| <HTML><HEAD><META CONTENT="text/html; charset=UTF-8" HTTP-EQUIV="Content-Type"/><TITLE>EMMA Coverage Report</TITLE><STYLE TYPE="text/css"> TABLE,TD,TH {border-style:solid; border-color:black;} TD,TH {background:white;margin:0;line-height:100%;padding-left:0.5em;padding-right:0.5em;} TD {border-width:0 1px 0 0;} TH {border-width:1px 1px 1px 0;} TR TD.h {color:red;} TABLE {border-spacing:0; border-collapse:collapse;border-width:0 0 1px 1px;} P,H1,H2,H3,TH {font-family:verdana,arial,sans-serif;font-size:10pt;} TD {font-family:courier,monospace;font-size:10pt;} TABLE.hdft {border-spacing:0;border-collapse:collapse;border-style:none;} TABLE.hdft TH,TABLE.hdft TD {border-style:none;line-height:normal;} TABLE.hdft TH.tl,TABLE.hdft TD.tl {background:#6699CC;color:white;} TABLE.hdft TD.nv {background:#6633DD;color:white;} .nv A:link {color:white;} .nv A:visited {color:white;} .nv A:active {color:yellow;} TABLE.hdft A:link {color:white;} TABLE.hdft A:visited {color:white;} TABLE.hdft A:active {color:yellow;} .in {color:#356085;} TABLE.s TD {padding-left:0.25em;padding-right:0.25em;} TABLE.s TD.l {padding-left:0.25em;padding-right:0.25em;text-align:right;background:#F0F0F0;} TABLE.s TR.z TD {background:#FF9999;} TABLE.s TR.p TD {background:#FFFF88;} TABLE.s TR.c TD {background:#CCFFCC;} A:link {color:#0000EE;text-decoration:none;} A:visited {color:#0000EE;text-decoration:none;} A:hover {color:#0000EE;text-decoration:underline;} TABLE.cn {border-width:0 0 1px 0;} TABLE.s {border-width:1px 0 1px 1px;} TD.h {color:red;border-width:0 1px 0 0;} TD.f {border-width:0 1px 0 1px;} TD.hf {color:red;border-width:0 1px 0 1px;} TH.f {border-width:1px 1px 1px 1px;} TR.cis TD {background:#F0F0F0;} TR.cis TD {border-width:1px 1px 1px 0;} TR.cis TD.h {color:red;border-width:1px 1px 1px 0;} TR.cis TD.f {border-width:1px 1px 1px 1px;} TR.cis TD.hf {color:red;border-width:1px 1px 1px 1px;} TD.b {border-style:none;background:transparent;line-height:50%;} TD.bt {border-width:1px 0 0 0;background:transparent;line-height:50%;} TR.o TD {background:#F0F0F0;}TABLE.it {border-style:none;}TABLE.it TD,TABLE.it TH {border-style:none;}</STYLE></HEAD><BODY><TABLE CLASS="hdft" CELLSPACING="0" WIDTH="100%"><TR><TH CLASS="tl"><A HREF="http://www.eclemma.org/">EMMA</A> Coverage Report (generated Fri Feb 20 18:44:54 GMT 2009)</TH></TR><TR><TD CLASS="nv">[<A HREF="../xslUnitTestCoverage.html">all classes</A>][<A HREF="7f.html">org.eclipse.wst.xml.xpath2.processor.types</A>]</TD></TR></TABLE><H2>COVERAGE SUMMARY FOR SOURCE FILE [<SPAN CLASS="in">XSFloat.java</SPAN>]</H2><TABLE CELLSPACING="0" WIDTH="100%"><TR><TH>name</TH><TH>class, %</TH><TH>method, %</TH><TH>block, %</TH><TH>line, %</TH></TR><TR><TD>XSFloat.java</TD><TD>100% (1/1)</TD><TD CLASS="h">12% (3/24)</TD><TD CLASS="h">4% (12/284)</TD><TD CLASS="h">10% (6/61)</TD></TR></TABLE><H3>COVERAGE BREAKDOWN BY CLASS AND METHOD</H3><TABLE CLASS="cn" CELLSPACING="0" WIDTH="100%"><TR><TH CLASS="f">name</TH><TH>class, %</TH><TH>method, %</TH><TH>block, %</TH><TH>line, %</TH></TR><TR><TD CLASS="b"> </TD><TD CLASS="b"> </TD><TD CLASS="b"> </TD><TD CLASS="b"> </TD><TD CLASS="b"> </TD></TR><TR CLASS="cis"><TD CLASS="f">class <A HREF="#0">XSFloat</A></TD><TD>100% (1/1)</TD><TD CLASS="h">12% (3/24)</TD><TD CLASS="h">4% (12/284)</TD><TD CLASS="h">10% (6/61)</TD></TR><TR><TD CLASS="f"><A HREF="#1">abs (): NumericType</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/7)</TD><TD CLASS="h">0% (0/1)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#2">ceiling (): NumericType</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/9)</TD><TD CLASS="h">0% (0/1)</TD></TR><TR><TD CLASS="f"><A HREF="#3">constructor (ResultSequence): ResultSequence</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/30)</TD><TD CLASS="h">0% (0/9)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#4">div (ResultSequence): ResultSequence</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/15)</TD><TD CLASS="h">0% (0/3)</TD></TR><TR><TD CLASS="f"><A HREF="#5">eq (AnyType): boolean</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/18)</TD><TD CLASS="h">0% (0/4)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#6">float_value (): float</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/3)</TD><TD CLASS="h">0% (0/1)</TD></TR><TR><TD CLASS="f"><A HREF="#7">floor (): NumericType</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/9)</TD><TD CLASS="h">0% (0/1)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#8">gt (AnyType): boolean</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/15)</TD><TD CLASS="h">0% (0/2)</TD></TR><TR><TD CLASS="f"><A HREF="#9">idiv (ResultSequence): ResultSequence</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/22)</TD><TD CLASS="h">0% (0/5)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#a">lt (AnyType): boolean</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/15)</TD><TD CLASS="h">0% (0/2)</TD></TR><TR><TD CLASS="f"><A HREF="#b">minus (ResultSequence): ResultSequence</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/22)</TD><TD CLASS="h">0% (0/6)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#c">mod (ResultSequence): ResultSequence</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/15)</TD><TD CLASS="h">0% (0/3)</TD></TR><TR><TD CLASS="f"><A HREF="#d">nan (): boolean</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/9)</TD><TD CLASS="h">0% (0/1)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#e">plus (ResultSequence): ResultSequence</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/22)</TD><TD CLASS="h">0% (0/6)</TD></TR><TR><TD CLASS="f"><A HREF="#f">round (): NumericType</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/8)</TD><TD CLASS="h">0% (0/1)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#10">round_half_to_even (): NumericType</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/9)</TD><TD CLASS="h">0% (0/1)</TD></TR><TR><TD CLASS="f"><A HREF="#11">string_type (): String</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/2)</TD><TD CLASS="h">0% (0/1)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#12">string_value (): String</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/8)</TD><TD CLASS="h">0% (0/1)</TD></TR><TR><TD CLASS="f"><A HREF="#13">times (ResultSequence): ResultSequence</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/15)</TD><TD CLASS="h">0% (0/3)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#14">unary_minus (): ResultSequence</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/9)</TD><TD CLASS="h">0% (0/2)</TD></TR><TR><TD CLASS="f"><A HREF="#15">zero (): boolean</A></TD><TD> </TD><TD CLASS="h">0% (0/1)</TD><TD CLASS="h">0% (0/10)</TD><TD CLASS="h">0% (0/1)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#16">XSFloat (): void</A></TD><TD> </TD><TD>100% (1/1)</TD><TD>100% (4/4)</TD><TD>100% (2/2)</TD></TR><TR><TD CLASS="f"><A HREF="#0">XSFloat (float): void</A></TD><TD> </TD><TD>100% (1/1)</TD><TD>100% (6/6)</TD><TD>100% (3/3)</TD></TR><TR CLASS="o"><TD CLASS="f"><A HREF="#18">type_name (): String</A></TD><TD> </TD><TD>100% (1/1)</TD><TD>100% (2/2)</TD><TD>100% (1/1)</TD></TR></TABLE><P></P><TABLE CLASS="s" CELLSPACING="0" WIDTH="100%"><TR><TD CLASS="l">1</TD><TD>/*******************************************************************************</TD></TR><TR><TD CLASS="l">2</TD><TD> * Copyright (c) 2005, 2009 Andrea Bittau, University College London, and others</TD></TR><TR><TD CLASS="l">3</TD><TD> * All rights reserved. This program and the accompanying materials</TD></TR><TR><TD CLASS="l">4</TD><TD> * are made available under the terms of the Eclipse Public License v1.0</TD></TR><TR><TD CLASS="l">5</TD><TD> * which accompanies this distribution, and is available at</TD></TR><TR><TD CLASS="l">6</TD><TD> * http://www.eclipse.org/legal/epl-v10.html</TD></TR><TR><TD CLASS="l">7</TD><TD> *</TD></TR><TR><TD CLASS="l">8</TD><TD> * Contributors:</TD></TR><TR><TD CLASS="l">9</TD><TD> * Andrea Bittau - initial API and implementation from the PsychoPath XPath 2.0 </TD></TR><TR><TD CLASS="l">10</TD><TD> *******************************************************************************/</TD></TR><TR><TD CLASS="l">11</TD><TD> </TD></TR><TR><TD CLASS="l">12</TD><TD>package org.eclipse.wst.xml.xpath2.processor.types;</TD></TR><TR><TD CLASS="l">13</TD><TD> </TD></TR><TR><TD CLASS="l">14</TD><TD>import org.eclipse.wst.xml.xpath2.processor.*;</TD></TR><TR><TD CLASS="l">15</TD><TD> </TD></TR><TR><TD CLASS="l">16</TD><TD>/**</TD></TR><TR><TD CLASS="l">17</TD><TD> * A representation of the Float datatype</TD></TR><TR><TD CLASS="l">18</TD><TD> */</TD></TR><TR><TD CLASS="l">19</TD><TD>public class XSFloat extends NumericType {</TD></TR><TR><TD CLASS="l">20</TD><TD> </TD></TR><TR><TD CLASS="l">21</TD><TD> private float _value;</TD></TR><TR><TD CLASS="l">22</TD><TD> </TD></TR><TR><TD CLASS="l">23</TD><TD> /**</TD></TR><TR><TD CLASS="l">24</TD><TD> * Initiates a representation of the supplied number</TD></TR><TR><TD CLASS="l"><A NAME="0">25</A></TD><TD> * </TD></TR><TR><TD CLASS="l">26</TD><TD> * @param x</TD></TR><TR><TD CLASS="l">27</TD><TD> * The number to be stored</TD></TR><TR><TD CLASS="l">28</TD><TD> */</TD></TR><TR CLASS="c"><TD CLASS="l">29</TD><TD> public XSFloat(float x) {</TD></TR><TR CLASS="c"><TD CLASS="l">30</TD><TD> _value = x;</TD></TR><TR CLASS="c"><TD CLASS="l">31</TD><TD> }</TD></TR><TR><TD CLASS="l">32</TD><TD> </TD></TR><TR><TD CLASS="l"><A NAME="16">33</A></TD><TD> /**</TD></TR><TR><TD CLASS="l">34</TD><TD> * Initiates a representation of 0</TD></TR><TR><TD CLASS="l">35</TD><TD> */</TD></TR><TR><TD CLASS="l">36</TD><TD> public XSFloat() {</TD></TR><TR CLASS="c"><TD CLASS="l">37</TD><TD> this(0);</TD></TR><TR CLASS="c"><TD CLASS="l">38</TD><TD> }</TD></TR><TR><TD CLASS="l">39</TD><TD> </TD></TR><TR><TD CLASS="l">40</TD><TD> /**</TD></TR><TR><TD CLASS="l">41</TD><TD> * Retrieves the datatype's full pathname</TD></TR><TR><TD CLASS="l">42</TD><TD> * </TD></TR><TR><TD CLASS="l"><A NAME="11">43</A></TD><TD> * @return "xs:float" which is the datatype's full pathname</TD></TR><TR><TD CLASS="l">44</TD><TD> */</TD></TR><TR><TD CLASS="l">45</TD><TD> @Override</TD></TR><TR><TD CLASS="l">46</TD><TD> public String string_type() {</TD></TR><TR CLASS="z"><TD CLASS="l">47</TD><TD> return "xs:float";</TD></TR><TR><TD CLASS="l">48</TD><TD> }</TD></TR><TR><TD CLASS="l">49</TD><TD> </TD></TR><TR><TD CLASS="l">50</TD><TD> /**</TD></TR><TR><TD CLASS="l">51</TD><TD> * Retrieves the datatype's name</TD></TR><TR><TD CLASS="l">52</TD><TD> * </TD></TR><TR><TD CLASS="l"><A NAME="18">53</A></TD><TD> * @return "float" which is the datatype's name</TD></TR><TR><TD CLASS="l">54</TD><TD> */</TD></TR><TR><TD CLASS="l">55</TD><TD> @Override</TD></TR><TR><TD CLASS="l">56</TD><TD> public String type_name() {</TD></TR><TR CLASS="c"><TD CLASS="l">57</TD><TD> return "float";</TD></TR><TR><TD CLASS="l">58</TD><TD> }</TD></TR><TR><TD CLASS="l">59</TD><TD> </TD></TR><TR><TD CLASS="l">60</TD><TD> /**</TD></TR><TR><TD CLASS="l">61</TD><TD> * Retrieves a String representation of the stored number</TD></TR><TR><TD CLASS="l">62</TD><TD> * </TD></TR><TR><TD CLASS="l"><A NAME="12">63</A></TD><TD> * @return String representation of the stored number</TD></TR><TR><TD CLASS="l">64</TD><TD> */</TD></TR><TR><TD CLASS="l">65</TD><TD> @Override</TD></TR><TR><TD CLASS="l">66</TD><TD> public String string_value() {</TD></TR><TR CLASS="z"><TD CLASS="l">67</TD><TD> return "" + _value;</TD></TR><TR><TD CLASS="l">68</TD><TD> }</TD></TR><TR><TD CLASS="l">69</TD><TD> </TD></TR><TR><TD CLASS="l">70</TD><TD> /**</TD></TR><TR><TD CLASS="l">71</TD><TD> * Check for whether this datatype represents NaN</TD></TR><TR><TD CLASS="l"><A NAME="d">72</A></TD><TD> * </TD></TR><TR><TD CLASS="l">73</TD><TD> * @return True is this datatype represents NaN. False otherwise</TD></TR><TR><TD CLASS="l">74</TD><TD> */</TD></TR><TR><TD CLASS="l">75</TD><TD> public boolean nan() {</TD></TR><TR CLASS="z"><TD CLASS="l">76</TD><TD> return _value == Float.NaN;</TD></TR><TR><TD CLASS="l">77</TD><TD> }</TD></TR><TR><TD CLASS="l">78</TD><TD> </TD></TR><TR><TD CLASS="l">79</TD><TD> /**</TD></TR><TR><TD CLASS="l">80</TD><TD> * Check for whether this datatype represents 0</TD></TR><TR><TD CLASS="l">81</TD><TD> * </TD></TR><TR><TD CLASS="l"><A NAME="15">82</A></TD><TD> * @return True if this datatype represents 0. False otherwise</TD></TR><TR><TD CLASS="l">83</TD><TD> */</TD></TR><TR><TD CLASS="l">84</TD><TD> @Override</TD></TR><TR><TD CLASS="l">85</TD><TD> public boolean zero() {</TD></TR><TR CLASS="z"><TD CLASS="l">86</TD><TD> return _value == 0.0;</TD></TR><TR><TD CLASS="l">87</TD><TD> }</TD></TR><TR><TD CLASS="l">88</TD><TD> </TD></TR><TR><TD CLASS="l">89</TD><TD> /**</TD></TR><TR><TD CLASS="l">90</TD><TD> * Creates a new ResultSequence consisting of the retrievable float in the</TD></TR><TR><TD CLASS="l">91</TD><TD> * supplied ResultSequence</TD></TR><TR><TD CLASS="l">92</TD><TD> * </TD></TR><TR><TD CLASS="l">93</TD><TD> * @param arg</TD></TR><TR><TD CLASS="l">94</TD><TD> * The ResultSequence from which to extract the float</TD></TR><TR><TD CLASS="l">95</TD><TD> * @return New ResultSequence consisting of the float supplied</TD></TR><TR><TD CLASS="l"><A NAME="3">96</A></TD><TD> * @throws DynamicError</TD></TR><TR><TD CLASS="l">97</TD><TD> */</TD></TR><TR><TD CLASS="l">98</TD><TD> @Override</TD></TR><TR><TD CLASS="l">99</TD><TD> public ResultSequence constructor(ResultSequence arg) throws DynamicError {</TD></TR><TR CLASS="z"><TD CLASS="l">100</TD><TD> ResultSequence rs = ResultSequenceFactory.create_new();</TD></TR><TR><TD CLASS="l">101</TD><TD> </TD></TR><TR CLASS="z"><TD CLASS="l">102</TD><TD> if (arg.empty())</TD></TR><TR CLASS="z"><TD CLASS="l">103</TD><TD> return rs;</TD></TR><TR><TD CLASS="l">104</TD><TD> </TD></TR><TR CLASS="z"><TD CLASS="l">105</TD><TD> AnyAtomicType aat = (AnyAtomicType) arg.first();</TD></TR><TR><TD CLASS="l">106</TD><TD> </TD></TR><TR><TD CLASS="l">107</TD><TD> try {</TD></TR><TR CLASS="z"><TD CLASS="l">108</TD><TD> Float f = new Float(aat.string_value());</TD></TR><TR CLASS="z"><TD CLASS="l">109</TD><TD> rs.add(new XSFloat(f.floatValue()));</TD></TR><TR CLASS="z"><TD CLASS="l">110</TD><TD> return rs;</TD></TR><TR CLASS="z"><TD CLASS="l">111</TD><TD> } catch (NumberFormatException e) {</TD></TR><TR CLASS="z"><TD CLASS="l">112</TD><TD> throw DynamicError.cant_cast(null);</TD></TR><TR><TD CLASS="l">113</TD><TD> }</TD></TR><TR><TD CLASS="l">114</TD><TD> </TD></TR><TR><TD CLASS="l">115</TD><TD> }</TD></TR><TR><TD CLASS="l">116</TD><TD> </TD></TR><TR><TD CLASS="l">117</TD><TD> /**</TD></TR><TR><TD CLASS="l">118</TD><TD> * Retrieves the actual float value stored</TD></TR><TR><TD CLASS="l"><A NAME="6">119</A></TD><TD> * </TD></TR><TR><TD CLASS="l">120</TD><TD> * @return The actual float value stored</TD></TR><TR><TD CLASS="l">121</TD><TD> */</TD></TR><TR><TD CLASS="l">122</TD><TD> public float float_value() {</TD></TR><TR CLASS="z"><TD CLASS="l">123</TD><TD> return _value;</TD></TR><TR><TD CLASS="l">124</TD><TD> }</TD></TR><TR><TD CLASS="l">125</TD><TD> </TD></TR><TR><TD CLASS="l">126</TD><TD> /**</TD></TR><TR><TD CLASS="l">127</TD><TD> * Equality comparison between this number and the supplied representation.</TD></TR><TR><TD CLASS="l">128</TD><TD> * Currently no numeric type promotion exists so this representation must be</TD></TR><TR><TD CLASS="l">129</TD><TD> * of type XSFloat</TD></TR><TR><TD CLASS="l">130</TD><TD> * </TD></TR><TR><TD CLASS="l">131</TD><TD> * @param aa</TD></TR><TR><TD CLASS="l">132</TD><TD> * The datatype to compare with</TD></TR><TR><TD CLASS="l">133</TD><TD> * @return True if the two representations are of the same number. False</TD></TR><TR><TD CLASS="l">134</TD><TD> * otherwise</TD></TR><TR><TD CLASS="l"><A NAME="5">135</A></TD><TD> * @throws DynamicError</TD></TR><TR><TD CLASS="l">136</TD><TD> */</TD></TR><TR><TD CLASS="l">137</TD><TD> public boolean eq(AnyType aa) throws DynamicError {</TD></TR><TR><TD CLASS="l">138</TD><TD> // XXX numeric promotion</TD></TR><TR CLASS="z"><TD CLASS="l">139</TD><TD> if (!(aa instanceof XSFloat))</TD></TR><TR CLASS="z"><TD CLASS="l">140</TD><TD> DynamicError.throw_type_error();</TD></TR><TR><TD CLASS="l">141</TD><TD> </TD></TR><TR CLASS="z"><TD CLASS="l">142</TD><TD> XSFloat f = (XSFloat) aa;</TD></TR><TR><TD CLASS="l">143</TD><TD> </TD></TR><TR CLASS="z"><TD CLASS="l">144</TD><TD> return float_value() == f.float_value();</TD></TR><TR><TD CLASS="l">145</TD><TD> }</TD></TR><TR><TD CLASS="l">146</TD><TD> </TD></TR><TR><TD CLASS="l">147</TD><TD> /**</TD></TR><TR><TD CLASS="l">148</TD><TD> * Comparison between this number and the supplied representation. Currently</TD></TR><TR><TD CLASS="l">149</TD><TD> * no numeric type promotion is implemented so this representation must be</TD></TR><TR><TD CLASS="l">150</TD><TD> * of type XSFloat</TD></TR><TR><TD CLASS="l">151</TD><TD> * </TD></TR><TR><TD CLASS="l">152</TD><TD> * @param arg</TD></TR><TR><TD CLASS="l">153</TD><TD> * The datatype to compare with</TD></TR><TR><TD CLASS="l">154</TD><TD> * @return True if the supplied representation is a smaller number than the</TD></TR><TR><TD CLASS="l"><A NAME="8">155</A></TD><TD> * one stored. False otherwise</TD></TR><TR><TD CLASS="l">156</TD><TD> * @throws DynamicError</TD></TR><TR><TD CLASS="l">157</TD><TD> */</TD></TR><TR><TD CLASS="l">158</TD><TD> public boolean gt(AnyType arg) throws DynamicError {</TD></TR><TR CLASS="z"><TD CLASS="l">159</TD><TD> XSFloat val = (XSFloat) get_single_type(arg, XSFloat.class);</TD></TR><TR CLASS="z"><TD CLASS="l">160</TD><TD> return float_value() > val.float_value();</TD></TR><TR><TD CLASS="l">161</TD><TD> }</TD></TR><TR><TD CLASS="l">162</TD><TD> </TD></TR><TR><TD CLASS="l">163</TD><TD> /**</TD></TR><TR><TD CLASS="l">164</TD><TD> * Comparison between this number and the supplied representation. Currently</TD></TR><TR><TD CLASS="l">165</TD><TD> * no numeric type promotion is implemented so this representation must be</TD></TR><TR><TD CLASS="l">166</TD><TD> * of type XSFloat</TD></TR><TR><TD CLASS="l">167</TD><TD> * </TD></TR><TR><TD CLASS="l">168</TD><TD> * @param arg</TD></TR><TR><TD CLASS="l">169</TD><TD> * The datatype to compare with</TD></TR><TR><TD CLASS="l">170</TD><TD> * @return True if the supplied representation is a greater number than the</TD></TR><TR><TD CLASS="l"><A NAME="a">171</A></TD><TD> * one stored. False otherwise</TD></TR><TR><TD CLASS="l">172</TD><TD> * @throws DynamicError</TD></TR><TR><TD CLASS="l">173</TD><TD> */</TD></TR><TR><TD CLASS="l">174</TD><TD> public boolean lt(AnyType arg) throws DynamicError {</TD></TR><TR CLASS="z"><TD CLASS="l">175</TD><TD> XSFloat val = (XSFloat) get_single_type(arg, XSFloat.class);</TD></TR><TR CLASS="z"><TD CLASS="l">176</TD><TD> return float_value() < val.float_value();</TD></TR><TR><TD CLASS="l">177</TD><TD> }</TD></TR><TR><TD CLASS="l">178</TD><TD> </TD></TR><TR><TD CLASS="l">179</TD><TD> /**</TD></TR><TR><TD CLASS="l">180</TD><TD> * Mathematical addition operator between this XSFloat and the supplied</TD></TR><TR><TD CLASS="l">181</TD><TD> * ResultSequence. Due to no numeric type promotion or conversion, the</TD></TR><TR><TD CLASS="l">182</TD><TD> * ResultSequence must be of type XSFloat.</TD></TR><TR><TD CLASS="l">183</TD><TD> * </TD></TR><TR><TD CLASS="l">184</TD><TD> * @param arg</TD></TR><TR><TD CLASS="l">185</TD><TD> * The ResultSequence to perform an addition with</TD></TR><TR><TD CLASS="l"><A NAME="e">186</A></TD><TD> * @return A XSFloat consisting of the result of the mathematical addition.</TD></TR><TR><TD CLASS="l">187</TD><TD> */</TD></TR><TR><TD CLASS="l">188</TD><TD> public ResultSequence plus(ResultSequence arg) throws DynamicError {</TD></TR><TR><TD CLASS="l">189</TD><TD> </TD></TR><TR CLASS="z"><TD CLASS="l">190</TD><TD> AnyType at = get_single_arg(arg);</TD></TR><TR CLASS="z"><TD CLASS="l">191</TD><TD> if (!(at instanceof XSFloat))</TD></TR><TR CLASS="z"><TD CLASS="l">192</TD><TD> DynamicError.throw_type_error();</TD></TR><TR CLASS="z"><TD CLASS="l">193</TD><TD> XSFloat val = (XSFloat) at;</TD></TR><TR><TD CLASS="l">194</TD><TD> </TD></TR><TR CLASS="z"><TD CLASS="l">195</TD><TD> return ResultSequenceFactory.create_new(new XSFloat(float_value()</TD></TR><TR CLASS="z"><TD CLASS="l">196</TD><TD> + val.float_value()));</TD></TR><TR><TD CLASS="l">197</TD><TD> }</TD></TR><TR><TD CLASS="l">198</TD><TD> </TD></TR><TR><TD CLASS="l">199</TD><TD> /**</TD></TR><TR><TD CLASS="l">200</TD><TD> * Mathematical subtraction operator between this XSFloat and the supplied</TD></TR><TR><TD CLASS="l">201</TD><TD> * ResultSequence. Due to no numeric type promotion or conversion, the</TD></TR><TR><TD CLASS="l">202</TD><TD> * ResultSequence must be of type XSFloat.</TD></TR><TR><TD CLASS="l">203</TD><TD> * </TD></TR><TR><TD CLASS="l">204</TD><TD> * @param arg</TD></TR><TR><TD CLASS="l">205</TD><TD> * The ResultSequence to perform a subtraction with</TD></TR><TR><TD CLASS="l"><A NAME="b">206</A></TD><TD> * @return A XSFloat consisting of the result of the mathematical</TD></TR><TR><TD CLASS="l">207</TD><TD> * subtraction.</TD></TR><TR><TD CLASS="l">208</TD><TD> */</TD></TR><TR><TD CLASS="l">209</TD><TD> public ResultSequence minus(ResultSequence arg) throws DynamicError {</TD></TR><TR CLASS="z"><TD CLASS="l">210</TD><TD> AnyType at = get_single_arg(arg);</TD></TR><TR CLASS="z"><TD CLASS="l">211</TD><TD> if (!(at instanceof XSFloat))</TD></TR><TR CLASS="z"><TD CLASS="l">212</TD><TD> DynamicError.throw_type_error();</TD></TR><TR CLASS="z"><TD CLASS="l">213</TD><TD> XSFloat val = (XSFloat) at;</TD></TR><TR><TD CLASS="l">214</TD><TD> </TD></TR><TR CLASS="z"><TD CLASS="l">215</TD><TD> return ResultSequenceFactory.create_new(new XSFloat(float_value()</TD></TR><TR CLASS="z"><TD CLASS="l">216</TD><TD> - val.float_value()));</TD></TR><TR><TD CLASS="l">217</TD><TD> }</TD></TR><TR><TD CLASS="l">218</TD><TD> </TD></TR><TR><TD CLASS="l">219</TD><TD> /**</TD></TR><TR><TD CLASS="l">220</TD><TD> * Mathematical multiplication operator between this XSFloat and the</TD></TR><TR><TD CLASS="l">221</TD><TD> * supplied ResultSequence. Due to no numeric type promotion or conversion,</TD></TR><TR><TD CLASS="l">222</TD><TD> * the ResultSequence must be of type XSFloat.</TD></TR><TR><TD CLASS="l">223</TD><TD> * </TD></TR><TR><TD CLASS="l">224</TD><TD> * @param arg</TD></TR><TR><TD CLASS="l">225</TD><TD> * The ResultSequence to perform a multiplication with</TD></TR><TR><TD CLASS="l"><A NAME="13">226</A></TD><TD> * @return A XSFloat consisting of the result of the mathematical</TD></TR><TR><TD CLASS="l">227</TD><TD> * multiplication.</TD></TR><TR><TD CLASS="l">228</TD><TD> */</TD></TR><TR><TD CLASS="l">229</TD><TD> public ResultSequence times(ResultSequence arg) throws DynamicError {</TD></TR><TR CLASS="z"><TD CLASS="l">230</TD><TD> XSFloat val = (XSFloat) get_single_type(arg, XSFloat.class);</TD></TR><TR CLASS="z"><TD CLASS="l">231</TD><TD> return ResultSequenceFactory.create_new(new XSFloat(float_value()</TD></TR><TR CLASS="z"><TD CLASS="l">232</TD><TD> * val.float_value()));</TD></TR><TR><TD CLASS="l">233</TD><TD> }</TD></TR><TR><TD CLASS="l">234</TD><TD> </TD></TR><TR><TD CLASS="l">235</TD><TD> /**</TD></TR><TR><TD CLASS="l">236</TD><TD> * Mathematical division operator between this XSFloat and the supplied</TD></TR><TR><TD CLASS="l">237</TD><TD> * ResultSequence. Due to no numeric type promotion or conversion, the</TD></TR><TR><TD CLASS="l">238</TD><TD> * ResultSequence must be of type XSFloat.</TD></TR><TR><TD CLASS="l">239</TD><TD> * </TD></TR><TR><TD CLASS="l">240</TD><TD> * @param arg</TD></TR><TR><TD CLASS="l"><A NAME="4">241</A></TD><TD> * The ResultSequence to perform a division with</TD></TR><TR><TD CLASS="l">242</TD><TD> * @return A XSFloat consisting of the result of the mathematical division.</TD></TR><TR><TD CLASS="l">243</TD><TD> */</TD></TR><TR><TD CLASS="l">244</TD><TD> public ResultSequence div(ResultSequence arg) throws DynamicError {</TD></TR><TR CLASS="z"><TD CLASS="l">245</TD><TD> XSFloat val = (XSFloat) get_single_type(arg, XSFloat.class);</TD></TR><TR CLASS="z"><TD CLASS="l">246</TD><TD> return ResultSequenceFactory.create_new(new XSFloat(float_value()</TD></TR><TR CLASS="z"><TD CLASS="l">247</TD><TD> / val.float_value()));</TD></TR><TR><TD CLASS="l">248</TD><TD> }</TD></TR><TR><TD CLASS="l">249</TD><TD> </TD></TR><TR><TD CLASS="l">250</TD><TD> /**</TD></TR><TR><TD CLASS="l">251</TD><TD> * Mathematical integer division operator between this XSFloat and the</TD></TR><TR><TD CLASS="l">252</TD><TD> * supplied ResultSequence. Due to no numeric type promotion or conversion,</TD></TR><TR><TD CLASS="l">253</TD><TD> * the ResultSequence must be of type XSFloat.</TD></TR><TR><TD CLASS="l">254</TD><TD> * </TD></TR><TR><TD CLASS="l">255</TD><TD> * @param arg</TD></TR><TR><TD CLASS="l">256</TD><TD> * The ResultSequence to perform an integer division with</TD></TR><TR><TD CLASS="l"><A NAME="9">257</A></TD><TD> * @return A XSInteger consisting of the result of the mathematical integer</TD></TR><TR><TD CLASS="l">258</TD><TD> * division.</TD></TR><TR><TD CLASS="l">259</TD><TD> */</TD></TR><TR><TD CLASS="l">260</TD><TD> public ResultSequence idiv(ResultSequence arg) throws DynamicError {</TD></TR><TR CLASS="z"><TD CLASS="l">261</TD><TD> XSFloat val = (XSFloat) get_single_type(arg, XSFloat.class);</TD></TR><TR><TD CLASS="l">262</TD><TD> </TD></TR><TR CLASS="z"><TD CLASS="l">263</TD><TD> if (val.zero())</TD></TR><TR CLASS="z"><TD CLASS="l">264</TD><TD> throw DynamicError.div_zero(null);</TD></TR><TR CLASS="z"><TD CLASS="l">265</TD><TD> return ResultSequenceFactory.create_new(new XSInteger(</TD></TR><TR CLASS="z"><TD CLASS="l">266</TD><TD> (int) (float_value() / val.float_value())));</TD></TR><TR><TD CLASS="l">267</TD><TD> }</TD></TR><TR><TD CLASS="l">268</TD><TD> </TD></TR><TR><TD CLASS="l">269</TD><TD> /**</TD></TR><TR><TD CLASS="l">270</TD><TD> * Mathematical modulus operator between this XSFloat and the supplied</TD></TR><TR><TD CLASS="l">271</TD><TD> * ResultSequence. Due to no numeric type promotion or conversion, the</TD></TR><TR><TD CLASS="l">272</TD><TD> * ResultSequence must be of type XSFloat.</TD></TR><TR><TD CLASS="l">273</TD><TD> * </TD></TR><TR><TD CLASS="l">274</TD><TD> * @param arg</TD></TR><TR><TD CLASS="l"><A NAME="c">275</A></TD><TD> * The ResultSequence to perform a modulus with</TD></TR><TR><TD CLASS="l">276</TD><TD> * @return A XSFloat consisting of the result of the mathematical modulus.</TD></TR><TR><TD CLASS="l">277</TD><TD> */</TD></TR><TR><TD CLASS="l">278</TD><TD> public ResultSequence mod(ResultSequence arg) throws DynamicError {</TD></TR><TR CLASS="z"><TD CLASS="l">279</TD><TD> XSFloat val = (XSFloat) get_single_type(arg, XSFloat.class);</TD></TR><TR CLASS="z"><TD CLASS="l">280</TD><TD> return ResultSequenceFactory.create_new(new XSFloat(float_value()</TD></TR><TR CLASS="z"><TD CLASS="l">281</TD><TD> % val.float_value()));</TD></TR><TR><TD CLASS="l">282</TD><TD> }</TD></TR><TR><TD CLASS="l">283</TD><TD> </TD></TR><TR><TD CLASS="l">284</TD><TD> /**</TD></TR><TR><TD CLASS="l">285</TD><TD> * Negates the number stored</TD></TR><TR><TD CLASS="l">286</TD><TD> * </TD></TR><TR><TD CLASS="l">287</TD><TD> * @return A XSFloat representing the negation of the number stored</TD></TR><TR><TD CLASS="l"><A NAME="14">288</A></TD><TD> */</TD></TR><TR><TD CLASS="l">289</TD><TD> @Override</TD></TR><TR><TD CLASS="l">290</TD><TD> public ResultSequence unary_minus() {</TD></TR><TR CLASS="z"><TD CLASS="l">291</TD><TD> return ResultSequenceFactory</TD></TR><TR CLASS="z"><TD CLASS="l">292</TD><TD> .create_new(new XSFloat(-1 * float_value()));</TD></TR><TR><TD CLASS="l">293</TD><TD> }</TD></TR><TR><TD CLASS="l">294</TD><TD> </TD></TR><TR><TD CLASS="l">295</TD><TD> /**</TD></TR><TR><TD CLASS="l">296</TD><TD> * Absolutes the number stored</TD></TR><TR><TD CLASS="l">297</TD><TD> * </TD></TR><TR><TD CLASS="l"><A NAME="1">298</A></TD><TD> * @return A XSFloat representing the absolute value of the number stored</TD></TR><TR><TD CLASS="l">299</TD><TD> */</TD></TR><TR><TD CLASS="l">300</TD><TD> @Override</TD></TR><TR><TD CLASS="l">301</TD><TD> public NumericType abs() {</TD></TR><TR CLASS="z"><TD CLASS="l">302</TD><TD> return new XSFloat(Math.abs(float_value()));</TD></TR><TR><TD CLASS="l">303</TD><TD> }</TD></TR><TR><TD CLASS="l">304</TD><TD> </TD></TR><TR><TD CLASS="l">305</TD><TD> /**</TD></TR><TR><TD CLASS="l">306</TD><TD> * Returns the smallest integer greater than the number stored</TD></TR><TR><TD CLASS="l">307</TD><TD> * </TD></TR><TR><TD CLASS="l">308</TD><TD> * @return A XSFloat representing the smallest integer greater than the</TD></TR><TR><TD CLASS="l"><A NAME="2">309</A></TD><TD> * number stored</TD></TR><TR><TD CLASS="l">310</TD><TD> */</TD></TR><TR><TD CLASS="l">311</TD><TD> @Override</TD></TR><TR><TD CLASS="l">312</TD><TD> public NumericType ceiling() {</TD></TR><TR CLASS="z"><TD CLASS="l">313</TD><TD> return new XSFloat((float) Math.ceil(float_value()));</TD></TR><TR><TD CLASS="l">314</TD><TD> }</TD></TR><TR><TD CLASS="l">315</TD><TD> </TD></TR><TR><TD CLASS="l">316</TD><TD> /**</TD></TR><TR><TD CLASS="l">317</TD><TD> * Returns the largest integer smaller than the number stored</TD></TR><TR><TD CLASS="l">318</TD><TD> * </TD></TR><TR><TD CLASS="l">319</TD><TD> * @return A XSFloat representing the largest integer smaller than the</TD></TR><TR><TD CLASS="l"><A NAME="7">320</A></TD><TD> * number stored</TD></TR><TR><TD CLASS="l">321</TD><TD> */</TD></TR><TR><TD CLASS="l">322</TD><TD> @Override</TD></TR><TR><TD CLASS="l">323</TD><TD> public NumericType floor() {</TD></TR><TR CLASS="z"><TD CLASS="l">324</TD><TD> return new XSFloat((float) Math.floor(float_value()));</TD></TR><TR><TD CLASS="l">325</TD><TD> }</TD></TR><TR><TD CLASS="l">326</TD><TD> </TD></TR><TR><TD CLASS="l">327</TD><TD> /**</TD></TR><TR><TD CLASS="l">328</TD><TD> * Returns the closest integer of the number stored.</TD></TR><TR><TD CLASS="l">329</TD><TD> * </TD></TR><TR><TD CLASS="l"><A NAME="f">330</A></TD><TD> * @return A XSFloat representing the closest long of the number stored.</TD></TR><TR><TD CLASS="l">331</TD><TD> */</TD></TR><TR><TD CLASS="l">332</TD><TD> @Override</TD></TR><TR><TD CLASS="l">333</TD><TD> public NumericType round() {</TD></TR><TR CLASS="z"><TD CLASS="l">334</TD><TD> return new XSFloat(Math.round(float_value()));</TD></TR><TR><TD CLASS="l">335</TD><TD> }</TD></TR><TR><TD CLASS="l">336</TD><TD> </TD></TR><TR><TD CLASS="l">337</TD><TD> /**</TD></TR><TR><TD CLASS="l">338</TD><TD> * Returns the closest integer of the number stored.</TD></TR><TR><TD CLASS="l">339</TD><TD> * </TD></TR><TR><TD CLASS="l"><A NAME="10">340</A></TD><TD> * @return A XSFloat representing the closest long of the number stored.</TD></TR><TR><TD CLASS="l">341</TD><TD> */</TD></TR><TR><TD CLASS="l">342</TD><TD> @Override</TD></TR><TR><TD CLASS="l">343</TD><TD> public NumericType round_half_to_even() {</TD></TR><TR CLASS="z"><TD CLASS="l">344</TD><TD> return new XSFloat((float) Math.rint(float_value()));</TD></TR><TR><TD CLASS="l">345</TD><TD> }</TD></TR><TR><TD CLASS="l">346</TD><TD>}</TD></TR></TABLE><P></P><TABLE CLASS="hdft" CELLSPACING="0" WIDTH="100%"><TR><TD CLASS="nv">[<A HREF="../xslUnitTestCoverage.html">all classes</A>][<A HREF="7f.html">org.eclipse.wst.xml.xpath2.processor.types</A>]</TD></TR><TR><TD CLASS="tl"><A HREF="http://www.eclemma.org/support.html">EMMA 2.0.5312 EclEmma Fix 1</A> (C) Vladimir Roubtsov</TD></TR></TABLE></BODY></HTML> |