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1 (* Copyright (c) 2008-2010, Adam Chlipala
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2 * All rights reserved.
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3 *
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4 * Redistribution and use in source and binary forms, with or without
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5 * modification, are permitted provided that the following conditions are met:
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6 *
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7 * - Redistributions of source code must retain the above copyright notice,
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8 * this list of conditions and the following disclaimer.
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9 * - Redistributions in binary form must reproduce the above copyright notice,
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10 * this list of conditions and the following disclaimer in the documentation
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11 * and/or other materials provided with the distribution.
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12 * - The names of contributors may not be used to endorse or promote products
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13 * derived from this software without specific prior written permission.
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14 *
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15 * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
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16 * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
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17 * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
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18 * ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE
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19 * LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
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20 * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
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21 * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
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22 * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
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23 * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
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24 * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
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25 * POSSIBILITY OF SUCH DAMAGE.
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26 *)
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27
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28 structure CoreUtil :> CORE_UTIL = struct
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29
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30 open Core
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31
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32 structure S = Search
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33
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34 structure Kind = struct
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35
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36 open Order
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37
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38 fun compare ((k1, _), (k2, _)) =
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39 case (k1, k2) of
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40 (KType, KType) => EQUAL
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41 | (KType, _) => LESS
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42 | (_, KType) => GREATER
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43
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44 | (KArrow (d1, r1), KArrow (d2, r2)) => join (compare (d1, d2), fn () => compare (r1, r2))
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45 | (KArrow _, _) => LESS
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46 | (_, KArrow _) => GREATER
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47
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48 | (KName, KName) => EQUAL
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49 | (KName, _) => LESS
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50 | (_, KName) => GREATER
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51
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52 | (KRecord k1, KRecord k2) => compare (k1, k2)
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53 | (KRecord _, _) => LESS
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54 | (_, KRecord _) => GREATER
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55
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56 | (KUnit, KUnit) => EQUAL
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57 | (KUnit, _) => LESS
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58 | (_, KUnit) => GREATER
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59
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60 | (KTuple ks1, KTuple ks2) => joinL compare (ks1, ks2)
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61 | (KTuple _, _) => LESS
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62 | (_, KTuple _) => GREATER
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63
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64 | (KRel n1, KRel n2) => Int.compare (n1, n2)
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65 | (KRel _, _) => LESS
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66 | (_, KRel _) => GREATER
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67
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68 | (KFun (_, k1), KFun (_, k2)) => compare (k1, k2)
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69
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70 fun mapfoldB {kind = f, bind} =
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71 let
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72 fun mfk ctx k acc =
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73 S.bindP (mfk' ctx k acc, f ctx)
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74
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75 and mfk' ctx (kAll as (k, loc)) =
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76 case k of
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77 KType => S.return2 kAll
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78
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79 | KArrow (k1, k2) =>
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80 S.bind2 (mfk ctx k1,
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81 fn k1' =>
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82 S.map2 (mfk ctx k2,
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83 fn k2' =>
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84 (KArrow (k1', k2'), loc)))
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85
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86 | KName => S.return2 kAll
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87
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88 | KRecord k =>
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89 S.map2 (mfk ctx k,
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90 fn k' =>
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91 (KRecord k', loc))
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92
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93 | KUnit => S.return2 kAll
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94
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95 | KTuple ks =>
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96 S.map2 (ListUtil.mapfold (mfk ctx) ks,
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97 fn ks' =>
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98 (KTuple ks', loc))
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99
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100 | KRel _ => S.return2 kAll
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101 | KFun (x, k) =>
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102 S.map2 (mfk (bind (ctx, x)) k,
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103 fn k' =>
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104 (KFun (x, k'), loc))
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105 in
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106 mfk
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107 end
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108
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109 fun mapfold fk =
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110 mapfoldB {kind = fn () => fk,
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111 bind = fn ((), _) => ()} ()
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112
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113 fun map f k =
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114 case mapfold (fn k => fn () => S.Continue (f k, ())) k () of
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115 S.Return () => raise Fail "CoreUtil.Kind.map"
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116 | S.Continue (k, ()) => k
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117
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118 fun mapB {kind, bind} ctx k =
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119 case mapfoldB {kind = fn ctx => fn k => fn () => S.Continue (kind ctx k, ()),
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120 bind = bind} ctx k () of
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121 S.Continue (k, ()) => k
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122 | S.Return _ => raise Fail "CoreUtil.Kind.mapB: Impossible"
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123
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124 fun exists f k =
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125 case mapfold (fn k => fn () =>
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126 if f k then
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127 S.Return ()
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128 else
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129 S.Continue (k, ())) k () of
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130 S.Return _ => true
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131 | S.Continue _ => false
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132
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133 end
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134
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135 structure Con = struct
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136
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137 open Order
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138
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139 fun compare ((c1, _), (c2, _)) =
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140 case (c1, c2) of
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141 (TFun (d1, r1), TFun (d2, r2)) => join (compare (d1, d2), fn () => compare (r1, r2))
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142 | (TFun _, _) => LESS
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143 | (_, TFun _) => GREATER
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144
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145 | (TCFun (x1, k1, r1), TCFun (x2, k2, r2)) =>
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146 join (String.compare (x1, x2),
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147 fn () => join (Kind.compare (k1, k2),
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148 fn () => compare (r1, r2)))
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149 | (TCFun _, _) => LESS
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150 | (_, TCFun _) => GREATER
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151
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152 | (TRecord c1, TRecord c2) => compare (c1, c2)
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153 | (TRecord _, _) => LESS
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154 | (_, TRecord _) => GREATER
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155
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156 | (CRel n1, CRel n2) => Int.compare (n1, n2)
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157 | (CRel _, _) => LESS
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158 | (_, CRel _) => GREATER
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159
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160 | (CNamed n1, CNamed n2) => Int.compare (n1, n2)
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161 | (CNamed _, _) => LESS
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162 | (_, CNamed _) => GREATER
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163
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164 | (CFfi (m1, s1), CFfi (m2, s2)) => join (String.compare (m1, m2),
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165 fn () => String.compare (s1, s2))
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166 | (CFfi _, _) => LESS
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167 | (_, CFfi _) => GREATER
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168
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169 | (CApp (f1, x1), CApp (f2, x2)) => join (compare (f1, f2),
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170 fn () => compare (x1, x2))
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171 | (CApp _, _) => LESS
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172 | (_, CApp _) => GREATER
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173
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174 | (CAbs (x1, k1, b1), CAbs (x2, k2, b2)) =>
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175 join (String.compare (x1, x2),
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176 fn () => join (Kind.compare (k1, k2),
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177 fn () => compare (b1, b2)))
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178 | (CAbs _, _) => LESS
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179 | (_, CAbs _) => GREATER
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180
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181 | (CName s1, CName s2) => String.compare (s1, s2)
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182 | (CName _, _) => LESS
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183 | (_, CName _) => GREATER
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184
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185 | (CRecord (k1, xvs1), CRecord (k2, xvs2)) =>
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186 join (Kind.compare (k1, k2),
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187 fn () =>
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188 let
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189 val sort = ListMergeSort.sort (fn ((x1, _), (x2, _)) =>
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190 compare (x1, x2) = GREATER)
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191 in
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192 joinL (fn ((x1, v1), (x2, v2)) =>
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193 join (compare (x1, x2),
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194 fn () => compare (v1, v2))) (sort xvs1, sort xvs2)
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195 end)
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196 | (CRecord _, _) => LESS
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197 | (_, CRecord _) => GREATER
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198
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199 | (CConcat (f1, s1), CConcat (f2, s2)) =>
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200 join (compare (f1, f2),
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201 fn () => compare (s1, s2))
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202 | (CConcat _, _) => LESS
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203 | (_, CConcat _) => GREATER
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204
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205 | (CMap (d1, r1), CMap (d2, r2)) =>
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206 join (Kind.compare (d1, r2),
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207 fn () => Kind.compare (r1, r2))
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208 | (CMap _, _) => LESS
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209 | (_, CMap _) => GREATER
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210
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211 | (CUnit, CUnit) => EQUAL
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212 | (CUnit, _) => LESS
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213 | (_, CUnit) => GREATER
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214
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215 | (CTuple cs1, CTuple cs2) => joinL compare (cs1, cs2)
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216 | (CTuple _, _) => LESS
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217 | (_, CTuple _) => GREATER
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218
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219 | (CProj (c1, n1), CProj (c2, n2)) => join (Int.compare (n1, n2),
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220 fn () => compare (c1, c2))
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221 | (CProj _, _) => LESS
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222 | (_, CProj _) => GREATER
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223
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224 | (CKAbs (_, c1), CKAbs (_, c2)) => compare (c1, c2)
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225 | (CKAbs _, _) => LESS
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226 | (_, CKAbs _) => GREATER
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227
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228 | (CKApp (c1, k1), CKApp (c2, k2)) =>
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229 join (compare (c1, c2),
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230 fn () => Kind.compare (k1, k2))
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231 | (CKApp _, _) => LESS
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232 | (_, CKApp _) => GREATER
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233
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234 | (TKFun (_, c1), TKFun (_, c2)) => compare (c1, c2)
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235
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236 datatype binder =
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237 RelK of string
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238 | RelC of string * kind
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239 | NamedC of string * int * kind * con option
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240
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241 fun mapfoldB {kind = fk, con = fc, bind} =
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242 let
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243 val mfk = Kind.mapfoldB {kind = fk, bind = fn (ctx, x) => bind (ctx, RelK x)}
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244
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245 fun mfc ctx c acc =
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246 S.bindP (mfc' ctx c acc, fc ctx)
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247
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248 and mfc' ctx (cAll as (c, loc)) =
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249 case c of
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250 TFun (c1, c2) =>
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251 S.bind2 (mfc ctx c1,
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252 fn c1' =>
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253 S.map2 (mfc ctx c2,
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254 fn c2' =>
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255 (TFun (c1', c2'), loc)))
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256 | TCFun (x, k, c) =>
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257 S.bind2 (mfk ctx k,
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258 fn k' =>
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259 S.map2 (mfc (bind (ctx, RelC (x, k))) c,
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260 fn c' =>
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261 (TCFun (x, k', c'), loc)))
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262 | TRecord c =>
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263 S.map2 (mfc ctx c,
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264 fn c' =>
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265 (TRecord c', loc))
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266
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267 | CRel _ => S.return2 cAll
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268 | CNamed _ => S.return2 cAll
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269 | CFfi _ => S.return2 cAll
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270 | CApp (c1, c2) =>
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271 S.bind2 (mfc ctx c1,
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272 fn c1' =>
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273 S.map2 (mfc ctx c2,
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274 fn c2' =>
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275 (CApp (c1', c2'), loc)))
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276 | CAbs (x, k, c) =>
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277 S.bind2 (mfk ctx k,
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278 fn k' =>
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279 S.map2 (mfc (bind (ctx, RelC (x, k))) c,
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280 fn c' =>
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281 (CAbs (x, k', c'), loc)))
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282
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283 | CName _ => S.return2 cAll
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284
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285 | CRecord (k, xcs) =>
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286 S.bind2 (mfk ctx k,
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287 fn k' =>
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288 S.map2 (ListUtil.mapfold (fn (x, c) =>
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289 S.bind2 (mfc ctx x,
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290 fn x' =>
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291 S.map2 (mfc ctx c,
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292 fn c' =>
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293 (x', c'))))
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294 xcs,
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295 fn xcs' =>
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296 (CRecord (k', xcs'), loc)))
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297 | CConcat (c1, c2) =>
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298 S.bind2 (mfc ctx c1,
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299 fn c1' =>
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300 S.map2 (mfc ctx c2,
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301 fn c2' =>
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302 (CConcat (c1', c2'), loc)))
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303 | CMap (k1, k2) =>
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304 S.bind2 (mfk ctx k1,
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305 fn k1' =>
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306 S.map2 (mfk ctx k2,
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307 fn k2' =>
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308 (CMap (k1', k2'), loc)))
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309
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310 | CUnit => S.return2 cAll
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311
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312 | CTuple cs =>
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313 S.map2 (ListUtil.mapfold (mfc ctx) cs,
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314 fn cs' =>
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315 (CTuple cs', loc))
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316
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317 | CProj (c, n) =>
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318 S.map2 (mfc ctx c,
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319 fn c' =>
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320 (CProj (c', n), loc))
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321
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322 | CKAbs (x, c) =>
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323 S.map2 (mfc (bind (ctx, RelK x)) c,
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324 fn c' =>
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325 (CKAbs (x, c'), loc))
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326 | CKApp (c, k) =>
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327 S.bind2 (mfc ctx c,
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328 fn c' =>
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329 S.map2 (mfk ctx k,
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330 fn k' =>
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331 (CKApp (c', k'), loc)))
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332 | TKFun (x, c) =>
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333 S.map2 (mfc (bind (ctx, RelK x)) c,
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334 fn c' =>
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335 (TKFun (x, c'), loc))
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336 in
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337 mfc
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338 end
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339
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adamc@16
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340 fun mapfold {kind = fk, con = fc} =
|
adamc@626
|
341 mapfoldB {kind = fn () => fk,
|
adamc@16
|
342 con = fn () => fc,
|
adamc@16
|
343 bind = fn ((), _) => ()} ()
|
adamc@16
|
344
|
adamc@16
|
345 fun map {kind, con} c =
|
adamc@16
|
346 case mapfold {kind = fn k => fn () => S.Continue (kind k, ()),
|
adamc@16
|
347 con = fn c => fn () => S.Continue (con c, ())} c () of
|
adamc@16
|
348 S.Return () => raise Fail "Core_util.Con.map"
|
adamc@16
|
349 | S.Continue (c, ()) => c
|
adamc@16
|
350
|
adamc@16
|
351 fun mapB {kind, con, bind} ctx c =
|
adamc@626
|
352 case mapfoldB {kind = fn ctx => fn k => fn () => S.Continue (kind ctx k, ()),
|
adamc@16
|
353 con = fn ctx => fn c => fn () => S.Continue (con ctx c, ()),
|
adamc@16
|
354 bind = bind} ctx c () of
|
adamc@16
|
355 S.Continue (c, ()) => c
|
adamc@20
|
356 | S.Return _ => raise Fail "CoreUtil.Con.mapB: Impossible"
|
adamc@16
|
357
|
adamc@23
|
358 fun fold {kind, con} s c =
|
adamc@23
|
359 case mapfold {kind = fn k => fn s => S.Continue (k, kind (k, s)),
|
adamc@23
|
360 con = fn c => fn s => S.Continue (c, con (c, s))} c s of
|
adamc@23
|
361 S.Continue (_, s) => s
|
adamc@23
|
362 | S.Return _ => raise Fail "CoreUtil.Con.fold: Impossible"
|
adamc@23
|
363
|
adamc@16
|
364 fun exists {kind, con} k =
|
adamc@16
|
365 case mapfold {kind = fn k => fn () =>
|
adamc@16
|
366 if kind k then
|
adamc@16
|
367 S.Return ()
|
adamc@16
|
368 else
|
adamc@16
|
369 S.Continue (k, ()),
|
adamc@16
|
370 con = fn c => fn () =>
|
adamc@16
|
371 if con c then
|
adamc@16
|
372 S.Return ()
|
adamc@16
|
373 else
|
adamc@16
|
374 S.Continue (c, ())} k () of
|
adamc@16
|
375 S.Return _ => true
|
adamc@16
|
376 | S.Continue _ => false
|
adamc@16
|
377
|
adamc@1185
|
378 fun existsB {kind, con, bind} ctx c =
|
adamc@1185
|
379 case mapfoldB {kind = fn ctx => fn k => fn () =>
|
adamc@1185
|
380 if kind (ctx, k) then
|
adamc@1185
|
381 S.Return ()
|
adamc@1185
|
382 else
|
adamc@1185
|
383 S.Continue (k, ()),
|
adamc@1185
|
384 con = fn ctx => fn c => fn () =>
|
adamc@1185
|
385 if con (ctx, c) then
|
adamc@1185
|
386 S.Return ()
|
adamc@1185
|
387 else
|
adamc@1185
|
388 S.Continue (c, ()),
|
adamc@1185
|
389 bind = bind} ctx c () of
|
adamc@1185
|
390 S.Return _ => true
|
adamc@1185
|
391 | S.Continue _ => false
|
adamc@1185
|
392
|
adamc@193
|
393 fun foldMap {kind, con} s c =
|
adamc@193
|
394 case mapfold {kind = fn k => fn s => S.Continue (kind (k, s)),
|
adamc@193
|
395 con = fn c => fn s => S.Continue (con (c, s))} c s of
|
adamc@193
|
396 S.Continue v => v
|
adamc@193
|
397 | S.Return _ => raise Fail "CoreUtil.Con.foldMap: Impossible"
|
adamc@193
|
398
|
adamc@16
|
399 end
|
adamc@16
|
400
|
adamc@16
|
401 structure Exp = struct
|
adamc@16
|
402
|
adamc@479
|
403 open Order
|
adamc@479
|
404
|
adamc@479
|
405 fun pcCompare (pc1, pc2) =
|
adamc@479
|
406 case (pc1, pc2) of
|
adamc@479
|
407 (PConVar n1, PConVar n2) => Int.compare (n1, n2)
|
adamc@479
|
408 | (PConVar _, _) => LESS
|
adamc@479
|
409 | (_, PConVar _) => GREATER
|
adamc@479
|
410
|
adamc@479
|
411 | (PConFfi {mod = m1, datatyp = d1, con = c1, ...},
|
adamc@479
|
412 PConFfi {mod = m2, datatyp = d2, con = c2, ...}) =>
|
adamc@479
|
413 join (String.compare (m1, m2),
|
adamc@479
|
414 fn () => join (String.compare (d1, d2),
|
adamc@479
|
415 fn () => String.compare (c1, c2)))
|
adamc@479
|
416
|
adamc@479
|
417 fun pCompare ((p1, _), (p2, _)) =
|
adamc@479
|
418 case (p1, p2) of
|
adamc@479
|
419 (PWild, PWild) => EQUAL
|
adamc@479
|
420 | (PWild, _) => LESS
|
adamc@479
|
421 | (_, PWild) => GREATER
|
adamc@479
|
422
|
adamc@479
|
423 | (PVar _, PVar _) => EQUAL
|
adamc@479
|
424 | (PVar _, _) => LESS
|
adamc@479
|
425 | (_, PVar _) => GREATER
|
adamc@479
|
426
|
adamc@479
|
427 | (PPrim p1, PPrim p2) => Prim.compare (p1, p2)
|
adamc@479
|
428 | (PPrim _, _) => LESS
|
adamc@479
|
429 | (_, PPrim _) => GREATER
|
adamc@479
|
430
|
adamc@479
|
431 | (PCon (_, pc1, _, po1), PCon (_, pc2, _, po2)) =>
|
adamc@479
|
432 join (pcCompare (pc1, pc2),
|
adamc@479
|
433 fn () => joinO pCompare (po1, po2))
|
adamc@479
|
434 | (PCon _, _) => LESS
|
adamc@479
|
435 | (_, PCon _) => GREATER
|
adamc@479
|
436
|
adamc@479
|
437 | (PRecord xps1, PRecord xps2) =>
|
adamc@479
|
438 joinL (fn ((x1, p1, _), (x2, p2, _)) =>
|
adamc@479
|
439 join (String.compare (x1, x2),
|
adamc@479
|
440 fn () => pCompare (p1, p2))) (xps1, xps2)
|
adamc@479
|
441
|
adamc@479
|
442 fun compare ((e1, _), (e2, _)) =
|
adamc@479
|
443 case (e1, e2) of
|
adamc@479
|
444 (EPrim p1, EPrim p2) => Prim.compare (p1, p2)
|
adamc@479
|
445 | (EPrim _, _) => LESS
|
adamc@479
|
446 | (_, EPrim _) => GREATER
|
adamc@479
|
447
|
adamc@479
|
448 | (ERel n1, ERel n2) => Int.compare (n1, n2)
|
adamc@479
|
449 | (ERel _, _) => LESS
|
adamc@479
|
450 | (_, ERel _) => GREATER
|
adamc@479
|
451
|
adamc@479
|
452 | (ENamed n1, ENamed n2) => Int.compare (n1, n2)
|
adamc@479
|
453 | (ENamed _, _) => LESS
|
adamc@479
|
454 | (_, ENamed _) => GREATER
|
adamc@479
|
455
|
adamc@479
|
456 | (ECon (_, pc1, _, eo1), ECon (_, pc2, _, eo2)) =>
|
adamc@479
|
457 join (pcCompare (pc1, pc2),
|
adamc@479
|
458 fn () => joinO compare (eo1, eo2))
|
adamc@479
|
459 | (ECon _, _) => LESS
|
adamc@479
|
460 | (_, ECon _) => GREATER
|
adamc@479
|
461
|
adamc@479
|
462 | (EFfi (f1, x1), EFfi (f2, x2)) =>
|
adamc@479
|
463 join (String.compare (f1, f2),
|
adamc@479
|
464 fn () => String.compare (x1, x2))
|
adamc@479
|
465 | (EFfi _, _) => LESS
|
adamc@479
|
466 | (_, EFfi _) => GREATER
|
adamc@479
|
467
|
adamc@479
|
468 | (EFfiApp (f1, x1, es1), EFfiApp (f2, x2, es2)) =>
|
adamc@479
|
469 join (String.compare (f1, f2),
|
adamc@479
|
470 fn () => join (String.compare (x1, x2),
|
adamc@479
|
471 fn () => joinL compare (es1, es2)))
|
adamc@479
|
472 | (EFfiApp _, _) => LESS
|
adamc@479
|
473 | (_, EFfiApp _) => GREATER
|
adamc@479
|
474
|
adamc@479
|
475 | (EApp (f1, x1), EApp (f2, x2)) =>
|
adamc@479
|
476 join (compare (f1, f2),
|
adamc@479
|
477 fn () => compare (x1, x2))
|
adamc@479
|
478 | (EApp _, _) => LESS
|
adamc@479
|
479 | (_, EApp _) => GREATER
|
adamc@479
|
480
|
adamc@479
|
481 | (EAbs (_, _, _, e1), EAbs (_, _, _, e2)) => compare (e1, e2)
|
adamc@479
|
482 | (EAbs _, _) => LESS
|
adamc@479
|
483 | (_, EAbs _) => GREATER
|
adamc@479
|
484
|
adamc@479
|
485 | (ECApp (f1, x1), ECApp (f2, x2)) =>
|
adamc@479
|
486 join (compare (f1, f2),
|
adamc@479
|
487 fn () => Con.compare (x1, x2))
|
adamc@479
|
488 | (ECApp _, _) => LESS
|
adamc@479
|
489 | (_, ECApp _) => GREATER
|
adamc@479
|
490
|
adamc@479
|
491 | (ECAbs (_, _, e1), ECAbs (_, _, e2)) => compare (e1, e2)
|
adamc@479
|
492 | (ECAbs _, _) => LESS
|
adamc@479
|
493 | (_, ECAbs _) => GREATER
|
adamc@479
|
494
|
adamc@479
|
495 | (ERecord xes1, ERecord xes2) =>
|
adamc@479
|
496 joinL (fn ((x1, e1, _), (x2, e2, _)) =>
|
adamc@479
|
497 join (Con.compare (x1, x2),
|
adamc@479
|
498 fn () => compare (e1, e2))) (xes1, xes2)
|
adamc@479
|
499 | (ERecord _, _) => LESS
|
adamc@479
|
500 | (_, ERecord _) => GREATER
|
adamc@479
|
501
|
adamc@479
|
502 | (EField (e1, c1, _), EField (e2, c2, _)) =>
|
adamc@479
|
503 join (compare (e1, e2),
|
adamc@479
|
504 fn () => Con.compare (c1, c2))
|
adamc@479
|
505 | (EField _, _) => LESS
|
adamc@479
|
506 | (_, EField _) => GREATER
|
adamc@479
|
507
|
adamc@479
|
508 | (EConcat (x1, _, y1, _), EConcat (x2, _, y2, _)) =>
|
adamc@479
|
509 join (compare (x1, x2),
|
adamc@479
|
510 fn () => compare (y1, y2))
|
adamc@479
|
511 | (EConcat _, _) => LESS
|
adamc@479
|
512 | (_, EConcat _) => GREATER
|
adamc@479
|
513
|
adamc@479
|
514 | (ECut (e1, c1, _), ECut (e2, c2, _)) =>
|
adamc@479
|
515 join (compare (e1, e2),
|
adamc@493
|
516 fn () => Con.compare (c1, c2))
|
adamc@479
|
517 | (ECut _, _) => LESS
|
adamc@479
|
518 | (_, ECut _) => GREATER
|
adamc@479
|
519
|
adamc@493
|
520 | (ECutMulti (e1, c1, _), ECutMulti (e2, c2, _)) =>
|
adamc@493
|
521 join (compare (e1, e2),
|
adamc@493
|
522 fn () => Con.compare (c1, c2))
|
adamc@493
|
523 | (ECutMulti _, _) => LESS
|
adamc@493
|
524 | (_, ECutMulti _) => GREATER
|
adamc@493
|
525
|
adamc@479
|
526 | (ECase (e1, pes1, _), ECase (e2, pes2, _)) =>
|
adamc@479
|
527 join (compare (e1, e2),
|
adamc@479
|
528 fn () => joinL (fn ((p1, e1), (p2, e2)) =>
|
adamc@479
|
529 join (pCompare (p1, p2),
|
adamc@479
|
530 fn () => compare (e1, e2))) (pes1, pes2))
|
adamc@479
|
531 | (ECase _, _) => LESS
|
adamc@479
|
532 | (_, ECase _) => GREATER
|
adamc@479
|
533
|
adamc@479
|
534 | (EWrite e1, EWrite e2) => compare (e1, e2)
|
adamc@479
|
535 | (EWrite _, _) => LESS
|
adamc@479
|
536 | (_, EWrite _) => GREATER
|
adamc@479
|
537
|
adamc@479
|
538 | (EClosure (n1, es1), EClosure (n2, es2)) =>
|
adamc@479
|
539 join (Int.compare (n1, n2),
|
adamc@479
|
540 fn () => joinL compare (es1, es2))
|
adamc@479
|
541 | (EClosure _, _) => LESS
|
adamc@479
|
542 | (_, EClosure _) => GREATER
|
adamc@479
|
543
|
adamc@479
|
544 | (ELet (_, _, x1, e1), ELet (_, _, x2, e2)) =>
|
adamc@479
|
545 join (compare (x1, x2),
|
adamc@479
|
546 fn () => compare (e1, e2))
|
adamc@607
|
547 | (ELet _, _) => LESS
|
adamc@607
|
548 | (_, ELet _) => GREATER
|
adamc@607
|
549
|
adamc@1020
|
550 | (EServerCall (n1, es1, _), EServerCall (n2, es2, _)) =>
|
adamc@607
|
551 join (Int.compare (n1, n2),
|
adamc@1020
|
552 fn () => joinL compare (es1, es2))
|
adamc@626
|
553 | (EServerCall _, _) => LESS
|
adamc@626
|
554 | (_, EServerCall _) => GREATER
|
adamc@626
|
555
|
adamc@626
|
556 | (EKAbs (_, e1), EKAbs (_, e2)) => compare (e1, e2)
|
adamc@626
|
557 | (EKAbs _, _) => LESS
|
adamc@626
|
558 | (_, EKAbs _) => GREATER
|
adamc@626
|
559
|
adamc@626
|
560 | (EKApp (e1, k1), EKApp (e2, k2)) =>
|
adamc@626
|
561 join (compare (e1, e2),
|
adamc@626
|
562 fn () => Kind.compare (k1, k2))
|
adamc@479
|
563
|
adamc@16
|
564 datatype binder =
|
adamc@626
|
565 RelK of string
|
adamc@626
|
566 | RelC of string * kind
|
adamc@20
|
567 | NamedC of string * int * kind * con option
|
adamc@16
|
568 | RelE of string * con
|
adamc@109
|
569 | NamedE of string * int * con * exp option * string
|
adamc@16
|
570
|
adamc@16
|
571 fun mapfoldB {kind = fk, con = fc, exp = fe, bind} =
|
adamc@16
|
572 let
|
adamc@626
|
573 val mfk = Kind.mapfoldB {kind = fk, bind = fn (ctx, x) => bind (ctx, RelK x)}
|
adamc@16
|
574
|
adamc@16
|
575 fun bind' (ctx, b) =
|
adamc@16
|
576 let
|
adamc@16
|
577 val b' = case b of
|
adamc@626
|
578 Con.RelK x => RelK x
|
adamc@626
|
579 | Con.RelC x => RelC x
|
adamc@626
|
580 | Con.NamedC x => NamedC x
|
adamc@16
|
581 in
|
adamc@16
|
582 bind (ctx, b')
|
adamc@16
|
583 end
|
adamc@16
|
584 val mfc = Con.mapfoldB {kind = fk, con = fc, bind = bind'}
|
adamc@16
|
585
|
adamc@16
|
586 fun mfe ctx e acc =
|
adamc@16
|
587 S.bindP (mfe' ctx e acc, fe ctx)
|
adamc@16
|
588
|
adamc@16
|
589 and mfe' ctx (eAll as (e, loc)) =
|
adamc@16
|
590 case e of
|
adamc@16
|
591 EPrim _ => S.return2 eAll
|
adamc@16
|
592 | ERel _ => S.return2 eAll
|
adamc@16
|
593 | ENamed _ => S.return2 eAll
|
adamc@192
|
594 | ECon (dk, pc, cs, NONE) =>
|
adamc@192
|
595 S.map2 (ListUtil.mapfold (mfc ctx) cs,
|
adamc@192
|
596 fn cs' =>
|
adamc@192
|
597 (ECon (dk, pc, cs', NONE), loc))
|
adamc@192
|
598 | ECon (dk, n, cs, SOME e) =>
|
adamc@192
|
599 S.bind2 (mfe ctx e,
|
adamc@192
|
600 fn e' =>
|
adamc@192
|
601 S.map2 (ListUtil.mapfold (mfc ctx) cs,
|
adamc@192
|
602 fn cs' =>
|
adamc@192
|
603 (ECon (dk, n, cs', SOME e'), loc)))
|
adamc@48
|
604 | EFfi _ => S.return2 eAll
|
adamc@48
|
605 | EFfiApp (m, x, es) =>
|
adamc@192
|
606 S.map2 (ListUtil.mapfold (mfe ctx) es,
|
adamc@48
|
607 fn es' =>
|
adamc@48
|
608 (EFfiApp (m, x, es'), loc))
|
adamc@16
|
609 | EApp (e1, e2) =>
|
adamc@16
|
610 S.bind2 (mfe ctx e1,
|
adamc@16
|
611 fn e1' =>
|
adamc@16
|
612 S.map2 (mfe ctx e2,
|
adamc@16
|
613 fn e2' =>
|
adamc@16
|
614 (EApp (e1', e2'), loc)))
|
adamc@26
|
615 | EAbs (x, dom, ran, e) =>
|
adamc@26
|
616 S.bind2 (mfc ctx dom,
|
adamc@26
|
617 fn dom' =>
|
adamc@26
|
618 S.bind2 (mfc ctx ran,
|
adamc@26
|
619 fn ran' =>
|
adamc@26
|
620 S.map2 (mfe (bind (ctx, RelE (x, dom'))) e,
|
adamc@26
|
621 fn e' =>
|
adamc@26
|
622 (EAbs (x, dom', ran', e'), loc))))
|
adamc@16
|
623
|
adamc@16
|
624 | ECApp (e, c) =>
|
adamc@16
|
625 S.bind2 (mfe ctx e,
|
adamc@16
|
626 fn e' =>
|
adamc@16
|
627 S.map2 (mfc ctx c,
|
adamc@16
|
628 fn c' =>
|
adamc@16
|
629 (ECApp (e', c'), loc)))
|
adamc@16
|
630 | ECAbs (x, k, e) =>
|
adamc@626
|
631 S.bind2 (mfk ctx k,
|
adamc@16
|
632 fn k' =>
|
adamc@16
|
633 S.map2 (mfe (bind (ctx, RelC (x, k))) e,
|
adamc@16
|
634 fn e' =>
|
adamc@16
|
635 (ECAbs (x, k', e'), loc)))
|
adamc@16
|
636
|
adamc@16
|
637 | ERecord xes =>
|
adamc@29
|
638 S.map2 (ListUtil.mapfold (fn (x, e, t) =>
|
adamc@16
|
639 S.bind2 (mfc ctx x,
|
adamc@16
|
640 fn x' =>
|
adamc@29
|
641 S.bind2 (mfe ctx e,
|
adamc@29
|
642 fn e' =>
|
adamc@29
|
643 S.map2 (mfc ctx t,
|
adamc@29
|
644 fn t' =>
|
adamc@29
|
645 (x', e', t')))))
|
adamc@16
|
646 xes,
|
adamc@16
|
647 fn xes' =>
|
adamc@16
|
648 (ERecord xes', loc))
|
adamc@16
|
649 | EField (e, c, {field, rest}) =>
|
adamc@16
|
650 S.bind2 (mfe ctx e,
|
adamc@16
|
651 fn e' =>
|
adamc@16
|
652 S.bind2 (mfc ctx c,
|
adamc@16
|
653 fn c' =>
|
adamc@16
|
654 S.bind2 (mfc ctx field,
|
adamc@16
|
655 fn field' =>
|
adamc@16
|
656 S.map2 (mfc ctx rest,
|
adamc@16
|
657 fn rest' =>
|
adamc@16
|
658 (EField (e', c', {field = field', rest = rest'}), loc)))))
|
adamc@445
|
659 | EConcat (e1, c1, e2, c2) =>
|
adamc@339
|
660 S.bind2 (mfe ctx e1,
|
adamc@339
|
661 fn e1' =>
|
adamc@445
|
662 S.bind2 (mfc ctx c1,
|
adamc@445
|
663 fn c1' =>
|
adamc@339
|
664 S.bind2 (mfe ctx e2,
|
adamc@339
|
665 fn e2' =>
|
adamc@445
|
666 S.map2 (mfc ctx c2,
|
adamc@445
|
667 fn c2' =>
|
adamc@445
|
668 (EConcat (e1', c1', e2', c2'),
|
adamc@445
|
669 loc)))))
|
adamc@149
|
670 | ECut (e, c, {field, rest}) =>
|
adamc@149
|
671 S.bind2 (mfe ctx e,
|
adamc@149
|
672 fn e' =>
|
adamc@149
|
673 S.bind2 (mfc ctx c,
|
adamc@149
|
674 fn c' =>
|
adamc@149
|
675 S.bind2 (mfc ctx field,
|
adamc@149
|
676 fn field' =>
|
adamc@149
|
677 S.map2 (mfc ctx rest,
|
adamc@149
|
678 fn rest' =>
|
adamc@149
|
679 (ECut (e', c', {field = field', rest = rest'}), loc)))))
|
adamc@493
|
680 | ECutMulti (e, c, {rest}) =>
|
adamc@493
|
681 S.bind2 (mfe ctx e,
|
adamc@493
|
682 fn e' =>
|
adamc@493
|
683 S.bind2 (mfc ctx c,
|
adamc@493
|
684 fn c' =>
|
adamc@493
|
685 S.map2 (mfc ctx rest,
|
adamc@493
|
686 fn rest' =>
|
adamc@493
|
687 (ECutMulti (e', c', {rest = rest'}), loc))))
|
adamc@102
|
688
|
adamc@182
|
689 | ECase (e, pes, {disc, result}) =>
|
adamc@177
|
690 S.bind2 (mfe ctx e,
|
adamc@177
|
691 fn e' =>
|
adamc@177
|
692 S.bind2 (ListUtil.mapfold (fn (p, e) =>
|
adamc@193
|
693 let
|
adamc@193
|
694 fun pb ((p, _), ctx) =
|
adamc@193
|
695 case p of
|
adamc@193
|
696 PWild => ctx
|
adamc@193
|
697 | PVar (x, t) => bind (ctx, RelE (x, t))
|
adamc@193
|
698 | PPrim _ => ctx
|
adamc@193
|
699 | PCon (_, _, _, NONE) => ctx
|
adamc@193
|
700 | PCon (_, _, _, SOME p) => pb (p, ctx)
|
adamc@193
|
701 | PRecord xps => foldl (fn ((_, p, _), ctx) =>
|
adamc@193
|
702 pb (p, ctx)) ctx xps
|
adamc@193
|
703 in
|
adamc@193
|
704 S.bind2 (mfp ctx p,
|
adamc@193
|
705 fn p' =>
|
adamc@193
|
706 S.map2 (mfe (pb (p', ctx)) e,
|
adamc@193
|
707 fn e' => (p', e')))
|
adamc@193
|
708 end) pes,
|
adamc@177
|
709 fn pes' =>
|
adamc@182
|
710 S.bind2 (mfc ctx disc,
|
adamc@182
|
711 fn disc' =>
|
adamc@182
|
712 S.map2 (mfc ctx result,
|
adamc@182
|
713 fn result' =>
|
adamc@182
|
714 (ECase (e', pes', {disc = disc', result = result'}), loc)))))
|
adamc@177
|
715
|
adamc@102
|
716 | EWrite e =>
|
adamc@102
|
717 S.map2 (mfe ctx e,
|
adamc@102
|
718 fn e' =>
|
adamc@102
|
719 (EWrite e', loc))
|
adamc@110
|
720
|
adamc@110
|
721 | EClosure (n, es) =>
|
adamc@110
|
722 S.map2 (ListUtil.mapfold (mfe ctx) es,
|
adamc@110
|
723 fn es' =>
|
adamc@110
|
724 (EClosure (n, es'), loc))
|
adamc@193
|
725
|
adamc@450
|
726 | ELet (x, t, e1, e2) =>
|
adamc@450
|
727 S.bind2 (mfc ctx t,
|
adamc@450
|
728 fn t' =>
|
adamc@450
|
729 S.bind2 (mfe ctx e1,
|
adamc@450
|
730 fn e1' =>
|
adamc@453
|
731 S.map2 (mfe (bind (ctx, RelE (x, t'))) e2,
|
adamc@450
|
732 fn e2' =>
|
adamc@450
|
733 (ELet (x, t', e1', e2'), loc))))
|
adamc@450
|
734
|
adamc@1020
|
735 | EServerCall (n, es, t) =>
|
adamc@607
|
736 S.bind2 (ListUtil.mapfold (mfe ctx) es,
|
adamc@607
|
737 fn es' =>
|
adamc@1020
|
738 S.map2 (mfc ctx t,
|
adamc@1020
|
739 fn t' =>
|
adamc@1020
|
740 (EServerCall (n, es', t'), loc)))
|
adamc@954
|
741
|
adamc@626
|
742 | EKAbs (x, e) =>
|
adamc@626
|
743 S.map2 (mfe (bind (ctx, RelK x)) e,
|
adamc@626
|
744 fn e' =>
|
adamc@626
|
745 (EKAbs (x, e'), loc))
|
adamc@626
|
746 | EKApp (e, k) =>
|
adamc@626
|
747 S.bind2 (mfe ctx e,
|
adamc@626
|
748 fn e' =>
|
adamc@626
|
749 S.map2 (mfk ctx k,
|
adamc@626
|
750 fn k' =>
|
adamc@626
|
751 (EKApp (e', k'), loc)))
|
adamc@607
|
752
|
adamc@193
|
753 and mfp ctx (pAll as (p, loc)) =
|
adamc@193
|
754 case p of
|
adamc@193
|
755 PWild => S.return2 pAll
|
adamc@193
|
756 | PVar (x, t) =>
|
adamc@193
|
757 S.map2 (mfc ctx t,
|
adamc@193
|
758 fn t' =>
|
adamc@193
|
759 (PVar (x, t'), loc))
|
adamc@193
|
760 | PPrim _ => S.return2 pAll
|
adamc@193
|
761 | PCon (dk, pc, args, po) =>
|
adamc@193
|
762 S.bind2 (mfpc ctx pc,
|
adamc@193
|
763 fn pc' =>
|
adamc@193
|
764 S.bind2 (ListUtil.mapfold (mfc ctx) args,
|
adamc@193
|
765 fn args' =>
|
adamc@193
|
766 S.map2 ((case po of
|
adamc@193
|
767 NONE => S.return2 NONE
|
adamc@193
|
768 | SOME p => S.map2 (mfp ctx p, SOME)),
|
adamc@193
|
769 fn po' =>
|
adamc@193
|
770 (PCon (dk, pc', args', po'), loc))))
|
adamc@193
|
771 | PRecord xps =>
|
adamc@193
|
772 S.map2 (ListUtil.mapfold (fn (x, p, c) =>
|
adamc@193
|
773 S.bind2 (mfp ctx p,
|
adamc@193
|
774 fn p' =>
|
adamc@193
|
775 S.map2 (mfc ctx c,
|
adamc@193
|
776 fn c' =>
|
adamc@193
|
777 (x, p', c')))) xps,
|
adamc@193
|
778 fn xps' =>
|
adamc@193
|
779 (PRecord xps', loc))
|
adamc@193
|
780
|
adamc@193
|
781 and mfpc ctx pc =
|
adamc@193
|
782 case pc of
|
adamc@193
|
783 PConVar _ => S.return2 pc
|
adamc@193
|
784 | PConFfi {mod = m, datatyp, params, con, arg, kind} =>
|
adamc@193
|
785 S.map2 ((case arg of
|
adamc@193
|
786 NONE => S.return2 NONE
|
adamc@796
|
787 | SOME c =>
|
adamc@796
|
788 let
|
adamc@796
|
789 val k = (KType, ErrorMsg.dummySpan)
|
adamc@796
|
790 val ctx' = foldl (fn (x, ctx) => bind (ctx, RelC (x, k))) ctx params
|
adamc@796
|
791 in
|
adamc@796
|
792 S.map2 (mfc ctx' c, SOME)
|
adamc@796
|
793 end),
|
adamc@193
|
794 fn arg' =>
|
adamc@193
|
795 PConFfi {mod = m, datatyp = datatyp, params = params,
|
adamc@193
|
796 con = con, arg = arg', kind = kind})
|
adamc@16
|
797 in
|
adamc@16
|
798 mfe
|
adamc@16
|
799 end
|
adamc@16
|
800
|
adamc@16
|
801 fun mapfold {kind = fk, con = fc, exp = fe} =
|
adamc@626
|
802 mapfoldB {kind = fn () => fk,
|
adamc@16
|
803 con = fn () => fc,
|
adamc@16
|
804 exp = fn () => fe,
|
adamc@16
|
805 bind = fn ((), _) => ()} ()
|
adamc@16
|
806
|
adamc@21
|
807 fun mapB {kind, con, exp, bind} ctx e =
|
adamc@626
|
808 case mapfoldB {kind = fn ctx => fn k => fn () => S.Continue (kind ctx k, ()),
|
adamc@21
|
809 con = fn ctx => fn c => fn () => S.Continue (con ctx c, ()),
|
adamc@21
|
810 exp = fn ctx => fn e => fn () => S.Continue (exp ctx e, ()),
|
adamc@21
|
811 bind = bind} ctx e () of
|
adamc@21
|
812 S.Continue (e, ()) => e
|
adamc@21
|
813 | S.Return _ => raise Fail "CoreUtil.Exp.mapB: Impossible"
|
adamc@21
|
814
|
adamc@16
|
815 fun map {kind, con, exp} e =
|
adamc@16
|
816 case mapfold {kind = fn k => fn () => S.Continue (kind k, ()),
|
adamc@16
|
817 con = fn c => fn () => S.Continue (con c, ()),
|
adamc@16
|
818 exp = fn e => fn () => S.Continue (exp e, ())} e () of
|
adamc@16
|
819 S.Return () => raise Fail "Core_util.Exp.map"
|
adamc@16
|
820 | S.Continue (e, ()) => e
|
adamc@16
|
821
|
adamc@23
|
822 fun fold {kind, con, exp} s e =
|
adamc@23
|
823 case mapfold {kind = fn k => fn s => S.Continue (k, kind (k, s)),
|
adamc@23
|
824 con = fn c => fn s => S.Continue (c, con (c, s)),
|
adamc@23
|
825 exp = fn e => fn s => S.Continue (e, exp (e, s))} e s of
|
adamc@23
|
826 S.Continue (_, s) => s
|
adamc@23
|
827 | S.Return _ => raise Fail "CoreUtil.Exp.fold: Impossible"
|
adamc@23
|
828
|
adamc@484
|
829 fun foldB {kind, con, exp, bind} ctx s e =
|
adamc@626
|
830 case mapfoldB {kind = fn ctx => fn k => fn s => S.Continue (k, kind (ctx, k, s)),
|
adamc@484
|
831 con = fn ctx => fn c => fn s => S.Continue (c, con (ctx, c, s)),
|
adamc@484
|
832 exp = fn ctx => fn e => fn s => S.Continue (e, exp (ctx, e, s)),
|
adamc@484
|
833 bind = bind} ctx e s of
|
adamc@484
|
834 S.Continue (_, s) => s
|
adamc@484
|
835 | S.Return _ => raise Fail "CoreUtil.Exp.foldB: Impossible"
|
adamc@484
|
836
|
adamc@16
|
837 fun exists {kind, con, exp} k =
|
adamc@16
|
838 case mapfold {kind = fn k => fn () =>
|
adamc@16
|
839 if kind k then
|
adamc@16
|
840 S.Return ()
|
adamc@16
|
841 else
|
adamc@16
|
842 S.Continue (k, ()),
|
adamc@16
|
843 con = fn c => fn () =>
|
adamc@16
|
844 if con c then
|
adamc@16
|
845 S.Return ()
|
adamc@16
|
846 else
|
adamc@16
|
847 S.Continue (c, ()),
|
adamc@16
|
848 exp = fn e => fn () =>
|
adamc@16
|
849 if exp e then
|
adamc@16
|
850 S.Return ()
|
adamc@16
|
851 else
|
adamc@16
|
852 S.Continue (e, ())} k () of
|
adamc@16
|
853 S.Return _ => true
|
adamc@16
|
854 | S.Continue _ => false
|
adamc@16
|
855
|
adamc@479
|
856 fun existsB {kind, con, exp, bind} ctx k =
|
adamc@626
|
857 case mapfoldB {kind = fn ctx => fn k => fn () =>
|
adamc@626
|
858 if kind (ctx, k) then
|
adamc@626
|
859 S.Return ()
|
adamc@626
|
860 else
|
adamc@626
|
861 S.Continue (k, ()),
|
adamc@479
|
862 con = fn ctx => fn c => fn () =>
|
adamc@479
|
863 if con (ctx, c) then
|
adamc@479
|
864 S.Return ()
|
adamc@479
|
865 else
|
adamc@479
|
866 S.Continue (c, ()),
|
adamc@479
|
867 exp = fn ctx => fn e => fn () =>
|
adamc@479
|
868 if exp (ctx, e) then
|
adamc@479
|
869 S.Return ()
|
adamc@479
|
870 else
|
adamc@479
|
871 S.Continue (e, ()),
|
adamc@479
|
872 bind = bind} ctx k () of
|
adamc@479
|
873 S.Return _ => true
|
adamc@479
|
874 | S.Continue _ => false
|
adamc@479
|
875
|
adamc@443
|
876 fun foldMap {kind, con, exp} s e =
|
adamc@443
|
877 case mapfold {kind = fn k => fn s => S.Continue (kind (k, s)),
|
adamc@443
|
878 con = fn c => fn s => S.Continue (con (c, s)),
|
adamc@443
|
879 exp = fn e => fn s => S.Continue (exp (e, s))} e s of
|
adamc@443
|
880 S.Continue v => v
|
adamc@443
|
881 | S.Return _ => raise Fail "CoreUtil.Exp.foldMap: Impossible"
|
adamc@443
|
882
|
adamc@488
|
883 fun foldMapB {kind, con, exp, bind} ctx s e =
|
adamc@626
|
884 case mapfoldB {kind = fn ctx => fn k => fn s => S.Continue (kind (ctx, k, s)),
|
adamc@488
|
885 con = fn ctx => fn c => fn s => S.Continue (con (ctx, c, s)),
|
adamc@488
|
886 exp = fn ctx => fn e => fn s => S.Continue (exp (ctx, e, s)),
|
adamc@488
|
887 bind = bind} ctx e s of
|
adamc@488
|
888 S.Continue v => v
|
adamc@488
|
889 | S.Return _ => raise Fail "CoreUtil.Exp.foldMapB: Impossible"
|
adamc@488
|
890
|
adamc@16
|
891 end
|
adamc@16
|
892
|
adamc@20
|
893 structure Decl = struct
|
adamc@20
|
894
|
adamc@20
|
895 datatype binder = datatype Exp.binder
|
adamc@20
|
896
|
adamc@20
|
897 fun mapfoldB {kind = fk, con = fc, exp = fe, decl = fd, bind} =
|
adamc@20
|
898 let
|
adamc@626
|
899 val mfk = Kind.mapfoldB {kind = fk, bind = fn (ctx, x) => bind (ctx, RelK x)}
|
adamc@20
|
900
|
adamc@20
|
901 fun bind' (ctx, b) =
|
adamc@20
|
902 let
|
adamc@20
|
903 val b' = case b of
|
adamc@626
|
904 Con.RelK x => RelK x
|
adamc@626
|
905 | Con.RelC x => RelC x
|
adamc@626
|
906 | Con.NamedC x => NamedC x
|
adamc@20
|
907 in
|
adamc@20
|
908 bind (ctx, b')
|
adamc@20
|
909 end
|
adamc@20
|
910 val mfc = Con.mapfoldB {kind = fk, con = fc, bind = bind'}
|
adamc@20
|
911
|
adamc@20
|
912 val mfe = Exp.mapfoldB {kind = fk, con = fc, exp = fe, bind = bind}
|
adamc@20
|
913
|
adamc@20
|
914 fun mfd ctx d acc =
|
adamc@20
|
915 S.bindP (mfd' ctx d acc, fd ctx)
|
adamc@20
|
916
|
adamc@20
|
917 and mfd' ctx (dAll as (d, loc)) =
|
adamc@20
|
918 case d of
|
adamc@20
|
919 DCon (x, n, k, c) =>
|
adamc@626
|
920 S.bind2 (mfk ctx k,
|
adamc@20
|
921 fn k' =>
|
adamc@20
|
922 S.map2 (mfc ctx c,
|
adamc@20
|
923 fn c' =>
|
adamc@20
|
924 (DCon (x, n, k', c'), loc)))
|
adamc@807
|
925 | DDatatype dts =>
|
adamc@807
|
926 S.map2 (ListUtil.mapfold (fn (x, n, xs, xncs) =>
|
adamc@807
|
927 let
|
adamc@807
|
928 val k = (KType, loc)
|
adamc@807
|
929 val k' = foldl (fn (_, k') => (KArrow (k, k'), loc)) k xs
|
adamc@807
|
930 val ctx' = bind (ctx, NamedC (x, n, k', NONE))
|
adamc@807
|
931 in
|
adamc@807
|
932 S.map2 (ListUtil.mapfold (fn (x, n, c) =>
|
adamc@807
|
933 case c of
|
adamc@807
|
934 NONE => S.return2 (x, n, c)
|
adamc@807
|
935 | SOME c =>
|
adamc@807
|
936 S.map2 (mfc ctx' c,
|
adamc@807
|
937 fn c' => (x, n, SOME c'))) xncs,
|
adamc@807
|
938 fn xncs' => (x, n, xs, xncs'))
|
adamc@807
|
939 end) dts,
|
adamc@807
|
940 fn dts' =>
|
adamc@807
|
941 (DDatatype dts', loc))
|
adamc@125
|
942 | DVal vi =>
|
adamc@125
|
943 S.map2 (mfvi ctx vi,
|
adamc@125
|
944 fn vi' =>
|
adamc@125
|
945 (DVal vi', loc))
|
adamc@125
|
946 | DValRec vis =>
|
adamc@127
|
947 let
|
adamc@127
|
948 val ctx = foldl (fn ((x, n, t, e, s), ctx) => bind (ctx, NamedE (x, n, t, NONE, s)))
|
adamc@127
|
949 ctx vis
|
adamc@127
|
950 in
|
adamc@127
|
951 S.map2 (ListUtil.mapfold (mfvi ctx) vis,
|
adamc@127
|
952 fn vis' =>
|
adamc@127
|
953 (DValRec vis', loc))
|
adamc@127
|
954 end
|
adamc@109
|
955 | DExport _ => S.return2 dAll
|
adamc@707
|
956 | DTable (x, n, c, s, pe, pc, ce, cc) =>
|
adamc@802
|
957 let
|
adamc@802
|
958 val loc = #2 ce
|
adamc@802
|
959 val ct = (CFfi ("Basis", "sql_table"), loc)
|
adamc@802
|
960 val ct = (CApp (ct, (CConcat (pc, cc), loc)), loc)
|
adamc@802
|
961 val ct = (CApp (ct, cc), loc)
|
adamc@802
|
962 val ctx' = bind (ctx, NamedE (x, n, ct, NONE, s))
|
adamc@802
|
963 in
|
adamc@802
|
964 S.bind2 (mfc ctx c,
|
adamc@802
|
965 fn c' =>
|
adamc@802
|
966 S.bind2 (mfe ctx' pe,
|
adamc@802
|
967 fn pe' =>
|
adamc@802
|
968 S.bind2 (mfc ctx pc,
|
adamc@802
|
969 fn pc' =>
|
adamc@802
|
970 S.bind2 (mfe ctx' ce,
|
adamc@802
|
971 fn ce' =>
|
adamc@802
|
972 S.map2 (mfc ctx cc,
|
adamc@802
|
973 fn cc' =>
|
adamc@802
|
974 (DTable (x, n, c', s, pe', pc', ce', cc'), loc))))))
|
adamc@802
|
975 end
|
adamc@338
|
976 | DSequence _ => S.return2 dAll
|
adamc@754
|
977 | DView (x, n, s, e, c) =>
|
adamc@754
|
978 S.bind2 (mfe ctx e,
|
adamc@754
|
979 fn e' =>
|
adamc@754
|
980 S.map2 (mfc ctx c,
|
adamc@754
|
981 fn c' =>
|
adamc@754
|
982 (DView (x, n, s, e', c'), loc)))
|
adamc@271
|
983 | DDatabase _ => S.return2 dAll
|
adamc@461
|
984 | DCookie (x, n, c, s) =>
|
adamc@461
|
985 S.map2 (mfc ctx c,
|
adamc@461
|
986 fn c' =>
|
adamc@461
|
987 (DCookie (x, n, c', s), loc))
|
adamc@720
|
988 | DStyle _ => S.return2 dAll
|
adamc@1075
|
989 | DTask (e1, e2) =>
|
adamc@1075
|
990 S.bind2 (mfe ctx e1,
|
adamc@1075
|
991 fn e1' =>
|
adamc@1075
|
992 S.map2 (mfe ctx e2,
|
adamc@1075
|
993 fn e2' =>
|
adamc@1075
|
994 (DTask (e1', e2'), loc)))
|
adamc@1199
|
995 | DPolicy e =>
|
adamc@1199
|
996 S.map2 (mfe ctx e,
|
adamc@1199
|
997 fn e' =>
|
adamc@1199
|
998 (DPolicy e', loc))
|
adamc@125
|
999
|
adam@1294
|
1000 | DOnError _ => S.return2 dAll
|
adam@1294
|
1001
|
adamc@125
|
1002 and mfvi ctx (x, n, t, e, s) =
|
adamc@125
|
1003 S.bind2 (mfc ctx t,
|
adamc@125
|
1004 fn t' =>
|
adamc@125
|
1005 S.map2 (mfe ctx e,
|
adamc@125
|
1006 fn e' =>
|
adamc@125
|
1007 (x, n, t', e', s)))
|
adamc@20
|
1008 in
|
adamc@20
|
1009 mfd
|
adamc@20
|
1010 end
|
adamc@20
|
1011
|
adamc@23
|
1012 fun mapfold {kind = fk, con = fc, exp = fe, decl = fd} =
|
adamc@626
|
1013 mapfoldB {kind = fn () => fk,
|
adamc@23
|
1014 con = fn () => fc,
|
adamc@23
|
1015 exp = fn () => fe,
|
adamc@23
|
1016 decl = fn () => fd,
|
adamc@23
|
1017 bind = fn ((), _) => ()} ()
|
adamc@23
|
1018
|
adamc@23
|
1019 fun fold {kind, con, exp, decl} s d =
|
adamc@23
|
1020 case mapfold {kind = fn k => fn s => S.Continue (k, kind (k, s)),
|
adamc@23
|
1021 con = fn c => fn s => S.Continue (c, con (c, s)),
|
adamc@23
|
1022 exp = fn e => fn s => S.Continue (e, exp (e, s)),
|
adamc@23
|
1023 decl = fn d => fn s => S.Continue (d, decl (d, s))} d s of
|
adamc@23
|
1024 S.Continue (_, s) => s
|
adamc@23
|
1025 | S.Return _ => raise Fail "CoreUtil.Decl.fold: Impossible"
|
adamc@23
|
1026
|
adamc@110
|
1027 fun foldMap {kind, con, exp, decl} s d =
|
adamc@110
|
1028 case mapfold {kind = fn k => fn s => S.Continue (kind (k, s)),
|
adamc@110
|
1029 con = fn c => fn s => S.Continue (con (c, s)),
|
adamc@110
|
1030 exp = fn e => fn s => S.Continue (exp (e, s)),
|
adamc@110
|
1031 decl = fn d => fn s => S.Continue (decl (d, s))} d s of
|
adamc@110
|
1032 S.Continue v => v
|
adamc@110
|
1033 | S.Return _ => raise Fail "CoreUtil.Decl.foldMap: Impossible"
|
adamc@110
|
1034
|
adamc@484
|
1035 fun foldMapB {kind, con, exp, decl, bind} ctx s d =
|
adamc@626
|
1036 case mapfoldB {kind = fn ctx => fn k => fn s => S.Continue (kind (ctx, k, s)),
|
adamc@484
|
1037 con = fn ctx => fn c => fn s => S.Continue (con (ctx, c, s)),
|
adamc@484
|
1038 exp = fn ctx => fn e => fn s => S.Continue (exp (ctx, e, s)),
|
adamc@484
|
1039 decl = fn ctx => fn d => fn s => S.Continue (decl (ctx, d, s)),
|
adamc@484
|
1040 bind = bind} ctx d s of
|
adamc@484
|
1041 S.Continue v => v
|
adamc@484
|
1042 | S.Return _ => raise Fail "CoreUtil.Decl.foldMapB: Impossible"
|
adamc@484
|
1043
|
adamc@522
|
1044 fun exists {kind, con, exp, decl} d =
|
adamc@522
|
1045 case mapfold {kind = fn k => fn () =>
|
adamc@522
|
1046 if kind k then
|
adamc@522
|
1047 S.Return ()
|
adamc@522
|
1048 else
|
adamc@522
|
1049 S.Continue (k, ()),
|
adamc@522
|
1050 con = fn c => fn () =>
|
adamc@522
|
1051 if con c then
|
adamc@522
|
1052 S.Return ()
|
adamc@522
|
1053 else
|
adamc@522
|
1054 S.Continue (c, ()),
|
adamc@522
|
1055 exp = fn e => fn () =>
|
adamc@522
|
1056 if exp e then
|
adamc@522
|
1057 S.Return ()
|
adamc@522
|
1058 else
|
adamc@522
|
1059 S.Continue (e, ()),
|
adamc@522
|
1060 decl = fn d => fn () =>
|
adamc@522
|
1061 if decl d then
|
adamc@522
|
1062 S.Return ()
|
adamc@522
|
1063 else
|
adamc@522
|
1064 S.Continue (d, ())} d () of
|
adamc@522
|
1065 S.Return _ => true
|
adamc@522
|
1066 | S.Continue _ => false
|
adamc@522
|
1067
|
adamc@16
|
1068 end
|
adamc@20
|
1069
|
adamc@20
|
1070 structure File = struct
|
adamc@20
|
1071
|
adamc@20
|
1072 datatype binder = datatype Exp.binder
|
adamc@20
|
1073
|
adamc@20
|
1074 fun mapfoldB (all as {bind, ...}) =
|
adamc@20
|
1075 let
|
adamc@20
|
1076 val mfd = Decl.mapfoldB all
|
adamc@20
|
1077
|
adamc@20
|
1078 fun mff ctx ds =
|
adamc@20
|
1079 case ds of
|
adamc@20
|
1080 nil => S.return2 nil
|
adamc@20
|
1081 | d :: ds' =>
|
adamc@20
|
1082 S.bind2 (mfd ctx d,
|
adamc@20
|
1083 fn d' =>
|
adamc@20
|
1084 let
|
adamc@100
|
1085 val ctx' =
|
adamc@20
|
1086 case #1 d' of
|
adamc@100
|
1087 DCon (x, n, k, c) => bind (ctx, NamedC (x, n, k, SOME c))
|
adamc@807
|
1088 | DDatatype dts =>
|
adamc@807
|
1089 foldl (fn ((x, n, xs, xncs), ctx) =>
|
adamc@807
|
1090 let
|
adamc@807
|
1091 val loc = #2 d'
|
adamc@807
|
1092 val k = (KType, loc)
|
adamc@807
|
1093 val k' = foldl (fn (_, k') => (KArrow (k, k'), loc)) k xs
|
adamc@192
|
1094
|
adamc@807
|
1095 val ctx = bind (ctx, NamedC (x, n, k', NONE))
|
adamc@807
|
1096 val t = (CNamed n, #2 d')
|
adamc@807
|
1097 val t = ListUtil.foldli (fn (i, _, t) =>
|
adamc@807
|
1098 (CApp (t, (CRel i, loc)), loc))
|
adamc@807
|
1099 t xs
|
adamc@807
|
1100 in
|
adamc@807
|
1101 foldl (fn ((x, n, to), ctx) =>
|
adamc@807
|
1102 let
|
adamc@807
|
1103 val t = case to of
|
adamc@807
|
1104 NONE => t
|
adamc@807
|
1105 | SOME t' => (TFun (t', t), #2 d')
|
adamc@807
|
1106 val t = foldr (fn (x, t) => (TCFun (x, k, t), loc))
|
adamc@807
|
1107 t xs
|
adamc@807
|
1108 in
|
adamc@807
|
1109 bind (ctx, NamedE (x, n, t, NONE, ""))
|
adamc@807
|
1110 end)
|
adamc@807
|
1111 ctx xncs
|
adamc@807
|
1112 end)
|
adamc@807
|
1113 ctx dts
|
adamc@109
|
1114 | DVal (x, n, t, e, s) => bind (ctx, NamedE (x, n, t, SOME e, s))
|
adamc@125
|
1115 | DValRec vis =>
|
adamc@127
|
1116 foldl (fn ((x, n, t, e, s), ctx) => bind (ctx, NamedE (x, n, t, NONE, s)))
|
adamc@125
|
1117 ctx vis
|
adamc@109
|
1118 | DExport _ => ctx
|
adamc@707
|
1119 | DTable (x, n, c, s, _, pc, _, cc) =>
|
adamc@247
|
1120 let
|
adamc@705
|
1121 val loc = #2 d'
|
adamc@705
|
1122 val ct = (CFfi ("Basis", "sql_table"), loc)
|
adamc@707
|
1123 val ct = (CApp (ct, (CConcat (pc, cc), loc)), loc)
|
adamc@705
|
1124 val ct = (CApp (ct, cc), loc)
|
adamc@338
|
1125 in
|
adamc@705
|
1126 bind (ctx, NamedE (x, n, ct, NONE, s))
|
adamc@338
|
1127 end
|
adamc@338
|
1128 | DSequence (x, n, s) =>
|
adamc@338
|
1129 let
|
adamc@338
|
1130 val t = (CFfi ("Basis", "sql_sequence"), #2 d')
|
adamc@247
|
1131 in
|
adamc@247
|
1132 bind (ctx, NamedE (x, n, t, NONE, s))
|
adamc@247
|
1133 end
|
adamc@754
|
1134 | DView (x, n, s, _, c) =>
|
adamc@754
|
1135 let
|
adamc@754
|
1136 val loc = #2 d'
|
adamc@754
|
1137 val ct = (CFfi ("Basis", "sql_view"), loc)
|
adamc@754
|
1138 val ct = (CApp (ct, c), loc)
|
adamc@754
|
1139 in
|
adamc@754
|
1140 bind (ctx, NamedE (x, n, ct, NONE, s))
|
adamc@754
|
1141 end
|
adamc@271
|
1142 | DDatabase _ => ctx
|
adamc@461
|
1143 | DCookie (x, n, c, s) =>
|
adamc@461
|
1144 let
|
adamc@461
|
1145 val t = (CApp ((CFfi ("Basis", "http_cookie"), #2 d'), c), #2 d')
|
adamc@461
|
1146 in
|
adamc@461
|
1147 bind (ctx, NamedE (x, n, t, NONE, s))
|
adamc@461
|
1148 end
|
adamc@720
|
1149 | DStyle (x, n, s) =>
|
adamc@718
|
1150 let
|
adamc@720
|
1151 val t = (CFfi ("Basis", "css_class"), #2 d')
|
adamc@718
|
1152 in
|
adamc@718
|
1153 bind (ctx, NamedE (x, n, t, NONE, s))
|
adamc@718
|
1154 end
|
adamc@1075
|
1155 | DTask _ => ctx
|
adamc@1199
|
1156 | DPolicy _ => ctx
|
adam@1294
|
1157 | DOnError _ => ctx
|
adamc@20
|
1158 in
|
adamc@20
|
1159 S.map2 (mff ctx' ds',
|
adamc@20
|
1160 fn ds' =>
|
adamc@20
|
1161 d' :: ds')
|
adamc@20
|
1162 end)
|
adamc@20
|
1163 in
|
adamc@20
|
1164 mff
|
adamc@20
|
1165 end
|
adamc@20
|
1166
|
adamc@23
|
1167 fun mapfold {kind = fk, con = fc, exp = fe, decl = fd} =
|
adamc@626
|
1168 mapfoldB {kind = fn () => fk,
|
adamc@23
|
1169 con = fn () => fc,
|
adamc@23
|
1170 exp = fn () => fe,
|
adamc@23
|
1171 decl = fn () => fd,
|
adamc@23
|
1172 bind = fn ((), _) => ()} ()
|
adamc@23
|
1173
|
adamc@20
|
1174 fun mapB {kind, con, exp, decl, bind} ctx ds =
|
adamc@626
|
1175 case mapfoldB {kind = fn ctx => fn k => fn () => S.Continue (kind ctx k, ()),
|
adamc@20
|
1176 con = fn ctx => fn c => fn () => S.Continue (con ctx c, ()),
|
adamc@20
|
1177 exp = fn ctx => fn e => fn () => S.Continue (exp ctx e, ()),
|
adamc@20
|
1178 decl = fn ctx => fn d => fn () => S.Continue (decl ctx d, ()),
|
adamc@20
|
1179 bind = bind} ctx ds () of
|
adamc@20
|
1180 S.Continue (ds, ()) => ds
|
adamc@20
|
1181 | S.Return _ => raise Fail "CoreUtil.File.mapB: Impossible"
|
adamc@20
|
1182
|
adamc@482
|
1183 fun map {kind, con, exp, decl} ds =
|
adamc@626
|
1184 mapB {kind = fn () => kind,
|
adamc@482
|
1185 con = fn () => con,
|
adamc@482
|
1186 exp = fn () => exp,
|
adamc@482
|
1187 decl = fn () => decl,
|
adamc@482
|
1188 bind = fn _ => ()} () ds
|
adamc@482
|
1189
|
adamc@23
|
1190 fun fold {kind, con, exp, decl} s d =
|
adamc@23
|
1191 case mapfold {kind = fn k => fn s => S.Continue (k, kind (k, s)),
|
adamc@23
|
1192 con = fn c => fn s => S.Continue (c, con (c, s)),
|
adamc@23
|
1193 exp = fn e => fn s => S.Continue (e, exp (e, s)),
|
adamc@23
|
1194 decl = fn d => fn s => S.Continue (d, decl (d, s))} d s of
|
adamc@23
|
1195 S.Continue (_, s) => s
|
adamc@23
|
1196 | S.Return _ => raise Fail "CoreUtil.File.fold: Impossible"
|
adamc@23
|
1197
|
adamc@110
|
1198 fun foldMap {kind, con, exp, decl} s d =
|
adamc@110
|
1199 case mapfold {kind = fn k => fn s => S.Continue (kind (k, s)),
|
adamc@110
|
1200 con = fn c => fn s => S.Continue (con (c, s)),
|
adamc@110
|
1201 exp = fn e => fn s => S.Continue (exp (e, s)),
|
adamc@110
|
1202 decl = fn d => fn s => S.Continue (decl (d, s))} d s of
|
adamc@110
|
1203 S.Continue v => v
|
adamc@110
|
1204 | S.Return _ => raise Fail "CoreUtil.File.foldMap: Impossible"
|
adamc@110
|
1205
|
adamc@179
|
1206 val maxName = foldl (fn ((d, _) : decl, count) =>
|
adamc@179
|
1207 case d of
|
adamc@179
|
1208 DCon (_, n, _, _) => Int.max (n, count)
|
adamc@807
|
1209 | DDatatype dts => foldl (fn ((_, n, _, ns), count) =>
|
adamc@807
|
1210 foldl (fn ((_, n', _), m) => Int.max (n', m))
|
adamc@807
|
1211 (Int.max (n, count)) ns) count dts
|
adamc@179
|
1212 | DVal (_, n, _, _, _) => Int.max (n, count)
|
adamc@179
|
1213 | DValRec vis => foldl (fn ((_, n, _, _, _), count) => Int.max (n, count)) count vis
|
adamc@247
|
1214 | DExport _ => count
|
adamc@707
|
1215 | DTable (_, n, _, _, _, _, _, _) => Int.max (n, count)
|
adamc@338
|
1216 | DSequence (_, n, _) => Int.max (n, count)
|
adamc@754
|
1217 | DView (_, n, _, _, _) => Int.max (n, count)
|
adamc@461
|
1218 | DDatabase _ => count
|
adamc@718
|
1219 | DCookie (_, n, _, _) => Int.max (n, count)
|
adamc@1073
|
1220 | DStyle (_, n, _) => Int.max (n, count)
|
adamc@1199
|
1221 | DTask _ => count
|
adam@1294
|
1222 | DPolicy _ => count
|
adam@1294
|
1223 | DOnError _ => count) 0
|
adamc@179
|
1224
|
adamc@20
|
1225 end
|
adamc@20
|
1226
|
adamc@20
|
1227 end
|