From efab8c7147768582391b91dd3e447d89ee55e98a Mon Sep 17 00:00:00 2001 From: Jeff Parsons Date: Sun, 28 Sep 2014 09:22:41 -0700 Subject: [PATCH] Initial cleanup --- my_modules/ecpjs-client/lib/parallelAdder.js | 327 ---------- my_modules/ecpjs-client/lib/register.js | 583 ------------------ my_modules/ecpjs-client/lib/selector.js | 228 ------- my_modules/ecpjs-client/lib/stepper.js | 207 ------- .../ecpjs-client/templates/component.xsl | 36 -- .../ecpjs-client/templates/components.css | 79 --- .../ecpjs-client/templates/components.xsl | 143 ----- my_modules/ecpjs-client/templates/device.xsl | 42 -- .../ecpjs-client/templates/document.xsl | 149 ----- my_modules/ecpjs-client/templates/outline.xsl | 29 - .../ecpjs-client/templates/register.css | 25 - .../ecpjs-client/templates/register.xsl | 58 -- 12 files changed, 1906 deletions(-) delete mode 100644 my_modules/ecpjs-client/lib/parallelAdder.js delete mode 100644 my_modules/ecpjs-client/lib/register.js delete mode 100644 my_modules/ecpjs-client/lib/selector.js delete mode 100644 my_modules/ecpjs-client/lib/stepper.js delete mode 100644 my_modules/ecpjs-client/templates/component.xsl delete mode 100644 my_modules/ecpjs-client/templates/components.css delete mode 100644 my_modules/ecpjs-client/templates/components.xsl delete mode 100644 my_modules/ecpjs-client/templates/device.xsl delete mode 100644 my_modules/ecpjs-client/templates/document.xsl delete mode 100644 my_modules/ecpjs-client/templates/outline.xsl delete mode 100644 my_modules/ecpjs-client/templates/register.css delete mode 100644 my_modules/ecpjs-client/templates/register.xsl diff --git a/my_modules/ecpjs-client/lib/parallelAdder.js b/my_modules/ecpjs-client/lib/parallelAdder.js deleted file mode 100644 index b997c79cd..000000000 --- a/my_modules/ecpjs-client/lib/parallelAdder.js +++ /dev/null @@ -1,327 +0,0 @@ -/* - * parallelAdder.js - * by Jeff Parsons, May 11, 2012 - */ - -/* - * Creation of a ParallelAdder object is controlled by the following properties of the - * parmsAdder object: - * - * idResident: ID of the resident register - * idIncident: ID of the incident register - * idCarries: ID of the carries register - * - * However, by the time we're called, initParallelAdders() has already looked up the - * corresponding Register components by the above IDs (so that we don't have to be - * involved in the "wiring" process) and passes them to us as: - * - * regResident - * regIncident - * regCarries - * - * Our constructor also creates an internal Register object (regScratch) that's used - * to make a copy of the carry bits in the "carries" register after each internal add cycle. - */ -function ParallelAdder(parmsAdder, regResident, regIncident, regCarries) -{ - Component.call(this, "ParallelAdder", parmsAdder); - this.regResident = regResident; - this.regIncident = regIncident; - this.regCarries = regCarries; - this.aBitsResident = regResident.getBits(); - this.aBitsIncident = regIncident.getBits(); - this.aBitsCarries = regCarries.getBits(); - this.regScratch = new Register({nBits:regCarries.count()}); - this.aBitsScratch = this.regScratch.getBits(); -} - -Component.subclass(Component, ParallelAdder, { - /* - * These functions implement the necessary Register interfaces that other components, - * like the Selector, expect us to support. - */ - count: function() { - return this.regResident.count(); - }, - readBit: function(iBit) { - return this.regResident.readBit(iBit); - }, - writeBit: function(iBit, b) { - this.regResident.writeBit(iBit, b); - }, - /* - * These are the functions unique to ParallelAdder. - */ - add: function(fnNotify) { - this.stopSteps(); - this.cCarryCycles = 0; - this.regResident.writeUndefined(false); - this.regResident.updateAll(); - this.regIncident.writeUndefined(false); - this.regIncident.updateAll(); - this.firstStep(this.stepAddRegisters, fnNotify); - }, - stop: function() { - this.stopSteps(); - this.regResident.stopSteps(); - this.regIncident.stopSteps(); - }, - stepAddRegisters: function(n) { - this.cCarryCycles++; - /* - * We call the next step directly, to give this step something concrete to do; - * we could have incorporated that code into this step, but it seems cleaner this way. - */ - this.stepClearCarries(n); - if (this.cCarryCycles == 1) - this.addStep(this.stepAddIncidentBits); - else - this.addStep(this.stepAddScratchBits); - this.addStep(this.stepCheckCarries); - return true; - }, - stepClearCarries: function(n) { - this.printStep(n, "Clearing carry bits"); - this.regCarries.writeAll(false); - if (n !== undefined) - this.regCarries.updateAll(); - return true; - }, - stepCheckCarries: function(n) { - if (!this.cCarries) { - this.printStep(n, "No carries, addition complete"); - return false; - } - this.printStep(n, "Copying carry bits to scratch"); - this.regScratch.copyAll(this.regCarries); - return true; - }, - stepAddIncidentBits: function(n) { - this.cCarries = 0; - /* - * The following table describes the 4 possible cases of resident(i) and incident(i) bits, - * and what result(i) and carry(i+1) bits must be generated in each of those cases to simulate - * the addition of a resident and incident bit: - * - * case resident(i) incident(i) result(i) carry(i+1) - * ---- ----------- ----------- --------- ---------- - * 1 false "+" false "=" false false - * 2 false "+" true "=" true false - * 3 true "+" false "=" true false - * 4 true "+" true "=" false true - * - * Prior to adding the incident bits, we cleared all the carry bits, so we only have to *set* carry bits, - * never *clear* them. As for the result bits, they must be written back to the resident bits register, - * so we must always write the resident result bit -- which you can tell from the table above is equivalent - * to an XOR operation (ie, true if only ONE of either the resident or incident bits is true, false if BOTH - * are false or true). - */ - this.printStep(n, "Adding incident bits"); - for (var i=0; i < this.aBitsIncident.length; i++) { - bIncident = this.aBitsIncident[i]; - bResident = this.aBitsResident[i]; - if (bResident && bIncident) { - if (i+1 < this.aBitsCarries.length) { - this.aBitsCarries[i+1] = true; - this.cCarries++; - } - } - this.aBitsResident[i] = (bResident? !bIncident : bIncident); // the closest thing we have to a logical XOR operation - } - if (n !== undefined) { - this.regResident.updateAll(); - this.regCarries.updateAll(); - } - return true; - }, - stepAddScratchBits: function(n) { - this.cCarries = 0; - /* - * We take advantage of the fact that on iteration i, all scratch bits below bit index i must be zero, - * so we can start checking scratch bits (ie, the carry bits from the previous iteration) at bit index "cCarryCycles". - * - * NOTE: We should assert that all bits below that index are indeed zero, and that we never end up here when - * cCarryCycles == aBitsScratch.length (because there shouldn't have been any saved carries from the length-1 iteration). - */ - this.printStep(n, "Adding previous carry bits"); - for (var i=this.cCarryCycles; i < this.aBitsScratch.length; i++) { - bScratch = this.aBitsScratch[i]; - bResident = this.aBitsResident[i]; - if (bResident && bScratch) { - if (i+1 < this.aBitsCarries.length) { - this.aBitsCarries[i+1] = true; - this.cCarries++; - } - } - this.aBitsResident[i] = (bResident? !bScratch : bScratch); // the closest thing we have to a logical XOR operation - } - if (n !== undefined) { - this.regResident.updateAll(); - this.regCarries.updateAll(); - } - return true; - } -}); - -/* - * initParallelAdders() - * - * Initializes all the necessary HTML to construct the component as spec'ed. - * - * Note that each element (e) of class "parallelAdder" is expected to have a "data-value" - * attribute containing the same JSON-encoded parameters that the ParallelAdder constructor - * expects; specifically: - * - * idResident: ID of register containing "resident" binary digits - * idIncident: ID of register containing "incident" binary digits - * idCarries: ID of register used for recording resulting carries - */ -function initParallelAdders() -{ - var aeAdders = Component.getElementsByClass(window.document, "parallelAdder"); - for (var iAdder=0; iAdder < aeAdders.length; iAdder++) { - var eAdder = aeAdders[iAdder]; - var parmsAdder = Component.getComponentParms(eAdder); - // - // Let's find all the prerequisite register components next.... - // - var regResident = Component.getComponentByID(parmsAdder.idResident); - var regIncident = Component.getComponentByID(parmsAdder.idIncident); - var regCarries = Component.getComponentByID(parmsAdder.idCarries); - - if (!regResident) regResident = new Register(); - if (!regIncident) regIncident = new Register(); - if (!regCarries) regCarries = new Register(); - - // - // Now we can create the ParallelAdder object, record it, and wire it up to the associated document elements. - // - var adder = new ParallelAdder(parmsAdder, regResident, regIncident, regCarries); - initParallelAdderControls(adder, eAdder); - } -} - -/* - * initParallelAdderControls(reg, eReg) - * - * For each Adder object created by initParallelAdders(), this function looks for any controls that have been defined - * along with the adder element in the current document, and "wires" them as needed. - * - * The following controls are supported: - * - * One optional 'output' control of class "status" - * One optional 'button' control of class "add" - * One optional 'button' control of class "test" - * One optional 'button' control of class "step" (if this exists, it will override any "step" setting above) - */ -function initParallelAdderControls(adder, eAdder) -{ - adder.eAdder = eAdder; - var aeControls = Component.getElementsByClass(eAdder.parentNode, "controls"); - for (var iControl = 0; iControl < aeControls.length; iControl++) { - var aeChildren = aeControls[iControl].childNodes; - for (var i=0; i < aeChildren.length; i++) { - var e = aeChildren[i]; - if (e.nodeType != document.ELEMENT_NODE) - continue; - var sClass = e.getAttribute("class"); - if (e.nodeName == "BUTTON" && sClass == "add") { - e.onclick = function() { - adder.stop(); - addParallelValues(adder); - }; - continue; - } - if (e.nodeName == "BUTTON" && sClass == "test") { - adder.eTest = e; - e.onclick = function() {addStartParallelTest(adder);}; - continue; - } - if (e.nodeName == "BUTTON" && sClass == "step") { - adder.setStep(e); - continue; - } - if (e.nodeName == "DIV" && sClass == "status") { - adder.setStatusUpdate( - function(e) { - return function(s) { - e.innerHTML = (s? ""+s+"" : ""); - }; - }(e) - ); - continue; - } - } - } -} - -/* - * Function called by the anonymous click handler for the "Add" button. - */ -function addParallelValues(adder) -{ - adder.stop(); - var vResident = adder.regResident.getValue(); - // adder.printStatus("Resident register loaded: " + vResident); - var vIncident = adder.regIncident.getValue(); - // adder.printStatus("Incident register loaded: " + vIncident); - adder.add(function() { - var s1 = "Success", s2 = "=="; - var vResult = adder.regResident.getValue(); - if (vResult != vResident + vIncident) {s1 = "Error"; s2 = "!=";} - adder.printStatus(s1 + ": result (" + vResult + ") " + s2 + " resident (" + vResident + ") + incident (" + vIncident + ")"); - }); -} - -/* - * Function called by the anonymous click handler for the "Test" button. - */ -function addParallelTestValues(adder) -{ - adder.cTests++; - var vResident = Math.random() * 0.5; - var vIncident = Math.random() * 0.5; - adder.regResident.writeValue(vResident, function() { - vResident = adder.regResident.getValue(); - // adder.printStatus("Resident register loaded: " + vResident); - adder.regIncident.writeValue(vIncident, function() { - vIncident = adder.regIncident.getValue(); - // adder.printStatus("Incident register loaded: " + vIncident); - adder.add(function() { - var vResult = adder.regResident.getValue(); - adder.cTotalCycles += adder.cCarryCycles - 1; // we don't want to count the initial addition, just the addition of carries - adder.printStatus("Addition complete: " + vResult + " (" + adder.cCarryCycles + " carry cycles, " + (adder.cTotalCycles/adder.cTests) + " average)"); - if (vResult != vResident + vIncident) - adder.printStatus("Error: result (" + vResult + ") != resident (" + vResident + ") + incident (" + vIncident + "): " + (vResident + vIncident)); - else - if (adder.cTests < 1000) { - addParallelTestValues(adder); - return; - } - addStopParallelTest(adder); - }); - }); - }); -} - -function addStartParallelTest(adder) -{ - adder.stop(); - adder.eTest.innerHTML = "Stop"; - adder.eTest.onclick = function() {addStopParallelTest(adder);}; - adder.cTests = 0; - adder.cTotalCycles = 0; - addParallelTestValues(adder); -} - -function addStopParallelTest(adder) -{ - adder.stop(); - adder.eTest.innerHTML = "Test"; - adder.eTest.onclick = function() {addStartParallelTest(adder);}; -} - -/* - * Initialize all the components on the page. - */ -web.onInit(initParallelAdders); diff --git a/my_modules/ecpjs-client/lib/register.js b/my_modules/ecpjs-client/lib/register.js deleted file mode 100644 index 9e59e1833..000000000 --- a/my_modules/ecpjs-client/lib/register.js +++ /dev/null @@ -1,583 +0,0 @@ -/* - * register.js - * by Jeff Parsons, May 7, 2012 - */ - -/* - * Creation of a Register object is controlled by the following properties of the - * parmsReg object: - * - * nBits: number of bits - * signed: true if signed (default), false otherwise - * bit0Exp: the power-of-two for bit 0 (default is zero) - * labels: true for labels, false otherwise (default) - * - * A Register object can be as small as a single bit, and in fact, a 1-bit Register - * is exactly how you would create the equivalent of a Bit object. However, the more - * common use of this class is to create a bit array. - * - * Internally, the bit indexes of a register correspond to the array indexes of aBits - * (ie, aBits[0] contains the value for bit 0, aBits[1] is bit 1, etc). And the lowest - * bit index represents the lowest power-of-two of the value represented by the register. - * - * The display of a Register object "cell" is handled by the given updateBit() function: - * - * updateBit(iBit, f) - * - * If f is undefined, the cell will be blanked; otherwise, either a "0" or a "1" will be - * displayed. However, that's just the standard implementation; the caller is free to - * define any other behavior (Remember: a register shouldn't care what it looks like). - * - * Internally, there are also "helper" properties (eg, decimalValue) and methods - * (eg, writeValue()) used, for example, to help write data into the register. - * Here's a list of some of them (it's difficult to promise that this list will be kept - * up-to-date): - * - * decimalValue: a decimal floating-point value being written to the register - * decimalPower: a power-of-two used to help convert decimalValue to binary - * decimalBit: a bit index used to help convert decimalValue to binary - * decimalSave: saves the initial decimal value, for visual comparison purposes - */ -var MAX_FRACTIONAL_DIGITS = 12; - -function Register(parmsReg, updateBit) { - Component.call(this, "Reg", parmsReg); - if (parmsReg === undefined) { - parmsReg = {nBits:40, signed:true, bit0Exp:0, labels:true}; - } - this.aBits = new Array(parmsReg.nBits); - this.signed = parmsReg.signed; - this.bit0Exp = parmsReg.bit0Exp; - this.labels = parmsReg.labels; - /* - * BUGBUG: Compute a reasonable value for this based on how many significant decimal digits - * (ie, to the right of the decimal point) correspond to the smallest given negative power-of-two. - */ - this.fixedDigits = (this.bit0Exp < 0? MAX_FRACTIONAL_DIGITS : 0); - this.upperBound = Math.pow(2, this.bit0Exp + this.aBits.length - (this.signed? 1 : 0)); - this.lowerBound = (this.signed? -this.upperBound : 0); - this.updateBit = (updateBit === undefined? function(iBit, f) {} : updateBit); -} - -Component.subclass(Component, Register, { - /* - * getBits() is used for "direct" access to the bits; use readBit() and writeBit() to - * access and change individual bits when speed isn't important. Note that changing bits - * directly, as well as calling the write or copy functions, bypasses display updates, so - * use updateBit() or updateAll() to update the display of one bit or the entire register - * as needed. Alternatively, use modifyBit() or modifyAll() to both change and display a - * single bit or the entire register. - */ - count: function() { - return this.aBits.length; - }, - getBits: function() { - return this.aBits; - }, - readBit: function(iBit) { - return this.aBits[iBit]; - }, - writeBit: function(iBit, b) { - this.aBits[iBit] = b; - }, - writeAll: function(b) { - for (var iBit=0; iBit < this.aBits.length; iBit++) - this.aBits[iBit] = b; - }, - writeUndefined: function(b) { - for (var iBit=0; iBit < this.aBits.length; iBit++) - if (this.aBits[iBit] === undefined) - this.aBits[iBit] = b; - }, - notBit: function(iBit) { - this.aBits[iBit] = !this.aBits[iBit]; - }, - notAll: function() { - for (var iBit=0; iBit < this.aBits.length; iBit++) - this.aBits[iBit] = !this.aBits[iBit]; - }, - copyAll: function(reg) { - for (var iBit=0; iBit < this.aBits.length; iBit++) - this.aBits[iBit] = reg.aBits[iBit]; - }, - updateAll: function() { - for (var iBit=0; iBit < this.aBits.length; iBit++) - this.updateBit(iBit, this.aBits[iBit]); - this.refreshLiveValue(); - }, - modifyBit: function(iBit, b) { - this.writeBit(iBit, b); - this.updateBit(iBit, b); - this.refreshLiveValue(); - }, - modifyAll: function(b) { - this.writeAll(b); - this.updateAll(); - }, - readValue: function() { - this.stopSteps(); - this.printDecimal(); - this.writeUndefined(false); - this.updateAll(); - this.fPostOp = 0; - this.decimalSave = undefined; - this.decimalValue = 0; - this.decimalBit = this.aBits.length - 1; - if (this.signed && this.aBits[this.decimalBit]) { - this.fPostOp = -1; - } - this.decimalExp = this.bit0Exp + this.decimalBit; - this.decimalPower = Math.pow(2, this.decimalExp); - this.firstStep(this.stepCompareBitToPower); - return this.decimalValue; // NOTE: this return value is valid ONLY if single-stepping has been disabled - }, - writeValue: function(v, fnNotify) { - this.stopSteps(); - this.modifyAll(undefined); - /* - * There are two obvious ways to handle negative values: one is to negate at the beginning, - * producing a positive value, and convert as we would any other positive value; when done, - * flip all the bits and add a bit at index 0 (ie, a traditional two's-complement conversion). - * - * However, this variation is better: make the value positive, subtract a bit at index 0, - * convert as before, and then flip all the bits. It doesn't matter what order we perform the - * two's-complement conversion steps, and performing a "pre-subtraction" against the input value - * is cheaper for us than performing a "post-addition" on the output value (because we can - * use internal math operations on the input value, whereas the output value is stored only as - * an array of bits). - * - * One downside: when stepping through the conversion process, it may seem odd to see the - * initial value modified ever so slightly (eg, -0.5 converted to 0.499999999998181). We could - * add an additional explicit step to clear up any potential confusion. - */ - this.fPostOp = 0; - this.decimalSave = v; - if (v < 0) { - v = -v; - v -= Math.pow(2, this.bit0Exp); - // BUGBUG: Assert that v is still positive (for tiny negative values of v, this will be a concern) - this.fPostOp = 1; - } - this.decimalValue = v; - this.decimalBit = this.aBits.length - 1; - if (this.signed) { - this.modifyBit(this.decimalBit, 0); - this.decimalBit--; - } - this.decimalExp = this.bit0Exp + this.decimalBit; - this.decimalPower = Math.pow(2, this.decimalExp); - this.firstStep(this.stepCompareDecimalToPower, fnNotify); - }, - getValue: function() { - var decimalValue = 0; - var decimalBit = this.aBits.length - 1; - var fPostNegate = this.signed && this.aBits[decimalBit]; - var decimalExp = this.bit0Exp + decimalBit; - var decimalPower = Math.pow(2, decimalExp); - do { - if (this.aBits[decimalBit]) - decimalValue += decimalPower; - if (decimalBit == 0) break; - decimalBit--; - decimalPower /= 2; - } while (true); - if (fPostNegate) { - decimalValue = -(Math.pow(2, this.bit0Exp + this.aBits.length) - decimalValue); - } - return decimalValue; - }, - setLiveUpdate: function(updateLiveValue) { - this.updateLiveValue = updateLiveValue; - this.refreshLiveValue(); - }, - refreshLiveValue: function() { - if (this.updateLiveValue) { - this.updateLiveValue(this.getValue()); - } - }, - printDecimal: function(v) { - if (this.updateDecimal !== undefined) { - /* - * We allow v to be undefined, as way as signalling that we are beginning a fresh - * conversion; we will be calling printDecimal() again at the completion of the conversion, - * and v will be defined at that point. - */ - this.updateDecimal(v); - if (v !== undefined && this.log) - console.log(this.toString() + ": updated decimal value to " + v.toFixed(this.fixedDigits)); - } - }, - setDecimalUpdate: function(updateDecimal) { - this.updateDecimal = updateDecimal; - }, - /* - * The following "step" functions implement writeValue(). - * - * Once writeValue() has initialized all the internal decimal variables, it calls - * the first step indirectly, via firstStep(), which in turns invokes other - * steps, based on whether the current decimal power is greater than or equal to - * the current decimal value. - */ - stepCompareDecimalToPower: function(n) { - this.printStep(n, "Comparing decimal value (" + this.decimalValue + ") to 2" + this.decimalExp + " (" + this.decimalPower.toFixed(20) + ")"); - if (this.decimalValue >= this.decimalPower) { - this.addStep(this.stepSetDecimalBit); - this.addStep(this.stepReduceDecimalValue); - } - else { - this.addStep(this.stepClearDecimalBit); - } - if (!this.addStep(this.stepReduceDecimalPower)) - return false; - return true; - }, - stepSetDecimalBit: function(n) { - this.printStep(n, "Setting bit " + this.decimalBit); - this.writeBit(this.decimalBit, true); - if (n !== undefined) { - this.updateBit(this.decimalBit, true); - this.refreshLiveValue(); - } - return true; - }, - stepClearDecimalBit: function(n) { - this.printStep(n, "Clearing bit " + this.decimalBit); - this.writeBit(this.decimalBit, false); - if (n !== undefined) { - this.updateBit(this.decimalBit, false); - this.refreshLiveValue(); - } - return true; - }, - stepReduceDecimalValue: function(n) { - this.printStep(n, "Reducing decimal value by 2" + this.decimalExp + " (" + this.decimalPower.toFixed(20) + ")"); // this.decimalPower.toFixed(this.fixedDigits)); - this.decimalValue -= this.decimalPower; - if (n !== undefined) this.printDecimal(this.decimalValue); - return true; - }, - stepReduceDecimalPower: function(n) { - if (this.decimalBit == 0) { - var sStep = "Processed bit 0"; - if (this.fPostOp > 0) { - sStep = "Inverting all bits"; - this.notAll(); - this.updateAll(); - } - else if (this.fPostOp < 0) { - sStep = "Negating result"; - this.decimalValue = -(Math.pow(2, this.bit0Exp + this.aBits.length) - this.decimalValue); - } - this.printStep(n, sStep + ", conversion" + (this.decimalSave !== undefined? " of " + this.decimalSave.toFixed(this.fixedDigits) : "") + " complete"); - if (n === undefined) { - /* - * Since the conversion was performed without single-stepping, we need to update the register via - * updateAll() if this was a writeValue() operation (ie, decimalSave is defined); similarly, we need - * to update the decimal value via printDecimal() if this was a readValue() operation. - */ - if (this.decimalSave !== undefined) - this.updateAll(); - } - /* - * printDecimal() may have never been called during the conversion, since we only call it when the value has been - * reduced. So we always print at the end. - */ - this.printDecimal(this.decimalValue); - return false; - } - this.printStep(n, "Reducing power-of-two"); - this.decimalBit--; - this.decimalExp--; - this.decimalPower /= 2; - return true; - }, - /* - * The following "step" functions implement readValue(). - * - * Because we take the same "top-down" approach that writeValue() took (ie, from highest power/left-most bit down to - * lowest power/right-most bit), we can use the same stepReduceDecimalPower step function that writeValue() used; both - * procedures stop after they've processed bit 0. - */ - stepCompareBitToPower: function(n) { - this.printStep(n, "Testing bit " + this.decimalBit); - if (this.aBits[this.decimalBit]) - this.addStep(this.stepIncreaseDecimalValue); - if (!this.addStep(this.stepReduceDecimalPower)) - return false; - return true; - }, - stepIncreaseDecimalValue: function(n) { - this.printStep(n, "Increasing decimal value by 2" + this.decimalExp + " (" + this.decimalPower.toFixed(20) + ")"); // this.decimalPower.toFixed(this.fixedDigits)); - this.decimalValue += this.decimalPower; - if (n !== undefined) this.printDecimal(this.decimalValue); - return true; - } -}); - -/* - * initRegisters() - * - * Initializes all the necessary HTML to construct every register as spec'ed. - * - * This function operates on every element (e) of class "register" and inserts - * the appropriate HTML child elements of class "bitCell". - * - * Note that each element (e) of class "register" is expected to have a "data-value" - * attribute containing the same JSON-encoded parameters that the Register constructor - * expects. - */ -function initRegisters() -{ - var aeRegs = Component.getElementsByClass(window.document, "register"); - for (var iReg=0; iReg < aeRegs.length; iReg++) { - var eReg = aeRegs[iReg]; - var parmsReg = Component.getComponentParms(eReg); - var sHTML = ""; - var nExp = parmsReg.bit0Exp + parmsReg.nBits - 1; - for (var iCell=0; iCell < parmsReg.nBits; iCell++,nExp--) { - var sLabel = ""; - sBitClass = "bitCell"; - if (iCell == 0) { - sBitClass += " bitCellLeft"; - if (parmsReg.signed) sLabel = "+/-"; - } - var sCellID = "r" + iReg + "c" + iCell; - var sCell = "
\n"; - if (!parmsReg.labels) { - sHTML += sCell; - } - else { - if (!sLabel) sLabel = "2" + nExp + ""; - sHTML += "
\n" + sCell + "
" + sLabel + "
\n
\n"; - } - } - eReg.innerHTML = sHTML; - if (parmsReg.id) { - eReg.setAttribute("id", "reg" + parmsReg.id); - } - - // - // Now that all the document elements have been defined, create an array that refers - // to all "bitCell" elements in bit index order (ie, reverse of display order). - // - var aeBits = []; - var aeCells = Component.getElementsByClass(eReg, "bitCell"); - for (var i=aeCells.length-1; i >= 0; i--) { - aeBits.push(aeCells[i]); - } - - // - // Now we can create the Register object, record it, and wire it up to the associated document elements. - // - var reg = new Register(parmsReg, function(aeBitsParm) { - return function(iBit, f) { - var s = (f===undefined? " " : (f? "1":"0")); - aeBitsParm[iBit].innerHTML = s; - }; - }(aeBits) - ); - - for (var i=0; i < aeBits.length; i++) { - aeBits[i].onclick = function(regParm, iParm) { - // - // If we defined the onclick handler below as "function(e)" instead of simply "function()", then we could - // also receive an event object (e); however, IE reportedly requires that we examine a global (window.event) - // instead. If that's true, and if we ever care to get more details about the click event, then we might - // have to worry about that (eg, define a local var: "var event = window.event || e"). - // - return function() { - toggleRegisterBit(regParm, iParm); - }; - }(reg, i); - } - - initRegisterControls(reg, eReg); - - // - // For testing purposes, we could tweak a few of the bits, just to see if all the "wiring" works. - // - // reg.modifyBit(7, true); - // reg.modifyBit(9, false); - // - } -} - -/* - * initRegisterControls(reg, eReg) - * - * For each Register object created by initRegisters(), this function looks for any controls that have been defined - * along with the register element in the current document, and "wires" them as needed. - * - * The following controls are supported: - * - * One optional 'input' control of class "value" - * One optional 'output' control of class "value" - * One optional 'output' control of class "status" - * One optional 'button' control of class "random" - * One optional 'button' control of class "write" - * One optional 'button' control of class "read" - * One optional 'button' control of class "clear" - * One optional 'button' control of class "step" (if this exists, it will override any "step" setting above) - */ -function initRegisterControls(reg, eReg) -{ - var aeControls = Component.getElementsByClass(eReg.parentNode, "controls"); - for (var iControl = 0; iControl < aeControls.length; iControl++) { - var aeChildren = aeControls[iControl].childNodes; - var eDecimal = null, eRandom = null, eWrite = null, eRead = null; - for (var i=0; i < aeChildren.length; i++) { - var e = aeChildren[i]; - if (e.nodeType != document.ELEMENT_NODE) - continue; - var sClass = e.getAttribute("class"); - if (e.nodeName == "INPUT" && sClass == "value") { - eDecimal = e; - reg.setDecimalUpdate( - function(e) { - return function(v) { - e.value = (v !== undefined? v.toFixed(reg.fixedDigits) : ""); - }; - }(e) - ); - continue; - } - if (e.nodeName == "DIV" && sClass == "value") { - reg.setLiveUpdate( - function(e) { - return function(v) { - e.innerHTML = (v !== undefined? "Live value: " + v.toFixed(reg.fixedDigits) + "" : ""); - }; - }(e) - ); - continue; - } - if (e.nodeName == "DIV" && sClass == "status") { - reg.setStatusUpdate( - function(e) { - return function(s) { - e.innerHTML = (s? "" + s + "" : ""); - }; - }(e) - ); - continue; - } - if (e.nodeName == "BUTTON" && sClass == "random") { - eRandom = e; - continue; - } - if (e.nodeName == "BUTTON" && sClass == "write") { - eWrite = e; - continue; - } - if (e.nodeName == "BUTTON" && sClass == "read") { - eRead = e; - continue; - } - if (e.nodeName == "BUTTON" && sClass == "clear") { - e.onclick = function() { clearRegisterValue(reg); }; - continue; - } - if (e.nodeName == "BUTTON" && sClass == "step") { - reg.setStep(e); - continue; - } - } - if (eRandom && eDecimal) { - eRandom.onclick = function(eDecimal) { - return function() { randomizeRegisterValue(reg, eDecimal); }; - }(eDecimal); - } - if (eWrite && eDecimal) { - eWrite.onclick = function(eDecimal) { - return function() { writeRegisterValue(reg, eDecimal); }; - }(eDecimal); - } - if (eRead) { - eRead.onclick = function(eDecimal) { - return function() { readRegisterValue(reg, eDecimal); }; - }(eDecimal); - } - } -} - -/* - * Function called by the anonymous click handler for all of the individual register "bitCell" elements. - */ -function toggleRegisterBit(reg, iBit) -{ - reg.modifyBit(iBit, reg.readBit(iBit) === false); -} - -/* - * Function called by the anonymous click handler for the "Random" button. - * - * It calls reg.stopSteps() to stop any internal operation currently in progress (eg, - * a previous writeValue() or readValue() operation), but it doesn't attempt to write the new value into - * the register; that's the "Write" button's job, once the user chooses to accept the new value. - */ -function randomizeRegisterValue(reg, eDecimal) -{ - /* - * NOTE: eDecimal is an element, so set the "value" property rather than the "innerHTML" property. - */ - reg.stopSteps(); - eDecimal.value = Math.random().toFixed(reg.fixedDigits); -} - -/* - * Function called by the anonymous click handler for the "Write" button. - * - * This takes whatever input value the user has entered (either manually or by clicking the "Random" button) - * and calls reg.writeValue() to begin the process of converting the decimal floating-point value to binary and - * writing the result to the register. - * - * If we ever add a user control (eg, a drop-down list) to select a step delay, then we can call setStep() - * to change the delay from whatever default delay was selected. Note that a setStep() delay of 0 disables all - * single-step output, allowing the operation to run at full speed. - */ -function writeRegisterValue(reg, eDecimal) -{ - reg.stopSteps(); - var v = parseFloat(eDecimal.value); - if (isNaN(v)) - v = 0; - if (v >= reg.lowerBound && v < reg.upperBound) { - reg.writeValue(v); - } - else { - reg.printStatus("Error: decimal value " + v + " out of bounds (" + reg.lowerBound + " <= v < " + reg.upperBound + ")"); - } -} - -/* - * Function called by the anonymous click handler for the "Read" button. - * - * This starts the reg.readValue() procedure, which does return a value, but it's meaningful only if - * single-stepping has been disabled. It doesn't matter, because either way, reg.readValue() insures that - * that the decimal field is zeroed at the beginning of the procedure and updated at the end (not to mention - * intermediate intervals if single-stepping is enabled), so there's no need to update the field here. - * - * If we ever add a user control (eg, a drop-down list) to select a step delay, then we can call setStep() - * to change the delay from whatever default delay was selected. Note that a setStep() delay of 0 disables all - * single-step output, allowing the operation to run at full speed. - */ -function readRegisterValue(reg, eDecimal) -{ - reg.stopSteps(); - reg.readValue(); -} - -/* - * Function called by the anonymous click handler for the "Clear" button. - */ -function clearRegisterValue(reg) -{ - reg.stopSteps(); - reg.modifyAll(false); - reg.printDecimal(); - reg.printStatus(); -} - -/* - * Initialize all the registers on the page. - */ -web.onInit(initRegisters); diff --git a/my_modules/ecpjs-client/lib/selector.js b/my_modules/ecpjs-client/lib/selector.js deleted file mode 100644 index b25885a11..000000000 --- a/my_modules/ecpjs-client/lib/selector.js +++ /dev/null @@ -1,228 +0,0 @@ -/* - * selector.js - * by Jeff Parsons, May 24, 2012 - */ - -/* - * Creation of a Selector object is controlled by the following properties of the - * parmsSel object: - * - * nGates: number of gates - * color: color of the gate(s) - * single: true if single gate image to be used, false otherwise (default) - * idSource: ID of the source (eg, component with matching number of bits) - * idTarget: ID of the target (eg, component with matching number of bits) - * sourceStart: starting bit index of source corresponding to gate index 0 - * targetStart: starting bit index of target corresponding to gate index 0 - * - * However, by the time we're called, initSelectors() has already looked up the - * corresponding source and target components by the above IDs (so that we don't - * have to be involved in the "wiring" process) and passes them to us as: - * - * regSource - * regTarget - * - * A Selector object can be a single gate or an array of gates. The behavior of - * these gates is extensible, but by default, gates do nothing more than propagate - * bits from a "source" input to a "target" output whenever they are "selected". - * - * Internally, the gate indexes of a Selector correspond to the array indexes of - * aGates (ie, aGates[0] contains the [source, target, selected] triplet for gate - * index 0). The source, target and selected values for each gate triplet are stored - * at positions GATE_SOURCE, GATE_TARGET, and GATE_SELECTED. - * - * The display of individual gates is handled by the given updateGate() function: - * - * updateGate(iGate, f) - * - * If f is true, the gate should be displayed in an "selected" state, otherwise it - * should be displayed in a "deselected" state. - */ -function Selector(parmsSel, regSource, regTarget, updateGate) { - Component.call(this, "Sel", parmsSel); - this.aGates = new Array(parmsSel.nGates); - this.selected = false; // the selected state of the entire selector - this.single = (parmsSel.single === true); - this.source = regSource; - this.target = regTarget; - var sourceIndex = (parmsSel.sourceStart? parmsSel.sourceStart : 0); - var targetIndex = (parmsSel.targetStart? parmsSel.targetStart : 0); - var sourceCount = (this.source? this.source.count() : -1); // bit index limit for the given source - var targetCount = (this.target? this.target.count() : -1); // bit index limit for the given target - for (var iGate=0; iGate < this.aGates.length; iGate++) { - var s = sourceIndex; - var t = targetIndex; - if (sourceIndex < 0 || sourceIndex >= sourceCount) s = -1; - if (targetIndex < 0 || targetIndex >= targetCount) t = -1; - this.aGates[iGate] = [s, t, false]; - sourceIndex++; - targetIndex++; - } - this.updateGate = (updateGate === undefined? function(iGate, f) {} : updateGate); - this.updateAll(); -} - -var GATE_SOURCE = 0; -var GATE_TARGET = 1; -var GATE_SELECTED = 2; - -Component.subclass(Component, Selector, { - count: function() { - return this.aGates.length; - }, - selectGate: function(iGate, f) { - this.aGates[iGate][GATE_SELECTED] = f; - if (f) { - var sourceIndex = this.aGates[iGate][GATE_SOURCE]; - var targetIndex = this.aGates[iGate][GATE_TARGET]; - if (sourceIndex >= 0 && targetIndex >= 0) - this.target.writeBit(targetIndex, this.source.readBit(sourceIndex)); - } - }, - selectAll: function(f) { - this.selected = f; - for (var iGate=0; iGate < this.aGates.length; iGate++) { - this.selectGate(iGate, f); - } - }, - updateAll: function() { - for (var iGate=0; iGate < this.aGates.length; iGate++) - this.updateGate(iGate, this.aGates[iGate][GATE_SELECTED]); - this.target.updateAll(); - } -}); - -/* - * initSelectors() - * - * Initializes all the necessary HTML to construct every Selector gate or - * gate-array as spec'ed. - * - * This function operates on every element (e) of class "selector" and inserts - * the appropriate HTML child elements of class "gate". - * - * Note that each element (e) of class "selector" is expected to have a "data-value" - * attribute containing the same JSON-encoded parameters that the Selector constructor - * expects. - */ -function initSelectors() -{ - var aeSels = Component.getElementsByClass(window.document, "selector"); - for (var iSel=0; iSel < aeSels.length; iSel++) { - var eSel = aeSels[iSel]; - var parmsSel = Component.getComponentParms(eSel); - - // - // Let's find the specified source/target components next, because if nGates isn't defined, - // then we will set a default value equal to the number of bits in the source component, if any. - // - var regSource = Component.getComponentByID(parmsSel.idSource); - var regTarget = Component.getComponentByID(parmsSel.idTarget); - if (parmsSel.nGates === undefined) { - parmsSel.nGates = (regSource? regSource.count() : 1); - } - - var nGate = 1; - var sHTML = ""; - if (parmsSel.single) { - sHTML += "
\n"; - } - else { - for (var iGate=0; iGate < parmsSel.nGates; iGate++,nGate++) { - sHTML += "
\n"; - } - } - eSel.innerHTML = sHTML; - if (parmsSel.id) { - eSel.setAttribute("id", "sel" + parmsSel.id); - } - - // - // Now that all the document elements have been defined, we can - // create an array that refers to all "gate" elements in bit index order - // (ie, reverse of display order). - // - var aeGates = []; - var aeCells = Component.getElementsByClass(eSel, "gate"); - for (var i=aeCells.length-1; i >= 0; i--) { - aeGates.push(aeCells[i]); - } - - // - // Now we can create the Selector object, record it, and wire it up to the associated document elements. - // - var sel = new Selector(parmsSel, regSource, regTarget, function(ae, color, single) { - return function(iGate, f) { - var s = (f===true? "white": color); - ae[single?0:iGate].style.backgroundColor = s; - }; - }(aeGates, parmsSel.color, parmsSel.single) - ); - - for (var i=0; i < aeGates.length; i++) { - aeGates[i].onclick = function (selParm) { - return function() { - selectSelector(selParm); - }; - }(sel); - } - - initSelectorControls(sel, eSel); - - // - // For testing purposes, we could tweak a few of the gates, just to see if all the "wiring" works. - // - // sel.selectGate(7, true); - // sel.selectGate(9, false); - // - } - if (aeSels.length == 0) - console.log("warning: no selectors on page"); -} - -/* - * initSelectorControls(sel, eSel) - * - * For each Selector object created by initSelectors(), this function looks for any controls that have been defined - * along with the selector element in the current document, and "wires" them as needed. - * - * The following controls are supported: - * - * One optional 'button' control of class "select" - */ -function initSelectorControls(sel, eSel) -{ - var aeControls = Component.getElementsByClass(eSel.parentNode, "controls"); - for (var iControl = 0; iControl < aeControls.length; iControl++) { - var aeChildren = aeControls[iControl].childNodes; - for (var i=0; i < aeChildren.length; i++) { - var e = aeChildren[i]; - if (e.nodeType != document.ELEMENT_NODE) - continue; - var sClass = e.getAttribute("class"); - if (e.nodeName == "BUTTON" && sClass == "select") { - e.onclick = function(e) { - return function() { selectSelector(sel, e); }; - }(e); - continue; - } - } - } -} - -/* - * Function called by the anonymous click handlers for the "Select" button. - */ -function selectSelector(sel, e) -{ - sel.selectAll(!sel.selected); - sel.updateAll(); - if (e !== undefined) { - e.innerHTML = (f? "Deselect" : "Select"); - } -} - -/* - * Initialize all the selectors on the page. - */ -web.onInit(initSelectors); diff --git a/my_modules/ecpjs-client/lib/stepper.js b/my_modules/ecpjs-client/lib/stepper.js deleted file mode 100644 index b8fd0ff44..000000000 --- a/my_modules/ecpjs-client/lib/stepper.js +++ /dev/null @@ -1,207 +0,0 @@ -/* - * stepper.js - * by Jeff Parsons, June 24, 2012 - * - * Stepper methods extracted from the original Component class. - */ - -/* - * The Stepper class defines a set of stepping functions used to help drive multi-step - * operations that a component may want to "single-step." The setStep() function determines - * the delay, if any, between the steps. If there is no delay, then all the supplied - * "step" functions are called directly. Otherwise, any delay (even a minimal delay of 0ms) - * results in the creation and queuing of step objects. Every step object contains: - * - * fn: step function pointer - * n: step number - * - * and is stored in a simple array (aStep) used to enqueue/dequeue the step objects. - * - * firstStep() gets the ball rolling by queuing the first "step" function. That initial - * "step" function, as well as any or all subsequent "step" functions, call addStep() - * to add more steps to the queue as needed. As each "step" function successfully finishes - * (by returning true), the next "step" function is dequeued and called. As soon as a - * "step" function returns false, the dequeuing process stops, and any remaining steps - * in the queue are ignored. If the queue empties before that happens, then we essentially - * repeat firstStep(), and the process continues. - * - * If a negative millisecond delay (-1) has been set via setStep(), then both firstStep() - * and addStep() call their respective "step" functions directly, instead of queuing them. - * That option should be used only for very brief steps, otherwise the browser will appear - * to hang if the stepping functions never yield. - * - * Also, when "step" functions are called directly, the step number (n) is omitted from the - * calls, so that the "step" function can quickly determine whether to bypass its internal print - * operations. printStep() will automatically bypass, since it has access to the step number, - * but if you want to maximize speed, then either always check for an undefined step number, or - * use separate "step" functions that omit both the step number and the print operations altogether. - * - * NOTE: the stepping functions use printStatus() indirectly, via printStep(). However, - * there may be times when a component wants to reserve its "status" control for more pertinent - * messages. In those cases, the component can pass a "quiet" setting to setStep(). - */ - -function Stepper() { -} - -Stepper.prototype = { - /* - * initStep(parms) accepts any or all of the following parameter (parms) properties: - * - * step: millisecond step setting (0 for minimum delay when single-stepping, -1 for direct calls instead of steps) - */ - initStep: function(parms) { - this.msStep = parms.step; - this.quiet = (this.msStep == 0); - }, - /* - * setStep(ms, quiet) - * - * ms can be any of: - * - * 1) non-negative number of milliseconds - * 2) -1 to call all step functions directly without delay - * 3) an HTML element (eg, a button) that will control stepping via its "onclick" handler - * - * Note that even 0 is a supported millisecond delay, albeit a minimal one, insuring that scripts - * don't run too long without yielding. - * - * If quiet, then printStep() messages will not be passed to printStatus(); however, if logging is - * enabled (refer to this.fLog), printStep() messages will still be logged. - */ - setStep: function(ms, quiet) { - this.msStep = ms; - this.quiet = quiet; - }, - stopSteps: function() { - if (this.timerSteps !== undefined) - clearTimeout(this.timerSteps); - if (this.timerNotify !== undefined) - clearTimeout(this.timerNotify); - this.aSteps = []; - this.cSteps = 0; - this.timerSteps = undefined; - this.fnNotify = undefined; - this.timerNotify = undefined; - if (!this.quiet) this.printStatus(); // "clear" the status field, if any, as well - }, - firstStep: function(fn, fnNotify) { - this.fnNotify = fnNotify; - this.timerNotify = undefined; - if (this.msStep == -1) { - while (fn.call(this)) - ; - if (this.fnNotify) this.timerNotify = setTimeout(this.fnNotify, 0); - return; - } - this.kickStep(fn); - this.nextStep(0); - }, - kickStep: function(fn) { - this.addStep(function(n) { - // this.log(this.toString() + ": Step " + n + ": automatic kickStep"); - if (!fn.call(this, n)) - return false; - return this.kickStep(fn); - }); - return true; - }, - addStep: function(fn) { - if (this.msStep == -1) { - return fn.call(this); - } - var step = {fn:fn, n:++this.cSteps}; - this.aSteps.push(step); - return true; - }, - removeStep: function($this) { - $this.timerSteps = undefined; - if (typeof $this.msStep == "object") - $this.msStep.onclick = null; - var step = $this.aSteps.shift(); - if (step === undefined) - return false; - return $this.doStep(step); - }, - doStep: function(step) { - if (!step.fn.call(this, step.n)) { - if (this.fnNotify) this.timerNotify = setTimeout(this.fnNotify, 0); - return false; - } - return this.nextStep(this.msStep); - }, - nextStep: function(ms) { - if (this.aSteps.length == 0) { - console.warn("Component.nextStep(): unexpected end of steps"); - return false; - } - if (typeof ms == "number") { - /* - * IE doesn't support: - * - * setTimeout(this.removeStep, ms, this); - * - * so we're forced to do this instead: - * - * var thisParm = this; - * setTimeout(function() {thisParm.removeStep(thisParm);}, ms); - */ - var thisParm = this; - this.timerSteps = setTimeout(function() {thisParm.removeStep(thisParm);}, ms); - } - else - if (typeof ms == "object") { - ms.onclick = function(regParm) { - /* - * If we defined the onclick handler below as "function(e)" instead of simply "function()", then we could - * also receive an event object (e); however, IE reportedly requires that we examine a global (window.event) - * instead. If that's true, and if we ever care to get more details about the click event, then we might - * have to worry about that (eg, define a local var: "var event = window.event || e"). - */ - return function() { - return regParm.removeStep(regParm); - }; - }(this); - } - else - alert("unexpected step parameter (" + ms + ")"); - return true; - }, - printStep: function(n, s) { - if (n !== undefined) { - if (!this.quiet) - this.printStatus("Step " + n + ": " + s); - else if (this.fLog) - this.log(this.toString() + ": Step " + n + ": " + s); - } - }, - /* - * printStatus(s) - * - * Passes any string (s) to the associated HTML element of class "status", if any; - * pass a blank string, or nothing at all, to clear the contents of the associated - * "status" element. - * - * If there's no "status" element associated with this component, then status messages - * are simply thrown away. However, if logging is enabled (ie, parms.log was true), - * all status messages are still logged. - */ - printStatus: function(s) { - if (this.updateStatus !== undefined) { - this.updateStatus(s); - } - if (this.fLog && s) { - this.log(this.toString() + ": " + s); - } - }, - /* - * setStatusUpdate(s) - * - * Sets the "updateStatus" handler that printStatus() uses to display any status messages. - */ - setStatusUpdate: function(updateStatus) { - this.updateStatus = updateStatus; - } -}; - -Component.extend(Component.prototype, Stepper.prototype); diff --git a/my_modules/ecpjs-client/templates/component.xsl b/my_modules/ecpjs-client/templates/component.xsl deleted file mode 100644 index b74e3668e..000000000 --- a/my_modules/ecpjs-client/templates/component.xsl +++ /dev/null @@ -1,36 +0,0 @@ - - - - - -]> - - - - - - - - - - - - - jsmachines.net - - - - - - - -
- -

Return to Outline

-
- - - - - diff --git a/my_modules/ecpjs-client/templates/components.css b/my_modules/ecpjs-client/templates/components.css deleted file mode 100644 index 322ae7f9e..000000000 --- a/my_modules/ecpjs-client/templates/components.css +++ /dev/null @@ -1,79 +0,0 @@ -.component:before, .component:after { - content:""; - display:table; -} -.component:after { - clear:both; -} -.component { - zoom:1; /* For IE 6/7 (trigger hasLayout) */ - font-size: medium; -} -.component .label { - margin-bottom: 2px; -} -.label.left { - float: left; - margin-right: 1em; - width: 2em; -} -.component .container { - display: inline-block; -} -.controls, .controls div, .controls input, .controls button { - float: left; - margin: 2px; - margin-left: 0px; -} -input.value { - width: 16em; - height: 1em; - font-size: medium; - border: 1px solid black; - line-height: 1em; /* the equivalent of "vertical-align: middle" for single-line elements */ - text-align: right; -} -.status, .value { - vertical-align: middle; -} -.status span, .value span { - font-size: small; - vertical-align: 10%; -} -.status sup { - vertical-align: baseline; - position: relative; - bottom: .33em; -} -.status sub { - vertical-align: baseline; - position: relative; - bottom: -.33em; -} -.selector { - float: left; - border: 1px solid black; - background-color: white; -} -.selector:before, .selector:after { - content:""; - display:table; -} -.selector:after { - clear:both; -} -/* For IE 6/7 (trigger hasLayout) */ -.selector { - zoom:1; -} -.gateSmall, .gateLarge { - float: left; -} -.gateSmall, .gateSmall img { - width: 19px; - height: 19px; -} -.gateLarge, .gateLarge img { - width: 38px; - height: 38px; -} diff --git a/my_modules/ecpjs-client/templates/components.xsl b/my_modules/ecpjs-client/templates/components.xsl deleted file mode 100644 index aebd294e7..000000000 --- a/my_modules/ecpjs-client/templates/components.xsl +++ /dev/null @@ -1,143 +0,0 @@ - - - -]> - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - none:null - - - - - - - - - - - - - - - - - - - left - - - - - - - 0 - - - - - - - false - - -
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- -

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-
- - - - - diff --git a/my_modules/ecpjs-client/templates/document.xsl b/my_modules/ecpjs-client/templates/document.xsl deleted file mode 100644 index badeab0a0..000000000 --- a/my_modules/ecpjs-client/templates/document.xsl +++ /dev/null @@ -1,149 +0,0 @@ - - - - - -]> - - - - - - - - - - - - - - <xsl:value-of select="title"/><xsl:text> | jsmachines.net</xsl:text> - - - - - - -
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- -

- - - - - -
- - - diff --git a/my_modules/ecpjs-client/templates/outline.xsl b/my_modules/ecpjs-client/templates/outline.xsl deleted file mode 100644 index 8cba842a0..000000000 --- a/my_modules/ecpjs-client/templates/outline.xsl +++ /dev/null @@ -1,29 +0,0 @@ - - - - - -]> - - - - - - - - - - - <xsl:value-of select="title"/><xsl:text> | jsmachines.net</xsl:text> - - - -
- -
- - - - - diff --git a/my_modules/ecpjs-client/templates/register.css b/my_modules/ecpjs-client/templates/register.css deleted file mode 100644 index acecce28d..000000000 --- a/my_modules/ecpjs-client/templates/register.css +++ /dev/null @@ -1,25 +0,0 @@ -.register { - float: left; -} -.bitBucket { - float: left; - width: 19px; - height: 38px; -} -.bitCell { - float: left; - width: 19px; - height: 19px; - margin-right: -1px; - margin-bottom: -1px; - border: 1px solid black; - text-align: center; - line-height: 19px; /* the equivalent of "vertical-align: middle" for single-line elements */ -} -.bitCellLeft { - border-left: 1px solid black; -} -.bitLabel { - font-size: xx-small; - text-align: center; -} diff --git a/my_modules/ecpjs-client/templates/register.xsl b/my_modules/ecpjs-client/templates/register.xsl deleted file mode 100644 index c9c6ca769..000000000 --- a/my_modules/ecpjs-client/templates/register.xsl +++ /dev/null @@ -1,58 +0,0 @@ - - - -]> - - - - - - - - - - - - - - - - - - - - 40 - - - - - - - - true - - - - - - - - -39 - - - - - - - - false - - - - register - nBits:,signed:,bit0Exp:,labels: - - - -