors, Devices, and Class Type information\n#"
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print "#\tGenerated by pci-clean, sourced from the web at the following URL:\n#\thttp://pciids.sourceforge.net/pci.ids\n#"
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print "#\tHeader created on " strftime( "%A, %d %b %Y %H:%M:%S %Z", systime() )
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print "#endif"
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ofile = HEADERFILE
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print "#if 0" > ofile
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print "#\tPCIHDR.H: PCI Vendors, Devices, and Class Type information\n#" > ofile
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print "#\tGenerated by pci-clean, sourced from the web at the following URL:\n#\thttp://pciids.sourceforge.net/pci.ids\n#" > ofile
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print "#\tHeader created on " strftime( "%A, %d %b %Y %H:%M:%S %Z", systime() ) > ofile
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print "#endif" > ofile
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print "\ntypedef struct _PCI_VENTABLE\n{\n\tunsigned short\tVenId ;\n\tchar *\tVenFull ;\n\tchar *\tVenShort ;\n} PCI_VENTABLE, *PPCI_VENTABLE ;\n" > ofile
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print "PCI_VENTABLE\tPciVenTable [] =\n{" > ofile
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print "typedef struct _PCI_DEVTABLE\n{\n\tunsigned short VenId ;\n\tunsigned short DevId ;\n\tchar *\tChipDesc ;\n\tchar *\tChip ;\n} PCI_DEVTABLE, *PPCI_DEVTABLE ;\n"
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print "PCI_DEVTABLE\tPciDevTable [] =\n{"
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}
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# matches vendor - starts with an id as first thing on the line
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/^[[:xdigit:]][[:xdigit:]][[:xdigit:]][[:xdigit:]] / {
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if ( length(vendor) > 0 ) vendor = vendor ",\n"
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vend = substr($0, 7)
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gsub( /\"/, "\\\"", vend )
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vendor = vendor "\t{ 0x" $1 ", \"" vend "\" }"
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if ( vendor++ > 0 ) { a = ",\n" } else { a = "" }
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vend = substr($0, 7); gsub( /\"/, "\\\"", vend )
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printf a "\t{ 0x" $1 ", \"" vend "\" }" > ofile
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# store vendor ID for possible devices afterwards
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currentVendor = $1
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}
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@ -34,76 +35,96 @@ BEGIN {
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# matches device
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/^\t[[:xdigit:]][[:xdigit:]][[:xdigit:]][[:xdigit:]] / {
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if ( devices++ > 0 ) { a = "," } else { a = "" }
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device = substr($0, 8)
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gsub( /\"/, "\\\"", device )
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print "\t" a "{ 0x" currentVendor ", 0x" $1 ", \"" device "\" }"
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device = substr($0, 8); gsub( /\"/, "\\\"", device )
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devicecount++
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devices[devicecount, 1] = currentVendor
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devices[devicecount, 2] = $1
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devices[devicecount, 3] = device
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}
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# matches subvendor device
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/^\t\t[[:xdigit:]][[:xdigit:]][[:xdigit:]][[:xdigit:]] / {
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if ( devices++ > 0 ) { a = "," } else { a = "" }
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device = substr($0, 14)
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gsub( /\"/, "\\\"", device )
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print "\t" a "{ 0x" $1 ", 0x" $2 ", \"" device "\" }"
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device = substr($0, 14); gsub( /\"/, "\\\"", device )
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devicecount++
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devices[devicecount, 1] = $1
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devices[devicecount, 2] = $2
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devices[devicecount, 3] = device
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}
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# match device class - store data for later
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/^C [[:xdigit:]][[:xdigit:]] / {
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class = $2
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classdes = substr($0, 7)
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gsub( /\"/, "\\\"", classdes )
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classdes = substr($0, 7); gsub( /\"/, "\\\"", classdes )
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}
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# match subclass, use device class data captured earlier, and output
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/^\t[[:xdigit:]][[:xdigit:]] / {
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if ( length(classes) > 0 ) classes = classes ",\n"
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if ( currentclass != class) { classes = classes "\n"; currentclass = class }
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subclassdes = substr($0, 6)
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gsub( /\"/, "\\\"", subclassdes )
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classes = classes "\t{ 0x" class ", 0x" $1 ", 0x00, \"" classdes "\", \"" subclassdes "\", \"\" }"
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# if ( currentclass != class) { classes = classes "\n"; currentclass = class }
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subclassdes = substr($0, 6); gsub( /\"/, "\\\"", subclassdes )
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subclass = $1
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classcount++;
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classes[classcount, 1] = class
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classes[classcount, 2] = subclass
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classes[classcount, 3] = "00"
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classes[classcount, 4] = classdes
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classes[classcount, 5] = subclassdes
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classes[classcount, 6] = ""
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}
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# match programming interface
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/^\t\t[[:xdigit:]][[:xdigit:]] / {
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if ( $1 != "00" ) {
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if ( length(classes) > 0 ) classes = classes ",\n"
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progif = substr($0, 7)
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gsub( /\"/, "\\\"", progif )
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classes = classes "\t{ 0x" class ", 0x" subclass ", 0x" $1 ", \"" classdes "\", \"" subclassdes "\", \"" progif "\" }"
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}
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#if ( $1 != "00" ) {
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#if ( length(classes) > 0 ) classes = classes ",\n"
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progif = substr($0, 7); gsub( /\"/, "\\\"", progif )
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classcount++;
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classes[classcount, 1] = class
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classes[classcount, 2] = subclass
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classes[classcount, 3] = $1
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classes[classcount, 4] = classdes
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classes[classcount, 5] = subclassdes
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classes[classcount, 6] = progif
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#}
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}
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# We've processed the file, now output.
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END {
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print "} ;\n\n// Use this value for loop control during searching:\n#define PCI_DEVTABLE_LEN (sizeof(PciDevTable)/sizeof(PCI_DEVTABLE))\n";
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print "\n};\n\n// Use this value for loop control during searching:\n#define\tPCI_VENTABLE_LEN\t(sizeof(PciVenTable)/sizeof(PCI_VENTABLE))\n" > ofile
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if ( devicecount > 0 ) {
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print "typedef struct _PCI_DEVTABLE\n{\n\tunsigned short VenId ;\n\tunsigned short DevId ;\n\tchar *\tChipDesc ;\n\tchar *\tChip ;\n} PCI_DEVTABLE, *PPCI_DEVTABLE ;\n" > ofile
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print "PCI_DEVTABLE\tPciDevTable [] =\n{" > ofile
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for (i = 1; i <= devicecount; i++) {
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if (i != 1) { a = ",\n" } else { a = "" }
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printf a "\t{ 0x" devices[i, 1] ", 0x" devices[i, 2] ", \"" devices[i, 3] "\" }" > ofile
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}
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print "\n} ;\n\n// Use this value for loop control during searching:\n#define PCI_DEVTABLE_LEN (sizeof(PciDevTable)/sizeof(PCI_DEVTABLE))\n" > ofile
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if ( length( vendor ) > 0 ) {
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print "\ntypedef struct _PCI_VENTABLE\n{\n\tunsigned short\tVenId ;\n\tchar *\tVenFull ;\n\tchar *\tVenShort ;\n} PCI_VENTABLE, *PPCI_VENTABLE ;\n"
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print "PCI_VENTABLE\tPciVenTable [] =\n{"
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print vendor
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print "};\n\n// Use this value for loop control during searching:\n#define\tPCI_VENTABLE_LEN\t(sizeof(PciVenTable)/sizeof(PCI_VENTABLE))\n"
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}
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if ( length( classes) > 0 ) {
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print "typedef struct _PCI_CLASSCODETABLE\n{\n\tunsigned char BaseClass ;\n\tunsigned char SubClass ;\n\tunsigned char ProgIf ;\n\tchar *\t\tBaseDesc ;\n\tchar *\t\tSubDesc ;\n\tchar *\t\tProgDesc ;\n} PCI_CLASSCODETABLE, *PPCI_CLASSCODETABLE ;\n"
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print "PCI_CLASSCODETABLE PciClassCodeTable [] =\n{"
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print classes
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print "} ;\n\n// Use this value for loop control during searching:\n#define PCI_CLASSCODETABLE_LEN (sizeof(PciClassCodeTable)/sizeof(PCI_CLASSCODETABLE))\n"
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if ( classcount > 0 ) {
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print "typedef struct _PCI_CLASSCODETABLE\n{\n\tunsigned char BaseClass ;\n\tunsigned char SubClass ;\n\tunsigned char ProgIf ;\n\tchar *\t\tBaseDesc ;\n\tchar *\t\tSubDesc ;\n\tchar *\t\tProgDesc ;\n} PCI_CLASSCODETABLE, *PPCI_CLASSCODETABLE ;\n" > ofile
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print "PCI_CLASSCODETABLE PciClassCodeTable [] =\n{" > ofile
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for (i = 1; i <= classcount; i++) {
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if (i != 1) { a = ",\n" } else { a = "" }
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if ( ( classes[i, 1] == classes[i+1, 1] ) && ( classes[i, 2] == classes[i+1, 2] ) && ( classes[i, 3] == classes[i+1, 3] ) ) {
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} else {
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printf a "\t{ 0x" classes[i, 1] ", 0x" classes[i, 2] ", 0x" classes[i, 3] ", \"" classes[i, 4] "\", \"" classes[i, 5] "\", \"" classes[i, 6] "\" }" > ofile
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}
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}
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print "\n} ;\n\n// Use this value for loop control during searching:\n#define PCI_CLASSCODETABLE_LEN (sizeof(PciClassCodeTable)/sizeof(PCI_CLASSCODETABLE))\n" > ofile
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}
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print "char *\tPciCommandFlags [] =\n{\n\t\"I/O Access\",\n\t\"Memory Access\",\n\t\"Bus Mastering\",\n\t\"Special Cycles\",\n\t\"Memory Write & Invalidate\",\n\t\"Palette Snoop\",\n\t\"Parity Errors\",\n\t\"Wait Cycles\",\n\t\"System Errors\",\n\t\"Fast Back-To-Back\",\n\t\"Reserved 10\",\n\t\"Reserved 11\",\n\t\"Reserved 12\",\n\t\"Reserved 13\",\n\t\"Reserved 14\",\n\t\"Reserved 15\"\n} ;\n"
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print "// Use this value for loop control during searching:\n#define PCI_COMMANDFLAGS_LEN (sizeof(PciCommandFlags)/sizeof(char *))\n"
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print "char *\tPciStatusFlags [] =\n{\n\t\"Reserved 0\",\n\t\"Reserved 1\",\n\t\"Reserved 2\",\n\t\"Reserved 3\",\n\t\"Reserved 4\",\n\t\"66 MHz Capable\",\n\t\"User-Defined Features\",\n\t\"Fast Back-To-Back\",\n\t\"Data Parity Reported\",\n\t\"\",\n\t\"\",\n\t\"Signalled Target Abort\",\n\t\"Received Target Abort\",\n\t\"Received Master Abort\",\n\t\"Signalled System Error\",\n\t\"Detected Parity Error\"\n} ;\n"
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print "// Use this value for loop control during searching:\n#define PCI_STATUSFLAGS_LEN (sizeof(PciStatusFlags)/sizeof(char *))\n"
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print "char *\tPciDevSelFlags [] =\n{\n\t\"Fast Devsel Speed\",\n\t\"Medium Devsel Speed\",\n\t\"Slow Devsel Speed\",\n\t\"Reserved 9&10\"\n} ;\n"
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print "// Use this value for loop control during searching:\n#define PCI_DEVSELFLAGS_LEN (sizeof(PciDevSelFlags)/sizeof(char *))\n\n"
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print "char *\tPciCommandFlags [] =\n{\n\t\"I/O Access\",\n\t\"Memory Access\",\n\t\"Bus Mastering\",\n\t\"Special Cycles\",\n\t\"Memory Write & Invalidate\",\n\t\"Palette Snoop\",\n\t\"Parity Errors\",\n\t\"Wait Cycles\",\n\t\"System Errors\",\n\t\"Fast Back-To-Back\",\n\t\"Reserved 10\",\n\t\"Reserved 11\",\n\t\"Reserved 12\",\n\t\"Reserved 13\",\n\t\"Reserved 14\",\n\t\"Reserved 15\"\n} ;\n" > ofile
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print "// Use this value for loop control during searching:\n#define PCI_COMMANDFLAGS_LEN (sizeof(PciCommandFlags)/sizeof(char *))\n" > ofile
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print "char *\tPciStatusFlags [] =\n{\n\t\"Reserved 0\",\n\t\"Reserved 1\",\n\t\"Reserved 2\",\n\t\"Reserved 3\",\n\t\"Reserved 4\",\n\t\"66 MHz Capable\",\n\t\"User-Defined Features\",\n\t\"Fast Back-To-Back\",\n\t\"Data Parity Reported\",\n\t\"\",\n\t\"\",\n\t\"Signalled Target Abort\",\n\t\"Received Target Abort\",\n\t\"Received Master Abort\",\n\t\"Signalled System Error\",\n\t\"Detected Parity Error\"\n} ;\n" > ofile
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print "// Use this value for loop control during searching:\n#define PCI_STATUSFLAGS_LEN (sizeof(PciStatusFlags)/sizeof(char *))\n" > ofile
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print "char *\tPciDevSelFlags [] =\n{\n\t\"Fast Devsel Speed\",\n\t\"Medium Devsel Speed\",\n\t\"Slow Devsel Speed\",\n\t\"Reserved 9&10\"\n} ;\n" > ofile
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print "// Use this value for loop control during searching:\n#define PCI_DEVSELFLAGS_LEN (sizeof(PciDevSelFlags)/sizeof(char *))\n\n" > ofile
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}
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