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<a href='https://github.com/akkartik/mu/blob/master/apps/mu.subx'>https://github.com/akkartik/mu/blob/master/apps/mu.subx</a>
<pre id='vimCodeElement'>
<span id="L1" class="LineNr"> 1 </span><span class="subxComment"># The Mu computer's level-2 language, also called Mu.</span>
<span id="L2" class="LineNr"> 2 </span><span class="subxComment"># <a href="http://akkartik.name/post/mu-2019-2">http://akkartik.name/post/mu-2019-2</a></span>
<span id="L3" class="LineNr"> 3 </span><span class="subxComment">#</span>
<span id="L4" class="LineNr"> 4 </span><span class="subxComment"># To run:</span>
<span id="L5" class="LineNr"> 5 </span><span class="subxComment"># $ ./ntranslate init.linux 0*.subx apps/mu.subx</span>
<span id="L6" class="LineNr"> 6 </span>
<span id="L7" class="LineNr"> 7 </span><span class="subxComment"># == Goals</span>
<span id="L8" class="LineNr"> 8 </span><span class="subxComment"># 1. Be memory safe. It should be impossible to corrupt the heap, or to create</span>
<span id="L9" class="LineNr"> 9 </span><span class="subxComment"># a bad pointer. (Requires strong type safety.)</span>
<span id="L10" class="LineNr"> 10 </span><span class="subxComment"># 2. Do as little as possible to achieve goal 1.</span>
<span id="L11" class="LineNr"> 11 </span><span class="subxComment"># - runtime checks to avoid complex static analysis</span>
<span id="L12" class="LineNr"> 12 </span><span class="subxComment"># - minimize impedance mismatch between source language and SubX target</span>
<span id="L13" class="LineNr"> 13 </span>
<span id="L14" class="LineNr"> 14 </span><span class="subxComment"># == Language description</span>
<span id="L15" class="LineNr"> 15 </span><span class="subxComment"># A program is a sequence of function definitions.</span>
<span id="L16" class="LineNr"> 16 </span><span class="subxComment">#</span>
<span id="L17" class="LineNr"> 17 </span><span class="subxComment"># Function example:</span>
<span id="L18" class="LineNr"> 18 </span><span class="subxComment"># fn foo n: int -> result/eax: int {</span>
<span id="L19" class="LineNr"> 19 </span><span class="subxComment"># ...</span>
<span id="L20" class="LineNr"> 20 </span><span class="subxComment"># }</span>
<span id="L21" class="LineNr"> 21 </span><span class="subxComment">#</span>
<span id="L22" class="LineNr"> 22 </span><span class="subxComment"># Functions consist of a name, optional inputs, optional outputs and a block.</span>
<span id="L23" class="LineNr"> 23 </span><span class="subxComment">#</span>
<span id="L24" class="LineNr"> 24 </span><span class="subxComment"># Function inputs and outputs are variables. All variables have a type and</span>
<span id="L25" class="LineNr"> 25 </span><span class="subxComment"># storage specifier. They can be placed either in memory (on the stack) or in</span>
<span id="L26" class="LineNr"> 26 </span><span class="subxComment"># one of 6 named registers.</span>
<span id="L27" class="LineNr"> 27 </span><span class="subxComment"># eax ecx edx ebx esi edi</span>
<span id="L28" class="LineNr"> 28 </span><span class="subxComment"># Variables in registers must be primitive 32-bit types.</span>
<span id="L29" class="LineNr"> 29 </span><span class="subxComment"># Variables not explicitly placed in a register are on the stack.</span>
<span id="L30" class="LineNr"> 30 </span><span class="subxComment"># Variables in registers need not have a name; in that case you refer to them</span>
<span id="L31" class="LineNr"> 31 </span><span class="subxComment"># directly by the register name.</span>
<span id="L32" class="LineNr"> 32 </span><span class="subxComment">#</span>
<span id="L33" class="LineNr"> 33 </span><span class="subxComment"># Function inputs are always passed in memory (on the stack), while outputs</span>
<span id="L34" class="LineNr"> 34 </span><span class="subxComment"># are always returned in registers.</span>
<span id="L35" class="LineNr"> 35 </span><span class="subxComment">#</span>
<span id="L36" class="LineNr"> 36 </span><span class="subxComment"># Blocks mostly consist of statements.</span>
<span id="L37" class="LineNr"> 37 </span><span class="subxComment">#</span>
<span id="L38" class="LineNr"> 38 </span><span class="subxComment"># Statements mostly consist of a name, optional inputs and optional outputs.</span>
<span id="L39" class="LineNr"> 39 </span><span class="subxComment">#</span>
<span id="L40" class="LineNr"> 40 </span><span class="subxComment"># Statement inputs are variables or literals. Variables need to specify type</span>
<span id="L41" class="LineNr"> 41 </span><span class="subxComment"># (and storage) the first time they're mentioned but not later.</span>
<span id="L42" class="LineNr"> 42 </span><span class="subxComment">#</span>
<span id="L43" class="LineNr"> 43 </span><span class="subxComment"># Statement outputs, like function outputs, must be variables in registers.</span>
<span id="L44" class="LineNr"> 44 </span><span class="subxComment">#</span>
<span id="L45" class="LineNr"> 45 </span><span class="subxComment"># Statement names must be either primitives or user-defined functions.</span>
<span id="L46" class="LineNr"> 46 </span><span class="subxComment">#</span>
<span id="L47" class="LineNr"> 47 </span><span class="subxComment"># Primitives can write to any register.</span>
<span id="L48" class="LineNr"> 48 </span><span class="subxComment"># User-defined functions only write to hard-coded registers. Outputs of each</span>
<span id="L49" class="LineNr"> 49 </span><span class="subxComment"># call must have the same registers as in the function definition.</span>
<span id="L50" class="LineNr"> 50 </span><span class="subxComment">#</span>
<span id="L51" class="LineNr"> 51 </span><span class="subxComment"># There are some other statement types:</span>
<span id="L52" class="LineNr"> 52 </span><span class="subxComment"># - blocks. Multiple statements surrounded by '{...}' and optionally</span>
<span id="L53" class="LineNr"> 53 </span><span class="subxComment"># prefixed with a label name and ':'</span>
<span id="L54" class="LineNr"> 54 </span><span class="subxComment"># - {</span>
<span id="L55" class="LineNr"> 55 </span><span class="subxComment"># ...</span>
<span id="L56" class="LineNr"> 56 </span><span class="subxComment"># }</span>
<span id="L57" class="LineNr"> 57 </span><span class="subxComment"># - foo: {</span>
<span id="L58" class="LineNr"> 58 </span><span class="subxComment"># ...</span>
<span id="L59" class="LineNr"> 59 </span><span class="subxComment"># }</span>
<span id="L60" class="LineNr"> 60 </span><span class="subxComment">#</span>
<span id="L61" class="LineNr"> 61 </span><span class="subxComment"># - variable definitions on the stack. E.g.:</span>
<span id="L62" class="LineNr"> 62 </span><span class="subxComment"># - var foo: int</span>
<span id="L63" class="LineNr"> 63 </span><span class="subxComment"># - var bar: (array int 3)</span>
<span id="L64" class="LineNr"> 64 </span><span class="subxComment"># There's no initializer; variables are automatically initialized.</span>
<span id="L65" class="LineNr"> 65 </span><span class="subxComment">#</span>
<span id="L66" class="LineNr"> 66 </span><span class="subxComment"># - variables definitions in a register. E.g.:</span>
<span id="L67" class="LineNr"> 67 </span><span class="subxComment"># - var foo/eax : int <- add bar 1</span>
<span id="L68" class="LineNr"> 68 </span><span class="subxComment"># The initializer is mandatory and must be a valid instruction that writes</span>
<span id="L69" class="LineNr"> 69 </span><span class="subxComment"># a single output to the right register. In practice registers will</span>
<span id="L70" class="LineNr"> 70 </span><span class="subxComment"># usually be either initialized by primitives or copied from eax.</span>
<span id="L71" class="LineNr"> 71 </span><span class="subxComment"># - var eax : int <- foo bar quux</span>
<span id="L72" class="LineNr"> 72 </span><span class="subxComment"># var floo/ecx : int <- copy eax</span>
<span id="L73" class="LineNr"> 73 </span><span class="subxComment">#</span>
<span id="L74" class="LineNr"> 74 </span><span class="subxComment"># Still todo:</span>
<span id="L75" class="LineNr"> 75 </span><span class="subxComment"># global variables</span>
<span id="L76" class="LineNr"> 76 </span><span class="subxComment"># heap allocations (planned name: 'handle')</span>
<span id="L77" class="LineNr"> 77 </span><span class="subxComment"># user-defined types: 'type' for structs, 'choice' for unions</span>
<span id="L78" class="LineNr"> 78 </span><span class="subxComment"># short-lived 'address' type for efficiently writing inside nested structs</span>
<span id="L79" class="LineNr"> 79 </span><span class="subxComment">#</span>
<span id="L80" class="LineNr"> 80 </span><span class="subxComment"># Formal types:</span>
<span id="L81" class="LineNr"> 81 </span><span class="subxComment"># A program is a linked list of functions</span>
<span id="L82" class="LineNr"> 82 </span><span class="subxComment"># A function contains:</span>
<span id="L83" class="LineNr"> 83 </span><span class="subxComment"># name: string</span>
<span id="L84" class="LineNr"> 84 </span><span class="subxComment"># inouts: linked list of vars <-- 'inouts' is more precise than 'inputs'</span>
<span id="L85" class="LineNr"> 85 </span><span class="subxComment"># data: (address var)</span>
<span id="L86" class="LineNr"> 86 </span><span class="subxComment"># next: (address list)</span>
<span id="L87" class="LineNr"> 87 </span><span class="subxComment"># outputs: linked list of vars</span>
<span id="L88" class="LineNr"> 88 </span><span class="subxComment"># data: (address var)</span>
<span id="L89" class="LineNr"> 89 </span><span class="subxComment"># next: (address list)</span>
<span id="L90" class="LineNr"> 90 </span><span class="subxComment"># body: block</span>
<span id="L91" class="LineNr"> 91 </span><span class="subxComment"># A var-type contains:</span>
<span id="L92" class="LineNr"> 92 </span><span class="subxComment"># name: string</span>
<span id="L93" class="LineNr"> 93 </span><span class="subxComment"># type: s-expression of type ids</span>
<span id="L94" class="LineNr"> 94 </span><span class="subxComment">#</span>
<span id="L95" class="LineNr"> 95 </span><span class="subxComment"># A statement can be:</span>
<span id="L96" class="LineNr"> 96 </span><span class="subxComment"># tag 0: a block</span>
<span id="L97" class="LineNr"> 97 </span><span class="subxComment"># tag 1: a simple statement</span>
<span id="L98" class="LineNr"> 98 </span><span class="subxComment"># tag 2: a variable defined on the stack</span>
<span id="L99" class="LineNr"> 99 </span><span class="subxComment"># tag 3: a variable defined in a register</span>
<span id="L100" class="LineNr"> 100 </span><span class="subxComment"># tag 4: a named block</span>
<span id="L101" class="LineNr"> 101 </span><span class="subxComment">#</span>
<span id="L102" class="LineNr"> 102 </span><span class="subxComment"># A block contains:</span>
<span id="L103" class="LineNr"> 103 </span><span class="subxComment"># tag: 0</span>
<span id="L104" class="LineNr"> 104 </span><span class="subxComment"># statements: (address list statement)</span>
<span id="L105" class="LineNr"> 105 </span><span class="subxComment">#</span>
<span id="L106" class="LineNr"> 106 </span><span class="subxComment"># A regular statement contains:</span>
<span id="L107" class="LineNr"> 107 </span><span class="subxComment"># tag: 1</span>
<span id="L108" class="LineNr"> 108 </span><span class="subxComment"># operation: string</span>
<span id="L109" class="LineNr"> 109 </span><span class="subxComment"># inouts: (address list operand)</span>
<span id="L110" class="LineNr"> 110 </span><span class="subxComment"># outputs: (address list var)</span>
<span id="L111" class="LineNr"> 111 </span><span class="subxComment">#</span>
<span id="L112" class="LineNr"> 112 </span><span class="subxComment"># A variable defined on the stack contains:</span>
<span id="L113" class="LineNr"> 113 </span><span class="subxComment"># tag: 2</span>
<span id="L114" class="LineNr"> 114 </span><span class="subxComment"># name: string</span>
<span id="L115" class="LineNr"> 115 </span><span class="subxComment"># type: type-tree</span>
<span id="L116" class="LineNr"> 116 </span><span class="subxComment">#</span>
<span id="L117" class="LineNr"> 117 </span><span class="subxComment"># A variable defined in a register contains:</span>
<span id="L118" class="LineNr"> 118 </span><span class="subxComment"># tag: 3</span>
<span id="L119" class="LineNr"> 119 </span><span class="subxComment"># name: string</span>
<span id="L120" class="LineNr"> 120 </span><span class="subxComment"># type: type-tree</span>
<span id="L121" class="LineNr"> 121 </span><span class="subxComment"># reg: string</span>
<span id="L122" class="LineNr"> 122 </span><span class="subxComment">#</span>
<span id="L123" class="LineNr"> 123 </span><span class="subxComment"># A named block contains:</span>
<span id="L124" class="LineNr"> 124 </span><span class="subxComment"># tag: 4</span>
<span id="L125" class="LineNr"> 125 </span><span class="subxComment"># name: string</span>
<span id="L126" class="LineNr"> 126 </span><span class="subxComment"># statements: (address list statement)</span>
<span id="L127" class="LineNr"> 127 </span>
<span id="L128" class="LineNr"> 128 </span><span class="subxComment"># == Translation: managing the stack</span>
<span id="L129" class="LineNr"> 129 </span><span class="subxComment"># Now that we know what the language looks like in the large, let's think</span>
<span id="L130" class="LineNr"> 130 </span><span class="subxComment"># about how translation happens from the bottom up. One crucial piece of the</span>
<span id="L131" class="LineNr"> 131 </span><span class="subxComment"># puzzle is how Mu will clean up variables defined on the stack for you.</span>
<span id="L132" class="LineNr"> 132 </span><span class="subxComment">#</span>
<span id="L133" class="LineNr"> 133 </span><span class="subxComment"># Assume that we maintain a 'functions' list while parsing source code. And a</span>
<span id="L134" class="LineNr"> 134 </span><span class="subxComment"># 'primitives' list is a global constant. Both these contain enough information</span>
<span id="L135" class="LineNr"> 135 </span><span class="subxComment"># to perform type-checking on function calls or primitive statements, respectively.</span>
<span id="L136" class="LineNr"> 136 </span><span class="subxComment">#</span>
<span id="L137" class="LineNr"> 137 </span><span class="subxComment"># Defining variables pushes them on a stack with the current block depth and</span>
<span id="L138" class="LineNr"> 138 </span><span class="subxComment"># enough information about their location (stack offset or register).</span>
<span id="L139" class="LineNr"> 139 </span><span class="subxComment"># Starting a block increments the current block id.</span>
<span id="L140" class="LineNr"> 140 </span><span class="subxComment"># Each statement now has enough information to emit code for it.</span>
<span id="L141" class="LineNr"> 141 </span><span class="subxComment"># Ending a block is where the magic happens:</span>
<span id="L142" class="LineNr"> 142 </span><span class="subxComment"># pop all variables at the current block depth</span>
<span id="L143" class="LineNr"> 143 </span><span class="subxComment"># emit code to restore all register variables introduced at the current depth</span>
<span id="L144" class="LineNr"> 144 </span><span class="subxComment"># emit code to clean up all stack variables at the current depth (just increment esp)</span>
<span id="L145" class="LineNr"> 145 </span><span class="subxComment"># decrement the current block depth</span>
<span id="L146" class="LineNr"> 146 </span><span class="subxComment">#</span>
<span id="L147" class="LineNr"> 147 </span><span class="subxComment"># Formal types:</span>
<span id="L148" class="LineNr"> 148 </span><span class="subxComment"># live-vars: stack of vars</span>
<span id="L149" class="LineNr"> 149 </span><span class="subxComment"># var:</span>
<span id="L150" class="LineNr"> 150 </span><span class="subxComment"># name: string</span>
<span id="L151" class="LineNr"> 151 </span><span class="subxComment"># type: s-expression? Just a type id for now.</span>
<span id="L152" class="LineNr"> 152 </span><span class="subxComment"># block: int</span>
<span id="L153" class="LineNr"> 153 </span><span class="subxComment"># stack-offset: int (added to ebp)</span>
<span id="L154" class="LineNr"> 154 </span><span class="subxComment"># register: string</span>
<span id="L155" class="LineNr"> 155 </span><span class="subxComment"># either usual register names</span>
<span id="L156" class="LineNr"> 156 </span><span class="subxComment"># or '*' to indicate any register</span>
<span id="L157" class="LineNr"> 157 </span><span class="subxComment"># At most one of stack-offset or register-index must be non-zero.</span>
<span id="L158" class="LineNr"> 158 </span><span class="subxComment"># A register of '*' designates a variable _template_. Only legal in formal</span>
<span id="L159" class="LineNr"> 159 </span><span class="subxComment"># parameters for primitives.</span>
<span id="L160" class="LineNr"> 160 </span>
<span id="L161" class="LineNr"> 161 </span><span class="subxComment"># == Translating a single function call</span>
<span id="L162" class="LineNr"> 162 </span><span class="subxComment"># This one's easy. Assuming we've already checked things, we just drop the</span>
<span id="L163" class="LineNr"> 163 </span><span class="subxComment"># outputs (which use hard-coded registers) and emit inputs in a standard format.</span>
<span id="L164" class="LineNr"> 164 </span><span class="subxComment">#</span>
<span id="L165" class="LineNr"> 165 </span><span class="subxComment"># out1, out2, out3, ... <- name inout1, inout2, inout3, ...</span>
<span id="L166" class="LineNr"> 166 </span><span class="subxComment"># =></span>
<span id="L167" class="LineNr"> 167 </span><span class="subxComment"># (subx-name inout1 inout2 inout3)</span>
<span id="L168" class="LineNr"> 168 </span><span class="subxComment">#</span>
<span id="L169" class="LineNr"> 169 </span><span class="subxComment"># Formal types:</span>
<span id="L170" class="LineNr"> 170 </span><span class="subxComment"># functions: linked list of info</span>
<span id="L171" class="LineNr"> 171 </span><span class="subxComment"># name: string</span>
<span id="L172" class="LineNr"> 172 </span><span class="subxComment"># inouts: linked list of vars</span>
<span id="L173" class="LineNr"> 173 </span><span class="subxComment"># outputs: linked list of vars</span>
<span id="L174" class="LineNr"> 174 </span><span class="subxComment"># body: block (singleton linked list)</span>
<span id="L175" class="LineNr"> 175 </span><span class="subxComment"># subx-name: string</span>
<span id="L176" class="LineNr"> 176 </span>
<span id="L177" class="LineNr"> 177 </span><span class="subxComment"># == Translating a single primitive instruction</span>
<span id="L178" class="LineNr"> 178 </span><span class="subxComment"># A second crucial piece of the puzzle is how Mu converts fairly regular</span>
<span id="L179" class="LineNr"> 179 </span><span class="subxComment"># primitives with their uniform syntax to SubX instructions with their gnarly</span>
<span id="L180" class="LineNr"> 180 </span><span class="subxComment"># x86 details.</span>
<span id="L181" class="LineNr"> 181 </span><span class="subxComment">#</span>
<span id="L182" class="LineNr"> 182 </span><span class="subxComment"># Mu instructions have inputs and outputs. Primitives can have up to 2 of</span>
<span id="L183" class="LineNr"> 183 </span><span class="subxComment"># them.</span>
<span id="L184" class="LineNr"> 184 </span><span class="subxComment"># SubX instructions have rm32 and r32 operands.</span>
<span id="L185" class="LineNr"> 185 </span><span class="subxComment"># The translation between them covers almost all the possibilities.</span>
<span id="L186" class="LineNr"> 186 </span><span class="subxComment"># Instructions with 1 inout may turn into ones with 1 rm32</span>
<span id="L187" class="LineNr"> 187 </span><span class="subxComment"># (e.g. incrementing a var on the stack)</span>
<span id="L188" class="LineNr"> 188 </span><span class="subxComment"># Instructions with 1 output may turn into ones with 1 rm32</span>
<span id="L189" class="LineNr"> 189 </span><span class="subxComment"># (e.g. incrementing a var in a register)</span>
<span id="L190" class="LineNr"> 190 </span><span class="subxComment"># 1 inout and 1 output may turn into 1 rm32 and 1 r32</span>
<span id="L191" class="LineNr"> 191 </span><span class="subxComment"># (e.g. adding a var to a reg)</span>
<span id="L192" class="LineNr"> 192 </span><span class="subxComment"># 2 inouts may turn into 1 rm32 and 1 r32</span>
<span id="L193" class="LineNr"> 193 </span><span class="subxComment"># (e.g. adding a reg to a var)</span>
<span id="L194" class="LineNr"> 194 </span><span class="subxComment"># 1 inout and 1 literal may turn into 1 rm32 and 1 imm32</span>
<span id="L195" class="LineNr"> 195 </span><span class="subxComment"># (e.g. adding a constant to a var)</span>
<span id="L196" class="LineNr"> 196 </span><span class="subxComment"># 1 output and 1 literal may turn into 1 rm32 and 1 imm32</span>
<span id="L197" class="LineNr"> 197 </span><span class="subxComment"># (e.g. adding a constant to a reg)</span>
<span id="L198" class="LineNr"> 198 </span><span class="subxComment"># 2 outputs to hardcoded registers and 1 inout may turn into 1 rm32</span>
<span id="L199" class="LineNr"> 199 </span><span class="subxComment"># (special-case: divide edx:eax by a var or reg)</span>
<span id="L200" class="LineNr"> 200 </span><span class="subxComment"># Observations:</span>
<span id="L201" class="LineNr"> 201 </span><span class="subxComment"># We always emit rm32. It may be the first inout or the first output.</span>
<span id="L202" class="LineNr"> 202 </span><span class="subxComment"># We may emit r32 or imm32 or neither.</span>
<span id="L203" class="LineNr"> 203 </span><span class="subxComment"># When we emit r32 it may come from first inout or second inout or first output.</span>
<span id="L204" class="LineNr"> 204 </span><span class="subxComment">#</span>
<span id="L205" class="LineNr"> 205 </span><span class="subxComment"># Accordingly, the formal data structure for a primitive looks like this:</span>
<span id="L206" class="LineNr"> 206 </span><span class="subxComment"># primitives: linked list of info</span>
<span id="L207" class="LineNr"> 207 </span><span class="subxComment"># name: string</span>
<span id="L208" class="LineNr"> 208 </span><span class="subxComment"># mu-inouts: linked list of vars to check</span>
<span id="L209" class="LineNr"> 209 </span><span class="subxComment"># mu-outputs: linked list of vars to check</span>
<span id="L210" class="LineNr"> 210 </span><span class="subxComment"># subx-name: string</span>
<span id="L211" class="LineNr"> 211 </span><span class="subxComment"># subx-rm32: enum arg-location</span>
<span id="L212" class="LineNr"> 212 </span><span class="subxComment"># subx-r32: enum arg-location</span>
<span id="L213" class="LineNr"> 213 </span><span class="subxComment"># subx-imm32: enum arg-location</span>
<span id="L214" class="LineNr"> 214 </span><span class="subxComment"># arg-location: enum</span>
<span id="L215" class="LineNr"> 215 </span><span class="subxComment"># 0 means none</span>
<span id="L216" class="LineNr"> 216 </span><span class="subxComment"># 1 means first inout</span>
<span id="L217" class="LineNr"> 217 </span><span class="subxComment"># 2 means second inout</span>
<span id="L218" class="LineNr"> 218 </span><span class="subxComment"># 3 means first output</span>
<span id="L219" class="LineNr"> 219 </span>
<span id="L220" class="LineNr"> 220 </span><span class="subxComment"># == Translating a block</span>
<span id="L221" class="LineNr"> 221 </span><span class="subxComment"># Emit block name if necessary</span>
<span id="L222" class="LineNr"> 222 </span><span class="subxComment"># Emit '{'</span>
<span id="L223" class="LineNr"> 223 </span><span class="subxComment"># When you encounter a statement, emit it as above</span>
<span id="L224" class="LineNr"> 224 </span><span class="subxComment"># When you encounter a variable declaration</span>
<span id="L225" class="LineNr"> 225 </span><span class="subxComment"># emit any code needed for it (bzeros)</span>
<span id="L226" class="LineNr"> 226 </span><span class="subxComment"># push it on the var stack</span>
<span id="L227" class="LineNr"> 227 </span><span class="subxComment"># update register dict if necessary</span>
<span id="L228" class="LineNr"> 228 </span><span class="subxComment"># When you encounter '}'</span>
<span id="L229" class="LineNr"> 229 </span><span class="subxComment"># While popping variables off the var stack until block id changes</span>
<span id="L230" class="LineNr"> 230 </span><span class="subxComment"># Emit code needed to clean up the stack</span>
<span id="L231" class="LineNr"> 231 </span><span class="subxComment"># either increment esp</span>
<span id="L232" class="LineNr"> 232 </span><span class="subxComment"># or pop into appropriate register</span>
<span id="L233" class="LineNr"> 233 </span>
<span id="L234" class="LineNr"> 234 </span><span class="subxComment"># The rest is straightforward.</span>
<span id="L235" class="LineNr"> 235 </span>
<span id="L236" class="LineNr"> 236 </span>== data
<span id="L237" class="LineNr"> 237 </span>
<span id="L238" class="LineNr"> 238 </span><span class="SpecialChar">Program</span>: <span class="subxComment"># (address function)</span>
<span id="L239" class="LineNr"> 239 </span> 0/imm32
<span id="L240" class="LineNr"> 240 </span>
<span id="L241" class="LineNr"> 241 </span><span class="SpecialChar">Function-name</span>:
<span id="L242" class="LineNr"> 242 </span> 0/imm32
<span id="L243" class="LineNr"> 243 </span><span class="SpecialChar">Function-subx-name</span>:
<span id="L244" class="LineNr"> 244 </span> 4/imm32
<span id="L245" class="LineNr"> 245 </span><span class="SpecialChar">Function-inouts</span>: <span class="subxComment"># (address list var)</span>
<span id="L246" class="LineNr"> 246 </span> 8/imm32
<span id="L247" class="LineNr"> 247 </span><span class="SpecialChar">Function-outputs</span>: <span class="subxComment"># (address list var)</span>
<span id="L248" class="LineNr"> 248 </span> 0xc/imm32
<span id="L249" class="LineNr"> 249 </span><span class="SpecialChar">Function-body</span>: <span class="subxComment"># (address block)</span>
<span id="L250" class="LineNr"> 250 </span> 0x10/imm32
<span id="L251" class="LineNr"> 251 </span><span class="SpecialChar">Function-next</span>: <span class="subxComment"># (address function)</span>
<span id="L252" class="LineNr"> 252 </span> 0x14/imm32
<span id="L253" class="LineNr"> 253 </span><span class="SpecialChar">Function-size</span>:
<span id="L254" class="LineNr"> 254 </span> 0x18/imm32/24
<span id="L255" class="LineNr"> 255 </span>
<span id="L256" class="LineNr"> 256 </span><span class="SpecialChar">Primitive-name</span>:
<span id="L257" class="LineNr"> 257 </span> 0/imm32
<span id="L258" class="LineNr"> 258 </span><span class="SpecialChar">Primitive-inouts</span>: <span class="subxComment"># (address list var)</span>
<span id="L259" class="LineNr"> 259 </span> 4/imm32
<span id="L260" class="LineNr"> 260 </span><span class="SpecialChar">Primitive-outputs</span>: <span class="subxComment"># (address list var)</span>
<span id="L261" class="LineNr"> 261 </span> 8/imm32
<span id="L262" class="LineNr"> 262 </span><span class="SpecialChar">Primitive-subx-name</span>: <span class="subxComment"># (address string)</span>
<span id="L263" class="LineNr"> 263 </span> 0xc/imm32
<span id="L264" class="LineNr"> 264 </span><span class="SpecialChar">Primitive-subx-rm32</span>: <span class="subxComment"># enum arg-location</span>
<span id="L265" class="LineNr"> 265 </span> 0x10/imm32
<span id="L266" class="LineNr"> 266 </span><span class="SpecialChar">Primitive-subx-r32</span>: <span class="subxComment"># enum arg-location</span>
<span id="L267" class="LineNr"> 267 </span> 0x14/imm32
<span id="L268" class="LineNr"> 268 </span><span class="SpecialChar">Primitive-subx-imm32</span>: <span class="subxComment"># enum arg-location</span>
<span id="L269" class="LineNr"> 269 </span> 0x18/imm32
<span id="L270" class="LineNr"> 270 </span><span class="SpecialChar">Primitive-next</span>: <span class="subxComment"># (address function)</span>
<span id="L271" class="LineNr"> 271 </span> 0x1c/imm32
<span id="L272" class="LineNr"> 272 </span><span class="SpecialChar">Primitive-size</span>:
<span id="L273" class="LineNr"> 273 </span> 0x20/imm32/24
<span id="L274" class="LineNr"> 274 </span>
<span id="L275" class="LineNr"> 275 </span><span class="SpecialChar">Stmt-tag</span>:
<span id="L276" class="LineNr"> 276 </span> 0/imm32
<span id="L277" class="LineNr"> 277 </span>
<span id="L278" class="LineNr"> 278 </span><span class="SpecialChar">Block-statements</span>: <span class="subxComment"># (address list statement)</span>
<span id="L279" class="LineNr"> 279 </span> 4/imm32
<span id="L280" class="LineNr"> 280 </span>
<span id="L281" class="LineNr"> 281 </span><span class="SpecialChar">Stmt1-operation</span>: <span class="subxComment"># string</span>
<span id="L282" class="LineNr"> 282 </span> 4/imm32
<span id="L283" class="LineNr"> 283 </span><span class="SpecialChar">Stmt1-inouts</span>: <span class="subxComment"># (address list operand)</span>
<span id="L284" class="LineNr"> 284 </span> 8/imm32
<span id="L285" class="LineNr"> 285 </span><span class="SpecialChar">Stmt1-outputs</span>: <span class="subxComment"># (address list var)</span>
<span id="L286" class="LineNr"> 286 </span> 0xc/imm32
<span id="L287" class="LineNr"> 287 </span>
<span id="L288" class="LineNr"> 288 </span><span class="SpecialChar">Vardef-name</span>: <span class="subxComment"># string</span>
<span id="L289" class="LineNr"> 289 </span> 4/imm32
<span id="L290" class="LineNr"> 290 </span><span class="SpecialChar">Vardef-type</span>: <span class="subxComment"># (address tree type-id)</span>
<span id="L291" class="LineNr"> 291 </span> 8/imm32
<span id="L292" class="LineNr"> 292 </span>
<span id="L293" class="LineNr"> 293 </span><span class="SpecialChar">Regvardef-name</span>: <span class="subxComment"># string</span>
<span id="L294" class="LineNr"> 294 </span> 4/imm32
<span id="L295" class="LineNr"> 295 </span><span class="SpecialChar">Regvardef-type</span>: <span class="subxComment"># (address tree type-id)</span>
<span id="L296" class="LineNr"> 296 </span> 8/imm32
<span id="L297" class="LineNr"> 297 </span><span class="SpecialChar">Regvardef-register</span>: <span class="subxComment"># string</span>
<span id="L298" class="LineNr"> 298 </span> 0xc/imm32
<span id="L299" class="LineNr"> 299 </span>
<span id="L300" class="LineNr"> 300 </span><span class="SpecialChar">Named-block-name</span>:
<span id="L301" class="LineNr"> 301 </span> 4/imm32
<span id="L302" class="LineNr"> 302 </span><span class="SpecialChar">Named-block-statements</span>: <span class="subxComment"># (address list statement)</span>
<span id="L303" class="LineNr"> 303 </span> 8/imm32
<span id="L304" class="LineNr"> 304 </span>
<span id="L305" class="LineNr"> 305 </span><span class="SpecialChar">Stmt-operation</span>:
<span id="L306" class="LineNr"> 306 </span> 0/imm32
<span id="L307" class="LineNr"> 307 </span><span class="SpecialChar">Stmt-inouts</span>:
<span id="L308" class="LineNr"> 308 </span> 4/imm32
<span id="L309" class="LineNr"> 309 </span><span class="SpecialChar">Stmt-outputs</span>:
<span id="L310" class="LineNr"> 310 </span> 8/imm32
<span id="L311" class="LineNr"> 311 </span><span class="SpecialChar">Stmt-next</span>:
<span id="L312" class="LineNr"> 312 </span> 0xc/imm32
<span id="L313" class="LineNr"> 313 </span><span class="SpecialChar">Stmt-size</span>:
<span id="L314" class="LineNr"> 314 </span> 0x10/imm32
<span id="L315" class="LineNr"> 315 </span>
<span id="L316" class="LineNr"> 316 </span><span class="SpecialChar">Var-name</span>:
<span id="L317" class="LineNr"> 317 </span> 0/imm32
<span id="L318" class="LineNr"> 318 </span><span class="SpecialChar">Var-type</span>:
<span id="L319" class="LineNr"> 319 </span> 4/imm32
<span id="L320" class="LineNr"> 320 </span><span class="SpecialChar">Var-block</span>:
<span id="L321" class="LineNr"> 321 </span> 8/imm32
<span id="L322" class="LineNr"> 322 </span><span class="SpecialChar">Var-stack-offset</span>:
<span id="L323" class="LineNr"> 323 </span> 0xc/imm32
<span id="L324" class="LineNr"> 324 </span><span class="SpecialChar">Var-register</span>:
<span id="L325" class="LineNr"> 325 </span> 0x10/imm32
<span id="L326" class="LineNr"> 326 </span><span class="SpecialChar">Var-size</span>:
<span id="L327" class="LineNr"> 327 </span> 0x14/imm32
<span id="L328" class="LineNr"> 328 </span>
<span id="L329" class="LineNr"> 329 </span><span class="SpecialChar">Any-register</span>: <span class="subxComment"># "*"</span>
<span id="L330" class="LineNr"> 330 </span> <span class="subxComment"># size</span>
<span id="L331" class="LineNr"> 331 </span> 1/imm32
<span id="L332" class="LineNr"> 332 </span> <span class="subxComment"># data</span>
<span id="L333" class="LineNr"> 333 </span> 2a/asterisk
<span id="L334" class="LineNr"> 334 </span>
<span id="L335" class="LineNr"> 335 </span>== code
<span id="L336" class="LineNr"> 336 </span>
<span id="L337" class="LineNr"> 337 </span><span class="SpecialChar">Entry</span>:
<span id="L338" class="LineNr"> 338 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L339" class="LineNr"> 339 </span> 89/<- %ebp 4/r32/esp
<span id="L340" class="LineNr"> 340 </span> (<a href='../053new-segment.subx.html#L41'>new-segment</a> <span class="SpecialChar"><a href='../069allocate.subx.html#L29'>Heap-size</a></span> <span class="SpecialChar"><a href='../069allocate.subx.html#L22'>Heap</a></span>)
<span id="L341" class="LineNr"> 341 </span> <span class="subxComment"># if (argv[1] == "test') run-tests()</span>
<span id="L342" class="LineNr"> 342 </span> {
<span id="L343" class="LineNr"> 343 </span> <span class="subxComment"># if (argc <= 1) break</span>
<span id="L344" class="LineNr"> 344 </span> 81 7/subop/compare *ebp 1/imm32
<span id="L345" class="LineNr"> 345 </span> 7e/jump-if-lesser-or-equal <span class="Constant">break</span>/disp8
<span id="L346" class="LineNr"> 346 </span> <span class="subxComment"># if (argv[1] != "test") break</span>
<span id="L347" class="LineNr"> 347 </span> (<a href='../052kernel-string-equal.subx.html#L31'>kernel-string-equal?</a> *(ebp+8) <span class="Constant">"test"</span>) <span class="subxComment"># => eax</span>
<span id="L348" class="LineNr"> 348 </span> 3d/compare-eax-and 0/imm32
<span id="L349" class="LineNr"> 349 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L350" class="LineNr"> 350 </span> <span class="subxComment">#</span>
<span id="L351" class="LineNr"> 351 </span> (run-tests)
<span id="L352" class="LineNr"> 352 </span> <span class="subxComment"># syscall(exit, *Num-test-failures)</span>
<span id="L353" class="LineNr"> 353 </span> 8b/-> *<span class="SpecialChar"><a href='../051test.subx.html#L90'>Num-test-failures</a></span> 3/r32/ebx
<span id="L354" class="LineNr"> 354 </span> eb/jump $mu-main:end/disp8
<span id="L355" class="LineNr"> 355 </span> }
<span id="L356" class="LineNr"> 356 </span> <span class="subxComment"># otherwise convert Stdin</span>
<span id="L357" class="LineNr"> 357 </span> (<a href='mu.subx.html#L365'>convert-mu</a> <span class="SpecialChar"><a href='../061read-byte.subx.html#L14'>Stdin</a></span> <span class="SpecialChar"><a href='../064write-byte.subx.html#L10'>Stdout</a></span>)
<span id="L358" class="LineNr"> 358 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <span class="SpecialChar"><a href='../064write-byte.subx.html#L10'>Stdout</a></span>)
<span id="L359" class="LineNr"> 359 </span> <span class="subxComment"># syscall(exit, 0)</span>
<span id="L360" class="LineNr"> 360 </span> bb/copy-to-ebx 0/imm32
<span id="L361" class="LineNr"> 361 </span><span class="Constant">$mu-main:end</span>:
<span id="L362" class="LineNr"> 362 </span> b8/copy-to-eax 1/imm32/exit
<span id="L363" class="LineNr"> 363 </span> cd/syscall 0x80/imm8
<span id="L364" class="LineNr"> 364 </span>
<span id="L365" class="LineNr"> 365 </span><span class="subxFunction">convert-mu</span>: <span class="subxComment"># in : (address buffered-file), out : (address buffered-file)</span>
<span id="L366" class="LineNr"> 366 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L367" class="LineNr"> 367 </span> 55/push-ebp
<span id="L368" class="LineNr"> 368 </span> 89/<- %ebp 4/r32/esp
<span id="L369" class="LineNr"> 369 </span> <span class="subxComment">#</span>
<span id="L370" class="LineNr"> 370 </span> (<a href='mu.subx.html#L565'>parse-mu</a> *(ebp+8))
<span id="L371" class="LineNr"> 371 </span> (<a href='mu.subx.html#L889'>check-mu-types</a>)
<span id="L372" class="LineNr"> 372 </span> (<a href='mu.subx.html#L900'>emit-subx</a> *(ebp+0xc))
<span id="L373" class="LineNr"> 373 </span><span class="Constant">$convert-mu:end</span>:
<span id="L374" class="LineNr"> 374 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L375" class="LineNr"> 375 </span> 89/<- %esp 5/r32/ebp
<span id="L376" class="LineNr"> 376 </span> 5d/pop-to-ebp
<span id="L377" class="LineNr"> 377 </span> c3/return
<span id="L378" class="LineNr"> 378 </span>
<span id="L379" class="LineNr"> 379 </span><span class="subxTest">test-convert-empty-input</span>:
<span id="L380" class="LineNr"> 380 </span> <span class="subxComment"># empty input => empty output</span>
<span id="L381" class="LineNr"> 381 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L382" class="LineNr"> 382 </span> 55/push-ebp
<span id="L383" class="LineNr"> 383 </span> 89/<- %ebp 4/r32/esp
<span id="L384" class="LineNr"> 384 </span> <span class="subxComment"># setup</span>
<span id="L385" class="LineNr"> 385 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a>)
<span id="L386" class="LineNr"> 386 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../061read-byte.subx.html#L317'>_test-input-buffered-file->buffer</a>)
<span id="L387" class="LineNr"> 387 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L388" class="LineNr"> 388 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L389" class="LineNr"> 389 </span> <span class="subxComment">#</span>
<span id="L390" class="LineNr"> 390 </span> (<a href='mu.subx.html#L365'>convert-mu</a> <a href='../061read-byte.subx.html#L314'>_test-input-buffered-file</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L391" class="LineNr"> 391 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L392" class="LineNr"> 392 </span> (<a href='../058stream-equal.subx.html#L193'>check-stream-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">""</span> <span class="Constant">"F - test-convert-empty-input"</span>)
<span id="L393" class="LineNr"> 393 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L394" class="LineNr"> 394 </span> 89/<- %esp 5/r32/ebp
<span id="L395" class="LineNr"> 395 </span> 5d/pop-to-ebp
<span id="L396" class="LineNr"> 396 </span> c3/return
<span id="L397" class="LineNr"> 397 </span>
<span id="L398" class="LineNr"> 398 </span><span class="subxTest">test-convert-function-skeleton</span>:
<span id="L399" class="LineNr"> 399 </span> <span class="subxComment"># empty function decl => function prologue and epilogue</span>
<span id="L400" class="LineNr"> 400 </span> <span class="subxComment"># fn foo {</span>
<span id="L401" class="LineNr"> 401 </span> <span class="subxComment"># }</span>
<span id="L402" class="LineNr"> 402 </span> <span class="subxComment"># =></span>
<span id="L403" class="LineNr"> 403 </span> <span class="subxComment"># foo:</span>
<span id="L404" class="LineNr"> 404 </span> <span class="subxComment"># # . prologue</span>
<span id="L405" class="LineNr"> 405 </span> <span class="subxComment"># 55/push-ebp</span>
<span id="L406" class="LineNr"> 406 </span> <span class="subxComment"># 89/<- %ebp 4/r32/esp</span>
<span id="L407" class="LineNr"> 407 </span> <span class="subxComment"># # . epilogue</span>
<span id="L408" class="LineNr"> 408 </span> <span class="subxComment"># 89/<- %esp 5/r32/ebp</span>
<span id="L409" class="LineNr"> 409 </span> <span class="subxComment"># 5d/pop-to-ebp</span>
<span id="L410" class="LineNr"> 410 </span> <span class="subxComment"># c3/return</span>
<span id="L411" class="LineNr"> 411 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L412" class="LineNr"> 412 </span> 55/push-ebp
<span id="L413" class="LineNr"> 413 </span> 89/<- %ebp 4/r32/esp
<span id="L414" class="LineNr"> 414 </span> <span class="subxComment"># setup</span>
<span id="L415" class="LineNr"> 415 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a>)
<span id="L416" class="LineNr"> 416 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../061read-byte.subx.html#L317'>_test-input-buffered-file->buffer</a>)
<span id="L417" class="LineNr"> 417 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L418" class="LineNr"> 418 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L419" class="LineNr"> 419 </span> <span class="subxComment">#</span>
<span id="L420" class="LineNr"> 420 </span> (<a href='../057write.subx.html#L24'>write</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a> <span class="Constant">"fn foo {\n"</span>)
<span id="L421" class="LineNr"> 421 </span> (<a href='../057write.subx.html#L24'>write</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a> <span class="Constant">"}\n"</span>)
<span id="L422" class="LineNr"> 422 </span> <span class="subxComment"># convert</span>
<span id="L423" class="LineNr"> 423 </span> (<a href='mu.subx.html#L365'>convert-mu</a> <a href='../061read-byte.subx.html#L314'>_test-input-buffered-file</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L424" class="LineNr"> 424 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L425" class="Folded"> 425 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L431" class="LineNr"> 431 </span> <span class="subxComment"># check output</span>
<span id="L432" class="LineNr"> 432 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"foo:"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/0"</span>)
<span id="L433" class="LineNr"> 433 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"# . prologue"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/1"</span>)
<span id="L434" class="LineNr"> 434 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"55/push-ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/2"</span>)
<span id="L435" class="LineNr"> 435 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"89/<- %ebp 4/r32/esp"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/3"</span>)
<span id="L436" class="LineNr"> 436 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"# . epilogue"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/4"</span>)
<span id="L437" class="LineNr"> 437 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"89/<- %esp 5/r32/ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/5"</span>)
<span id="L438" class="LineNr"> 438 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"5d/pop-to-ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/6"</span>)
<span id="L439" class="LineNr"> 439 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"c3/return"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/7"</span>)
<span id="L440" class="LineNr"> 440 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L441" class="LineNr"> 441 </span> 89/<- %esp 5/r32/ebp
<span id="L442" class="LineNr"> 442 </span> 5d/pop-to-ebp
<span id="L443" class="LineNr"> 443 </span> c3/return
<span id="L444" class="LineNr"> 444 </span>
<span id="L445" class="LineNr"> 445 </span><span class="subxTest">test-convert-multiple-function-skeletons</span>:
<span id="L446" class="LineNr"> 446 </span> <span class="subxComment"># multiple functions correctly organized into a linked list</span>
<span id="L447" class="LineNr"> 447 </span> <span class="subxComment"># fn foo {</span>
<span id="L448" class="LineNr"> 448 </span> <span class="subxComment"># }</span>
<span id="L449" class="LineNr"> 449 </span> <span class="subxComment"># fn bar {</span>
<span id="L450" class="LineNr"> 450 </span> <span class="subxComment"># }</span>
<span id="L451" class="LineNr"> 451 </span> <span class="subxComment"># =></span>
<span id="L452" class="LineNr"> 452 </span> <span class="subxComment"># foo:</span>
<span id="L453" class="LineNr"> 453 </span> <span class="subxComment"># # . prologue</span>
<span id="L454" class="LineNr"> 454 </span> <span class="subxComment"># 55/push-ebp</span>
<span id="L455" class="LineNr"> 455 </span> <span class="subxComment"># 89/<- %ebp 4/r32/esp</span>
<span id="L456" class="LineNr"> 456 </span> <span class="subxComment"># # . epilogue</span>
<span id="L457" class="LineNr"> 457 </span> <span class="subxComment"># 89/<- %esp 5/r32/ebp</span>
<span id="L458" class="LineNr"> 458 </span> <span class="subxComment"># 5d/pop-to-ebp</span>
<span id="L459" class="LineNr"> 459 </span> <span class="subxComment"># c3/return</span>
<span id="L460" class="LineNr"> 460 </span> <span class="subxComment"># bar:</span>
<span id="L461" class="LineNr"> 461 </span> <span class="subxComment"># # . prologue</span>
<span id="L462" class="LineNr"> 462 </span> <span class="subxComment"># 55/push-ebp</span>
<span id="L463" class="LineNr"> 463 </span> <span class="subxComment"># 89/<- %ebp 4/r32/esp</span>
<span id="L464" class="LineNr"> 464 </span> <span class="subxComment"># # . epilogue</span>
<span id="L465" class="LineNr"> 465 </span> <span class="subxComment"># 89/<- %esp 5/r32/ebp</span>
<span id="L466" class="LineNr"> 466 </span> <span class="subxComment"># 5d/pop-to-ebp</span>
<span id="L467" class="LineNr"> 467 </span> <span class="subxComment"># c3/return</span>
<span id="L468" class="LineNr"> 468 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L469" class="LineNr"> 469 </span> 55/push-ebp
<span id="L470" class="LineNr"> 470 </span> 89/<- %ebp 4/r32/esp
<span id="L471" class="LineNr"> 471 </span> <span class="subxComment"># setup</span>
<span id="L472" class="LineNr"> 472 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a>)
<span id="L473" class="LineNr"> 473 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../061read-byte.subx.html#L317'>_test-input-buffered-file->buffer</a>)
<span id="L474" class="LineNr"> 474 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L475" class="LineNr"> 475 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L476" class="LineNr"> 476 </span> <span class="subxComment">#</span>
<span id="L477" class="LineNr"> 477 </span> (<a href='../057write.subx.html#L24'>write</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a> <span class="Constant">"fn foo {\n"</span>)
<span id="L478" class="LineNr"> 478 </span> (<a href='../057write.subx.html#L24'>write</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a> <span class="Constant">"}\n"</span>)
<span id="L479" class="LineNr"> 479 </span> (<a href='../057write.subx.html#L24'>write</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a> <span class="Constant">"fn bar {\n"</span>)
<span id="L480" class="LineNr"> 480 </span> (<a href='../057write.subx.html#L24'>write</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a> <span class="Constant">"}\n"</span>)
<span id="L481" class="LineNr"> 481 </span> <span class="subxComment"># convert</span>
<span id="L482" class="LineNr"> 482 </span> (<a href='mu.subx.html#L365'>convert-mu</a> <a href='../061read-byte.subx.html#L314'>_test-input-buffered-file</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L483" class="LineNr"> 483 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L484" class="Folded"> 484 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L490" class="LineNr"> 490 </span> <span class="subxComment"># check first function</span>
<span id="L491" class="LineNr"> 491 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"foo:"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/0"</span>)
<span id="L492" class="LineNr"> 492 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"# . prologue"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/1"</span>)
<span id="L493" class="LineNr"> 493 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"55/push-ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/2"</span>)
<span id="L494" class="LineNr"> 494 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"89/<- %ebp 4/r32/esp"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/3"</span>)
<span id="L495" class="LineNr"> 495 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"# . epilogue"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/4"</span>)
<span id="L496" class="LineNr"> 496 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"89/<- %esp 5/r32/ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/5"</span>)
<span id="L497" class="LineNr"> 497 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"5d/pop-to-ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/6"</span>)
<span id="L498" class="LineNr"> 498 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"c3/return"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/7"</span>)
<span id="L499" class="LineNr"> 499 </span> <span class="subxComment"># check second function</span>
<span id="L500" class="LineNr"> 500 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"bar:"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/10"</span>)
<span id="L501" class="LineNr"> 501 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"# . prologue"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/11"</span>)
<span id="L502" class="LineNr"> 502 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"55/push-ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/12"</span>)
<span id="L503" class="LineNr"> 503 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"89/<- %ebp 4/r32/esp"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/13"</span>)
<span id="L504" class="LineNr"> 504 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"# . epilogue"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/14"</span>)
<span id="L505" class="LineNr"> 505 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"89/<- %esp 5/r32/ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/15"</span>)
<span id="L506" class="LineNr"> 506 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"5d/pop-to-ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/16"</span>)
<span id="L507" class="LineNr"> 507 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"c3/return"</span> <span class="Constant">"F - <a href='mu.subx.html#L445'>test-convert-multiple-function-skeletons</a>/17"</span>)
<span id="L508" class="LineNr"> 508 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L509" class="LineNr"> 509 </span> 89/<- %esp 5/r32/ebp
<span id="L510" class="LineNr"> 510 </span> 5d/pop-to-ebp
<span id="L511" class="LineNr"> 511 </span> c3/return
<span id="L512" class="LineNr"> 512 </span>
<span id="L513" class="LineNr"> 513 </span><span class="subxTest">test-convert-function-with-arg</span>:
<span id="L514" class="LineNr"> 514 </span> <span class="subxComment"># function with one arg and a copy instruction</span>
<span id="L515" class="LineNr"> 515 </span> <span class="subxComment"># fn foo n : int -> result/eax : int {</span>
<span id="L516" class="LineNr"> 516 </span> <span class="subxComment"># result <- copy n</span>
<span id="L517" class="LineNr"> 517 </span> <span class="subxComment"># }</span>
<span id="L518" class="LineNr"> 518 </span> <span class="subxComment"># =></span>
<span id="L519" class="LineNr"> 519 </span> <span class="subxComment"># foo:</span>
<span id="L520" class="LineNr"> 520 </span> <span class="subxComment"># # . prologue</span>
<span id="L521" class="LineNr"> 521 </span> <span class="subxComment"># 55/push-ebp</span>
<span id="L522" class="LineNr"> 522 </span> <span class="subxComment"># 89/<- %ebp 4/r32/esp</span>
<span id="L523" class="LineNr"> 523 </span> <span class="subxComment"># {</span>
<span id="L524" class="LineNr"> 524 </span> <span class="subxComment"># # result <- copy n</span>
<span id="L525" class="LineNr"> 525 </span> <span class="subxComment"># 8b/-> *(ebp+8) 0/r32/eax</span>
<span id="L526" class="LineNr"> 526 </span> <span class="subxComment"># }</span>
<span id="L527" class="LineNr"> 527 </span> <span class="subxComment"># # . epilogue</span>
<span id="L528" class="LineNr"> 528 </span> <span class="subxComment"># 89/<- %esp 5/r32/ebp</span>
<span id="L529" class="LineNr"> 529 </span> <span class="subxComment"># 5d/pop-to-ebp</span>
<span id="L530" class="LineNr"> 530 </span> <span class="subxComment"># c3/return</span>
<span id="L531" class="LineNr"> 531 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L532" class="LineNr"> 532 </span> 55/push-ebp
<span id="L533" class="LineNr"> 533 </span> 89/<- %ebp 4/r32/esp
<span id="L534" class="LineNr"> 534 </span> <span class="subxComment"># setup</span>
<span id="L535" class="LineNr"> 535 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a>)
<span id="L536" class="LineNr"> 536 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../061read-byte.subx.html#L317'>_test-input-buffered-file->buffer</a>)
<span id="L537" class="LineNr"> 537 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L538" class="LineNr"> 538 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L539" class="LineNr"> 539 </span> <span class="subxComment">#</span>
<span id="L540" class="LineNr"> 540 </span> (<a href='../057write.subx.html#L24'>write</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a> <span class="Constant">"fn foo {\n"</span>)
<span id="L541" class="LineNr"> 541 </span> (<a href='../057write.subx.html#L24'>write</a> <a href='../061read-byte.subx.html#L288'>_test-input-stream</a> <span class="Constant">"}\n"</span>)
<span id="L542" class="LineNr"> 542 </span> <span class="subxComment"># convert</span>
<span id="L543" class="LineNr"> 543 </span> (<a href='mu.subx.html#L365'>convert-mu</a> <a href='../061read-byte.subx.html#L314'>_test-input-buffered-file</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L544" class="LineNr"> 544 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L545" class="Folded"> 545 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L551" class="LineNr"> 551 </span> <span class="subxComment"># check output</span>
<span id="L552" class="LineNr"> 552 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"foo:"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/0"</span>)
<span id="L553" class="LineNr"> 553 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"# . prologue"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/1"</span>)
<span id="L554" class="LineNr"> 554 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"55/push-ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/2"</span>)
<span id="L555" class="LineNr"> 555 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"89/<- %ebp 4/r32/esp"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/3"</span>)
<span id="L556" class="LineNr"> 556 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"# . epilogue"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/4"</span>)
<span id="L557" class="LineNr"> 557 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"89/<- %esp 5/r32/ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/5"</span>)
<span id="L558" class="LineNr"> 558 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"5d/pop-to-ebp"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/6"</span>)
<span id="L559" class="LineNr"> 559 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"c3/return"</span> <span class="Constant">"F - <a href='mu.subx.html#L398'>test-convert-function-skeleton</a>/7"</span>)
<span id="L560" class="LineNr"> 560 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L561" class="LineNr"> 561 </span> 89/<- %esp 5/r32/ebp
<span id="L562" class="LineNr"> 562 </span> 5d/pop-to-ebp
<span id="L563" class="LineNr"> 563 </span> c3/return
<span id="L564" class="LineNr"> 564 </span>
<span id="L565" class="LineNr"> 565 </span><span class="subxFunction">parse-mu</span>: <span class="subxComment"># in : (address buffered-file)</span>
<span id="L566" class="LineNr"> 566 </span> <span class="subxComment"># pseudocode</span>
<span id="L567" class="LineNr"> 567 </span> <span class="subxComment"># var curr-function = Program</span>
<span id="L568" class="LineNr"> 568 </span> <span class="subxComment"># var line : (stream byte 512)</span>
<span id="L569" class="LineNr"> 569 </span> <span class="subxComment"># var word-slice : slice</span>
<span id="L570" class="LineNr"> 570 </span> <span class="subxComment"># while true # line loop</span>
<span id="L571" class="LineNr"> 571 </span> <span class="subxComment"># clear-stream(line)</span>
<span id="L572" class="LineNr"> 572 </span> <span class="subxComment"># read-line-buffered(in, line)</span>
<span id="L573" class="LineNr"> 573 </span> <span class="subxComment"># if (line->write == 0) break # end of file</span>
<span id="L574" class="LineNr"> 574 </span> <span class="subxComment"># while true # word loop</span>
<span id="L575" class="LineNr"> 575 </span> <span class="subxComment"># word-slice = next-word-or-string(line)</span>
<span id="L576" class="LineNr"> 576 </span> <span class="subxComment"># if slice-empty?(word-slice) # end of line</span>
<span id="L577" class="LineNr"> 577 </span> <span class="subxComment"># break</span>
<span id="L578" class="LineNr"> 578 </span> <span class="subxComment"># else if slice-starts-with?(word-slice, "#") # comment</span>
<span id="L579" class="LineNr"> 579 </span> <span class="subxComment"># break # end of line</span>
<span id="L580" class="LineNr"> 580 </span> <span class="subxComment"># else if slice-equal(word-slice, "fn")</span>
<span id="L581" class="LineNr"> 581 </span> <span class="subxComment"># var new-function : (address function) = new function</span>
<span id="L582" class="LineNr"> 582 </span> <span class="subxComment"># populate-mu-function(in, new-function)</span>
<span id="L583" class="LineNr"> 583 </span> <span class="subxComment"># *curr-function = new-function</span>
<span id="L584" class="LineNr"> 584 </span> <span class="subxComment"># curr-function = &new-function->next</span>
<span id="L585" class="LineNr"> 585 </span> <span class="subxComment"># else</span>
<span id="L586" class="LineNr"> 586 </span> <span class="subxComment"># abort()</span>
<span id="L587" class="LineNr"> 587 </span> <span class="subxComment">#</span>
<span id="L588" class="LineNr"> 588 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L589" class="LineNr"> 589 </span> 55/push-ebp
<span id="L590" class="LineNr"> 590 </span> 89/<- %ebp 4/r32/esp
<span id="L591" class="LineNr"> 591 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L592" class="LineNr"> 592 </span> 50/push-eax
<span id="L593" class="LineNr"> 593 </span> 51/push-ecx
<span id="L594" class="LineNr"> 594 </span> 52/push-edx
<span id="L595" class="LineNr"> 595 </span> 57/push-edi
<span id="L596" class="LineNr"> 596 </span> <span class="subxComment"># var line/ecx : (stream byte 512)</span>
<span id="L597" class="LineNr"> 597 </span> 81 5/subop/subtract %esp 0x200/imm32
<span id="L598" class="LineNr"> 598 </span> 68/push 0x200/imm32/length
<span id="L599" class="LineNr"> 599 </span> 68/push 0/imm32/read
<span id="L600" class="LineNr"> 600 </span> 68/push 0/imm32/write
<span id="L601" class="LineNr"> 601 </span> 89/<- %ecx 4/r32/esp
<span id="L602" class="LineNr"> 602 </span> <span class="subxComment"># var word-slice/edx : slice</span>
<span id="L603" class="LineNr"> 603 </span> 68/push 0/imm32/end
<span id="L604" class="LineNr"> 604 </span> 68/push 0/imm32/start
<span id="L605" class="LineNr"> 605 </span> 89/<- %edx 4/r32/esp
<span id="L606" class="LineNr"> 606 </span> <span class="subxComment"># var curr-function/edi : (address function) = Program</span>
<span id="L607" class="LineNr"> 607 </span> bf/copy-to-edi <span class="SpecialChar"><a href='mu.subx.html#L238'>Program</a></span>/imm32
<span id="L608" class="LineNr"> 608 </span> {
<span id="L609" class="LineNr"> 609 </span><span class="Constant">$parse-mu:line-loop</span>:
<span id="L610" class="LineNr"> 610 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> %ecx)
<span id="L611" class="LineNr"> 611 </span> (<a href='../071read-line.subx.html#L9'>read-line-buffered</a> *(ebp+8) %ecx)
<span id="L612" class="LineNr"> 612 </span> <span class="subxComment"># if (line->write == 0) break</span>
<span id="L613" class="LineNr"> 613 </span> 81 7/subop/compare *ecx 0/imm32
<span id="L614" class="LineNr"> 614 </span> 0f 84/jump-if-equal <span class="Constant">break</span>/disp32
<span id="L615" class="Folded"> 615 </span><span class="Folded">+-- 6 lines: #? # dump line -----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L621" class="LineNr"> 621 </span> { <span class="subxComment"># word loop</span>
<span id="L622" class="LineNr"> 622 </span><span class="Constant">$parse-mu:word-loop</span>:
<span id="L623" class="LineNr"> 623 </span> (<a href='../094next-word-or-string.subx.html#L8'>next-word-or-string</a> %ecx %edx)
<span id="L624" class="LineNr"> 624 </span> <span class="subxComment"># if slice-empty?(word-slice) break</span>
<span id="L625" class="LineNr"> 625 </span> (<a href='../072slice.subx.html#L9'>slice-empty?</a> %edx)
<span id="L626" class="LineNr"> 626 </span> 3d/compare-eax-and 0/imm32
<span id="L627" class="LineNr"> 627 </span> 0f 85/jump-if-not-equal <span class="Constant">break</span>/disp32
<span id="L628" class="LineNr"> 628 </span> <span class="subxComment"># if (*word-slice->start == "#") break</span>
<span id="L629" class="LineNr"> 629 </span> <span class="subxS1Comment"># . eax = *word-slice->start</span>
<span id="L630" class="LineNr"> 630 </span> 8b/-> *edx 0/r32/eax
<span id="L631" class="LineNr"> 631 </span> 8a/copy-byte *eax 0/r32/AL
<span id="L632" class="LineNr"> 632 </span> 81 4/subop/and %eax 0xff/imm32
<span id="L633" class="LineNr"> 633 </span> <span class="subxS1Comment"># . if (eax == '#') break</span>
<span id="L634" class="LineNr"> 634 </span> 3d/compare-eax-and 0x23/imm32/hash
<span id="L635" class="LineNr"> 635 </span> 0f 84/jump-if-equal <span class="Constant">break</span>/disp32
<span id="L636" class="LineNr"> 636 </span> <span class="subxComment"># if (slice-equal?(word-slice, "fn")) parse a function</span>
<span id="L637" class="LineNr"> 637 </span> {
<span id="L638" class="LineNr"> 638 </span> (<a href='../072slice.subx.html#L91'>slice-equal?</a> %edx <span class="Constant">"fn"</span>)
<span id="L639" class="LineNr"> 639 </span> 3d/compare-eax-and 0/imm32
<span id="L640" class="LineNr"> 640 </span> 0f 84/jump-if-equal <span class="Constant">break</span>/disp32
<span id="L641" class="LineNr"> 641 </span> <span class="subxComment"># var new-function/eax : (address function) = populate-mu-function()</span>
<span id="L642" class="LineNr"> 642 </span> (<a href='../069allocate.subx.html#L61'>allocate</a> <span class="SpecialChar"><a href='../069allocate.subx.html#L22'>Heap</a></span> *<span class="SpecialChar"><a href='mu.subx.html#L253'>Function-size</a></span>) <span class="subxComment"># => eax</span>
<span id="L643" class="LineNr"> 643 </span> (<a href='mu.subx.html#L686'>populate-mu-function-header</a> %ecx %eax)
<span id="L644" class="LineNr"> 644 </span> (<a href='mu.subx.html#L753'>populate-mu-function-body</a> *(ebp+8) %eax)
<span id="L645" class="LineNr"> 645 </span> <span class="subxComment"># *curr-function = new-function</span>
<span id="L646" class="LineNr"> 646 </span> 89/<- *edi 0/r32/eax
<span id="L647" class="LineNr"> 647 </span> <span class="subxComment"># curr-function = &new-function->next</span>
<span id="L648" class="LineNr"> 648 </span> 8d/address-> *(eax+0x14) 7/r32/edi <span class="subxComment"># Function-next</span>
<span id="L649" class="LineNr"> 649 </span> e9/jump $parse-mu:word-loop/disp32
<span id="L650" class="LineNr"> 650 </span> }
<span id="L651" class="LineNr"> 651 </span> <span class="subxComment"># otherwise abort</span>
<span id="L652" class="LineNr"> 652 </span> e9/jump $parse-mu:abort/disp32
<span id="L653" class="LineNr"> 653 </span> } <span class="subxComment"># end word loop</span>
<span id="L654" class="LineNr"> 654 </span> e9/jump <span class="Constant">loop</span>/disp32
<span id="L655" class="LineNr"> 655 </span> } <span class="subxComment"># end line loop</span>
<span id="L656" class="LineNr"> 656 </span><span class="Constant">$parse-mu:end</span>:
<span id="L657" class="LineNr"> 657 </span> <span class="subxS1Comment"># . reclaim locals</span>
<span id="L658" class="LineNr"> 658 </span> 81 0/subop/add %esp 0x214/imm32
<span id="L659" class="LineNr"> 659 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L660" class="LineNr"> 660 </span> 5f/pop-to-edi
<span id="L661" class="LineNr"> 661 </span> 5a/pop-to-edx
<span id="L662" class="LineNr"> 662 </span> 59/pop-to-ecx
<span id="L663" class="LineNr"> 663 </span> 58/pop-to-eax
<span id="L664" class="LineNr"> 664 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L665" class="LineNr"> 665 </span> 89/<- %esp 5/r32/ebp
<span id="L666" class="LineNr"> 666 </span> 5d/pop-to-ebp
<span id="L667" class="LineNr"> 667 </span> c3/return
<span id="L668" class="LineNr"> 668 </span>
<span id="L669" class="LineNr"> 669 </span><span class="Constant">$parse-mu:abort</span>:
<span id="L670" class="LineNr"> 670 </span> <span class="subxComment"># error("unexpected top-level command: " word-slice "\n")</span>
<span id="L671" class="LineNr"> 671 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> <span class="Constant">"unexpected top-level command: "</span>)
<span id="L672" class="LineNr"> 672 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> %edx)
<span id="L673" class="LineNr"> 673 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> <span class="Constant">"\n"</span>)
<span id="L674" class="LineNr"> 674 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span>)
<span id="L675" class="LineNr"> 675 </span> <span class="subxS1Comment"># . syscall(exit, 1)</span>
<span id="L676" class="LineNr"> 676 </span> bb/copy-to-ebx 1/imm32
<span id="L677" class="LineNr"> 677 </span> b8/copy-to-eax 1/imm32/exit
<span id="L678" class="LineNr"> 678 </span> cd/syscall 0x80/imm8
<span id="L679" class="LineNr"> 679 </span> <span class="subxComment"># never gets here</span>
<span id="L680" class="LineNr"> 680 </span>
<span id="L681" class="LineNr"> 681 </span><span class="subxComment"># errors considered:</span>
<span id="L682" class="LineNr"> 682 </span><span class="subxComment"># fn foo { {</span>
<span id="L683" class="LineNr"> 683 </span><span class="subxComment"># fn foo { }</span>
<span id="L684" class="LineNr"> 684 </span><span class="subxComment"># fn foo { } {</span>
<span id="L685" class="LineNr"> 685 </span><span class="subxComment"># fn foo # no block</span>
<span id="L686" class="LineNr"> 686 </span><span class="subxFunction">populate-mu-function-header</span>: <span class="subxComment"># first-line : (address stream byte), out : (address function)</span>
<span id="L687" class="LineNr"> 687 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L688" class="LineNr"> 688 </span> 55/push-ebp
<span id="L689" class="LineNr"> 689 </span> 89/<- %ebp 4/r32/esp
<span id="L690" class="LineNr"> 690 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L691" class="LineNr"> 691 </span> 50/push-eax
<span id="L692" class="LineNr"> 692 </span> 51/push-ecx
<span id="L693" class="LineNr"> 693 </span> 57/push-edi
<span id="L694" class="LineNr"> 694 </span> <span class="subxComment"># edi = out</span>
<span id="L695" class="LineNr"> 695 </span> 8b/-> *(ebp+0xc) 7/r32/edi
<span id="L696" class="LineNr"> 696 </span> <span class="subxComment"># var word-slice/ecx : slice</span>
<span id="L697" class="LineNr"> 697 </span> 68/push 0/imm32/end
<span id="L698" class="LineNr"> 698 </span> 68/push 0/imm32/start
<span id="L699" class="LineNr"> 699 </span> 89/<- %ecx 4/r32/esp
<span id="L700" class="LineNr"> 700 </span> <span class="subxComment"># save function name</span>
<span id="L701" class="LineNr"> 701 </span> (<a href='../076next-word.subx.html#L10'>next-word</a> *(ebp+8) %ecx)
<span id="L702" class="LineNr"> 702 </span> (<a href='../072slice.subx.html#L1013'>slice-to-string</a> <span class="SpecialChar"><a href='../069allocate.subx.html#L22'>Heap</a></span> %ecx) <span class="subxComment"># => eax</span>
<span id="L703" class="LineNr"> 703 </span> 89/<- *edi 0/r32/eax
<span id="L704" class="LineNr"> 704 </span> <span class="subxComment"># assert that next token is '{'</span>
<span id="L705" class="LineNr"> 705 </span> (<a href='../076next-word.subx.html#L10'>next-word</a> *(ebp+8) %ecx)
<span id="L706" class="LineNr"> 706 </span> (<a href='../072slice.subx.html#L91'>slice-equal?</a> %ecx <span class="Constant">"{"</span>)
<span id="L707" class="LineNr"> 707 </span> 3d/compare-eax-and 0/imm32
<span id="L708" class="LineNr"> 708 </span> 74/jump-if-equal $populate-mu-function-header:abort/disp8
<span id="L709" class="LineNr"> 709 </span> <span class="subxComment"># assert that there's no further token</span>
<span id="L710" class="LineNr"> 710 </span> {
<span id="L711" class="LineNr"> 711 </span> <span class="subxComment"># word-slice = next-word(line)</span>
<span id="L712" class="LineNr"> 712 </span> (<a href='../076next-word.subx.html#L10'>next-word</a> *(ebp+8) %ecx)
<span id="L713" class="LineNr"> 713 </span> <span class="subxComment"># if (word-slice == '') break</span>
<span id="L714" class="LineNr"> 714 </span> (<a href='../072slice.subx.html#L9'>slice-empty?</a> %ecx)
<span id="L715" class="LineNr"> 715 </span> 3d/compare-eax-and 0/imm32
<span id="L716" class="LineNr"> 716 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L717" class="LineNr"> 717 </span> <span class="subxComment"># if (slice-starts-with?(word-slice, "#")) break</span>
<span id="L718" class="LineNr"> 718 </span> <span class="subxS1Comment"># . eax = *word-slice->start</span>
<span id="L719" class="LineNr"> 719 </span> 8b/-> *edx 0/r32/eax
<span id="L720" class="LineNr"> 720 </span> 8a/copy-byte *eax 0/r32/AL
<span id="L721" class="LineNr"> 721 </span> 81 4/subop/and %eax 0xff/imm32
<span id="L722" class="LineNr"> 722 </span> <span class="subxS1Comment"># . if (eax == '#') break</span>
<span id="L723" class="LineNr"> 723 </span> 3d/compare-eax-and 0x23/imm32/hash
<span id="L724" class="LineNr"> 724 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L725" class="LineNr"> 725 </span> <span class="subxComment"># otherwise abort</span>
<span id="L726" class="LineNr"> 726 </span> eb/jump $populate-mu-function-header:abort/disp8
<span id="L727" class="LineNr"> 727 </span> }
<span id="L728" class="LineNr"> 728 </span><span class="Constant">$populate-mu-function-header:end</span>:
<span id="L729" class="LineNr"> 729 </span> <span class="subxS1Comment"># . reclaim locals</span>
<span id="L730" class="LineNr"> 730 </span> 81 0/subop/add %esp 8/imm32
<span id="L731" class="LineNr"> 731 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L732" class="LineNr"> 732 </span> 5f/pop-to-edi
<span id="L733" class="LineNr"> 733 </span> 59/pop-to-ecx
<span id="L734" class="LineNr"> 734 </span> 58/pop-to-eax
<span id="L735" class="LineNr"> 735 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L736" class="LineNr"> 736 </span> 89/<- %esp 5/r32/ebp
<span id="L737" class="LineNr"> 737 </span> 5d/pop-to-ebp
<span id="L738" class="LineNr"> 738 </span> c3/return
<span id="L739" class="LineNr"> 739 </span>
<span id="L740" class="LineNr"> 740 </span><span class="Constant">$populate-mu-function-header:abort</span>:
<span id="L741" class="LineNr"> 741 </span> <span class="subxComment"># error("function header not in form 'fn <name> {'")</span>
<span id="L742" class="LineNr"> 742 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> <span class="Constant">"function header not in form 'fn <name> {' -- '"</span>)
<span id="L743" class="LineNr"> 743 </span> (<a href='../055stream.subx.html#L54'>rewind-stream</a> *(ebp+8))
<span id="L744" class="LineNr"> 744 </span> (<a href='../062write-stream.subx.html#L18'>write-stream</a> 2 *(ebp+8))
<span id="L745" class="LineNr"> 745 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> <span class="Constant">"'\n"</span>)
<span id="L746" class="LineNr"> 746 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span>)
<span id="L747" class="LineNr"> 747 </span> <span class="subxS1Comment"># . syscall(exit, 1)</span>
<span id="L748" class="LineNr"> 748 </span> bb/copy-to-ebx 1/imm32
<span id="L749" class="LineNr"> 749 </span> b8/copy-to-eax 1/imm32/exit
<span id="L750" class="LineNr"> 750 </span> cd/syscall 0x80/imm8
<span id="L751" class="LineNr"> 751 </span> <span class="subxComment"># never gets here</span>
<span id="L752" class="LineNr"> 752 </span>
<span id="L753" class="LineNr"> 753 </span><span class="subxFunction">populate-mu-function-body</span>: <span class="subxComment"># in : (address buffered-file), out : (address function)</span>
<span id="L754" class="LineNr"> 754 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L755" class="LineNr"> 755 </span> 55/push-ebp
<span id="L756" class="LineNr"> 756 </span> 89/<- %ebp 4/r32/esp
<span id="L757" class="LineNr"> 757 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L758" class="LineNr"> 758 </span> 50/push-eax
<span id="L759" class="LineNr"> 759 </span> 56/push-esi
<span id="L760" class="LineNr"> 760 </span> <span class="subxComment"># esi = in</span>
<span id="L761" class="LineNr"> 761 </span> 8b/-> *(ebp+8) 6/r32/esi
<span id="L762" class="LineNr"> 762 </span> <span class="subxComment"># var eax : (address block) = parse-mu-block(in)</span>
<span id="L763" class="LineNr"> 763 </span> (<a href='mu.subx.html#L778'>parse-mu-block</a> %esi)
<span id="L764" class="LineNr"> 764 </span> <span class="subxComment"># out->body = eax</span>
<span id="L765" class="LineNr"> 765 </span> 89/<- *(eax+0x10) 0/r32/eax <span class="subxComment"># Function-body</span>
<span id="L766" class="LineNr"> 766 </span><span class="Constant">$populate-mu-function-body:end</span>:
<span id="L767" class="LineNr"> 767 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L768" class="LineNr"> 768 </span> 5e/pop-to-esi
<span id="L769" class="LineNr"> 769 </span> 58/pop-to-eax
<span id="L770" class="LineNr"> 770 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L771" class="LineNr"> 771 </span> 89/<- %esp 5/r32/ebp
<span id="L772" class="LineNr"> 772 </span> 5d/pop-to-ebp
<span id="L773" class="LineNr"> 773 </span> c3/return
<span id="L774" class="LineNr"> 774 </span>
<span id="L775" class="LineNr"> 775 </span><span class="subxComment"># parses a block, assuming that the leading '{' has already been read by the caller</span>
<span id="L776" class="LineNr"> 776 </span><span class="subxComment"># errors considered:</span>
<span id="L777" class="LineNr"> 777 </span><span class="subxComment"># { abc</span>
<span id="L778" class="LineNr"> 778 </span><span class="subxFunction">parse-mu-block</span>: <span class="subxComment"># in : (address buffered-file) -> result/eax : (address block)</span>
<span id="L779" class="LineNr"> 779 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L780" class="LineNr"> 780 </span> 55/push-ebp
<span id="L781" class="LineNr"> 781 </span> 89/<- %ebp 4/r32/esp
<span id="L782" class="LineNr"> 782 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L783" class="LineNr"> 783 </span> 50/push-eax
<span id="L784" class="LineNr"> 784 </span> 51/push-ecx
<span id="L785" class="LineNr"> 785 </span> 52/push-edx
<span id="L786" class="LineNr"> 786 </span> 53/push-ebx
<span id="L787" class="LineNr"> 787 </span> <span class="subxComment"># var line/ecx : (stream byte 512)</span>
<span id="L788" class="LineNr"> 788 </span> 81 5/subop/subtract %esp 0x200/imm32
<span id="L789" class="LineNr"> 789 </span> 68/push 0x200/imm32/length
<span id="L790" class="LineNr"> 790 </span> 68/push 0/imm32/read
<span id="L791" class="LineNr"> 791 </span> 68/push 0/imm32/write
<span id="L792" class="LineNr"> 792 </span> 89/<- %ecx 4/r32/esp
<span id="L793" class="LineNr"> 793 </span> <span class="subxComment"># var word-slice/edx : slice</span>
<span id="L794" class="LineNr"> 794 </span> 68/push 0/imm32/end
<span id="L795" class="LineNr"> 795 </span> 68/push 0/imm32/start
<span id="L796" class="LineNr"> 796 </span> 89/<- %edx 4/r32/esp
<span id="L797" class="LineNr"> 797 </span> <span class="subxComment"># var open-curly-count/ebx : int = 1</span>
<span id="L798" class="LineNr"> 798 </span> bb/copy-to-ebx 1/imm32
<span id="L799" class="LineNr"> 799 </span> { <span class="subxComment"># line loop</span>
<span id="L800" class="LineNr"> 800 </span><span class="Constant">$parse-mu-block:line-loop</span>:
<span id="L801" class="LineNr"> 801 </span> <span class="subxComment"># if (open-curly-count == 0) break</span>
<span id="L802" class="LineNr"> 802 </span> 81 7/subop/compare %ebx 0/imm32
<span id="L803" class="LineNr"> 803 </span> 0f 84/jump-if-equal <span class="Constant">break</span>/disp32
<span id="L804" class="LineNr"> 804 </span> <span class="subxComment"># line = read-line-buffered(in)</span>
<span id="L805" class="LineNr"> 805 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> %ecx)
<span id="L806" class="LineNr"> 806 </span> (<a href='../071read-line.subx.html#L9'>read-line-buffered</a> *(ebp+8) %ecx)
<span id="L807" class="LineNr"> 807 </span> <span class="subxComment"># if (line->write == 0) break</span>
<span id="L808" class="LineNr"> 808 </span> 81 7/subop/compare *ecx 0/imm32
<span id="L809" class="LineNr"> 809 </span> 0f 84/jump-if-equal <span class="Constant">break</span>/disp32
<span id="L810" class="LineNr"> 810 </span> <span class="subxComment"># word-slice = next-word(line)</span>
<span id="L811" class="LineNr"> 811 </span> (<a href='../076next-word.subx.html#L10'>next-word</a> %ecx %edx)
<span id="L812" class="LineNr"> 812 </span> <span class="subxComment"># if slice-empty?(word-slice) continue</span>
<span id="L813" class="LineNr"> 813 </span> (<a href='../072slice.subx.html#L9'>slice-empty?</a> %ecx)
<span id="L814" class="LineNr"> 814 </span> 3d/compare-eax-and 0/imm32
<span id="L815" class="LineNr"> 815 </span> 75/jump-if-not-equal <span class="Constant">loop</span>/disp8
<span id="L816" class="LineNr"> 816 </span> <span class="subxComment"># if (slice-starts-with?(word-slice, '#') continue</span>
<span id="L817" class="LineNr"> 817 </span> <span class="subxS1Comment"># . eax = *word-slice->start</span>
<span id="L818" class="LineNr"> 818 </span> 8b/-> *edx 0/r32/eax
<span id="L819" class="LineNr"> 819 </span> 8a/copy-byte *eax 0/r32/AL
<span id="L820" class="LineNr"> 820 </span> 81 4/subop/and %eax 0xff/imm32
<span id="L821" class="LineNr"> 821 </span> <span class="subxS1Comment"># . if (eax == '#') continue</span>
<span id="L822" class="LineNr"> 822 </span> 3d/compare-eax-and 0x23/imm32/hash
<span id="L823" class="LineNr"> 823 </span> 74/jump-if-equal <span class="Constant">loop</span>/disp8
<span id="L824" class="LineNr"> 824 </span> {
<span id="L825" class="LineNr"> 825 </span> <span class="subxComment"># if slice-equal?(word-slice, "{") ++open-curly-count</span>
<span id="L826" class="LineNr"> 826 </span> {
<span id="L827" class="LineNr"> 827 </span> (<a href='../072slice.subx.html#L91'>slice-equal?</a> %ecx <span class="Constant">"{"</span>)
<span id="L828" class="LineNr"> 828 </span> 3d/compare-eax-and 0/imm32
<span id="L829" class="LineNr"> 829 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L830" class="LineNr"> 830 </span> 43/increment-ebx
<span id="L831" class="LineNr"> 831 </span> eb/jump $curly-found:end/disp8
<span id="L832" class="LineNr"> 832 </span> }
<span id="L833" class="LineNr"> 833 </span> <span class="subxComment"># else if slice-equal?(word-slice, "}") --open-curly-count</span>
<span id="L834" class="LineNr"> 834 </span> {
<span id="L835" class="LineNr"> 835 </span> (<a href='../072slice.subx.html#L91'>slice-equal?</a> %ecx <span class="Constant">"}"</span>)
<span id="L836" class="LineNr"> 836 </span> 3d/compare-eax-and 0/imm32
<span id="L837" class="LineNr"> 837 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L838" class="LineNr"> 838 </span> 4b/decrement-ebx
<span id="L839" class="LineNr"> 839 </span> eb/jump $curly-found:end/disp8
<span id="L840" class="LineNr"> 840 </span> }
<span id="L841" class="LineNr"> 841 </span> <span class="subxComment"># else break</span>
<span id="L842" class="LineNr"> 842 </span> eb/jump $parse-mu-block:end/disp8
<span id="L843" class="LineNr"> 843 </span> }
<span id="L844" class="LineNr"> 844 </span> <span class="subxH1Comment"># - check for invalid tokens after curly</span>
<span id="L845" class="LineNr"> 845 </span><span class="Constant">$curly-found:end</span>:
<span id="L846" class="LineNr"> 846 </span> <span class="subxComment"># second-word-slice = next-word(line)</span>
<span id="L847" class="LineNr"> 847 </span> (<a href='../076next-word.subx.html#L10'>next-word</a> %ecx %edx)
<span id="L848" class="LineNr"> 848 </span> <span class="subxComment"># if slice-empty?(second-word-slice) continue</span>
<span id="L849" class="LineNr"> 849 </span> (<a href='../072slice.subx.html#L9'>slice-empty?</a> %ecx)
<span id="L850" class="LineNr"> 850 </span> 3d/compare-eax-and 0/imm32
<span id="L851" class="LineNr"> 851 </span> 0f 85/jump-if-not-equal <span class="Constant">loop</span>/disp32
<span id="L852" class="LineNr"> 852 </span> <span class="subxComment"># if (slice-starts-with?(second-word-slice, '#') continue</span>
<span id="L853" class="LineNr"> 853 </span> <span class="subxS1Comment"># . eax = *second-word-slice->start</span>
<span id="L854" class="LineNr"> 854 </span> 8b/-> *edx 0/r32/eax
<span id="L855" class="LineNr"> 855 </span> 8a/copy-byte *eax 0/r32/AL
<span id="L856" class="LineNr"> 856 </span> 81 4/subop/and %eax 0xff/imm32
<span id="L857" class="LineNr"> 857 </span> <span class="subxS1Comment"># . if (eax == '#') continue</span>
<span id="L858" class="LineNr"> 858 </span> 3d/compare-eax-and 0x23/imm32/hash
<span id="L859" class="LineNr"> 859 </span> 0f 84/jump-if-equal <span class="Constant">loop</span>/disp32
<span id="L860" class="LineNr"> 860 </span> <span class="subxComment"># abort</span>
<span id="L861" class="LineNr"> 861 </span> eb/jump $parse-mu-block:abort/disp8
<span id="L862" class="LineNr"> 862 </span> } <span class="subxComment"># end line loop</span>
<span id="L863" class="LineNr"> 863 </span><span class="Constant">$parse-mu-block:end</span>:
<span id="L864" class="LineNr"> 864 </span> <span class="subxS1Comment"># . reclaim locals</span>
<span id="L865" class="LineNr"> 865 </span> 81 0/subop/add %esp 0x214/imm32
<span id="L866" class="LineNr"> 866 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L867" class="LineNr"> 867 </span> 5b/pop-to-ebx
<span id="L868" class="LineNr"> 868 </span> 5a/pop-to-edx
<span id="L869" class="LineNr"> 869 </span> 59/pop-to-ecx
<span id="L870" class="LineNr"> 870 </span> 58/pop-to-eax
<span id="L871" class="LineNr"> 871 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L872" class="LineNr"> 872 </span> 89/<- %esp 5/r32/ebp
<span id="L873" class="LineNr"> 873 </span> 5d/pop-to-ebp
<span id="L874" class="LineNr"> 874 </span> c3/return
<span id="L875" class="LineNr"> 875 </span>
<span id="L876" class="LineNr"> 876 </span><span class="Constant">$parse-mu-block:abort</span>:
<span id="L877" class="LineNr"> 877 </span> <span class="subxComment"># error("'{' or '}' should be on its own line, but got '")</span>
<span id="L878" class="LineNr"> 878 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> <span class="Constant">"'{' or '}' should be on its own line, but got '"</span>)
<span id="L879" class="LineNr"> 879 </span> (<a href='../055stream.subx.html#L54'>rewind-stream</a> %ecx)
<span id="L880" class="LineNr"> 880 </span> (<a href='../062write-stream.subx.html#L18'>write-stream</a> 2 %ecx)
<span id="L881" class="LineNr"> 881 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> <span class="Constant">"'\n"</span>)
<span id="L882" class="LineNr"> 882 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span>)
<span id="L883" class="LineNr"> 883 </span> <span class="subxS1Comment"># . syscall(exit, 1)</span>
<span id="L884" class="LineNr"> 884 </span> bb/copy-to-ebx 1/imm32
<span id="L885" class="LineNr"> 885 </span> b8/copy-to-eax 1/imm32/exit
<span id="L886" class="LineNr"> 886 </span> cd/syscall 0x80/imm8
<span id="L887" class="LineNr"> 887 </span> <span class="subxComment"># never gets here</span>
<span id="L888" class="LineNr"> 888 </span>
<span id="L889" class="LineNr"> 889 </span><span class="subxFunction">check-mu-types</span>:
<span id="L890" class="LineNr"> 890 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L891" class="LineNr"> 891 </span> 55/push-ebp
<span id="L892" class="LineNr"> 892 </span> 89/<- %ebp 4/r32/esp
<span id="L893" class="LineNr"> 893 </span> <span class="subxComment">#</span>
<span id="L894" class="LineNr"> 894 </span><span class="Constant">$check-types:end</span>:
<span id="L895" class="LineNr"> 895 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L896" class="LineNr"> 896 </span> 89/<- %esp 5/r32/ebp
<span id="L897" class="LineNr"> 897 </span> 5d/pop-to-ebp
<span id="L898" class="LineNr"> 898 </span> c3/return
<span id="L899" class="LineNr"> 899 </span>
<span id="L900" class="LineNr"> 900 </span><span class="subxFunction">emit-subx</span>: <span class="subxComment"># out : (address buffered-file)</span>
<span id="L901" class="LineNr"> 901 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L902" class="LineNr"> 902 </span> 55/push-ebp
<span id="L903" class="LineNr"> 903 </span> 89/<- %ebp 4/r32/esp
<span id="L904" class="LineNr"> 904 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L905" class="LineNr"> 905 </span> 50/push-eax
<span id="L906" class="LineNr"> 906 </span> 51/push-ecx
<span id="L907" class="LineNr"> 907 </span> 57/push-edi
<span id="L908" class="LineNr"> 908 </span> <span class="subxComment"># edi = out</span>
<span id="L909" class="LineNr"> 909 </span> 8b/-> *(ebp+8) 7/r32/edi
<span id="L910" class="LineNr"> 910 </span> <span class="subxComment"># var curr/ecx : (address function) = Program</span>
<span id="L911" class="LineNr"> 911 </span> 8b/-> *<span class="SpecialChar"><a href='mu.subx.html#L238'>Program</a></span> 1/r32/ecx
<span id="L912" class="LineNr"> 912 </span> {
<span id="L913" class="LineNr"> 913 </span> <span class="subxComment"># if (curr == NULL) break</span>
<span id="L914" class="LineNr"> 914 </span> 81 7/subop/compare %ecx 0/imm32
<span id="L915" class="LineNr"> 915 </span> 0f 84/jump-if-equal <span class="Constant">break</span>/disp32
<span id="L916" class="LineNr"> 916 </span> (<a href='mu.subx.html#L937'>emit-subx-function</a> %edi %ecx)
<span id="L917" class="LineNr"> 917 </span> <span class="subxComment"># curr = curr->next</span>
<span id="L918" class="LineNr"> 918 </span> 8b/-> *(ecx+0x14) 1/r32/ecx <span class="subxComment"># Function-next</span>
<span id="L919" class="LineNr"> 919 </span> e9/jump <span class="Constant">loop</span>/disp32
<span id="L920" class="LineNr"> 920 </span> }
<span id="L921" class="LineNr"> 921 </span><span class="Constant">$emit-subx:end</span>:
<span id="L922" class="LineNr"> 922 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L923" class="LineNr"> 923 </span> 5f/pop-to-edi
<span id="L924" class="LineNr"> 924 </span> 59/pop-to-ecx
<span id="L925" class="LineNr"> 925 </span> 58/pop-to-eax
<span id="L926" class="LineNr"> 926 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L927" class="LineNr"> 927 </span> 89/<- %esp 5/r32/ebp
<span id="L928" class="LineNr"> 928 </span> 5d/pop-to-ebp
<span id="L929" class="LineNr"> 929 </span> c3/return
<span id="L930" class="LineNr"> 930 </span>
<span id="L931" class="LineNr"> 931 </span><span class="subxComment"># == Emitting a function</span>
<span id="L932" class="LineNr"> 932 </span><span class="subxComment"># Emit function header</span>
<span id="L933" class="LineNr"> 933 </span><span class="subxComment"># Emit function prologue</span>
<span id="L934" class="LineNr"> 934 </span><span class="subxComment"># Translate function body</span>
<span id="L935" class="LineNr"> 935 </span><span class="subxComment"># Emit function epilogue</span>
<span id="L936" class="LineNr"> 936 </span>
<span id="L937" class="LineNr"> 937 </span><span class="subxFunction">emit-subx-function</span>: <span class="subxComment"># out : (address buffered-file), f : (address function)</span>
<span id="L938" class="LineNr"> 938 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L939" class="LineNr"> 939 </span> 55/push-ebp
<span id="L940" class="LineNr"> 940 </span> 89/<- %ebp 4/r32/esp
<span id="L941" class="LineNr"> 941 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L942" class="LineNr"> 942 </span> 50/push-eax
<span id="L943" class="LineNr"> 943 </span> 51/push-ecx
<span id="L944" class="LineNr"> 944 </span> 57/push-edi
<span id="L945" class="LineNr"> 945 </span> <span class="subxComment"># edi = out</span>
<span id="L946" class="LineNr"> 946 </span> 8b/-> *(ebp+8) 7/r32/edi
<span id="L947" class="LineNr"> 947 </span> <span class="subxComment"># ecx = f</span>
<span id="L948" class="LineNr"> 948 </span> 8b/-> *(ebp+0xc) 1/r32/ecx
<span id="L949" class="LineNr"> 949 </span> <span class="subxComment">#</span>
<span id="L950" class="LineNr"> 950 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> %edi *ecx)
<span id="L951" class="LineNr"> 951 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> %edi <span class="Constant">":\n"</span>)
<span id="L952" class="LineNr"> 952 </span> (<a href='mu.subx.html#L2423'>emit-subx-prologue</a> %edi)
<span id="L953" class="LineNr"> 953 </span> (<a href='mu.subx.html#L965'>emit-subx-block</a> %edi *(ecx+0x10)) <span class="subxComment"># Function-body</span>
<span id="L954" class="LineNr"> 954 </span> (<a href='mu.subx.html#L2437'>emit-subx-epilogue</a> %edi)
<span id="L955" class="LineNr"> 955 </span><span class="Constant">$emit-subx-function:end</span>:
<span id="L956" class="LineNr"> 956 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L957" class="LineNr"> 957 </span> 5f/pop-to-edi
<span id="L958" class="LineNr"> 958 </span> 59/pop-to-ecx
<span id="L959" class="LineNr"> 959 </span> 58/pop-to-eax
<span id="L960" class="LineNr"> 960 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L961" class="LineNr"> 961 </span> 89/<- %esp 5/r32/ebp
<span id="L962" class="LineNr"> 962 </span> 5d/pop-to-ebp
<span id="L963" class="LineNr"> 963 </span> c3/return
<span id="L964" class="LineNr"> 964 </span>
<span id="L965" class="LineNr"> 965 </span><span class="subxFunction">emit-subx-block</span>: <span class="subxComment"># out : (address buffered-file), block : (address block)</span>
<span id="L966" class="LineNr"> 966 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L967" class="LineNr"> 967 </span> 55/push-ebp
<span id="L968" class="LineNr"> 968 </span> 89/<- %ebp 4/r32/esp
<span id="L969" class="LineNr"> 969 </span> <span class="subxComment">#</span>
<span id="L970" class="LineNr"> 970 </span><span class="Constant">$emit-subx-block:end</span>:
<span id="L971" class="LineNr"> 971 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L972" class="LineNr"> 972 </span> 89/<- %esp 5/r32/ebp
<span id="L973" class="LineNr"> 973 </span> 5d/pop-to-ebp
<span id="L974" class="LineNr"> 974 </span> c3/return
<span id="L975" class="LineNr"> 975 </span>
<span id="L976" class="LineNr"> 976 </span><span class="subxFunction">emit-subx-statement</span>: <span class="subxComment"># out : (address buffered-file), stmt : (address statement), vars : (stack var), primitives : (address primitive), functions : (address function)</span>
<span id="L977" class="LineNr"> 977 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L978" class="LineNr"> 978 </span> 55/push-ebp
<span id="L979" class="LineNr"> 979 </span> 89/<- %ebp 4/r32/esp
<span id="L980" class="LineNr"> 980 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L981" class="LineNr"> 981 </span> 50/push-eax
<span id="L982" class="LineNr"> 982 </span> 51/push-ecx
<span id="L983" class="LineNr"> 983 </span> <span class="subxComment"># if stmt matches a primitive, emit it</span>
<span id="L984" class="LineNr"> 984 </span> {
<span id="L985" class="LineNr"> 985 </span><span class="Constant">$emit-subx-statement:primitive</span>:
<span id="L986" class="LineNr"> 986 </span> (<a href='mu.subx.html#L1425'>find-matching-primitive</a> *(ebp+0x14) *(ebp+0xc)) <span class="subxComment"># primitives, stmt => curr/eax</span>
<span id="L987" class="LineNr"> 987 </span> 3d/compare-eax-and 0/imm32
<span id="L988" class="LineNr"> 988 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L989" class="LineNr"> 989 </span> (<a href='mu.subx.html#L1139'>emit-subx-primitive</a> *(ebp+8) *(ebp+0xc) *(ebp+0x10) %eax) <span class="subxComment"># out, stmt, vars, curr</span>
<span id="L990" class="LineNr"> 990 </span> e9/jump $emit-subx-statement:end/disp32
<span id="L991" class="LineNr"> 991 </span> }
<span id="L992" class="LineNr"> 992 </span> <span class="subxComment"># else if stmt matches a function, emit a call to it</span>
<span id="L993" class="LineNr"> 993 </span> {
<span id="L994" class="LineNr"> 994 </span><span class="Constant">$emit-subx-statement:call</span>:
<span id="L995" class="LineNr"> 995 </span> (<a href='mu.subx.html#L1391'>find-matching-function</a> *(ebp+0x18) *(ebp+0xc)) <span class="subxComment"># functions, stmt => curr/eax</span>
<span id="L996" class="LineNr"> 996 </span> 3d/compare-eax-and 0/imm32
<span id="L997" class="LineNr"> 997 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L998" class="LineNr"> 998 </span> (<a href='mu.subx.html#L1294'>emit-subx-call</a> *(ebp+8) *(ebp+0xc) *(ebp+0x10) %eax) <span class="subxComment"># out, stmt, vars, curr</span>
<span id="L999" class="LineNr"> 999 </span> e9/jump $emit-subx-statement:end/disp32
<span id="L1000" class="LineNr">1000 </span> }
<span id="L1001" class="LineNr">1001 </span> <span class="subxComment"># else abort</span>
<span id="L1002" class="LineNr">1002 </span> e9/jump $emit-subx-statement:abort/disp32
<span id="L1003" class="LineNr">1003 </span><span class="Constant">$emit-subx-statement:end</span>:
<span id="L1004" class="LineNr">1004 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1005" class="LineNr">1005 </span> 59/pop-to-ecx
<span id="L1006" class="LineNr">1006 </span> 58/pop-to-eax
<span id="L1007" class="LineNr">1007 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1008" class="LineNr">1008 </span> 89/<- %esp 5/r32/ebp
<span id="L1009" class="LineNr">1009 </span> 5d/pop-to-ebp
<span id="L1010" class="LineNr">1010 </span> c3/return
<span id="L1011" class="LineNr">1011 </span>
<span id="L1012" class="LineNr">1012 </span><span class="Constant">$emit-subx-statement:abort</span>:
<span id="L1013" class="LineNr">1013 </span> <span class="subxComment"># error("couldn't translate '" stmt "'\n")</span>
<span id="L1014" class="LineNr">1014 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> <span class="Constant">"couldn't translate '"</span>)
<span id="L1015" class="LineNr">1015 </span><span class="CommentedCode">#? (emit-string Stderr *(ebp+0xc)) # TODO</span>
<span id="L1016" class="LineNr">1016 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> <span class="Constant">"'\n"</span>)
<span id="L1017" class="LineNr">1017 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span>)
<span id="L1018" class="LineNr">1018 </span> <span class="subxS1Comment"># . syscall(exit, 1)</span>
<span id="L1019" class="LineNr">1019 </span> bb/copy-to-ebx 1/imm32
<span id="L1020" class="LineNr">1020 </span> b8/copy-to-eax 1/imm32/exit
<span id="L1021" class="LineNr">1021 </span> cd/syscall 0x80/imm8
<span id="L1022" class="LineNr">1022 </span> <span class="subxComment"># never gets here</span>
<span id="L1023" class="LineNr">1023 </span>
<span id="L1024" class="LineNr">1024 </span><span class="subxComment"># Primitives supported</span>
<span id="L1025" class="LineNr">1025 </span>== data
<span id="L1026" class="LineNr">1026 </span><span class="SpecialChar">Primitives</span>:
<span id="L1027" class="LineNr">1027 </span> <span class="subxComment"># increment var => ff 0/subop/increment *(ebp+__)</span>
<span id="L1028" class="LineNr">1028 </span> <span class="Constant">"increment"</span>/imm32/name
<span id="L1029" class="LineNr">1029 </span> <span class="SpecialChar"><a href='mu.subx.html#L1097'>Single-int-var-on-stack</a></span>/imm32/inouts
<span id="L1030" class="LineNr">1030 </span> 0/imm32/no-outputs
<span id="L1031" class="LineNr">1031 </span> <span class="Constant">"ff 0/subop/increment"</span>/imm32/subx-name
<span id="L1032" class="LineNr">1032 </span> 1/imm32/rm32-is-first-inout
<span id="L1033" class="LineNr">1033 </span> 0/imm32/no-r32
<span id="L1034" class="LineNr">1034 </span> 0/imm32/no-imm32
<span id="L1035" class="LineNr">1035 </span> <a href='mu.subx.html#L1036'>_Primitive-inc-reg</a>/imm32/next
<span id="L1036" class="LineNr">1036 </span><span class="subxMinorFunction">_Primitive-inc-reg</span>:
<span id="L1037" class="LineNr">1037 </span> <span class="subxComment"># var/reg <- increment => ff 0/subop/increment %__</span>
<span id="L1038" class="LineNr">1038 </span> <span class="Constant">"increment"</span>/imm32/name
<span id="L1039" class="LineNr">1039 </span> 0/imm32/no-inouts
<span id="L1040" class="LineNr">1040 </span> <span class="SpecialChar"><a href='mu.subx.html#L1116'>Single-int-var-in-some-register</a></span>/imm32/outputs
<span id="L1041" class="LineNr">1041 </span> <span class="Constant">"ff 0/subop/increment"</span>/imm32/subx-name
<span id="L1042" class="LineNr">1042 </span> 3/imm32/rm32-is-first-output
<span id="L1043" class="LineNr">1043 </span> 0/imm32/no-r32
<span id="L1044" class="LineNr">1044 </span> 0/imm32/no-imm32
<span id="L1045" class="LineNr">1045 </span> <a href='mu.subx.html#L1046'>_Primitive-add-reg-to-reg</a>/imm32/next
<span id="L1046" class="LineNr">1046 </span><span class="subxMinorFunction">_Primitive-add-reg-to-reg</span>:
<span id="L1047" class="LineNr">1047 </span> <span class="subxComment"># var1/reg <- add var2/reg => 01 var1/rm32 var2/r32</span>
<span id="L1048" class="LineNr">1048 </span> <span class="Constant">"add"</span>/imm32/name
<span id="L1049" class="LineNr">1049 </span> <span class="SpecialChar"><a href='mu.subx.html#L1116'>Single-int-var-in-some-register</a></span>/imm32/inouts
<span id="L1050" class="LineNr">1050 </span> <span class="SpecialChar"><a href='mu.subx.html#L1116'>Single-int-var-in-some-register</a></span>/imm32/outputs
<span id="L1051" class="LineNr">1051 </span> <span class="Constant">"01"</span>/imm32/subx-name
<span id="L1052" class="LineNr">1052 </span> 3/imm32/rm32-is-first-output
<span id="L1053" class="LineNr">1053 </span> 1/imm32/r32-is-first-inout
<span id="L1054" class="LineNr">1054 </span> 0/imm32/no-imm32
<span id="L1055" class="LineNr">1055 </span> <a href='mu.subx.html#L1056'>_Primitive-add-reg-to-mem</a>/imm32/next
<span id="L1056" class="LineNr">1056 </span><span class="subxMinorFunction">_Primitive-add-reg-to-mem</span>:
<span id="L1057" class="LineNr">1057 </span> <span class="subxComment"># add-to var1 var2/reg => 01 var1 var2/r32</span>
<span id="L1058" class="LineNr">1058 </span> <span class="Constant">"add-to"</span>/imm32/name
<span id="L1059" class="LineNr">1059 </span> <span class="SpecialChar"><a href='mu.subx.html#L1108'>Int-var-and-second-int-var-in-some-register</a></span>/imm32/inouts
<span id="L1060" class="LineNr">1060 </span> 0/imm32/outputs
<span id="L1061" class="LineNr">1061 </span> <span class="Constant">"01"</span>/imm32/subx-name
<span id="L1062" class="LineNr">1062 </span> 1/imm32/rm32-is-first-inout
<span id="L1063" class="LineNr">1063 </span> 2/imm32/r32-is-second-inout
<span id="L1064" class="LineNr">1064 </span> 0/imm32/no-imm32
<span id="L1065" class="LineNr">1065 </span> <a href='mu.subx.html#L1066'>_Primitive-add-mem-to-reg</a>/imm32/next
<span id="L1066" class="LineNr">1066 </span><span class="subxMinorFunction">_Primitive-add-mem-to-reg</span>:
<span id="L1067" class="LineNr">1067 </span> <span class="subxComment"># var1/reg <- add var2 => 03 var2/rm32 var1/r32</span>
<span id="L1068" class="LineNr">1068 </span> <span class="Constant">"add"</span>/imm32/name
<span id="L1069" class="LineNr">1069 </span> <span class="SpecialChar"><a href='mu.subx.html#L1097'>Single-int-var-on-stack</a></span>/imm32/inouts
<span id="L1070" class="LineNr">1070 </span> <span class="SpecialChar"><a href='mu.subx.html#L1116'>Single-int-var-in-some-register</a></span>/imm32/outputs
<span id="L1071" class="LineNr">1071 </span> <span class="Constant">"03"</span>/imm32/subx-name
<span id="L1072" class="LineNr">1072 </span> 1/imm32/rm32-is-first-inout
<span id="L1073" class="LineNr">1073 </span> 3/imm32/r32-is-first-output
<span id="L1074" class="LineNr">1074 </span> 0/imm32/no-imm32
<span id="L1075" class="LineNr">1075 </span> <a href='mu.subx.html#L1076'>_Primitive-add-lit-to-reg</a>/imm32/next
<span id="L1076" class="LineNr">1076 </span><span class="subxMinorFunction">_Primitive-add-lit-to-reg</span>:
<span id="L1077" class="LineNr">1077 </span> <span class="subxComment"># var1/reg <- add lit => 81 0/subop/add var1/rm32 lit/imm32</span>
<span id="L1078" class="LineNr">1078 </span> <span class="Constant">"add"</span>/imm32/name
<span id="L1079" class="LineNr">1079 </span> <span class="SpecialChar"><a href='mu.subx.html#L1127'>Single-lit-var</a></span>/imm32/inouts
<span id="L1080" class="LineNr">1080 </span> <span class="SpecialChar"><a href='mu.subx.html#L1116'>Single-int-var-in-some-register</a></span>/imm32/outputs
<span id="L1081" class="LineNr">1081 </span> <span class="Constant">"81 0/subop/add"</span>/imm32/subx-name
<span id="L1082" class="LineNr">1082 </span> 3/imm32/rm32-is-first-output
<span id="L1083" class="LineNr">1083 </span> 0/imm32/no-r32
<span id="L1084" class="LineNr">1084 </span> 1/imm32/imm32-is-first-inout
<span id="L1085" class="LineNr">1085 </span> <a href='mu.subx.html#L1086'>_Primitive-add-lit-to-mem</a>/imm32/next
<span id="L1086" class="LineNr">1086 </span><span class="subxMinorFunction">_Primitive-add-lit-to-mem</span>:
<span id="L1087" class="LineNr">1087 </span> <span class="subxComment"># add-to var1, lit => 81 0/subop/add var1/rm32 lit/imm32</span>
<span id="L1088" class="LineNr">1088 </span> <span class="Constant">"add-to"</span>/imm32/name
<span id="L1089" class="LineNr">1089 </span> <span class="SpecialChar"><a href='mu.subx.html#L1112'>Int-var-and-literal</a></span>/imm32/inouts
<span id="L1090" class="LineNr">1090 </span> 0/imm32/outputs
<span id="L1091" class="LineNr">1091 </span> <span class="Constant">"81 0/subop/add"</span>/imm32/subx-name
<span id="L1092" class="LineNr">1092 </span> 1/imm32/rm32-is-first-inout
<span id="L1093" class="LineNr">1093 </span> 0/imm32/no-r32
<span id="L1094" class="LineNr">1094 </span> 2/imm32/imm32-is-first-inout
<span id="L1095" class="LineNr">1095 </span> 0/imm32/next
<span id="L1096" class="LineNr">1096 </span>
<span id="L1097" class="LineNr">1097 </span><span class="SpecialChar">Single-int-var-on-stack</span>:
<span id="L1098" class="LineNr">1098 </span> <span class="SpecialChar"><a href='mu.subx.html#L1101'>Int-var-on-stack</a></span>/imm32
<span id="L1099" class="LineNr">1099 </span> 0/imm32/next
<span id="L1100" class="LineNr">1100 </span>
<span id="L1101" class="LineNr">1101 </span><span class="SpecialChar">Int-var-on-stack</span>:
<span id="L1102" class="LineNr">1102 </span> <span class="Constant">"arg1"</span>/imm32/name
<span id="L1103" class="LineNr">1103 </span> 1/imm32/type-int
<span id="L1104" class="LineNr">1104 </span> 1/imm32/some-block-depth
<span id="L1105" class="LineNr">1105 </span> 1/imm32/some-stack-offset
<span id="L1106" class="LineNr">1106 </span> 0/imm32/no-register
<span id="L1107" class="LineNr">1107 </span>
<span id="L1108" class="LineNr">1108 </span><span class="SpecialChar">Int-var-and-second-int-var-in-some-register</span>:
<span id="L1109" class="LineNr">1109 </span> <span class="SpecialChar"><a href='mu.subx.html#L1101'>Int-var-on-stack</a></span>/imm32
<span id="L1110" class="LineNr">1110 </span> <span class="SpecialChar"><a href='mu.subx.html#L1116'>Single-int-var-in-some-register</a></span>/imm32/next
<span id="L1111" class="LineNr">1111 </span>
<span id="L1112" class="LineNr">1112 </span><span class="SpecialChar">Int-var-and-literal</span>:
<span id="L1113" class="LineNr">1113 </span> <span class="SpecialChar"><a href='mu.subx.html#L1101'>Int-var-on-stack</a></span>/imm32
<span id="L1114" class="LineNr">1114 </span> <span class="SpecialChar"><a href='mu.subx.html#L1127'>Single-lit-var</a></span>/imm32/next
<span id="L1115" class="LineNr">1115 </span>
<span id="L1116" class="LineNr">1116 </span><span class="SpecialChar">Single-int-var-in-some-register</span>:
<span id="L1117" class="LineNr">1117 </span> <span class="SpecialChar"><a href='mu.subx.html#L1120'>Int-var-in-some-register</a></span>/imm32
<span id="L1118" class="LineNr">1118 </span> 0/imm32/next
<span id="L1119" class="LineNr">1119 </span>
<span id="L1120" class="LineNr">1120 </span><span class="SpecialChar">Int-var-in-some-register</span>:
<span id="L1121" class="LineNr">1121 </span> <span class="Constant">"arg1"</span>/imm32/name
<span id="L1122" class="LineNr">1122 </span> 1/imm32/type-int
<span id="L1123" class="LineNr">1123 </span> 1/imm32/some-block-depth
<span id="L1124" class="LineNr">1124 </span> 0/imm32/no-stack-offset
<span id="L1125" class="LineNr">1125 </span> <span class="Constant">"*"</span>/imm32/register
<span id="L1126" class="LineNr">1126 </span>
<span id="L1127" class="LineNr">1127 </span><span class="SpecialChar">Single-lit-var</span>:
<span id="L1128" class="LineNr">1128 </span> <span class="SpecialChar"><a href='mu.subx.html#L1131'>Lit-var</a></span>/imm32
<span id="L1129" class="LineNr">1129 </span> 0/imm32/next
<span id="L1130" class="LineNr">1130 </span>
<span id="L1131" class="LineNr">1131 </span><span class="SpecialChar">Lit-var</span>:
<span id="L1132" class="LineNr">1132 </span> <span class="Constant">"literal"</span>/imm32/name
<span id="L1133" class="LineNr">1133 </span> 0/imm32/type-literal
<span id="L1134" class="LineNr">1134 </span> 1/imm32/some-block-depth
<span id="L1135" class="LineNr">1135 </span> 0/imm32/no-stack-offset
<span id="L1136" class="LineNr">1136 </span> 0/imm32/no-register
<span id="L1137" class="LineNr">1137 </span>
<span id="L1138" class="LineNr">1138 </span>== code
<span id="L1139" class="LineNr">1139 </span><span class="subxFunction">emit-subx-primitive</span>: <span class="subxComment"># out : (address buffered-file), stmt : (address statement), vars : (address variable), primitive : (address function)</span>
<span id="L1140" class="LineNr">1140 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1141" class="LineNr">1141 </span> 55/push-ebp
<span id="L1142" class="LineNr">1142 </span> 89/<- %ebp 4/r32/esp
<span id="L1143" class="LineNr">1143 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1144" class="LineNr">1144 </span> 50/push-eax
<span id="L1145" class="LineNr">1145 </span> 51/push-ecx
<span id="L1146" class="LineNr">1146 </span> <span class="subxComment"># ecx = primitive</span>
<span id="L1147" class="LineNr">1147 </span> 8b/-> *(ebp+0x14) 1/r32/ecx
<span id="L1148" class="LineNr">1148 </span> <span class="subxComment"># emit primitive name</span>
<span id="L1149" class="LineNr">1149 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) *(ecx+0xc)) <span class="subxComment"># Primitive-subx-name</span>
<span id="L1150" class="LineNr">1150 </span> <span class="subxComment"># emit rm32 if necessary</span>
<span id="L1151" class="LineNr">1151 </span> (<a href='mu.subx.html#L1165'>emit-subx-rm32</a> *(ebp+8) *(ecx+0x10) *(ebp+0xc)) <span class="subxComment"># out, Primitive-subx-rm32, stmt</span>
<span id="L1152" class="LineNr">1152 </span> <span class="subxComment"># emit r32 if necessary</span>
<span id="L1153" class="LineNr">1153 </span> (<a href='mu.subx.html#L1245'>emit-subx-r32</a> *(ebp+8) *(ecx+0x14) *(ebp+0xc)) <span class="subxComment"># out, Primitive-subx-r32, stmt</span>
<span id="L1154" class="LineNr">1154 </span> <span class="subxComment"># emit imm32 if necessary</span>
<span id="L1155" class="LineNr">1155 </span> (<a href='mu.subx.html#L1270'>emit-subx-imm32</a> *(ebp+8) *(ecx+0x18) *(ebp+0xc)) <span class="subxComment"># out, Primitive-subx-imm32, stmt</span>
<span id="L1156" class="LineNr">1156 </span><span class="Constant">$emit-subx-primitive:end</span>:
<span id="L1157" class="LineNr">1157 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1158" class="LineNr">1158 </span> 59/pop-to-ecx
<span id="L1159" class="LineNr">1159 </span> 58/pop-to-eax
<span id="L1160" class="LineNr">1160 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1161" class="LineNr">1161 </span> 89/<- %esp 5/r32/ebp
<span id="L1162" class="LineNr">1162 </span> 5d/pop-to-ebp
<span id="L1163" class="LineNr">1163 </span> c3/return
<span id="L1164" class="LineNr">1164 </span>
<span id="L1165" class="LineNr">1165 </span><span class="subxFunction">emit-subx-rm32</span>: <span class="subxComment"># out : (address buffered-file), l : arg-location, stmt : (address statement)</span>
<span id="L1166" class="LineNr">1166 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1167" class="LineNr">1167 </span> 55/push-ebp
<span id="L1168" class="LineNr">1168 </span> 89/<- %ebp 4/r32/esp
<span id="L1169" class="LineNr">1169 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1170" class="LineNr">1170 </span> 50/push-eax
<span id="L1171" class="LineNr">1171 </span> <span class="subxComment"># if (l == 0) return</span>
<span id="L1172" class="LineNr">1172 </span> 81 7/subop/compare *(ebp+0xc) 0/imm32
<span id="L1173" class="LineNr">1173 </span> 74/jump-if-equal $emit-subx-rm32:end/disp8
<span id="L1174" class="LineNr">1174 </span> <span class="subxComment">#</span>
<span id="L1175" class="LineNr">1175 </span> (<a href='mu.subx.html#L1185'>get-stmt-operand-from-arg-location</a> *(ebp+0x10) *(ebp+0xc)) <span class="subxComment"># stmt, l => var/eax</span>
<span id="L1176" class="LineNr">1176 </span> (<a href='mu.subx.html#L1356'>emit-subx-var-as-rm32</a> *(ebp+8) %eax) <span class="subxComment"># out, var</span>
<span id="L1177" class="LineNr">1177 </span><span class="Constant">$emit-subx-rm32:end</span>:
<span id="L1178" class="LineNr">1178 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1179" class="LineNr">1179 </span> 58/pop-to-eax
<span id="L1180" class="LineNr">1180 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1181" class="LineNr">1181 </span> 89/<- %esp 5/r32/ebp
<span id="L1182" class="LineNr">1182 </span> 5d/pop-to-ebp
<span id="L1183" class="LineNr">1183 </span> c3/return
<span id="L1184" class="LineNr">1184 </span>
<span id="L1185" class="LineNr">1185 </span><span class="subxFunction">get-stmt-operand-from-arg-location</span>: <span class="subxComment"># stmt : (address statement), l : arg-location -> var/eax : (address variable)</span>
<span id="L1186" class="LineNr">1186 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1187" class="LineNr">1187 </span> 55/push-ebp
<span id="L1188" class="LineNr">1188 </span> 89/<- %ebp 4/r32/esp
<span id="L1189" class="LineNr">1189 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1190" class="LineNr">1190 </span> 51/push-ecx
<span id="L1191" class="LineNr">1191 </span> <span class="subxComment"># eax = l</span>
<span id="L1192" class="LineNr">1192 </span> 8b/-> *(ebp+0xc) 0/r32/eax
<span id="L1193" class="LineNr">1193 </span> <span class="subxComment"># ecx = stmt</span>
<span id="L1194" class="LineNr">1194 </span> 8b/-> *(ebp+8) 1/r32/ecx
<span id="L1195" class="LineNr">1195 </span> <span class="subxComment"># if (l == 1) return stmt->inouts->var</span>
<span id="L1196" class="LineNr">1196 </span> {
<span id="L1197" class="LineNr">1197 </span> 3d/compare-eax-and 1/imm32
<span id="L1198" class="LineNr">1198 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1199" class="LineNr">1199 </span><span class="Constant">$get-stmt-operand-from-arg-location:1</span>:
<span id="L1200" class="LineNr">1200 </span> 8b/-> *(ecx+8) 0/r32/eax <span class="subxComment"># Stmt1-inouts</span>
<span id="L1201" class="LineNr">1201 </span> 8b/-> *eax 0/r32/eax <span class="subxComment"># Operand-var</span>
<span id="L1202" class="LineNr">1202 </span> eb/jump $get-stmt-operand-from-arg-location:end/disp8
<span id="L1203" class="LineNr">1203 </span> }
<span id="L1204" class="LineNr">1204 </span> <span class="subxComment"># if (l == 2) return stmt->inouts->next->var</span>
<span id="L1205" class="LineNr">1205 </span> {
<span id="L1206" class="LineNr">1206 </span> 3d/compare-eax-and 2/imm32
<span id="L1207" class="LineNr">1207 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1208" class="LineNr">1208 </span><span class="Constant">$get-stmt-operand-from-arg-location:2</span>:
<span id="L1209" class="LineNr">1209 </span> 8b/-> *(ecx+8) 0/r32/eax <span class="subxComment"># Stmt1-inouts</span>
<span id="L1210" class="LineNr">1210 </span> 8b/-> *(eax+4) 0/r32/eax <span class="subxComment"># Operand-next</span>
<span id="L1211" class="LineNr">1211 </span> 8b/-> *eax 0/r32/eax <span class="subxComment"># Operand-var</span>
<span id="L1212" class="LineNr">1212 </span> eb/jump $get-stmt-operand-from-arg-location:end/disp8
<span id="L1213" class="LineNr">1213 </span> }
<span id="L1214" class="LineNr">1214 </span> <span class="subxComment"># if (l == 3) return stmt->outputs</span>
<span id="L1215" class="LineNr">1215 </span> {
<span id="L1216" class="LineNr">1216 </span> 3d/compare-eax-and 3/imm32
<span id="L1217" class="LineNr">1217 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1218" class="LineNr">1218 </span><span class="Constant">$get-stmt-operand-from-arg-location:3</span>:
<span id="L1219" class="LineNr">1219 </span> 8b/-> *(ecx+0xc) 0/r32/eax <span class="subxComment"># Stmt1-outputs</span>
<span id="L1220" class="LineNr">1220 </span> 8b/-> *eax 0/r32/eax <span class="subxComment"># Operand-var</span>
<span id="L1221" class="LineNr">1221 </span> eb/jump $get-stmt-operand-from-arg-location:end/disp8
<span id="L1222" class="LineNr">1222 </span> }
<span id="L1223" class="LineNr">1223 </span> <span class="subxComment"># abort</span>
<span id="L1224" class="LineNr">1224 </span> e9/jump $get-stmt-operand-from-arg-location:abort/disp32
<span id="L1225" class="LineNr">1225 </span><span class="Constant">$get-stmt-operand-from-arg-location:end</span>:
<span id="L1226" class="LineNr">1226 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1227" class="LineNr">1227 </span> 59/pop-to-ecx
<span id="L1228" class="LineNr">1228 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1229" class="LineNr">1229 </span> 89/<- %esp 5/r32/ebp
<span id="L1230" class="LineNr">1230 </span> 5d/pop-to-ebp
<span id="L1231" class="LineNr">1231 </span> c3/return
<span id="L1232" class="LineNr">1232 </span>
<span id="L1233" class="LineNr">1233 </span><span class="Constant">$get-stmt-operand-from-arg-location:abort</span>:
<span id="L1234" class="LineNr">1234 </span> <span class="subxComment"># error("invalid arg-location " eax)</span>
<span id="L1235" class="LineNr">1235 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> <span class="Constant">"invalid arg-location "</span>)
<span id="L1236" class="LineNr">1236 </span> (<a href='../066print-int.subx.html#L265'>print-int32-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> %eax)
<span id="L1237" class="LineNr">1237 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span> <span class="Constant">"\n"</span>)
<span id="L1238" class="LineNr">1238 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <span class="SpecialChar"><a href='../065write-buffered.subx.html#L209'>Stderr</a></span>)
<span id="L1239" class="LineNr">1239 </span> <span class="subxS1Comment"># . syscall(exit, 1)</span>
<span id="L1240" class="LineNr">1240 </span> bb/copy-to-ebx 1/imm32
<span id="L1241" class="LineNr">1241 </span> b8/copy-to-eax 1/imm32/exit
<span id="L1242" class="LineNr">1242 </span> cd/syscall 0x80/imm8
<span id="L1243" class="LineNr">1243 </span> <span class="subxComment"># never gets here</span>
<span id="L1244" class="LineNr">1244 </span>
<span id="L1245" class="LineNr">1245 </span><span class="subxFunction">emit-subx-r32</span>: <span class="subxComment"># out : (address buffered-file), l : arg-location, stmt : (address statement)</span>
<span id="L1246" class="LineNr">1246 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1247" class="LineNr">1247 </span> 55/push-ebp
<span id="L1248" class="LineNr">1248 </span> 89/<- %ebp 4/r32/esp
<span id="L1249" class="LineNr">1249 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1250" class="LineNr">1250 </span> 50/push-eax
<span id="L1251" class="LineNr">1251 </span> 51/push-ecx
<span id="L1252" class="LineNr">1252 </span> <span class="subxComment"># if (location == 0) return</span>
<span id="L1253" class="LineNr">1253 </span> 81 7/subop/compare *(ebp+0xc) 0/imm32
<span id="L1254" class="LineNr">1254 </span> 0f 84/jump-if-equal $emit-subx-r32:end/disp32
<span id="L1255" class="LineNr">1255 </span> <span class="subxComment">#</span>
<span id="L1256" class="LineNr">1256 </span> (<a href='mu.subx.html#L1185'>get-stmt-operand-from-arg-location</a> *(ebp+0x10) *(ebp+0xc)) <span class="subxComment"># stmt, l => var/eax</span>
<span id="L1257" class="LineNr">1257 </span> (<a href='../081table.subx.html#L1381'>maybe-get</a> <span class="SpecialChar"><a href='../085register-names.subx.html#L2'>Registers</a></span> *(eax+0x10) 8) <span class="subxComment"># Var-register => eax : (address register-index)</span>
<span id="L1258" class="LineNr">1258 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="SpecialChar"><a href='../051test.subx.html#L94'>Space</a></span>)
<span id="L1259" class="LineNr">1259 </span> (<a href='../066print-int.subx.html#L265'>print-int32-buffered</a> *(ebp+8) *eax)
<span id="L1260" class="LineNr">1260 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"/r32"</span>)
<span id="L1261" class="LineNr">1261 </span><span class="Constant">$emit-subx-r32:end</span>:
<span id="L1262" class="LineNr">1262 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1263" class="LineNr">1263 </span> 59/pop-to-ecx
<span id="L1264" class="LineNr">1264 </span> 58/pop-to-eax
<span id="L1265" class="LineNr">1265 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1266" class="LineNr">1266 </span> 89/<- %esp 5/r32/ebp
<span id="L1267" class="LineNr">1267 </span> 5d/pop-to-ebp
<span id="L1268" class="LineNr">1268 </span> c3/return
<span id="L1269" class="LineNr">1269 </span>
<span id="L1270" class="LineNr">1270 </span><span class="subxFunction">emit-subx-imm32</span>: <span class="subxComment"># out : (address buffered-file), l : arg-location, stmt : (address statement)</span>
<span id="L1271" class="LineNr">1271 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1272" class="LineNr">1272 </span> 55/push-ebp
<span id="L1273" class="LineNr">1273 </span> 89/<- %ebp 4/r32/esp
<span id="L1274" class="LineNr">1274 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1275" class="LineNr">1275 </span> 50/push-eax
<span id="L1276" class="LineNr">1276 </span> 51/push-ecx
<span id="L1277" class="LineNr">1277 </span> <span class="subxComment"># if (location == 0) return</span>
<span id="L1278" class="LineNr">1278 </span> 81 7/subop/compare *(ebp+0xc) 0/imm32
<span id="L1279" class="LineNr">1279 </span> 74/jump-if-equal $emit-subx-imm32:end/disp8
<span id="L1280" class="LineNr">1280 </span> <span class="subxComment">#</span>
<span id="L1281" class="LineNr">1281 </span> (<a href='mu.subx.html#L1185'>get-stmt-operand-from-arg-location</a> *(ebp+0x10) *(ebp+0xc)) <span class="subxComment"># stmt, l => var/eax</span>
<span id="L1282" class="LineNr">1282 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="SpecialChar"><a href='../051test.subx.html#L94'>Space</a></span>)
<span id="L1283" class="LineNr">1283 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) *eax) <span class="subxComment"># Var-name</span>
<span id="L1284" class="LineNr">1284 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"/imm32"</span>)
<span id="L1285" class="LineNr">1285 </span><span class="Constant">$emit-subx-imm32:end</span>:
<span id="L1286" class="LineNr">1286 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1287" class="LineNr">1287 </span> 59/pop-to-ecx
<span id="L1288" class="LineNr">1288 </span> 58/pop-to-eax
<span id="L1289" class="LineNr">1289 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1290" class="LineNr">1290 </span> 89/<- %esp 5/r32/ebp
<span id="L1291" class="LineNr">1291 </span> 5d/pop-to-ebp
<span id="L1292" class="LineNr">1292 </span> c3/return
<span id="L1293" class="LineNr">1293 </span>
<span id="L1294" class="LineNr">1294 </span><span class="subxFunction">emit-subx-call</span>: <span class="subxComment"># out : (address buffered-file), stmt : (address statement), vars : (address variable), callee : (address function)</span>
<span id="L1295" class="LineNr">1295 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1296" class="LineNr">1296 </span> 55/push-ebp
<span id="L1297" class="LineNr">1297 </span> 89/<- %ebp 4/r32/esp
<span id="L1298" class="LineNr">1298 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1299" class="LineNr">1299 </span> 50/push-eax
<span id="L1300" class="LineNr">1300 </span> 51/push-ecx
<span id="L1301" class="LineNr">1301 </span> <span class="subxComment">#</span>
<span id="L1302" class="LineNr">1302 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"("</span>)
<span id="L1303" class="LineNr">1303 </span> <span class="subxH1Comment"># - emit function name</span>
<span id="L1304" class="LineNr">1304 </span> 8b/-> *(ebp+0x14) 1/r32/ecx
<span id="L1305" class="LineNr">1305 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) *(ecx+4)) <span class="subxComment"># Function-subx-name</span>
<span id="L1306" class="LineNr">1306 </span> <span class="subxH1Comment"># - emit arguments</span>
<span id="L1307" class="LineNr">1307 </span> <span class="subxComment"># var curr/ecx : (list var) = stmt->inouts</span>
<span id="L1308" class="LineNr">1308 </span> 8b/-> *(ebp+0xc) 1/r32/ecx
<span id="L1309" class="LineNr">1309 </span> 8b/-> *(ecx+8) 1/r32/ecx <span class="subxComment"># Stmt1-inouts</span>
<span id="L1310" class="LineNr">1310 </span> {
<span id="L1311" class="LineNr">1311 </span> <span class="subxComment"># if (curr == null) break</span>
<span id="L1312" class="LineNr">1312 </span> 81 7/subop/compare %ecx 0/imm32
<span id="L1313" class="LineNr">1313 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L1314" class="LineNr">1314 </span> <span class="subxComment">#</span>
<span id="L1315" class="LineNr">1315 </span> (<a href='mu.subx.html#L1330'>emit-subx-call-operand</a> *(ebp+8) *ecx)
<span id="L1316" class="LineNr">1316 </span> <span class="subxComment"># curr = curr->next</span>
<span id="L1317" class="LineNr">1317 </span> 8b/-> *(ecx+4) 1/r32/ecx
<span id="L1318" class="LineNr">1318 </span> }
<span id="L1319" class="LineNr">1319 </span> <span class="subxComment">#</span>
<span id="L1320" class="LineNr">1320 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">")"</span>)
<span id="L1321" class="LineNr">1321 </span><span class="Constant">$emit-subx-call:end</span>:
<span id="L1322" class="LineNr">1322 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1323" class="LineNr">1323 </span> 59/pop-to-ecx
<span id="L1324" class="LineNr">1324 </span> 58/pop-to-eax
<span id="L1325" class="LineNr">1325 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1326" class="LineNr">1326 </span> 89/<- %esp 5/r32/ebp
<span id="L1327" class="LineNr">1327 </span> 5d/pop-to-ebp
<span id="L1328" class="LineNr">1328 </span> c3/return
<span id="L1329" class="LineNr">1329 </span>
<span id="L1330" class="LineNr">1330 </span><span class="subxFunction">emit-subx-call-operand</span>: <span class="subxComment"># out : (address buffered-file), operand : (address variable)</span>
<span id="L1331" class="LineNr">1331 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1332" class="LineNr">1332 </span> 55/push-ebp
<span id="L1333" class="LineNr">1333 </span> 89/<- %ebp 4/r32/esp
<span id="L1334" class="LineNr">1334 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1335" class="LineNr">1335 </span> 50/push-eax
<span id="L1336" class="LineNr">1336 </span> <span class="subxComment"># eax = operand</span>
<span id="L1337" class="LineNr">1337 </span> 8b/-> *(ebp+0xc) 0/r32/eax
<span id="L1338" class="LineNr">1338 </span> <span class="subxComment"># if non-literal, emit appropriately</span>
<span id="L1339" class="LineNr">1339 </span> (<a href='mu.subx.html#L1356'>emit-subx-var-as-rm32</a> *(ebp+8) %eax)
<span id="L1340" class="LineNr">1340 </span> <span class="subxComment"># else if (operand->type == literal) emit "__"</span>
<span id="L1341" class="LineNr">1341 </span> {
<span id="L1342" class="LineNr">1342 </span> 81 7/subop/compare *(eax+4) 0/imm32 <span class="subxComment"># Var-type</span>
<span id="L1343" class="LineNr">1343 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1344" class="LineNr">1344 </span><span class="Constant">$emit-subx-call-operand:literal</span>:
<span id="L1345" class="LineNr">1345 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="SpecialChar"><a href='../051test.subx.html#L94'>Space</a></span>)
<span id="L1346" class="LineNr">1346 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) *eax)
<span id="L1347" class="LineNr">1347 </span> }
<span id="L1348" class="LineNr">1348 </span><span class="Constant">$emit-subx-call-operand:end</span>:
<span id="L1349" class="LineNr">1349 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1350" class="LineNr">1350 </span> 58/pop-to-eax
<span id="L1351" class="LineNr">1351 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1352" class="LineNr">1352 </span> 89/<- %esp 5/r32/ebp
<span id="L1353" class="LineNr">1353 </span> 5d/pop-to-ebp
<span id="L1354" class="LineNr">1354 </span> c3/return
<span id="L1355" class="LineNr">1355 </span>
<span id="L1356" class="LineNr">1356 </span><span class="subxFunction">emit-subx-var-as-rm32</span>: <span class="subxComment"># out : (address buffered-file), operand : (address variable)</span>
<span id="L1357" class="LineNr">1357 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1358" class="LineNr">1358 </span> 55/push-ebp
<span id="L1359" class="LineNr">1359 </span> 89/<- %ebp 4/r32/esp
<span id="L1360" class="LineNr">1360 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1361" class="LineNr">1361 </span> 50/push-eax
<span id="L1362" class="LineNr">1362 </span> <span class="subxComment"># eax = operand</span>
<span id="L1363" class="LineNr">1363 </span> 8b/-> *(ebp+0xc) 0/r32/eax
<span id="L1364" class="LineNr">1364 </span> <span class="subxComment"># if (operand->register) emit "%__"</span>
<span id="L1365" class="LineNr">1365 </span> {
<span id="L1366" class="LineNr">1366 </span> 81 7/subop/compare *(eax+0x10) 0/imm32 <span class="subxComment"># Var-register</span>
<span id="L1367" class="LineNr">1367 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L1368" class="LineNr">1368 </span><span class="Constant">$emit-subx-var-as-rm32:register</span>:
<span id="L1369" class="LineNr">1369 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">" %"</span>)
<span id="L1370" class="LineNr">1370 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) *(eax+0x10)) <span class="subxComment"># Var-register</span>
<span id="L1371" class="LineNr">1371 </span> }
<span id="L1372" class="LineNr">1372 </span> <span class="subxComment"># else if (operand->stack-offset) emit "*(ebp+__)"</span>
<span id="L1373" class="LineNr">1373 </span> {
<span id="L1374" class="LineNr">1374 </span> 81 7/subop/compare *(eax+0xc) 0/imm32 <span class="subxComment"># Var-stack-offset</span>
<span id="L1375" class="LineNr">1375 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L1376" class="LineNr">1376 </span><span class="Constant">$emit-subx-var-as-rm32:stack</span>:
<span id="L1377" class="LineNr">1377 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="SpecialChar"><a href='../051test.subx.html#L94'>Space</a></span>)
<span id="L1378" class="LineNr">1378 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"*(ebp+"</span>)
<span id="L1379" class="LineNr">1379 </span> 8b/-> *(ebp+0xc) 0/r32/eax
<span id="L1380" class="LineNr">1380 </span> (<a href='../066print-int.subx.html#L265'>print-int32-buffered</a> *(ebp+8) *(eax+0xc)) <span class="subxComment"># Var-stack-offset</span>
<span id="L1381" class="LineNr">1381 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">")"</span>)
<span id="L1382" class="LineNr">1382 </span> }
<span id="L1383" class="LineNr">1383 </span><span class="Constant">$emit-subx-var-as-rm32:end</span>:
<span id="L1384" class="LineNr">1384 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1385" class="LineNr">1385 </span> 58/pop-to-eax
<span id="L1386" class="LineNr">1386 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1387" class="LineNr">1387 </span> 89/<- %esp 5/r32/ebp
<span id="L1388" class="LineNr">1388 </span> 5d/pop-to-ebp
<span id="L1389" class="LineNr">1389 </span> c3/return
<span id="L1390" class="LineNr">1390 </span>
<span id="L1391" class="LineNr">1391 </span><span class="subxFunction">find-matching-function</span>: <span class="subxComment"># functions : (address function), stmt : (address statement) -> result/eax : (address function)</span>
<span id="L1392" class="LineNr">1392 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1393" class="LineNr">1393 </span> 55/push-ebp
<span id="L1394" class="LineNr">1394 </span> 89/<- %ebp 4/r32/esp
<span id="L1395" class="LineNr">1395 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1396" class="LineNr">1396 </span> 51/push-ecx
<span id="L1397" class="LineNr">1397 </span> <span class="subxComment"># var curr/ecx : (address function) = functions</span>
<span id="L1398" class="LineNr">1398 </span> 8b/-> *(ebp+8) 1/r32/ecx
<span id="L1399" class="LineNr">1399 </span> {
<span id="L1400" class="LineNr">1400 </span> <span class="subxComment"># if (curr == null) break</span>
<span id="L1401" class="LineNr">1401 </span> 81 7/subop/compare %ecx 0/imm32
<span id="L1402" class="LineNr">1402 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L1403" class="LineNr">1403 </span> <span class="subxComment"># if match(curr, stmt) return curr</span>
<span id="L1404" class="LineNr">1404 </span> {
<span id="L1405" class="LineNr">1405 </span> (<a href='mu.subx.html#L1461'>mu-stmt-matches-function?</a> *(ebp+0xc) %ecx) <span class="subxComment"># => eax</span>
<span id="L1406" class="LineNr">1406 </span> 3d/compare-eax-and 0/imm32
<span id="L1407" class="LineNr">1407 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L1408" class="LineNr">1408 </span> 89/<- %eax 1/r32/ecx
<span id="L1409" class="LineNr">1409 </span> eb/jump $find-matching-function:end/disp8
<span id="L1410" class="LineNr">1410 </span> }
<span id="L1411" class="LineNr">1411 </span> <span class="subxComment"># curr = curr->next</span>
<span id="L1412" class="LineNr">1412 </span> 8b/-> *(ecx+0x10) 1/r32/ecx <span class="subxComment"># Function-next</span>
<span id="L1413" class="LineNr">1413 </span> eb/jump <span class="Constant">loop</span>/disp8
<span id="L1414" class="LineNr">1414 </span> }
<span id="L1415" class="LineNr">1415 </span> <span class="subxComment"># return null</span>
<span id="L1416" class="LineNr">1416 </span> b8/copy-to-eax 0/imm32
<span id="L1417" class="LineNr">1417 </span><span class="Constant">$find-matching-function:end</span>:
<span id="L1418" class="LineNr">1418 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1419" class="LineNr">1419 </span> 59/pop-to-ecx
<span id="L1420" class="LineNr">1420 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1421" class="LineNr">1421 </span> 89/<- %esp 5/r32/ebp
<span id="L1422" class="LineNr">1422 </span> 5d/pop-to-ebp
<span id="L1423" class="LineNr">1423 </span> c3/return
<span id="L1424" class="LineNr">1424 </span>
<span id="L1425" class="LineNr">1425 </span><span class="subxFunction">find-matching-primitive</span>: <span class="subxComment"># primitives : (address primitive), stmt : (address statement) -> result/eax : (address primitive)</span>
<span id="L1426" class="LineNr">1426 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1427" class="LineNr">1427 </span> 55/push-ebp
<span id="L1428" class="LineNr">1428 </span> 89/<- %ebp 4/r32/esp
<span id="L1429" class="LineNr">1429 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1430" class="LineNr">1430 </span> 51/push-ecx
<span id="L1431" class="LineNr">1431 </span> <span class="subxComment"># var curr/ecx : (address primitive) = primitives</span>
<span id="L1432" class="LineNr">1432 </span> 8b/-> *(ebp+8) 1/r32/ecx
<span id="L1433" class="LineNr">1433 </span> {
<span id="L1434" class="LineNr">1434 </span><span class="Constant">$find-matching-primitive:loop</span>:
<span id="L1435" class="LineNr">1435 </span> <span class="subxComment"># if (curr == null) break</span>
<span id="L1436" class="LineNr">1436 </span> 81 7/subop/compare %ecx 0/imm32
<span id="L1437" class="LineNr">1437 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L1438" class="LineNr">1438 </span> <span class="subxComment"># if match(curr, stmt) return curr</span>
<span id="L1439" class="LineNr">1439 </span> {
<span id="L1440" class="LineNr">1440 </span> (<a href='mu.subx.html#L1479'>mu-stmt-matches-primitive?</a> *(ebp+0xc) %ecx) <span class="subxComment"># => eax</span>
<span id="L1441" class="LineNr">1441 </span> 3d/compare-eax-and 0/imm32
<span id="L1442" class="LineNr">1442 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L1443" class="LineNr">1443 </span> 89/<- %eax 1/r32/ecx
<span id="L1444" class="LineNr">1444 </span> eb/jump $find-matching-function:end/disp8
<span id="L1445" class="LineNr">1445 </span> }
<span id="L1446" class="LineNr">1446 </span><span class="Constant">$find-matching-primitive:next-primitive</span>:
<span id="L1447" class="LineNr">1447 </span> <span class="subxComment"># curr = curr->next</span>
<span id="L1448" class="LineNr">1448 </span> 8b/-> *(ecx+0x1c) 1/r32/ecx <span class="subxComment"># Primitive-next</span>
<span id="L1449" class="LineNr">1449 </span> eb/jump <span class="Constant">loop</span>/disp8
<span id="L1450" class="LineNr">1450 </span> }
<span id="L1451" class="LineNr">1451 </span> <span class="subxComment"># return null</span>
<span id="L1452" class="LineNr">1452 </span> b8/copy-to-eax 0/imm32
<span id="L1453" class="LineNr">1453 </span><span class="Constant">$find-matching-primitive:end</span>:
<span id="L1454" class="LineNr">1454 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1455" class="LineNr">1455 </span> 59/pop-to-ecx
<span id="L1456" class="LineNr">1456 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1457" class="LineNr">1457 </span> 89/<- %esp 5/r32/ebp
<span id="L1458" class="LineNr">1458 </span> 5d/pop-to-ebp
<span id="L1459" class="LineNr">1459 </span> c3/return
<span id="L1460" class="LineNr">1460 </span>
<span id="L1461" class="LineNr">1461 </span><span class="subxFunction">mu-stmt-matches-function?</span>: <span class="subxComment"># stmt : (address statement), function : (address opcode-info) => result/eax : boolean</span>
<span id="L1462" class="LineNr">1462 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1463" class="LineNr">1463 </span> 55/push-ebp
<span id="L1464" class="LineNr">1464 </span> 89/<- %ebp 4/r32/esp
<span id="L1465" class="LineNr">1465 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1466" class="LineNr">1466 </span> 51/push-ecx
<span id="L1467" class="LineNr">1467 </span> <span class="subxComment"># return primitive->name == stmt->operation</span>
<span id="L1468" class="LineNr">1468 </span> 8b/-> *(ebp+8) 1/r32/ecx
<span id="L1469" class="LineNr">1469 </span> 8b/-> *(ebp+0xc) 0/r32/eax
<span id="L1470" class="LineNr">1470 </span> (<a href='../054string-equal.subx.html#L16'>string-equal?</a> *(ecx+4) *eax) <span class="subxComment"># Stmt1-operation, Primitive-name => eax</span>
<span id="L1471" class="LineNr">1471 </span><span class="Constant">$mu-stmt-matches-function?:end</span>:
<span id="L1472" class="LineNr">1472 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1473" class="LineNr">1473 </span> 59/pop-to-ecx
<span id="L1474" class="LineNr">1474 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1475" class="LineNr">1475 </span> 89/<- %esp 5/r32/ebp
<span id="L1476" class="LineNr">1476 </span> 5d/pop-to-ebp
<span id="L1477" class="LineNr">1477 </span> c3/return
<span id="L1478" class="LineNr">1478 </span>
<span id="L1479" class="LineNr">1479 </span><span class="subxFunction">mu-stmt-matches-primitive?</span>: <span class="subxComment"># stmt : (address statement), primitive : (address primitive) => result/eax : boolean</span>
<span id="L1480" class="LineNr">1480 </span> <span class="subxComment"># A mu stmt matches a primitive if the name matches, all the inout vars</span>
<span id="L1481" class="LineNr">1481 </span> <span class="subxComment"># match, and all the output vars match.</span>
<span id="L1482" class="LineNr">1482 </span> <span class="subxComment"># Vars match if types match and registers match.</span>
<span id="L1483" class="LineNr">1483 </span> <span class="subxComment"># In addition, a stmt output matches a primitive's output if types match</span>
<span id="L1484" class="LineNr">1484 </span> <span class="subxComment"># and the primitive has a wildcard register.</span>
<span id="L1485" class="LineNr">1485 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1486" class="LineNr">1486 </span> 55/push-ebp
<span id="L1487" class="LineNr">1487 </span> 89/<- %ebp 4/r32/esp
<span id="L1488" class="LineNr">1488 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1489" class="LineNr">1489 </span> 51/push-ecx
<span id="L1490" class="LineNr">1490 </span> 52/push-edx
<span id="L1491" class="LineNr">1491 </span> 53/push-ebx
<span id="L1492" class="LineNr">1492 </span> 56/push-esi
<span id="L1493" class="LineNr">1493 </span> 57/push-edi
<span id="L1494" class="LineNr">1494 </span> <span class="subxComment"># ecx = stmt</span>
<span id="L1495" class="LineNr">1495 </span> 8b/-> *(ebp+8) 1/r32/ecx
<span id="L1496" class="LineNr">1496 </span> <span class="subxComment"># edx = primitive</span>
<span id="L1497" class="LineNr">1497 </span> 8b/-> *(ebp+0xc) 2/r32/edx
<span id="L1498" class="LineNr">1498 </span> {
<span id="L1499" class="LineNr">1499 </span><span class="Constant">$mu-stmt-matches-primitive?:check-name</span>:
<span id="L1500" class="LineNr">1500 </span> <span class="subxComment"># if (primitive->name != stmt->operation) return false</span>
<span id="L1501" class="LineNr">1501 </span> (<a href='../054string-equal.subx.html#L16'>string-equal?</a> *(ecx+4) *edx) <span class="subxComment"># Stmt1-operation, Primitive-name => eax</span>
<span id="L1502" class="LineNr">1502 </span> 3d/compare-eax-and 0/imm32
<span id="L1503" class="LineNr">1503 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1504" class="LineNr">1504 </span> b8/copy-to-eax 0/imm32
<span id="L1505" class="LineNr">1505 </span> e9/jump $mu-stmt-matches-primitive?:end/disp32
<span id="L1506" class="LineNr">1506 </span> }
<span id="L1507" class="LineNr">1507 </span><span class="Constant">$mu-stmt-matches-primitive?:check-inouts</span>:
<span id="L1508" class="LineNr">1508 </span> <span class="subxComment"># for (curr/esi in stmt->inouts, curr2/edi in primitive->inouts)</span>
<span id="L1509" class="LineNr">1509 </span> 8b/-> *(ecx+8) 6/r32/esi <span class="subxComment"># Stmt1-inouts</span>
<span id="L1510" class="LineNr">1510 </span> 8b/-> *(edx+4) 7/r32/edi <span class="subxComment"># Primitive-inouts</span>
<span id="L1511" class="LineNr">1511 </span> {
<span id="L1512" class="LineNr">1512 </span> <span class="subxComment"># if (curr == 0) return (curr2 == 0)</span>
<span id="L1513" class="LineNr">1513 </span> {
<span id="L1514" class="LineNr">1514 </span> 81 7/subop/compare %esi 0/imm32
<span id="L1515" class="LineNr">1515 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1516" class="LineNr">1516 </span> {
<span id="L1517" class="LineNr">1517 </span> 81 7/subop/compare %edi 0/imm32
<span id="L1518" class="LineNr">1518 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1519" class="LineNr">1519 </span> <span class="subxComment"># return true</span>
<span id="L1520" class="LineNr">1520 </span> b8/copy-to-eax 1/imm32
<span id="L1521" class="LineNr">1521 </span> e9/jump $mu-stmt-matches-primitive?:end/disp32
<span id="L1522" class="LineNr">1522 </span> }
<span id="L1523" class="LineNr">1523 </span> <span class="subxComment"># return false</span>
<span id="L1524" class="LineNr">1524 </span> b8/copy-to-eax 0/imm32
<span id="L1525" class="LineNr">1525 </span> e9/jump $mu-stmt-matches-primitive?:end/disp32
<span id="L1526" class="LineNr">1526 </span> }
<span id="L1527" class="LineNr">1527 </span> <span class="subxComment"># if (curr2 == 0) return false</span>
<span id="L1528" class="LineNr">1528 </span> {
<span id="L1529" class="LineNr">1529 </span> 81 7/subop/compare %edi 0/imm32
<span id="L1530" class="LineNr">1530 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1531" class="LineNr">1531 </span> b8/copy-to-eax 0/imm32
<span id="L1532" class="LineNr">1532 </span> e9/jump $mu-stmt-matches-primitive?:end/disp32
<span id="L1533" class="LineNr">1533 </span> }
<span id="L1534" class="LineNr">1534 </span> <span class="subxComment"># if (curr != curr2) return false</span>
<span id="L1535" class="LineNr">1535 </span> {
<span id="L1536" class="LineNr">1536 </span> (<a href='mu.subx.html#L1603'>operand-matches-primitive?</a> *esi *edi) <span class="subxComment"># => eax</span>
<span id="L1537" class="LineNr">1537 </span> 3d/compare-eax-and 0/imm32
<span id="L1538" class="LineNr">1538 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1539" class="LineNr">1539 </span> b8/copy-to-eax 0/imm32
<span id="L1540" class="LineNr">1540 </span> e9/jump $mu-stmt-matches-primitive?:end/disp32
<span id="L1541" class="LineNr">1541 </span> }
<span id="L1542" class="LineNr">1542 </span> <span class="subxComment"># curr=curr->next</span>
<span id="L1543" class="LineNr">1543 </span> 8b/-> *(esi+4) 6/r32/esi <span class="subxComment"># Operand-next</span>
<span id="L1544" class="LineNr">1544 </span> <span class="subxComment"># curr2=curr2->next</span>
<span id="L1545" class="LineNr">1545 </span> 8b/-> *(edi+4) 7/r32/edi <span class="subxComment"># Operand-next</span>
<span id="L1546" class="LineNr">1546 </span> eb/jump <span class="Constant">loop</span>/disp8
<span id="L1547" class="LineNr">1547 </span> }
<span id="L1548" class="LineNr">1548 </span><span class="Constant">$mu-stmt-matches-primitive?:check-outputs</span>:
<span id="L1549" class="LineNr">1549 </span> <span class="subxComment"># for (curr/esi in stmt->outputs, curr2/edi in primitive->outputs)</span>
<span id="L1550" class="LineNr">1550 </span> 8b/-> *(ecx+0xc) 6/r32/esi <span class="subxComment"># Stmt1-outputs</span>
<span id="L1551" class="LineNr">1551 </span> 8b/-> *(edx+8) 7/r32/edi <span class="subxComment"># Primitive-outputs</span>
<span id="L1552" class="LineNr">1552 </span> {
<span id="L1553" class="LineNr">1553 </span> <span class="subxComment"># if (curr == 0) return (curr2 == 0)</span>
<span id="L1554" class="LineNr">1554 </span> {
<span id="L1555" class="LineNr">1555 </span> 81 7/subop/compare %esi 0/imm32
<span id="L1556" class="LineNr">1556 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1557" class="LineNr">1557 </span> {
<span id="L1558" class="LineNr">1558 </span> 81 7/subop/compare %edi 0/imm32
<span id="L1559" class="LineNr">1559 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1560" class="LineNr">1560 </span> <span class="subxComment"># return true</span>
<span id="L1561" class="LineNr">1561 </span> b8/copy-to-eax 1/imm32
<span id="L1562" class="LineNr">1562 </span> e9/jump $mu-stmt-matches-primitive?:end/disp32
<span id="L1563" class="LineNr">1563 </span> }
<span id="L1564" class="LineNr">1564 </span> <span class="subxComment"># return false</span>
<span id="L1565" class="LineNr">1565 </span> b8/copy-to-eax 0/imm32
<span id="L1566" class="LineNr">1566 </span> e9/jump $mu-stmt-matches-primitive?:end/disp32
<span id="L1567" class="LineNr">1567 </span> }
<span id="L1568" class="LineNr">1568 </span> <span class="subxComment"># if (curr2 == 0) return false</span>
<span id="L1569" class="LineNr">1569 </span> {
<span id="L1570" class="LineNr">1570 </span> 81 7/subop/compare %edi 0/imm32
<span id="L1571" class="LineNr">1571 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1572" class="LineNr">1572 </span> b8/copy-to-eax 0/imm32
<span id="L1573" class="LineNr">1573 </span> e9/jump $mu-stmt-matches-primitive?:end/disp32
<span id="L1574" class="LineNr">1574 </span> }
<span id="L1575" class="LineNr">1575 </span> <span class="subxComment"># if (curr != curr2) return false</span>
<span id="L1576" class="LineNr">1576 </span> {
<span id="L1577" class="LineNr">1577 </span> (<a href='mu.subx.html#L1603'>operand-matches-primitive?</a> *esi *edi) <span class="subxComment"># => eax</span>
<span id="L1578" class="LineNr">1578 </span> 3d/compare-eax-and 0/imm32
<span id="L1579" class="LineNr">1579 </span> 75/jump-if-not-equal <span class="Constant">break</span>/disp8
<span id="L1580" class="LineNr">1580 </span> b8/copy-to-eax 0/imm32
<span id="L1581" class="LineNr">1581 </span> e9/jump $mu-stmt-matches-primitive?:end/disp32
<span id="L1582" class="LineNr">1582 </span> }
<span id="L1583" class="LineNr">1583 </span> <span class="subxComment"># curr=curr->next</span>
<span id="L1584" class="LineNr">1584 </span> 8b/-> *(ecx+4) 1/r32/ecx <span class="subxComment"># Operand-next</span>
<span id="L1585" class="LineNr">1585 </span> <span class="subxComment"># curr2=curr2->next</span>
<span id="L1586" class="LineNr">1586 </span> 8b/-> *(edx+4) 2/r32/edx <span class="subxComment"># Operand-next</span>
<span id="L1587" class="LineNr">1587 </span> eb/jump <span class="Constant">loop</span>/disp8
<span id="L1588" class="LineNr">1588 </span> }
<span id="L1589" class="LineNr">1589 </span><span class="Constant">$mu-stmt-matches-primitive?:return-true</span>:
<span id="L1590" class="LineNr">1590 </span> b8/copy-to-eax 1/imm32
<span id="L1591" class="LineNr">1591 </span><span class="Constant">$mu-stmt-matches-primitive?:end</span>:
<span id="L1592" class="LineNr">1592 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1593" class="LineNr">1593 </span> 5f/pop-to-edi
<span id="L1594" class="LineNr">1594 </span> 5e/pop-to-esi
<span id="L1595" class="LineNr">1595 </span> 5b/pop-to-ebx
<span id="L1596" class="LineNr">1596 </span> 5a/pop-to-edx
<span id="L1597" class="LineNr">1597 </span> 59/pop-to-ecx
<span id="L1598" class="LineNr">1598 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1599" class="LineNr">1599 </span> 89/<- %esp 5/r32/ebp
<span id="L1600" class="LineNr">1600 </span> 5d/pop-to-ebp
<span id="L1601" class="LineNr">1601 </span> c3/return
<span id="L1602" class="LineNr">1602 </span>
<span id="L1603" class="LineNr">1603 </span><span class="subxFunction">operand-matches-primitive?</span>: <span class="subxComment"># var : (address var), primout-var : (address var) => result/eax : boolean</span>
<span id="L1604" class="LineNr">1604 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1605" class="LineNr">1605 </span> 55/push-ebp
<span id="L1606" class="LineNr">1606 </span> 89/<- %ebp 4/r32/esp
<span id="L1607" class="LineNr">1607 </span> <span class="subxS1Comment"># . save registers</span>
<span id="L1608" class="LineNr">1608 </span> 56/push-esi
<span id="L1609" class="LineNr">1609 </span> 57/push-edi
<span id="L1610" class="LineNr">1610 </span> <span class="subxComment"># esi = var</span>
<span id="L1611" class="LineNr">1611 </span> 8b/-> *(ebp+8) 6/r32/esi
<span id="L1612" class="LineNr">1612 </span> <span class="subxComment"># edi = primout-var</span>
<span id="L1613" class="LineNr">1613 </span> 8b/-> *(ebp+0xc) 7/r32/edi
<span id="L1614" class="LineNr">1614 </span> <span class="subxComment"># if (var->type != primout-var->type) return false</span>
<span id="L1615" class="LineNr">1615 </span> 8b/-> *(esi+4) 0/r32/eax <span class="subxComment"># Var-type</span>
<span id="L1616" class="LineNr">1616 </span> 39/compare *(edi+4) 0/r32/eax <span class="subxComment"># Var-type</span>
<span id="L1617" class="LineNr">1617 </span> b8/copy-to-eax 0/imm32/false
<span id="L1618" class="LineNr">1618 </span> 75/jump-if-not-equal $operand-matches-primitive?:end/disp8
<span id="L1619" class="LineNr">1619 </span> <span class="subxComment"># return false if var->register doesn't match primout-var->register</span>
<span id="L1620" class="LineNr">1620 </span> {
<span id="L1621" class="LineNr">1621 </span> <span class="subxComment"># if addresses are equal, don't return here</span>
<span id="L1622" class="LineNr">1622 </span> 8b/-> *(esi+0x10) 0/r32/eax
<span id="L1623" class="LineNr">1623 </span> 39/compare *(edi+0x10) 0/r32/eax
<span id="L1624" class="LineNr">1624 </span> 74/jump-if-equal <span class="Constant">break</span>/disp8
<span id="L1625" class="LineNr">1625 </span> <span class="subxComment"># if either address is 0, return false</span>
<span id="L1626" class="LineNr">1626 </span> 3d/compare-eax-and 0/imm32
<span id="L1627" class="LineNr">1627 </span> 74/jump-if-equal $operand-matches-primitive?:end/disp8 <span class="subxComment"># eax goes from meaning var->register to result</span>
<span id="L1628" class="LineNr">1628 </span> 81 7/subop/compare *(edi+0x10) 0/imm32
<span id="L1629" class="LineNr">1629 </span> 74/jump-if-equal $operand-matches-primitive?:end/disp8 <span class="subxComment"># eax goes from meaning var->register to result</span>
<span id="L1630" class="LineNr">1630 </span> <span class="subxComment"># if primout-var->register is "*", return true</span>
<span id="L1631" class="LineNr">1631 </span> (<a href='../054string-equal.subx.html#L16'>string-equal?</a> *(edi+0x10) <span class="Constant">"*"</span>) <span class="subxComment"># Var-register</span>
<span id="L1632" class="LineNr">1632 </span> 3d/compare-eax-and 0/imm32
<span id="L1633" class="LineNr">1633 </span> b8/copy-to-eax 1/imm32/true
<span id="L1634" class="LineNr">1634 </span> 75/jump-if-not-equal $operand-matches-primitive?:end/disp8
<span id="L1635" class="LineNr">1635 </span> <span class="subxComment"># if string contents don't match, return false</span>
<span id="L1636" class="LineNr">1636 </span> (<a href='../054string-equal.subx.html#L16'>string-equal?</a> *(esi+0x10) *(edi+0x10)) <span class="subxComment"># Var-register Var-register</span>
<span id="L1637" class="LineNr">1637 </span> 3d/compare-eax-and 0/imm32
<span id="L1638" class="LineNr">1638 </span> b8/copy-to-eax 0/imm32/false
<span id="L1639" class="LineNr">1639 </span> 74/jump-if-equal $operand-matches-primitive?:end/disp8
<span id="L1640" class="LineNr">1640 </span> }
<span id="L1641" class="LineNr">1641 </span> <span class="subxComment"># return true</span>
<span id="L1642" class="LineNr">1642 </span> b8/copy-to-eax 1/imm32/true
<span id="L1643" class="LineNr">1643 </span><span class="Constant">$operand-matches-primitive?:end</span>:
<span id="L1644" class="LineNr">1644 </span> <span class="subxS1Comment"># . restore registers</span>
<span id="L1645" class="LineNr">1645 </span> 5f/pop-to-edi
<span id="L1646" class="LineNr">1646 </span> 5e/pop-to-esi
<span id="L1647" class="LineNr">1647 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1648" class="LineNr">1648 </span> 89/<- %esp 5/r32/ebp
<span id="L1649" class="LineNr">1649 </span> 5d/pop-to-ebp
<span id="L1650" class="LineNr">1650 </span> c3/return
<span id="L1651" class="LineNr">1651 </span>
<span id="L1652" class="LineNr">1652 </span><span class="subxTest">test-emit-subx-statement-primitive</span>:
<span id="L1653" class="LineNr">1653 </span> <span class="subxComment"># Primitive operation on a variable on the stack.</span>
<span id="L1654" class="LineNr">1654 </span> <span class="subxComment"># increment foo</span>
<span id="L1655" class="LineNr">1655 </span> <span class="subxComment"># =></span>
<span id="L1656" class="LineNr">1656 </span> <span class="subxComment"># ff 0/subop/increment *(ebp-8)</span>
<span id="L1657" class="LineNr">1657 </span> <span class="subxComment">#</span>
<span id="L1658" class="LineNr">1658 </span> <span class="subxComment"># There's a variable on the var stack as follows:</span>
<span id="L1659" class="LineNr">1659 </span> <span class="subxComment"># name: 'foo'</span>
<span id="L1660" class="LineNr">1660 </span> <span class="subxComment"># type: int</span>
<span id="L1661" class="LineNr">1661 </span> <span class="subxComment"># stack-offset: -8</span>
<span id="L1662" class="LineNr">1662 </span> <span class="subxComment">#</span>
<span id="L1663" class="LineNr">1663 </span> <span class="subxComment"># There's a primitive with this info:</span>
<span id="L1664" class="LineNr">1664 </span> <span class="subxComment"># name: 'increment'</span>
<span id="L1665" class="LineNr">1665 </span> <span class="subxComment"># inouts: int/mem</span>
<span id="L1666" class="LineNr">1666 </span> <span class="subxComment"># value: 'ff 0/subop/increment'</span>
<span id="L1667" class="LineNr">1667 </span> <span class="subxComment">#</span>
<span id="L1668" class="LineNr">1668 </span> <span class="subxComment"># There's nothing in functions.</span>
<span id="L1669" class="LineNr">1669 </span> <span class="subxComment">#</span>
<span id="L1670" class="LineNr">1670 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1671" class="LineNr">1671 </span> 55/push-ebp
<span id="L1672" class="LineNr">1672 </span> 89/<- %ebp 4/r32/esp
<span id="L1673" class="LineNr">1673 </span> <span class="subxComment"># setup</span>
<span id="L1674" class="LineNr">1674 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L1675" class="LineNr">1675 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L1676" class="LineNr">1676 </span> <span class="subxComment"># var-foo/ecx : var</span>
<span id="L1677" class="LineNr">1677 </span> 68/push 0/imm32/no-register
<span id="L1678" class="LineNr">1678 </span> 68/push -8/imm32/stack-offset
<span id="L1679" class="LineNr">1679 </span> 68/push 1/imm32/block-depth
<span id="L1680" class="LineNr">1680 </span> 68/push 1/imm32/type-int
<span id="L1681" class="LineNr">1681 </span> 68/push <span class="Constant">"foo"</span>/imm32
<span id="L1682" class="LineNr">1682 </span> 89/<- %ecx 4/r32/esp
<span id="L1683" class="LineNr">1683 </span> <span class="subxComment"># vars/edx : (stack 1)</span>
<span id="L1684" class="LineNr">1684 </span> 51/push-ecx/var-foo
<span id="L1685" class="LineNr">1685 </span> 68/push 1/imm32/data-length
<span id="L1686" class="LineNr">1686 </span> 68/push 1/imm32/top
<span id="L1687" class="LineNr">1687 </span> 89/<- %edx 4/r32/esp
<span id="L1688" class="LineNr">1688 </span> <span class="subxComment"># operand/ebx : (list var)</span>
<span id="L1689" class="LineNr">1689 </span> 68/push 0/imm32/next
<span id="L1690" class="LineNr">1690 </span> 51/push-ecx/var-foo
<span id="L1691" class="LineNr">1691 </span> 89/<- %ebx 4/r32/esp
<span id="L1692" class="LineNr">1692 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L1693" class="LineNr">1693 </span> 68/push 0/imm32/next
<span id="L1694" class="LineNr">1694 </span> 68/push 0/imm32/outputs
<span id="L1695" class="LineNr">1695 </span> 53/push-ebx/operands
<span id="L1696" class="LineNr">1696 </span> 68/push <span class="Constant">"increment"</span>/imm32/operation
<span id="L1697" class="LineNr">1697 </span> 68/push 1/imm32
<span id="L1698" class="LineNr">1698 </span> 89/<- %esi 4/r32/esp
<span id="L1699" class="LineNr">1699 </span> <span class="subxComment"># primitives/ebx : primitive</span>
<span id="L1700" class="LineNr">1700 </span> 68/push 0/imm32/next
<span id="L1701" class="LineNr">1701 </span> 68/push 0/imm32/no-imm32
<span id="L1702" class="LineNr">1702 </span> 68/push 0/imm32/no-r32
<span id="L1703" class="LineNr">1703 </span> 68/push 1/imm32/rm32-is-first-inout
<span id="L1704" class="LineNr">1704 </span> 68/push <span class="Constant">"ff 0/subop/increment"</span>/imm32/subx-name
<span id="L1705" class="LineNr">1705 </span> 68/push 0/imm32/outputs
<span id="L1706" class="LineNr">1706 </span> 53/push-ebx/inouts <span class="subxComment"># hack; in practice we won't have the same var in function definition and call</span>
<span id="L1707" class="LineNr">1707 </span> 68/push <span class="Constant">"increment"</span>/imm32/name
<span id="L1708" class="LineNr">1708 </span> 89/<- %ebx 4/r32/esp
<span id="L1709" class="LineNr">1709 </span> <span class="subxComment"># convert</span>
<span id="L1710" class="LineNr">1710 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi %edx %ebx 0)
<span id="L1711" class="LineNr">1711 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L1712" class="Folded">1712 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L1718" class="LineNr">1718 </span> <span class="subxComment"># check output</span>
<span id="L1719" class="LineNr">1719 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"ff 0/subop/increment *(ebp+0xfffffff8)"</span> <span class="Constant">"F - test-emit-subx-statement-primitive"</span>)
<span id="L1720" class="LineNr">1720 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1721" class="LineNr">1721 </span> 89/<- %esp 5/r32/ebp
<span id="L1722" class="LineNr">1722 </span> 5d/pop-to-ebp
<span id="L1723" class="LineNr">1723 </span> c3/return
<span id="L1724" class="LineNr">1724 </span>
<span id="L1725" class="LineNr">1725 </span><span class="subxTest">test-emit-subx-statement-primitive-register</span>:
<span id="L1726" class="LineNr">1726 </span> <span class="subxComment"># Primitive operation on a variable in a register.</span>
<span id="L1727" class="LineNr">1727 </span> <span class="subxComment"># foo <- increment</span>
<span id="L1728" class="LineNr">1728 </span> <span class="subxComment"># =></span>
<span id="L1729" class="LineNr">1729 </span> <span class="subxComment"># ff 0/subop/increment %eax # sub-optimal, but should suffice</span>
<span id="L1730" class="LineNr">1730 </span> <span class="subxComment">#</span>
<span id="L1731" class="LineNr">1731 </span> <span class="subxComment"># There's a variable on the var stack as follows:</span>
<span id="L1732" class="LineNr">1732 </span> <span class="subxComment"># name: 'foo'</span>
<span id="L1733" class="LineNr">1733 </span> <span class="subxComment"># type: int</span>
<span id="L1734" class="LineNr">1734 </span> <span class="subxComment"># register: 'eax'</span>
<span id="L1735" class="LineNr">1735 </span> <span class="subxComment">#</span>
<span id="L1736" class="LineNr">1736 </span> <span class="subxComment"># There's a primitive with this info:</span>
<span id="L1737" class="LineNr">1737 </span> <span class="subxComment"># name: 'increment'</span>
<span id="L1738" class="LineNr">1738 </span> <span class="subxComment"># out: int/reg</span>
<span id="L1739" class="LineNr">1739 </span> <span class="subxComment"># value: 'ff 0/subop/increment'</span>
<span id="L1740" class="LineNr">1740 </span> <span class="subxComment">#</span>
<span id="L1741" class="LineNr">1741 </span> <span class="subxComment"># There's nothing in functions.</span>
<span id="L1742" class="LineNr">1742 </span> <span class="subxComment">#</span>
<span id="L1743" class="LineNr">1743 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1744" class="LineNr">1744 </span> 55/push-ebp
<span id="L1745" class="LineNr">1745 </span> 89/<- %ebp 4/r32/esp
<span id="L1746" class="LineNr">1746 </span> <span class="subxComment"># setup</span>
<span id="L1747" class="LineNr">1747 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L1748" class="LineNr">1748 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L1749" class="LineNr">1749 </span> <span class="subxComment"># var-foo/ecx : var in eax</span>
<span id="L1750" class="LineNr">1750 </span> 68/push <span class="Constant">"eax"</span>/imm32/register
<span id="L1751" class="LineNr">1751 </span> 68/push 0/imm32/no-stack-offset
<span id="L1752" class="LineNr">1752 </span> 68/push 1/imm32/block-depth
<span id="L1753" class="LineNr">1753 </span> 68/push 1/imm32/type-int
<span id="L1754" class="LineNr">1754 </span> 68/push <span class="Constant">"foo"</span>/imm32
<span id="L1755" class="LineNr">1755 </span> 89/<- %ecx 4/r32/esp
<span id="L1756" class="LineNr">1756 </span> <span class="subxComment"># vars/edx : (stack 1)</span>
<span id="L1757" class="LineNr">1757 </span> 51/push-ecx/var-foo
<span id="L1758" class="LineNr">1758 </span> 68/push 1/imm32/data-length
<span id="L1759" class="LineNr">1759 </span> 68/push 1/imm32/top
<span id="L1760" class="LineNr">1760 </span> 89/<- %edx 4/r32/esp
<span id="L1761" class="LineNr">1761 </span> <span class="subxComment"># operand/ebx : (list var)</span>
<span id="L1762" class="LineNr">1762 </span> 68/push 0/imm32/next
<span id="L1763" class="LineNr">1763 </span> 51/push-ecx/var-foo
<span id="L1764" class="LineNr">1764 </span> 89/<- %ebx 4/r32/esp
<span id="L1765" class="LineNr">1765 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L1766" class="LineNr">1766 </span> 68/push 0/imm32/next
<span id="L1767" class="LineNr">1767 </span> 53/push-ebx/outputs
<span id="L1768" class="LineNr">1768 </span> 68/push 0/imm32/inouts
<span id="L1769" class="LineNr">1769 </span> 68/push <span class="Constant">"increment"</span>/imm32/operation
<span id="L1770" class="LineNr">1770 </span> 68/push 1/imm32
<span id="L1771" class="LineNr">1771 </span> 89/<- %esi 4/r32/esp
<span id="L1772" class="LineNr">1772 </span> <span class="subxComment"># formal-var/ebx : var in any register</span>
<span id="L1773" class="LineNr">1773 </span> 68/push <span class="SpecialChar"><a href='mu.subx.html#L329'>Any-register</a></span>/imm32
<span id="L1774" class="LineNr">1774 </span> 68/push 0/imm32/no-stack-offset
<span id="L1775" class="LineNr">1775 </span> 68/push 1/imm32/block-depth
<span id="L1776" class="LineNr">1776 </span> 68/push 1/imm32/type-int
<span id="L1777" class="LineNr">1777 </span> 68/push <span class="Constant">"dummy"</span>/imm32
<span id="L1778" class="LineNr">1778 </span> 89/<- %ebx 4/r32/esp
<span id="L1779" class="LineNr">1779 </span> <span class="subxComment"># operand/ebx : (list var)</span>
<span id="L1780" class="LineNr">1780 </span> 68/push 0/imm32/next
<span id="L1781" class="LineNr">1781 </span> 53/push-ebx/formal-var
<span id="L1782" class="LineNr">1782 </span> 89/<- %ebx 4/r32/esp
<span id="L1783" class="LineNr">1783 </span> <span class="subxComment"># primitives/ebx : primitive</span>
<span id="L1784" class="LineNr">1784 </span> 68/push 0/imm32/next
<span id="L1785" class="LineNr">1785 </span> 68/push 0/imm32/no-imm32
<span id="L1786" class="LineNr">1786 </span> 68/push 0/imm32/no-r32
<span id="L1787" class="LineNr">1787 </span> 68/push 3/imm32/rm32-in-first-output
<span id="L1788" class="LineNr">1788 </span> 68/push <span class="Constant">"ff 0/subop/increment"</span>/imm32/subx-name
<span id="L1789" class="LineNr">1789 </span> 53/push-ebx/outputs
<span id="L1790" class="LineNr">1790 </span> 68/push 0/imm32/inouts
<span id="L1791" class="LineNr">1791 </span> 68/push <span class="Constant">"increment"</span>/imm32/name
<span id="L1792" class="LineNr">1792 </span> 89/<- %ebx 4/r32/esp
<span id="L1793" class="LineNr">1793 </span> <span class="subxComment"># convert</span>
<span id="L1794" class="LineNr">1794 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi %edx %ebx 0)
<span id="L1795" class="LineNr">1795 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L1796" class="Folded">1796 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L1802" class="LineNr">1802 </span> <span class="subxComment"># check output</span>
<span id="L1803" class="LineNr">1803 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"ff 0/subop/increment %eax"</span> <span class="Constant">"F - test-emit-subx-statement-primitive-register"</span>)
<span id="L1804" class="LineNr">1804 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1805" class="LineNr">1805 </span> 89/<- %esp 5/r32/ebp
<span id="L1806" class="LineNr">1806 </span> 5d/pop-to-ebp
<span id="L1807" class="LineNr">1807 </span> c3/return
<span id="L1808" class="LineNr">1808 </span>
<span id="L1809" class="LineNr">1809 </span><span class="subxTest">test-emit-subx-statement-select-primitive</span>:
<span id="L1810" class="LineNr">1810 </span> <span class="subxComment"># Select the right primitive between overloads.</span>
<span id="L1811" class="LineNr">1811 </span> <span class="subxComment"># foo <- increment</span>
<span id="L1812" class="LineNr">1812 </span> <span class="subxComment"># =></span>
<span id="L1813" class="LineNr">1813 </span> <span class="subxComment"># ff 0/subop/increment %eax # sub-optimal, but should suffice</span>
<span id="L1814" class="LineNr">1814 </span> <span class="subxComment">#</span>
<span id="L1815" class="LineNr">1815 </span> <span class="subxComment"># There's a variable on the var stack as follows:</span>
<span id="L1816" class="LineNr">1816 </span> <span class="subxComment"># name: 'foo'</span>
<span id="L1817" class="LineNr">1817 </span> <span class="subxComment"># type: int</span>
<span id="L1818" class="LineNr">1818 </span> <span class="subxComment"># register: 'eax'</span>
<span id="L1819" class="LineNr">1819 </span> <span class="subxComment">#</span>
<span id="L1820" class="LineNr">1820 </span> <span class="subxComment"># There's two primitives, as follows:</span>
<span id="L1821" class="LineNr">1821 </span> <span class="subxComment"># - name: 'increment'</span>
<span id="L1822" class="LineNr">1822 </span> <span class="subxComment"># out: int/reg</span>
<span id="L1823" class="LineNr">1823 </span> <span class="subxComment"># value: 'ff 0/subop/increment'</span>
<span id="L1824" class="LineNr">1824 </span> <span class="subxComment"># - name: 'increment'</span>
<span id="L1825" class="LineNr">1825 </span> <span class="subxComment"># inout: int/mem</span>
<span id="L1826" class="LineNr">1826 </span> <span class="subxComment"># value: 'ff 0/subop/increment'</span>
<span id="L1827" class="LineNr">1827 </span> <span class="subxComment">#</span>
<span id="L1828" class="LineNr">1828 </span> <span class="subxComment"># There's nothing in functions.</span>
<span id="L1829" class="LineNr">1829 </span> <span class="subxComment">#</span>
<span id="L1830" class="LineNr">1830 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1831" class="LineNr">1831 </span> 55/push-ebp
<span id="L1832" class="LineNr">1832 </span> 89/<- %ebp 4/r32/esp
<span id="L1833" class="LineNr">1833 </span> <span class="subxComment"># setup</span>
<span id="L1834" class="LineNr">1834 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L1835" class="LineNr">1835 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L1836" class="LineNr">1836 </span> <span class="subxComment"># var-foo/ecx : var in eax</span>
<span id="L1837" class="LineNr">1837 </span> 68/push <span class="Constant">"eax"</span>/imm32/register
<span id="L1838" class="LineNr">1838 </span> 68/push 0/imm32/no-stack-offset
<span id="L1839" class="LineNr">1839 </span> 68/push 1/imm32/block-depth
<span id="L1840" class="LineNr">1840 </span> 68/push 1/imm32/type-int
<span id="L1841" class="LineNr">1841 </span> 68/push <span class="Constant">"foo"</span>/imm32
<span id="L1842" class="LineNr">1842 </span> 89/<- %ecx 4/r32/esp
<span id="L1843" class="LineNr">1843 </span> <span class="subxComment"># vars/edx : (stack 1)</span>
<span id="L1844" class="LineNr">1844 </span> 51/push-ecx/var-foo
<span id="L1845" class="LineNr">1845 </span> 68/push 1/imm32/data-length
<span id="L1846" class="LineNr">1846 </span> 68/push 1/imm32/top
<span id="L1847" class="LineNr">1847 </span> 89/<- %edx 4/r32/esp
<span id="L1848" class="LineNr">1848 </span> <span class="subxComment"># real-outputs/edi : (list var)</span>
<span id="L1849" class="LineNr">1849 </span> 68/push 0/imm32/next
<span id="L1850" class="LineNr">1850 </span> 51/push-ecx/var-foo
<span id="L1851" class="LineNr">1851 </span> 89/<- %edi 4/r32/esp
<span id="L1852" class="LineNr">1852 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L1853" class="LineNr">1853 </span> 68/push 0/imm32/next
<span id="L1854" class="LineNr">1854 </span> 57/push-edi/outputs
<span id="L1855" class="LineNr">1855 </span> 68/push 0/imm32/inouts
<span id="L1856" class="LineNr">1856 </span> 68/push <span class="Constant">"increment"</span>/imm32/operation
<span id="L1857" class="LineNr">1857 </span> 68/push 1/imm32
<span id="L1858" class="LineNr">1858 </span> 89/<- %esi 4/r32/esp
<span id="L1859" class="LineNr">1859 </span> <span class="subxComment"># formal-var/ebx : var in any register</span>
<span id="L1860" class="LineNr">1860 </span> 68/push <span class="SpecialChar"><a href='mu.subx.html#L329'>Any-register</a></span>/imm32
<span id="L1861" class="LineNr">1861 </span> 68/push 0/imm32/no-stack-offset
<span id="L1862" class="LineNr">1862 </span> 68/push 1/imm32/block-depth
<span id="L1863" class="LineNr">1863 </span> 68/push 1/imm32/type-int
<span id="L1864" class="LineNr">1864 </span> 68/push <span class="Constant">"dummy"</span>/imm32
<span id="L1865" class="LineNr">1865 </span> 89/<- %ebx 4/r32/esp
<span id="L1866" class="LineNr">1866 </span> <span class="subxComment"># formal-outputs/ebx : (list var)</span>
<span id="L1867" class="LineNr">1867 </span> 68/push 0/imm32/next
<span id="L1868" class="LineNr">1868 </span> 53/push-ebx/formal-var
<span id="L1869" class="LineNr">1869 </span> 89/<- %ebx 4/r32/esp
<span id="L1870" class="LineNr">1870 </span> <span class="subxComment"># primitive1/ebx : primitive</span>
<span id="L1871" class="LineNr">1871 </span> 68/push 0/imm32/next
<span id="L1872" class="LineNr">1872 </span> 68/push 0/imm32/no-imm32
<span id="L1873" class="LineNr">1873 </span> 68/push 0/imm32/no-r32
<span id="L1874" class="LineNr">1874 </span> 68/push 3/imm32/rm32-in-first-output
<span id="L1875" class="LineNr">1875 </span> 68/push <span class="Constant">"ff 0/subop/increment"</span>/imm32/subx-name
<span id="L1876" class="LineNr">1876 </span> 53/push-ebx/outputs/formal-outputs
<span id="L1877" class="LineNr">1877 </span> 68/push 0/imm32/inouts
<span id="L1878" class="LineNr">1878 </span> 68/push <span class="Constant">"increment"</span>/imm32/name
<span id="L1879" class="LineNr">1879 </span> 89/<- %ebx 4/r32/esp
<span id="L1880" class="LineNr">1880 </span> <span class="subxComment"># primitives/ebx : primitive</span>
<span id="L1881" class="LineNr">1881 </span> 53/push-ebx/next
<span id="L1882" class="LineNr">1882 </span> 68/push 0/imm32/no-imm32
<span id="L1883" class="LineNr">1883 </span> 68/push 0/imm32/no-r32
<span id="L1884" class="LineNr">1884 </span> 68/push 1/imm32/rm32-is-first-inout
<span id="L1885" class="LineNr">1885 </span> 68/push <span class="Constant">"ff 0/subop/increment"</span>/imm32/subx-name
<span id="L1886" class="LineNr">1886 </span> 68/push 0/imm32/outputs
<span id="L1887" class="LineNr">1887 </span> 57/push-edi/inouts/real-outputs <span class="subxComment"># hack; in practice we won't have the same var in function definition and call</span>
<span id="L1888" class="LineNr">1888 </span> 68/push <span class="Constant">"increment"</span>/imm32/name
<span id="L1889" class="LineNr">1889 </span> 89/<- %ebx 4/r32/esp
<span id="L1890" class="LineNr">1890 </span> <span class="subxComment"># convert</span>
<span id="L1891" class="LineNr">1891 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi %edx %ebx 0)
<span id="L1892" class="LineNr">1892 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L1893" class="Folded">1893 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L1899" class="LineNr">1899 </span> <span class="subxComment"># check output</span>
<span id="L1900" class="LineNr">1900 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"ff 0/subop/increment %eax"</span> <span class="Constant">"F - test-emit-subx-statement-select-primitive"</span>)
<span id="L1901" class="LineNr">1901 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1902" class="LineNr">1902 </span> 89/<- %esp 5/r32/ebp
<span id="L1903" class="LineNr">1903 </span> 5d/pop-to-ebp
<span id="L1904" class="LineNr">1904 </span> c3/return
<span id="L1905" class="LineNr">1905 </span>
<span id="L1906" class="LineNr">1906 </span><span class="subxTest">test-emit-subx-statement-select-primitive-2</span>:
<span id="L1907" class="LineNr">1907 </span> <span class="subxComment"># Select the right primitive between overloads.</span>
<span id="L1908" class="LineNr">1908 </span> <span class="subxComment"># foo <- increment</span>
<span id="L1909" class="LineNr">1909 </span> <span class="subxComment"># =></span>
<span id="L1910" class="LineNr">1910 </span> <span class="subxComment"># ff 0/subop/increment %eax # sub-optimal, but should suffice</span>
<span id="L1911" class="LineNr">1911 </span> <span class="subxComment">#</span>
<span id="L1912" class="LineNr">1912 </span> <span class="subxComment"># There's a variable on the var stack as follows:</span>
<span id="L1913" class="LineNr">1913 </span> <span class="subxComment"># name: 'foo'</span>
<span id="L1914" class="LineNr">1914 </span> <span class="subxComment"># type: int</span>
<span id="L1915" class="LineNr">1915 </span> <span class="subxComment"># register: 'eax'</span>
<span id="L1916" class="LineNr">1916 </span> <span class="subxComment">#</span>
<span id="L1917" class="LineNr">1917 </span> <span class="subxComment"># There's two primitives, as follows:</span>
<span id="L1918" class="LineNr">1918 </span> <span class="subxComment"># - name: 'increment'</span>
<span id="L1919" class="LineNr">1919 </span> <span class="subxComment"># out: int/reg</span>
<span id="L1920" class="LineNr">1920 </span> <span class="subxComment"># value: 'ff 0/subop/increment'</span>
<span id="L1921" class="LineNr">1921 </span> <span class="subxComment"># - name: 'increment'</span>
<span id="L1922" class="LineNr">1922 </span> <span class="subxComment"># inout: int/mem</span>
<span id="L1923" class="LineNr">1923 </span> <span class="subxComment"># value: 'ff 0/subop/increment'</span>
<span id="L1924" class="LineNr">1924 </span> <span class="subxComment">#</span>
<span id="L1925" class="LineNr">1925 </span> <span class="subxComment"># There's nothing in functions.</span>
<span id="L1926" class="LineNr">1926 </span> <span class="subxComment">#</span>
<span id="L1927" class="LineNr">1927 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L1928" class="LineNr">1928 </span> 55/push-ebp
<span id="L1929" class="LineNr">1929 </span> 89/<- %ebp 4/r32/esp
<span id="L1930" class="LineNr">1930 </span> <span class="subxComment"># setup</span>
<span id="L1931" class="LineNr">1931 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L1932" class="LineNr">1932 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L1933" class="LineNr">1933 </span> <span class="subxComment"># var-foo/ecx : var in eax</span>
<span id="L1934" class="LineNr">1934 </span> 68/push <span class="Constant">"eax"</span>/imm32/register
<span id="L1935" class="LineNr">1935 </span> 68/push 0/imm32/no-stack-offset
<span id="L1936" class="LineNr">1936 </span> 68/push 1/imm32/block-depth
<span id="L1937" class="LineNr">1937 </span> 68/push 1/imm32/type-int
<span id="L1938" class="LineNr">1938 </span> 68/push <span class="Constant">"foo"</span>/imm32
<span id="L1939" class="LineNr">1939 </span> 89/<- %ecx 4/r32/esp
<span id="L1940" class="LineNr">1940 </span> <span class="subxComment"># vars/edx : (stack 1)</span>
<span id="L1941" class="LineNr">1941 </span> 51/push-ecx/var-foo
<span id="L1942" class="LineNr">1942 </span> 68/push 1/imm32/data-length
<span id="L1943" class="LineNr">1943 </span> 68/push 1/imm32/top
<span id="L1944" class="LineNr">1944 </span> 89/<- %edx 4/r32/esp
<span id="L1945" class="LineNr">1945 </span> <span class="subxComment"># inouts/edi : (list var)</span>
<span id="L1946" class="LineNr">1946 </span> 68/push 0/imm32/next
<span id="L1947" class="LineNr">1947 </span> 51/push-ecx/var-foo
<span id="L1948" class="LineNr">1948 </span> 89/<- %edi 4/r32/esp
<span id="L1949" class="LineNr">1949 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L1950" class="LineNr">1950 </span> 68/push 0/imm32/next
<span id="L1951" class="LineNr">1951 </span> 68/push 0/imm32/outputs
<span id="L1952" class="LineNr">1952 </span> 57/push-edi/inouts
<span id="L1953" class="LineNr">1953 </span> 68/push <span class="Constant">"increment"</span>/imm32/operation
<span id="L1954" class="LineNr">1954 </span> 68/push 1/imm32
<span id="L1955" class="LineNr">1955 </span> 89/<- %esi 4/r32/esp
<span id="L1956" class="LineNr">1956 </span> <span class="subxComment"># formal-var/ebx : var in any register</span>
<span id="L1957" class="LineNr">1957 </span> 68/push <span class="SpecialChar"><a href='mu.subx.html#L329'>Any-register</a></span>/imm32
<span id="L1958" class="LineNr">1958 </span> 68/push 0/imm32/no-stack-offset
<span id="L1959" class="LineNr">1959 </span> 68/push 1/imm32/block-depth
<span id="L1960" class="LineNr">1960 </span> 68/push 1/imm32/type-int
<span id="L1961" class="LineNr">1961 </span> 68/push <span class="Constant">"dummy"</span>/imm32
<span id="L1962" class="LineNr">1962 </span> 89/<- %ebx 4/r32/esp
<span id="L1963" class="LineNr">1963 </span> <span class="subxComment"># operand/ebx : (list var)</span>
<span id="L1964" class="LineNr">1964 </span> 68/push 0/imm32/next
<span id="L1965" class="LineNr">1965 </span> 53/push-ebx/formal-var
<span id="L1966" class="LineNr">1966 </span> 89/<- %ebx 4/r32/esp
<span id="L1967" class="LineNr">1967 </span> <span class="subxComment"># primitive1/ebx : primitive</span>
<span id="L1968" class="LineNr">1968 </span> 68/push 0/imm32/next
<span id="L1969" class="LineNr">1969 </span> 68/push 0/imm32/no-imm32
<span id="L1970" class="LineNr">1970 </span> 68/push 0/imm32/no-r32
<span id="L1971" class="LineNr">1971 </span> 68/push 3/imm32/rm32-in-first-output
<span id="L1972" class="LineNr">1972 </span> 68/push <span class="Constant">"ff 0/subop/increment"</span>/imm32/subx-name
<span id="L1973" class="LineNr">1973 </span> 53/push-ebx/outputs/formal-outputs
<span id="L1974" class="LineNr">1974 </span> 68/push 0/imm32/inouts
<span id="L1975" class="LineNr">1975 </span> 68/push <span class="Constant">"increment"</span>/imm32/name
<span id="L1976" class="LineNr">1976 </span> 89/<- %ebx 4/r32/esp
<span id="L1977" class="LineNr">1977 </span> <span class="subxComment"># primitives/ebx : primitive</span>
<span id="L1978" class="LineNr">1978 </span> 53/push-ebx/next
<span id="L1979" class="LineNr">1979 </span> 68/push 0/imm32/no-imm32
<span id="L1980" class="LineNr">1980 </span> 68/push 0/imm32/no-r32
<span id="L1981" class="LineNr">1981 </span> 68/push 1/imm32/rm32-is-first-inout
<span id="L1982" class="LineNr">1982 </span> 68/push <span class="Constant">"ff 0/subop/increment"</span>/imm32/subx-name
<span id="L1983" class="LineNr">1983 </span> 68/push 0/imm32/outputs
<span id="L1984" class="LineNr">1984 </span> 57/push-edi/inouts/real-outputs <span class="subxComment"># hack; in practice we won't have the same var in function definition and call</span>
<span id="L1985" class="LineNr">1985 </span> 68/push <span class="Constant">"increment"</span>/imm32/name
<span id="L1986" class="LineNr">1986 </span> 89/<- %ebx 4/r32/esp
<span id="L1987" class="LineNr">1987 </span> <span class="subxComment"># convert</span>
<span id="L1988" class="LineNr">1988 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi %edx %ebx 0)
<span id="L1989" class="LineNr">1989 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L1990" class="Folded">1990 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L1996" class="LineNr">1996 </span> <span class="subxComment"># check output</span>
<span id="L1997" class="LineNr">1997 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"ff 0/subop/increment %eax"</span> <span class="Constant">"F - test-emit-subx-statement-select-primitive-2"</span>)
<span id="L1998" class="LineNr">1998 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L1999" class="LineNr">1999 </span> 89/<- %esp 5/r32/ebp
<span id="L2000" class="LineNr">2000 </span> 5d/pop-to-ebp
<span id="L2001" class="LineNr">2001 </span> c3/return
<span id="L2002" class="LineNr">2002 </span>
<span id="L2003" class="LineNr">2003 </span><span class="subxTest">test-increment-register</span>:
<span id="L2004" class="LineNr">2004 </span> <span class="subxComment"># Select the right primitive between overloads.</span>
<span id="L2005" class="LineNr">2005 </span> <span class="subxComment"># foo <- increment</span>
<span id="L2006" class="LineNr">2006 </span> <span class="subxComment"># =></span>
<span id="L2007" class="LineNr">2007 </span> <span class="subxComment"># ff 0/subop/increment %eax # sub-optimal, but should suffice</span>
<span id="L2008" class="LineNr">2008 </span> <span class="subxComment">#</span>
<span id="L2009" class="LineNr">2009 </span> <span class="subxComment"># There's a variable on the var stack as follows:</span>
<span id="L2010" class="LineNr">2010 </span> <span class="subxComment"># name: 'foo'</span>
<span id="L2011" class="LineNr">2011 </span> <span class="subxComment"># type: int</span>
<span id="L2012" class="LineNr">2012 </span> <span class="subxComment"># register: 'eax'</span>
<span id="L2013" class="LineNr">2013 </span> <span class="subxComment">#</span>
<span id="L2014" class="LineNr">2014 </span> <span class="subxComment"># Primitives are the global definitions.</span>
<span id="L2015" class="LineNr">2015 </span> <span class="subxComment">#</span>
<span id="L2016" class="LineNr">2016 </span> <span class="subxComment"># There are no functions defined.</span>
<span id="L2017" class="LineNr">2017 </span> <span class="subxComment">#</span>
<span id="L2018" class="LineNr">2018 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L2019" class="LineNr">2019 </span> 55/push-ebp
<span id="L2020" class="LineNr">2020 </span> 89/<- %ebp 4/r32/esp
<span id="L2021" class="LineNr">2021 </span> <span class="subxComment"># setup</span>
<span id="L2022" class="LineNr">2022 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L2023" class="LineNr">2023 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L2024" class="LineNr">2024 </span> <span class="subxComment"># var-foo/ecx : var in eax</span>
<span id="L2025" class="LineNr">2025 </span> 68/push <span class="Constant">"eax"</span>/imm32/register
<span id="L2026" class="LineNr">2026 </span> 68/push 0/imm32/no-stack-offset
<span id="L2027" class="LineNr">2027 </span> 68/push 1/imm32/block-depth
<span id="L2028" class="LineNr">2028 </span> 68/push 1/imm32/type-int
<span id="L2029" class="LineNr">2029 </span> 68/push <span class="Constant">"foo"</span>/imm32
<span id="L2030" class="LineNr">2030 </span> 89/<- %ecx 4/r32/esp
<span id="L2031" class="LineNr">2031 </span> <span class="subxComment"># vars/edx : (stack 1)</span>
<span id="L2032" class="LineNr">2032 </span> 51/push-ecx/var-foo
<span id="L2033" class="LineNr">2033 </span> 68/push 1/imm32/data-length
<span id="L2034" class="LineNr">2034 </span> 68/push 1/imm32/top
<span id="L2035" class="LineNr">2035 </span> 89/<- %edx 4/r32/esp
<span id="L2036" class="LineNr">2036 </span> <span class="subxComment"># real-outputs/edi : (list var)</span>
<span id="L2037" class="LineNr">2037 </span> 68/push 0/imm32/next
<span id="L2038" class="LineNr">2038 </span> 51/push-ecx/var-foo
<span id="L2039" class="LineNr">2039 </span> 89/<- %edi 4/r32/esp
<span id="L2040" class="LineNr">2040 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L2041" class="LineNr">2041 </span> 68/push 0/imm32/next
<span id="L2042" class="LineNr">2042 </span> 57/push-edi/outputs
<span id="L2043" class="LineNr">2043 </span> 68/push 0/imm32/inouts
<span id="L2044" class="LineNr">2044 </span> 68/push <span class="Constant">"increment"</span>/imm32/operation
<span id="L2045" class="LineNr">2045 </span> 68/push 1/imm32
<span id="L2046" class="LineNr">2046 </span> 89/<- %esi 4/r32/esp
<span id="L2047" class="LineNr">2047 </span> <span class="subxComment"># convert</span>
<span id="L2048" class="LineNr">2048 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi %edx <span class="SpecialChar"><a href='mu.subx.html#L1026'>Primitives</a></span> 0)
<span id="L2049" class="LineNr">2049 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L2050" class="Folded">2050 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L2056" class="LineNr">2056 </span> <span class="subxComment"># check output</span>
<span id="L2057" class="LineNr">2057 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"ff 0/subop/increment %eax"</span> <span class="Constant">"F - test-increment-register"</span>)
<span id="L2058" class="LineNr">2058 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L2059" class="LineNr">2059 </span> 89/<- %esp 5/r32/ebp
<span id="L2060" class="LineNr">2060 </span> 5d/pop-to-ebp
<span id="L2061" class="LineNr">2061 </span> c3/return
<span id="L2062" class="LineNr">2062 </span>
<span id="L2063" class="LineNr">2063 </span><span class="subxTest">test-increment-var</span>:
<span id="L2064" class="LineNr">2064 </span> <span class="subxComment"># Select the right primitive between overloads.</span>
<span id="L2065" class="LineNr">2065 </span> <span class="subxComment"># foo <- increment</span>
<span id="L2066" class="LineNr">2066 </span> <span class="subxComment"># =></span>
<span id="L2067" class="LineNr">2067 </span> <span class="subxComment"># ff 0/subop/increment %eax # sub-optimal, but should suffice</span>
<span id="L2068" class="LineNr">2068 </span> <span class="subxComment">#</span>
<span id="L2069" class="LineNr">2069 </span> <span class="subxComment"># There's a variable on the var stack as follows:</span>
<span id="L2070" class="LineNr">2070 </span> <span class="subxComment"># name: 'foo'</span>
<span id="L2071" class="LineNr">2071 </span> <span class="subxComment"># type: int</span>
<span id="L2072" class="LineNr">2072 </span> <span class="subxComment"># register: 'eax'</span>
<span id="L2073" class="LineNr">2073 </span> <span class="subxComment">#</span>
<span id="L2074" class="LineNr">2074 </span> <span class="subxComment"># Primitives are the global definitions.</span>
<span id="L2075" class="LineNr">2075 </span> <span class="subxComment">#</span>
<span id="L2076" class="LineNr">2076 </span> <span class="subxComment"># There are no functions defined.</span>
<span id="L2077" class="LineNr">2077 </span> <span class="subxComment">#</span>
<span id="L2078" class="LineNr">2078 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L2079" class="LineNr">2079 </span> 55/push-ebp
<span id="L2080" class="LineNr">2080 </span> 89/<- %ebp 4/r32/esp
<span id="L2081" class="LineNr">2081 </span> <span class="subxComment"># setup</span>
<span id="L2082" class="LineNr">2082 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L2083" class="LineNr">2083 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L2084" class="LineNr">2084 </span> <span class="subxComment"># var-foo/ecx : var in eax</span>
<span id="L2085" class="LineNr">2085 </span> 68/push <span class="Constant">"eax"</span>/imm32/register
<span id="L2086" class="LineNr">2086 </span> 68/push 0/imm32/no-stack-offset
<span id="L2087" class="LineNr">2087 </span> 68/push 1/imm32/block-depth
<span id="L2088" class="LineNr">2088 </span> 68/push 1/imm32/type-int
<span id="L2089" class="LineNr">2089 </span> 68/push <span class="Constant">"foo"</span>/imm32
<span id="L2090" class="LineNr">2090 </span> 89/<- %ecx 4/r32/esp
<span id="L2091" class="LineNr">2091 </span> <span class="subxComment"># vars/edx : (stack 1)</span>
<span id="L2092" class="LineNr">2092 </span> 51/push-ecx/var-foo
<span id="L2093" class="LineNr">2093 </span> 68/push 1/imm32/data-length
<span id="L2094" class="LineNr">2094 </span> 68/push 1/imm32/top
<span id="L2095" class="LineNr">2095 </span> 89/<- %edx 4/r32/esp
<span id="L2096" class="LineNr">2096 </span> <span class="subxComment"># inouts/edi : (list var)</span>
<span id="L2097" class="LineNr">2097 </span> 68/push 0/imm32/next
<span id="L2098" class="LineNr">2098 </span> 51/push-ecx/var-foo
<span id="L2099" class="LineNr">2099 </span> 89/<- %edi 4/r32/esp
<span id="L2100" class="LineNr">2100 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L2101" class="LineNr">2101 </span> 68/push 0/imm32/next
<span id="L2102" class="LineNr">2102 </span> 68/push 0/imm32/outputs
<span id="L2103" class="LineNr">2103 </span> 57/push-edi/inouts
<span id="L2104" class="LineNr">2104 </span> 68/push <span class="Constant">"increment"</span>/imm32/operation
<span id="L2105" class="LineNr">2105 </span> 68/push 1/imm32
<span id="L2106" class="LineNr">2106 </span> 89/<- %esi 4/r32/esp
<span id="L2107" class="LineNr">2107 </span> <span class="subxComment"># convert</span>
<span id="L2108" class="LineNr">2108 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi %edx <span class="SpecialChar"><a href='mu.subx.html#L1026'>Primitives</a></span> 0)
<span id="L2109" class="LineNr">2109 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L2110" class="Folded">2110 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L2116" class="LineNr">2116 </span> <span class="subxComment"># check output</span>
<span id="L2117" class="LineNr">2117 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"ff 0/subop/increment %eax"</span> <span class="Constant">"F - test-increment-var"</span>)
<span id="L2118" class="LineNr">2118 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L2119" class="LineNr">2119 </span> 89/<- %esp 5/r32/ebp
<span id="L2120" class="LineNr">2120 </span> 5d/pop-to-ebp
<span id="L2121" class="LineNr">2121 </span> c3/return
<span id="L2122" class="LineNr">2122 </span>
<span id="L2123" class="LineNr">2123 </span><span class="subxTest">test-add-reg-to-reg</span>:
<span id="L2124" class="LineNr">2124 </span> <span class="subxComment"># var1/reg <- add var2/reg</span>
<span id="L2125" class="LineNr">2125 </span> <span class="subxComment"># =></span>
<span id="L2126" class="LineNr">2126 </span> <span class="subxComment"># 01 %var1 var2</span>
<span id="L2127" class="LineNr">2127 </span> <span class="subxComment">#</span>
<span id="L2128" class="LineNr">2128 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L2129" class="LineNr">2129 </span> 55/push-ebp
<span id="L2130" class="LineNr">2130 </span> 89/<- %ebp 4/r32/esp
<span id="L2131" class="LineNr">2131 </span> <span class="subxComment"># setup</span>
<span id="L2132" class="LineNr">2132 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L2133" class="LineNr">2133 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L2134" class="LineNr">2134 </span> <span class="subxComment"># var-var1/ecx : var in eax</span>
<span id="L2135" class="LineNr">2135 </span> 68/push <span class="Constant">"eax"</span>/imm32/register
<span id="L2136" class="LineNr">2136 </span> 68/push 0/imm32/no-stack-offset
<span id="L2137" class="LineNr">2137 </span> 68/push 1/imm32/block-depth
<span id="L2138" class="LineNr">2138 </span> 68/push 1/imm32/type-int
<span id="L2139" class="LineNr">2139 </span> 68/push <span class="Constant">"var1"</span>/imm32
<span id="L2140" class="LineNr">2140 </span> 89/<- %ecx 4/r32/esp
<span id="L2141" class="LineNr">2141 </span> <span class="subxComment"># var-var2/edx : var in ecx</span>
<span id="L2142" class="LineNr">2142 </span> 68/push <span class="Constant">"ecx"</span>/imm32/register
<span id="L2143" class="LineNr">2143 </span> 68/push 0/imm32/no-stack-offset
<span id="L2144" class="LineNr">2144 </span> 68/push 1/imm32/block-depth
<span id="L2145" class="LineNr">2145 </span> 68/push 1/imm32/type-int
<span id="L2146" class="LineNr">2146 </span> 68/push <span class="Constant">"var2"</span>/imm32
<span id="L2147" class="LineNr">2147 </span> 89/<- %edx 4/r32/esp
<span id="L2148" class="LineNr">2148 </span> <span class="subxComment"># inouts/esi : (list var2)</span>
<span id="L2149" class="LineNr">2149 </span> 68/push 0/imm32/next
<span id="L2150" class="LineNr">2150 </span> 52/push-edx/var-var2
<span id="L2151" class="LineNr">2151 </span> 89/<- %esi 4/r32/esp
<span id="L2152" class="LineNr">2152 </span> <span class="subxComment"># outputs/edi : (list var1)</span>
<span id="L2153" class="LineNr">2153 </span> 68/push 0/imm32/next
<span id="L2154" class="LineNr">2154 </span> 51/push-ecx/var-var1
<span id="L2155" class="LineNr">2155 </span> 89/<- %edi 4/r32/esp
<span id="L2156" class="LineNr">2156 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L2157" class="LineNr">2157 </span> 68/push 0/imm32/next
<span id="L2158" class="LineNr">2158 </span> 57/push-edi/outputs
<span id="L2159" class="LineNr">2159 </span> 56/push-esi/inouts
<span id="L2160" class="LineNr">2160 </span> 68/push <span class="Constant">"add"</span>/imm32/operation
<span id="L2161" class="LineNr">2161 </span> 68/push 1/imm32
<span id="L2162" class="LineNr">2162 </span> 89/<- %esi 4/r32/esp
<span id="L2163" class="LineNr">2163 </span> <span class="subxComment"># convert</span>
<span id="L2164" class="LineNr">2164 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi 0 <span class="SpecialChar"><a href='mu.subx.html#L1026'>Primitives</a></span> 0)
<span id="L2165" class="LineNr">2165 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L2166" class="Folded">2166 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L2172" class="LineNr">2172 </span> <span class="subxComment"># check output</span>
<span id="L2173" class="LineNr">2173 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"01 %eax 0x00000001/r32"</span> <span class="Constant">"F - test-add-reg-to-reg"</span>)
<span id="L2174" class="LineNr">2174 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L2175" class="LineNr">2175 </span> 89/<- %esp 5/r32/ebp
<span id="L2176" class="LineNr">2176 </span> 5d/pop-to-ebp
<span id="L2177" class="LineNr">2177 </span> c3/return
<span id="L2178" class="LineNr">2178 </span>
<span id="L2179" class="LineNr">2179 </span><span class="subxTest">test-add-literal-to-reg</span>:
<span id="L2180" class="LineNr">2180 </span> <span class="subxComment"># var1/eax <- add 0x34</span>
<span id="L2181" class="LineNr">2181 </span> <span class="subxComment"># =></span>
<span id="L2182" class="LineNr">2182 </span> <span class="subxComment"># 81 0/subop/add %eax 0x34/imm32</span>
<span id="L2183" class="LineNr">2183 </span> <span class="subxComment">#</span>
<span id="L2184" class="LineNr">2184 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L2185" class="LineNr">2185 </span> 55/push-ebp
<span id="L2186" class="LineNr">2186 </span> 89/<- %ebp 4/r32/esp
<span id="L2187" class="LineNr">2187 </span> <span class="subxComment"># setup</span>
<span id="L2188" class="LineNr">2188 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L2189" class="LineNr">2189 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L2190" class="LineNr">2190 </span> <span class="subxComment"># var-var1/ecx : var in eax</span>
<span id="L2191" class="LineNr">2191 </span> 68/push <span class="Constant">"eax"</span>/imm32/register
<span id="L2192" class="LineNr">2192 </span> 68/push 0/imm32/no-stack-offset
<span id="L2193" class="LineNr">2193 </span> 68/push 1/imm32/block-depth
<span id="L2194" class="LineNr">2194 </span> 68/push 1/imm32/type-int
<span id="L2195" class="LineNr">2195 </span> 68/push <span class="Constant">"var1"</span>/imm32
<span id="L2196" class="LineNr">2196 </span> 89/<- %ecx 4/r32/esp
<span id="L2197" class="LineNr">2197 </span> <span class="subxComment"># var-var2/edx : var literal</span>
<span id="L2198" class="LineNr">2198 </span> 68/push 0/imm32/no-register
<span id="L2199" class="LineNr">2199 </span> 68/push 0/imm32/no-stack-offset
<span id="L2200" class="LineNr">2200 </span> 68/push 1/imm32/block-depth
<span id="L2201" class="LineNr">2201 </span> 68/push 0/imm32/type-literal
<span id="L2202" class="LineNr">2202 </span> 68/push <span class="Constant">"0x34"</span>/imm32
<span id="L2203" class="LineNr">2203 </span> 89/<- %edx 4/r32/esp
<span id="L2204" class="LineNr">2204 </span> <span class="subxComment"># inouts/esi : (list var2)</span>
<span id="L2205" class="LineNr">2205 </span> 68/push 0/imm32/next
<span id="L2206" class="LineNr">2206 </span> 52/push-edx/var-var2
<span id="L2207" class="LineNr">2207 </span> 89/<- %esi 4/r32/esp
<span id="L2208" class="LineNr">2208 </span> <span class="subxComment"># outputs/edi : (list var1)</span>
<span id="L2209" class="LineNr">2209 </span> 68/push 0/imm32/next
<span id="L2210" class="LineNr">2210 </span> 51/push-ecx/var-var1
<span id="L2211" class="LineNr">2211 </span> 89/<- %edi 4/r32/esp
<span id="L2212" class="LineNr">2212 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L2213" class="LineNr">2213 </span> 68/push 0/imm32/next
<span id="L2214" class="LineNr">2214 </span> 57/push-edi/outputs
<span id="L2215" class="LineNr">2215 </span> 56/push-esi/inouts
<span id="L2216" class="LineNr">2216 </span> 68/push <span class="Constant">"add"</span>/imm32/operation
<span id="L2217" class="LineNr">2217 </span> 68/push 1/imm32
<span id="L2218" class="LineNr">2218 </span> 89/<- %esi 4/r32/esp
<span id="L2219" class="LineNr">2219 </span> <span class="subxComment"># convert</span>
<span id="L2220" class="LineNr">2220 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi 0 <span class="SpecialChar"><a href='mu.subx.html#L1026'>Primitives</a></span> 0)
<span id="L2221" class="LineNr">2221 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L2222" class="Folded">2222 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L2228" class="LineNr">2228 </span> <span class="subxComment"># check output</span>
<span id="L2229" class="LineNr">2229 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"81 0/subop/add %eax 0x34/imm32"</span> <span class="Constant">"F - test-add-literal-to-reg"</span>)
<span id="L2230" class="LineNr">2230 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L2231" class="LineNr">2231 </span> 89/<- %esp 5/r32/ebp
<span id="L2232" class="LineNr">2232 </span> 5d/pop-to-ebp
<span id="L2233" class="LineNr">2233 </span> c3/return
<span id="L2234" class="LineNr">2234 </span>
<span id="L2235" class="LineNr">2235 </span><span class="subxTest">test-add-literal-to-mem</span>:
<span id="L2236" class="LineNr">2236 </span> <span class="subxComment"># add-to var1, 0x34</span>
<span id="L2237" class="LineNr">2237 </span> <span class="subxComment"># =></span>
<span id="L2238" class="LineNr">2238 </span> <span class="subxComment"># 81 0/subop/add %eax 0x34/imm32</span>
<span id="L2239" class="LineNr">2239 </span> <span class="subxComment">#</span>
<span id="L2240" class="LineNr">2240 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L2241" class="LineNr">2241 </span> 55/push-ebp
<span id="L2242" class="LineNr">2242 </span> 89/<- %ebp 4/r32/esp
<span id="L2243" class="LineNr">2243 </span> <span class="subxComment"># setup</span>
<span id="L2244" class="LineNr">2244 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L2245" class="LineNr">2245 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L2246" class="LineNr">2246 </span> <span class="subxComment"># var-var1/ecx : var</span>
<span id="L2247" class="LineNr">2247 </span> 68/push 0/imm32/no-register
<span id="L2248" class="LineNr">2248 </span> 68/push 8/imm32/stack-offset
<span id="L2249" class="LineNr">2249 </span> 68/push 1/imm32/block-depth
<span id="L2250" class="LineNr">2250 </span> 68/push 1/imm32/type-int
<span id="L2251" class="LineNr">2251 </span> 68/push <span class="Constant">"var1"</span>/imm32
<span id="L2252" class="LineNr">2252 </span> 89/<- %ecx 4/r32/esp
<span id="L2253" class="LineNr">2253 </span> <span class="subxComment"># var-var2/edx : var literal</span>
<span id="L2254" class="LineNr">2254 </span> 68/push 0/imm32/no-register
<span id="L2255" class="LineNr">2255 </span> 68/push 0/imm32/no-stack-offset
<span id="L2256" class="LineNr">2256 </span> 68/push 1/imm32/block-depth
<span id="L2257" class="LineNr">2257 </span> 68/push 0/imm32/type-literal
<span id="L2258" class="LineNr">2258 </span> 68/push <span class="Constant">"0x34"</span>/imm32
<span id="L2259" class="LineNr">2259 </span> 89/<- %edx 4/r32/esp
<span id="L2260" class="LineNr">2260 </span> <span class="subxComment"># inouts/esi : (list var2)</span>
<span id="L2261" class="LineNr">2261 </span> 68/push 0/imm32/next
<span id="L2262" class="LineNr">2262 </span> 52/push-edx/var-var2
<span id="L2263" class="LineNr">2263 </span> 89/<- %esi 4/r32/esp
<span id="L2264" class="LineNr">2264 </span> <span class="subxComment"># inouts = (list var1 inouts)</span>
<span id="L2265" class="LineNr">2265 </span> 56/push-esi/next
<span id="L2266" class="LineNr">2266 </span> 51/push-ecx/var-var1
<span id="L2267" class="LineNr">2267 </span> 89/<- %esi 4/r32/esp
<span id="L2268" class="LineNr">2268 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L2269" class="LineNr">2269 </span> 68/push 0/imm32/next
<span id="L2270" class="LineNr">2270 </span> 68/push 0/imm32/outputs
<span id="L2271" class="LineNr">2271 </span> 56/push-esi/inouts
<span id="L2272" class="LineNr">2272 </span> 68/push <span class="Constant">"add-to"</span>/imm32/operation
<span id="L2273" class="LineNr">2273 </span> 68/push 1/imm32
<span id="L2274" class="LineNr">2274 </span> 89/<- %esi 4/r32/esp
<span id="L2275" class="LineNr">2275 </span> <span class="subxComment"># convert</span>
<span id="L2276" class="LineNr">2276 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi 0 <span class="SpecialChar"><a href='mu.subx.html#L1026'>Primitives</a></span> 0)
<span id="L2277" class="LineNr">2277 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L2278" class="Folded">2278 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L2284" class="LineNr">2284 </span> <span class="subxComment"># check output</span>
<span id="L2285" class="LineNr">2285 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"81 0/subop/add *(ebp+0x00000008) 0x34/imm32"</span> <span class="Constant">"F - test-add-literal-to-mem"</span>)
<span id="L2286" class="LineNr">2286 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L2287" class="LineNr">2287 </span> 89/<- %esp 5/r32/ebp
<span id="L2288" class="LineNr">2288 </span> 5d/pop-to-ebp
<span id="L2289" class="LineNr">2289 </span> c3/return
<span id="L2290" class="LineNr">2290 </span>
<span id="L2291" class="LineNr">2291 </span><span class="subxTest">test-emit-subx-statement-function-call</span>:
<span id="L2292" class="LineNr">2292 </span> <span class="subxComment"># Call a function on a variable on the stack.</span>
<span id="L2293" class="LineNr">2293 </span> <span class="subxComment"># f foo</span>
<span id="L2294" class="LineNr">2294 </span> <span class="subxComment"># =></span>
<span id="L2295" class="LineNr">2295 </span> <span class="subxComment"># (f2 *(ebp-8))</span>
<span id="L2296" class="LineNr">2296 </span> <span class="subxComment"># (Changing the function name supports overloading in general, but here it</span>
<span id="L2297" class="LineNr">2297 </span> <span class="subxComment"># just serves to help disambiguate things.)</span>
<span id="L2298" class="LineNr">2298 </span> <span class="subxComment">#</span>
<span id="L2299" class="LineNr">2299 </span> <span class="subxComment"># There's a variable on the var stack as follows:</span>
<span id="L2300" class="LineNr">2300 </span> <span class="subxComment"># name: 'foo'</span>
<span id="L2301" class="LineNr">2301 </span> <span class="subxComment"># type: int</span>
<span id="L2302" class="LineNr">2302 </span> <span class="subxComment"># stack-offset: -8</span>
<span id="L2303" class="LineNr">2303 </span> <span class="subxComment">#</span>
<span id="L2304" class="LineNr">2304 </span> <span class="subxComment"># There's nothing in primitives.</span>
<span id="L2305" class="LineNr">2305 </span> <span class="subxComment">#</span>
<span id="L2306" class="LineNr">2306 </span> <span class="subxComment"># There's a function with this info:</span>
<span id="L2307" class="LineNr">2307 </span> <span class="subxComment"># name: 'f'</span>
<span id="L2308" class="LineNr">2308 </span> <span class="subxComment"># inout: int/mem</span>
<span id="L2309" class="LineNr">2309 </span> <span class="subxComment"># value: 'f2'</span>
<span id="L2310" class="LineNr">2310 </span> <span class="subxComment">#</span>
<span id="L2311" class="LineNr">2311 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L2312" class="LineNr">2312 </span> 55/push-ebp
<span id="L2313" class="LineNr">2313 </span> 89/<- %ebp 4/r32/esp
<span id="L2314" class="LineNr">2314 </span> <span class="subxComment"># setup</span>
<span id="L2315" class="LineNr">2315 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L2316" class="LineNr">2316 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L2317" class="LineNr">2317 </span> <span class="subxComment"># var-foo/ecx : var</span>
<span id="L2318" class="LineNr">2318 </span> 68/push 0/imm32/no-register
<span id="L2319" class="LineNr">2319 </span> 68/push -8/imm32/stack-offset
<span id="L2320" class="LineNr">2320 </span> 68/push 0/imm32/block-depth
<span id="L2321" class="LineNr">2321 </span> 68/push 1/imm32/type-int
<span id="L2322" class="LineNr">2322 </span> 68/push <span class="Constant">"foo"</span>/imm32
<span id="L2323" class="LineNr">2323 </span> 89/<- %ecx 4/r32/esp
<span id="L2324" class="LineNr">2324 </span> <span class="subxComment"># vars/edx = (stack 1)</span>
<span id="L2325" class="LineNr">2325 </span> 51/push-ecx/var-foo
<span id="L2326" class="LineNr">2326 </span> 68/push 1/imm32/data-length
<span id="L2327" class="LineNr">2327 </span> 68/push 1/imm32/top
<span id="L2328" class="LineNr">2328 </span> 89/<- %edx 4/r32/esp
<span id="L2329" class="LineNr">2329 </span> <span class="subxComment"># operands/esi : (list var)</span>
<span id="L2330" class="LineNr">2330 </span> 68/push 0/imm32/next
<span id="L2331" class="LineNr">2331 </span> 51/push-ecx/var-foo
<span id="L2332" class="LineNr">2332 </span> 89/<- %esi 4/r32/esp
<span id="L2333" class="LineNr">2333 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L2334" class="LineNr">2334 </span> 68/push 0/imm32/next
<span id="L2335" class="LineNr">2335 </span> 68/push 0/imm32/outputs
<span id="L2336" class="LineNr">2336 </span> 56/push-esi/inouts
<span id="L2337" class="LineNr">2337 </span> 68/push <span class="Constant">"f"</span>/imm32/operation
<span id="L2338" class="LineNr">2338 </span> 68/push 1/imm32
<span id="L2339" class="LineNr">2339 </span> 89/<- %esi 4/r32/esp
<span id="L2340" class="LineNr">2340 </span> <span class="subxComment"># functions/ebx : function</span>
<span id="L2341" class="LineNr">2341 </span> 68/push 0/imm32/next
<span id="L2342" class="LineNr">2342 </span> 68/push 0/imm32/body
<span id="L2343" class="LineNr">2343 </span> 68/push 0/imm32/outputs
<span id="L2344" class="LineNr">2344 </span> 51/push-ecx/inouts <span class="subxComment"># hack; in practice we won't have the same var in function definition and call</span>
<span id="L2345" class="LineNr">2345 </span> 68/push <span class="Constant">"f2"</span>/imm32/subx-name
<span id="L2346" class="LineNr">2346 </span> 68/push <span class="Constant">"f"</span>/imm32/name
<span id="L2347" class="LineNr">2347 </span> 89/<- %ebx 4/r32/esp
<span id="L2348" class="LineNr">2348 </span> <span class="subxComment"># convert</span>
<span id="L2349" class="LineNr">2349 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi %edx 0 %ebx)
<span id="L2350" class="LineNr">2350 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L2351" class="Folded">2351 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L2357" class="LineNr">2357 </span> <span class="subxComment"># check output</span>
<span id="L2358" class="LineNr">2358 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"(f2 *(ebp+0xfffffff8))"</span> <span class="Constant">"F - test-emit-subx-statement-function-call"</span>)
<span id="L2359" class="LineNr">2359 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L2360" class="LineNr">2360 </span> 89/<- %esp 5/r32/ebp
<span id="L2361" class="LineNr">2361 </span> 5d/pop-to-ebp
<span id="L2362" class="LineNr">2362 </span> c3/return
<span id="L2363" class="LineNr">2363 </span>
<span id="L2364" class="LineNr">2364 </span><span class="subxTest">test-emit-subx-statement-function-call-with-literal-arg</span>:
<span id="L2365" class="LineNr">2365 </span> <span class="subxComment"># Call a function on a literal.</span>
<span id="L2366" class="LineNr">2366 </span> <span class="subxComment"># f 34</span>
<span id="L2367" class="LineNr">2367 </span> <span class="subxComment"># =></span>
<span id="L2368" class="LineNr">2368 </span> <span class="subxComment"># (f2 34)</span>
<span id="L2369" class="LineNr">2369 </span> <span class="subxComment">#</span>
<span id="L2370" class="LineNr">2370 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L2371" class="LineNr">2371 </span> 55/push-ebp
<span id="L2372" class="LineNr">2372 </span> 89/<- %ebp 4/r32/esp
<span id="L2373" class="LineNr">2373 </span> <span class="subxComment"># setup</span>
<span id="L2374" class="LineNr">2374 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a>)
<span id="L2375" class="LineNr">2375 </span> (<a href='../055stream.subx.html#L17'>clear-stream</a> <a href='../064write-byte.subx.html#L331'>_test-output-buffered-file->buffer</a>)
<span id="L2376" class="LineNr">2376 </span> <span class="subxComment"># var-foo/ecx : literal</span>
<span id="L2377" class="LineNr">2377 </span> 68/push 0/imm32/no-register
<span id="L2378" class="LineNr">2378 </span> 68/push 0/imm32/no-stack-offset
<span id="L2379" class="LineNr">2379 </span> 68/push 0/imm32/block-depth
<span id="L2380" class="LineNr">2380 </span> 68/push 0/imm32/type-literal
<span id="L2381" class="LineNr">2381 </span> 68/push <span class="Constant">"34"</span>/imm32
<span id="L2382" class="LineNr">2382 </span> 89/<- %ecx 4/r32/esp
<span id="L2383" class="LineNr">2383 </span> <span class="subxComment"># vars/edx = (stack 1)</span>
<span id="L2384" class="LineNr">2384 </span> 51/push-ecx/var-foo
<span id="L2385" class="LineNr">2385 </span> 68/push 1/imm32/data-length
<span id="L2386" class="LineNr">2386 </span> 68/push 1/imm32/top
<span id="L2387" class="LineNr">2387 </span> 89/<- %edx 4/r32/esp
<span id="L2388" class="LineNr">2388 </span> <span class="subxComment"># operands/esi : (list var)</span>
<span id="L2389" class="LineNr">2389 </span> 68/push 0/imm32/next
<span id="L2390" class="LineNr">2390 </span> 51/push-ecx/var-foo
<span id="L2391" class="LineNr">2391 </span> 89/<- %esi 4/r32/esp
<span id="L2392" class="LineNr">2392 </span> <span class="subxComment"># stmt/esi : statement</span>
<span id="L2393" class="LineNr">2393 </span> 68/push 0/imm32/next
<span id="L2394" class="LineNr">2394 </span> 68/push 0/imm32/outputs
<span id="L2395" class="LineNr">2395 </span> 56/push-esi/inouts
<span id="L2396" class="LineNr">2396 </span> 68/push <span class="Constant">"f"</span>/imm32/operation
<span id="L2397" class="LineNr">2397 </span> 68/push 1/imm32
<span id="L2398" class="LineNr">2398 </span> 89/<- %esi 4/r32/esp
<span id="L2399" class="LineNr">2399 </span> <span class="subxComment"># functions/ebx : function</span>
<span id="L2400" class="LineNr">2400 </span> 68/push 0/imm32/next
<span id="L2401" class="LineNr">2401 </span> 68/push 0/imm32/body
<span id="L2402" class="LineNr">2402 </span> 68/push 0/imm32/outputs
<span id="L2403" class="LineNr">2403 </span> 51/push-ecx/inouts <span class="subxComment"># hack; in practice we won't have the same var in function definition and call</span>
<span id="L2404" class="LineNr">2404 </span> 68/push <span class="Constant">"f2"</span>/imm32/subx-name
<span id="L2405" class="LineNr">2405 </span> 68/push <span class="Constant">"f"</span>/imm32/name
<span id="L2406" class="LineNr">2406 </span> 89/<- %ebx 4/r32/esp
<span id="L2407" class="LineNr">2407 </span> <span class="subxComment"># convert</span>
<span id="L2408" class="LineNr">2408 </span> (<a href='mu.subx.html#L976'>emit-subx-statement</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a> %esi %edx 0 %ebx)
<span id="L2409" class="LineNr">2409 </span> (<a href='../064write-byte.subx.html#L81'>flush</a> <a href='../064write-byte.subx.html#L328'>_test-output-buffered-file</a>)
<span id="L2410" class="Folded">2410 </span><span class="Folded">+-- 6 lines: #? # dump _test-output-stream ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------</span>
<span id="L2416" class="LineNr">2416 </span> <span class="subxComment"># check output</span>
<span id="L2417" class="LineNr">2417 </span> (<a href='../058stream-equal.subx.html#L563'>check-next-stream-line-equal</a> <a href='../064write-byte.subx.html#L286'>_test-output-stream</a> <span class="Constant">"(f2 34)"</span> <span class="Constant">"F - test-emit-subx-statement-function-call-with-literal-arg"</span>)
<span id="L2418" class="LineNr">2418 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L2419" class="LineNr">2419 </span> 89/<- %esp 5/r32/ebp
<span id="L2420" class="LineNr">2420 </span> 5d/pop-to-ebp
<span id="L2421" class="LineNr">2421 </span> c3/return
<span id="L2422" class="LineNr">2422 </span>
<span id="L2423" class="LineNr">2423 </span><span class="subxFunction">emit-subx-prologue</span>: <span class="subxComment"># out : (address buffered-file)</span>
<span id="L2424" class="LineNr">2424 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L2425" class="LineNr">2425 </span> 55/push-ebp
<span id="L2426" class="LineNr">2426 </span> 89/<- %ebp 4/r32/esp
<span id="L2427" class="LineNr">2427 </span> <span class="subxComment">#</span>
<span id="L2428" class="LineNr">2428 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"# . prologue\n"</span>)
<span id="L2429" class="LineNr">2429 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"55/push-ebp\n"</span>)
<span id="L2430" class="LineNr">2430 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"89/<- %ebp 4/r32/esp\n"</span>)
<span id="L2431" class="LineNr">2431 </span><span class="Constant">$emit-subx-prologue:end</span>:
<span id="L2432" class="LineNr">2432 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L2433" class="LineNr">2433 </span> 89/<- %esp 5/r32/ebp
<span id="L2434" class="LineNr">2434 </span> 5d/pop-to-ebp
<span id="L2435" class="LineNr">2435 </span> c3/return
<span id="L2436" class="LineNr">2436 </span>
<span id="L2437" class="LineNr">2437 </span><span class="subxFunction">emit-subx-epilogue</span>: <span class="subxComment"># out : (address buffered-file)</span>
<span id="L2438" class="LineNr">2438 </span> <span class="subxS1Comment"># . prologue</span>
<span id="L2439" class="LineNr">2439 </span> 55/push-ebp
<span id="L2440" class="LineNr">2440 </span> 89/<- %ebp 4/r32/esp
<span id="L2441" class="LineNr">2441 </span> <span class="subxComment">#</span>
<span id="L2442" class="LineNr">2442 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"# . epilogue\n"</span>)
<span id="L2443" class="LineNr">2443 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"89/<- %esp 5/r32/ebp\n"</span>)
<span id="L2444" class="LineNr">2444 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"5d/pop-to-ebp\n"</span>)
<span id="L2445" class="LineNr">2445 </span> (<a href='../065write-buffered.subx.html#L8'>write-buffered</a> *(ebp+8) <span class="Constant">"c3/return\n"</span>)
<span id="L2446" class="LineNr">2446 </span><span class="Constant">$emit-subx-epilogue:end</span>:
<span id="L2447" class="LineNr">2447 </span> <span class="subxS1Comment"># . epilogue</span>
<span id="L2448" class="LineNr">2448 </span> 89/<- %esp 5/r32/ebp
<span id="L2449" class="LineNr">2449 </span> 5d/pop-to-ebp
<span id="L2450" class="LineNr">2450 </span> c3/return
</pre>
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