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How to use doStatement method in autotest
Best Python code snippet using autotest_python
jack_compiler_test.py
Source:jack_compiler_test.py 
1#!/usr/bin/python2#3# Copyright (c) 2011 Ivan Vladimirov Ivanov (ivan.vladimirov.ivanov@gmail.com)4#5# Permission is hereby granted, free of charge, to any person obtaining a copy6# of this software and associated documentation files (the "Software"), to7# deal in the Software without restriction, including without limitation8# the rights to use, copy, modify, merge, publish, distribute, sublicense,9# and/or sell copies of the Software, and to permit persons to whom the10# Software is furnished to do so, subject to the following conditions:11#12# The above copyright notice and this permission notice shall be included13# in all copies or substantial portions of the Software.14#15# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS16# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,17# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL18# THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR19# OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE,20# ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR21# OTHER DEALINGS IN THE SOFTWARE.22__author__ = "Ivan Vladimirov Ivanov (ivan.vladimirov.ivanov@gmail.com)"23import jack_to_vm_compiler24import jack_xml_serializer25import lexical_analyser26import syntax_analyser27def RemoveBlanks(xml):28 xml = xml.replace(" ", "")29 xml = xml.replace("\n", "")30 xml = xml.replace("\r", "")31 xml = xml.replace("\t", "")32 return xml33def Compare(xml_1, xml_2):34 return RemoveBlanks(xml_1) == RemoveBlanks(xml_2)35 36class TestJackCompiler(unittest.TestCase):37 def _CompileToXML(self, program):38 return jack_xml_serializer.JackXMLSerializer().Serialize(39 syntax_analyser.SyntaxAnalyser.Parse(40 lexical_analyser.LexicalAnalyser.Tokenize(program)))41 def _CompileToHackVM(self, program):42 return jack_to_vm_compiler.JackToVMCompiler().CompileVMCode(43 syntax_analyser.SyntaxAnalyser.Parse(44 lexical_analyser.LexicalAnalyser.Tokenize(program)))45 def testCompilation(self):46 main_jack = """47// This file is part of the materials accompanying the book 48// "The Elements of Computing Systems" by Nisan and Schocken, 49// MIT Press. Book site: www.idc.ac.il/tecs50// File name: projects/10/Square/Main.jack51/**52 * The Main class initializes a new Square Dance game and starts it.53 */54class Main {55 /** Initializes a new game and starts it. */ 56 function void main() {57 var SquareGame game;58 let game = SquareGame.new();59 do game.run();60 do game.dispose();61 return;62 }63}"""64 square_jack = """65// This file is part of the materials accompanying the book 66// "The Elements of Computing Systems" by Nisan and Schocken, 67// MIT Press. Book site: www.idc.ac.il/tecs68// File name: projects/10/Square/Square.jack69/**70 * The Square class implements a graphic square. A graphic square 71 * has a location on the screen and a size. It also has methods 72 * for drawing, erasing, moving on the screen, and changing its size.73 */74class Square {75 // Location on the screen76 field int x, y;77 // The size of the square78 field int size;79 /** Constructs a new square with a given location and size. */80 constructor Square new(int Ax, int Ay, int Asize) {81 let x = Ax;82 let y = Ay;83 let size = Asize;84 do draw();85 return this;86 }87 /** Deallocates the object's memory. */88 method void dispose() {89 do Memory.deAlloc(this);90 return;91 }92 /** Draws the square on the screen. */93 method void draw() {94 do Screen.setColor(true);95 do Screen.drawRectangle(x, y, x + size, y + size);96 return;97 }98 /** Erases the square from the screen. */99 method void erase() {100 do Screen.setColor(false);101 do Screen.drawRectangle(x, y, x + size, y + size);102 return;103 }104 /** Increments the size by 2. */105 method void incSize() {106 if (((y + size) < 254) & ((x + size) < 510)) {107 do erase();108 let size = size + 2;109 do draw();110 }111 return;112 }113 /** Decrements the size by 2. */114 method void decSize() {115 if (size > 2) {116 do erase();117 let size = size - 2;118 do draw();119 }120 return;121 }122 /** Moves up by 2. */123 method void moveUp() {124 if (y > 1) {125 do Screen.setColor(false);126 do Screen.drawRectangle(x, (y + size) - 1, x + size, y + size);127 let y = y - 2;128 do Screen.setColor(true);129 do Screen.drawRectangle(x, y, x + size, y + 1);130 }131 return;132 }133 /** Moves down by 2. */134 method void moveDown() {135 if ((y + size) < 254) {136 do Screen.setColor(false);137 do Screen.drawRectangle(x, y, x + size, y + 1);138 let y = y + 2;139 do Screen.setColor(true);140 do Screen.drawRectangle(x, (y + size) - 1, x + size, y + size);141 }142 return;143 }144 /** Moves left by 2. */145 method void moveLeft() {146 if (x > 1) {147 do Screen.setColor(false);148 do Screen.drawRectangle((x + size) - 1, y, x + size, y + size);149 let x = x - 2;150 do Screen.setColor(true);151 do Screen.drawRectangle(x, y, x + 1, y + size);152 }153 return;154 }155 /** Moves right by 2. */156 method void moveRight() {157 if ((x + size) < 510) {158 do Screen.setColor(false);159 do Screen.drawRectangle(x, y, x + 1, y + size);160 let x = x + 2;161 do Screen.setColor(true);162 do Screen.drawRectangle((x + size) - 1, y, x + size, y + size);163 }164 return;165 }166}167"""168 square_game_jack = """169// This file is part of the materials accompanying the book 170// "The Elements of Computing Systems" by Nisan and Schocken, 171// MIT Press. Book site: www.idc.ac.il/tecs172// File name: projects/10/Square/SquareGame.jack173/**174 * The SquareDance class implements the Square Dance game.175 * In this game you can move a black square around the screen and176 * change its size during the movement.177 * In the beggining, the square is located at the top left corner.178 * Use the arrow keys to move the square.179 * Use 'z' & 'x' to decrement & increment the size.180 * Use 'q' to quit.181 */182class SquareGame {183 // The square184 field Square square;185 // The square's movement direction186 field int direction; // 0=none,1=up,2=down,3=left,4=right187 /** Constructs a new Square Game. */188 constructor SquareGame new() {189 let square = Square.new(0, 0, 30);190 let direction = 0;191 return this;192 }193 /** Deallocates the object's memory. */194 method void dispose() {195 do square.dispose();196 do Memory.deAlloc(this);197 return;198 }199 /** Starts the game. Handles inputs from the user that controls200 * the square movement direction and size. */201 method void run() {202 var char key;203 var boolean exit;204 let exit = false;205 while (~exit) {206 // waits for a key to be pressed.207 while (key = 0) {208 let key = Keyboard.keyPressed();209 do moveSquare();210 }211 if (key = 81) {212 let exit = true;213 }214 if (key = 90) {215 do square.decSize();216 }217 if (key = 88) {218 do square.incSize();219 }220 if (key = 131) {221 let direction = 1;222 }223 if (key = 133) {224 let direction = 2;225 }226 if (key = 130) {227 let direction = 3;228 }229 if (key = 132) {230 let direction = 4;231 }232 // waits for the key to be released.233 while (~(key = 0)) {234 let key = Keyboard.keyPressed();235 do moveSquare();236 }237 }238 239 return;240 }241 /** Moves the square by 2 in the current direction. */242 method void moveSquare() {243 if (direction = 1) {244 do square.moveUp();245 }246 if (direction = 2) {247 do square.moveDown();248 }249 if (direction = 3) {250 do square.moveLeft();251 }252 if (direction = 4) {253 do square.moveRight();254 }255 do Sys.wait(5); // Delays the next movement.256 return;257 }258}259"""260 main_xml = """261<class>262 <keyword> class </keyword>263 <identifier> Main </identifier>264 <symbol> { </symbol>265 <subroutineDec>266 <keyword> function </keyword>267 <keyword> void </keyword>268 <identifier> main </identifier>269 <symbol> ( </symbol>270 <parameterList>271 </parameterList>272 <symbol> ) </symbol>273 <subroutineBody>274 <symbol> { </symbol>275 <varDec>276 <keyword> var </keyword>277 <identifier> SquareGame </identifier>278 <identifier> game </identifier>279 <symbol> ; </symbol>280 </varDec>281 <statements>282 <letStatement>283 <keyword> let </keyword>284 <identifier> game </identifier>285 <symbol> = </symbol>286 <expression>287 <term>288 <identifier> SquareGame </identifier>289 <symbol> . </symbol>290 <identifier> new </identifier>291 <symbol> ( </symbol>292 <expressionList>293 </expressionList>294 <symbol> ) </symbol>295 </term>296 </expression>297 <symbol> ; </symbol>298 </letStatement>299 <doStatement>300 <keyword> do </keyword>301 <identifier> game </identifier>302 <symbol> . </symbol>303 <identifier> run </identifier>304 <symbol> ( </symbol>305 <expressionList>306 </expressionList>307 <symbol> ) </symbol>308 <symbol> ; </symbol>309 </doStatement>310 <doStatement>311 <keyword> do </keyword>312 <identifier> game </identifier>313 <symbol> . </symbol>314 <identifier> dispose </identifier>315 <symbol> ( </symbol>316 <expressionList>317 </expressionList>318 <symbol> ) </symbol>319 <symbol> ; </symbol>320 </doStatement>321 <returnStatement>322 <keyword> return </keyword>323 <symbol> ; </symbol>324 </returnStatement>325 </statements>326 <symbol> } </symbol>327 </subroutineBody>328 </subroutineDec>329 <symbol> } </symbol>330</class>331"""332 square_xml = """333<class>334 <keyword> class </keyword>335 <identifier> Square </identifier>336 <symbol> { </symbol>337 <classVarDec>338 <keyword> field </keyword>339 <keyword> int </keyword>340 <identifier> x </identifier>341 <symbol> , </symbol>342 <identifier> y </identifier>343 <symbol> ; </symbol>344 </classVarDec>345 <classVarDec>346 <keyword> field </keyword>347 <keyword> int </keyword>348 <identifier> size </identifier>349 <symbol> ; </symbol>350 </classVarDec>351 <subroutineDec>352 <keyword> constructor </keyword>353 <identifier> Square </identifier>354 <identifier> new </identifier>355 <symbol> ( </symbol>356 <parameterList>357 <keyword> int </keyword>358 <identifier> Ax </identifier>359 <symbol> , </symbol>360 <keyword> int </keyword>361 <identifier> Ay </identifier>362 <symbol> , </symbol>363 <keyword> int </keyword>364 <identifier> Asize </identifier>365 </parameterList>366 <symbol> ) </symbol>367 <subroutineBody>368 <symbol> { </symbol>369 <statements>370 <letStatement>371 <keyword> let </keyword>372 <identifier> x </identifier>373 <symbol> = </symbol>374 <expression>375 <term>376 <identifier> Ax </identifier>377 </term>378 </expression>379 <symbol> ; </symbol>380 </letStatement>381 <letStatement>382 <keyword> let </keyword>383 <identifier> y </identifier>384 <symbol> = </symbol>385 <expression>386 <term>387 <identifier> Ay </identifier>388 </term>389 </expression>390 <symbol> ; </symbol>391 </letStatement>392 <letStatement>393 <keyword> let </keyword>394 <identifier> size </identifier>395 <symbol> = </symbol>396 <expression>397 <term>398 <identifier> Asize </identifier>399 </term>400 </expression>401 <symbol> ; </symbol>402 </letStatement>403 <doStatement>404 <keyword> do </keyword>405 <identifier> draw </identifier>406 <symbol> ( </symbol>407 <expressionList>408 </expressionList>409 <symbol> ) </symbol>410 <symbol> ; </symbol>411 </doStatement>412 <returnStatement>413 <keyword> return </keyword>414 <expression>415 <term>416 <keyword> this </keyword>417 </term>418 </expression>419 <symbol> ; </symbol>420 </returnStatement>421 </statements>422 <symbol> } </symbol>423 </subroutineBody>424 </subroutineDec>425 <subroutineDec>426 <keyword> method </keyword>427 <keyword> void </keyword>428 <identifier> dispose </identifier>429 <symbol> ( </symbol>430 <parameterList>431 </parameterList>432 <symbol> ) </symbol>433 <subroutineBody>434 <symbol> { </symbol>435 <statements>436 <doStatement>437 <keyword> do </keyword>438 <identifier> Memory </identifier>439 <symbol> . </symbol>440 <identifier> deAlloc </identifier>441 <symbol> ( </symbol>442 <expressionList>443 <expression>444 <term>445 <keyword> this </keyword>446 </term>447 </expression>448 </expressionList>449 <symbol> ) </symbol>450 <symbol> ; </symbol>451 </doStatement>452 <returnStatement>453 <keyword> return </keyword>454 <symbol> ; </symbol>455 </returnStatement>456 </statements>457 <symbol> } </symbol>458 </subroutineBody>459 </subroutineDec>460 <subroutineDec>461 <keyword> method </keyword>462 <keyword> void </keyword>463 <identifier> draw </identifier>464 <symbol> ( </symbol>465 <parameterList>466 </parameterList>467 <symbol> ) </symbol>468 <subroutineBody>469 <symbol> { </symbol>470 <statements>471 <doStatement>472 <keyword> do </keyword>473 <identifier> Screen </identifier>474 <symbol> . </symbol>475 <identifier> setColor </identifier>476 <symbol> ( </symbol>477 <expressionList>478 <expression>479 <term>480 <keyword> true </keyword>481 </term>482 </expression>483 </expressionList>484 <symbol> ) </symbol>485 <symbol> ; </symbol>486 </doStatement>487 <doStatement>488 <keyword> do </keyword>489 <identifier> Screen </identifier>490 <symbol> . </symbol>491 <identifier> drawRectangle </identifier>492 <symbol> ( </symbol>493 <expressionList>494 <expression>495 <term>496 <identifier> x </identifier>497 </term>498 </expression>499 <symbol> , </symbol>500 <expression>501 <term>502 <identifier> y </identifier>503 </term>504 </expression>505 <symbol> , </symbol>506 <expression>507 <term>508 <identifier> x </identifier>509 </term>510 <symbol> + </symbol>511 <term>512 <identifier> size </identifier>513 </term>514 </expression>515 <symbol> , </symbol>516 <expression>517 <term>518 <identifier> y </identifier>519 </term>520 <symbol> + </symbol>521 <term>522 <identifier> size </identifier>523 </term>524 </expression>525 </expressionList>526 <symbol> ) </symbol>527 <symbol> ; </symbol>528 </doStatement>529 <returnStatement>530 <keyword> return </keyword>531 <symbol> ; </symbol>532 </returnStatement>533 </statements>534 <symbol> } </symbol>535 </subroutineBody>536 </subroutineDec>537 <subroutineDec>538 <keyword> method </keyword>539 <keyword> void </keyword>540 <identifier> erase </identifier>541 <symbol> ( </symbol>542 <parameterList>543 </parameterList>544 <symbol> ) </symbol>545 <subroutineBody>546 <symbol> { </symbol>547 <statements>548 <doStatement>549 <keyword> do </keyword>550 <identifier> Screen </identifier>551 <symbol> . </symbol>552 <identifier> setColor </identifier>553 <symbol> ( </symbol>554 <expressionList>555 <expression>556 <term>557 <keyword> false </keyword>558 </term>559 </expression>560 </expressionList>561 <symbol> ) </symbol>562 <symbol> ; </symbol>563 </doStatement>564 <doStatement>565 <keyword> do </keyword>566 <identifier> Screen </identifier>567 <symbol> . </symbol>568 <identifier> drawRectangle </identifier>569 <symbol> ( </symbol>570 <expressionList>571 <expression>572 <term>573 <identifier> x </identifier>574 </term>575 </expression>576 <symbol> , </symbol>577 <expression>578 <term>579 <identifier> y </identifier>580 </term>581 </expression>582 <symbol> , </symbol>583 <expression>584 <term>585 <identifier> x </identifier>586 </term>587 <symbol> + </symbol>588 <term>589 <identifier> size </identifier>590 </term>591 </expression>592 <symbol> , </symbol>593 <expression>594 <term>595 <identifier> y </identifier>596 </term>597 <symbol> + </symbol>598 <term>599 <identifier> size </identifier>600 </term>601 </expression>602 </expressionList>603 <symbol> ) </symbol>604 <symbol> ; </symbol>605 </doStatement>606 <returnStatement>607 <keyword> return </keyword>608 <symbol> ; </symbol>609 </returnStatement>610 </statements>611 <symbol> } </symbol>612 </subroutineBody>613 </subroutineDec>614 <subroutineDec>615 <keyword> method </keyword>616 <keyword> void </keyword>617 <identifier> incSize </identifier>618 <symbol> ( </symbol>619 <parameterList>620 </parameterList>621 <symbol> ) </symbol>622 <subroutineBody>623 <symbol> { </symbol>624 <statements>625 <ifStatement>626 <keyword> if </keyword>627 <symbol> ( </symbol>628 <expression>629 <term>630 <symbol> ( </symbol>631 <expression>632 <term>633 <symbol> ( </symbol>634 <expression>635 <term>636 <identifier> y </identifier>637 </term>638 <symbol> + </symbol>639 <term>640 <identifier> size </identifier>641 </term>642 </expression>643 <symbol> ) </symbol>644 </term>645 <symbol> < </symbol>646 <term>647 <integerConstant> 254 </integerConstant>648 </term>649 </expression>650 <symbol> ) </symbol>651 </term>652 <symbol> & </symbol>653 <term>654 <symbol> ( </symbol>655 <expression>656 <term>657 <symbol> ( </symbol>658 <expression>659 <term>660 <identifier> x </identifier>661 </term>662 <symbol> + </symbol>663 <term>664 <identifier> size </identifier>665 </term>666 </expression>667 <symbol> ) </symbol>668 </term>669 <symbol> < </symbol>670 <term>671 <integerConstant> 510 </integerConstant>672 </term>673 </expression>674 <symbol> ) </symbol>675 </term>676 </expression>677 <symbol> ) </symbol>678 <symbol> { </symbol>679 <statements>680 <doStatement>681 <keyword> do </keyword>682 <identifier> erase </identifier>683 <symbol> ( </symbol>684 <expressionList>685 </expressionList>686 <symbol> ) </symbol>687 <symbol> ; </symbol>688 </doStatement>689 <letStatement>690 <keyword> let </keyword>691 <identifier> size </identifier>692 <symbol> = </symbol>693 <expression>694 <term>695 <identifier> size </identifier>696 </term>697 <symbol> + </symbol>698 <term>699 <integerConstant> 2 </integerConstant>700 </term>701 </expression>702 <symbol> ; </symbol>703 </letStatement>704 <doStatement>705 <keyword> do </keyword>706 <identifier> draw </identifier>707 <symbol> ( </symbol>708 <expressionList>709 </expressionList>710 <symbol> ) </symbol>711 <symbol> ; </symbol>712 </doStatement>713 </statements>714 <symbol> } </symbol>715 </ifStatement>716 <returnStatement>717 <keyword> return </keyword>718 <symbol> ; </symbol>719 </returnStatement>720 </statements>721 <symbol> } </symbol>722 </subroutineBody>723 </subroutineDec>724 <subroutineDec>725 <keyword> method </keyword>726 <keyword> void </keyword>727 <identifier> decSize </identifier>728 <symbol> ( </symbol>729 <parameterList>730 </parameterList>731 <symbol> ) </symbol>732 <subroutineBody>733 <symbol> { </symbol>734 <statements>735 <ifStatement>736 <keyword> if </keyword>737 <symbol> ( </symbol>738 <expression>739 <term>740 <identifier> size </identifier>741 </term>742 <symbol> > </symbol>743 <term>744 <integerConstant> 2 </integerConstant>745 </term>746 </expression>747 <symbol> ) </symbol>748 <symbol> { </symbol>749 <statements>750 <doStatement>751 <keyword> do </keyword>752 <identifier> erase </identifier>753 <symbol> ( </symbol>754 <expressionList>755 </expressionList>756 <symbol> ) </symbol>757 <symbol> ; </symbol>758 </doStatement>759 <letStatement>760 <keyword> let </keyword>761 <identifier> size </identifier>762 <symbol> = </symbol>763 <expression>764 <term>765 <identifier> size </identifier>766 </term>767 <symbol> - </symbol>768 <term>769 <integerConstant> 2 </integerConstant>770 </term>771 </expression>772 <symbol> ; </symbol>773 </letStatement>774 <doStatement>775 <keyword> do </keyword>776 <identifier> draw </identifier>777 <symbol> ( </symbol>778 <expressionList>779 </expressionList>780 <symbol> ) </symbol>781 <symbol> ; </symbol>782 </doStatement>783 </statements>784 <symbol> } </symbol>785 </ifStatement>786 <returnStatement>787 <keyword> return </keyword>788 <symbol> ; </symbol>789 </returnStatement>790 </statements>791 <symbol> } </symbol>792 </subroutineBody>793 </subroutineDec>794 <subroutineDec>795 <keyword> method </keyword>796 <keyword> void </keyword>797 <identifier> moveUp </identifier>798 <symbol> ( </symbol>799 <parameterList>800 </parameterList>801 <symbol> ) </symbol>802 <subroutineBody>803 <symbol> { </symbol>804 <statements>805 <ifStatement>806 <keyword> if </keyword>807 <symbol> ( </symbol>808 <expression>809 <term>810 <identifier> y </identifier>811 </term>812 <symbol> > </symbol>813 <term>814 <integerConstant> 1 </integerConstant>815 </term>816 </expression>817 <symbol> ) </symbol>818 <symbol> { </symbol>819 <statements>820 <doStatement>821 <keyword> do </keyword>822 <identifier> Screen </identifier>823 <symbol> . </symbol>824 <identifier> setColor </identifier>825 <symbol> ( </symbol>826 <expressionList>827 <expression>828 <term>829 <keyword> false </keyword>830 </term>831 </expression>832 </expressionList>833 <symbol> ) </symbol>834 <symbol> ; </symbol>835 </doStatement>836 <doStatement>837 <keyword> do </keyword>838 <identifier> Screen </identifier>839 <symbol> . </symbol>840 <identifier> drawRectangle </identifier>841 <symbol> ( </symbol>842 <expressionList>843 <expression>844 <term>845 <identifier> x </identifier>846 </term>847 </expression>848 <symbol> , </symbol>849 <expression>850 <term>851 <symbol> ( </symbol>852 <expression>853 <term>854 <identifier> y </identifier>855 </term>856 <symbol> + </symbol>857 <term>858 <identifier> size </identifier>859 </term>860 </expression>861 <symbol> ) </symbol>862 </term>863 <symbol> - </symbol>864 <term>865 <integerConstant> 1 </integerConstant>866 </term>867 </expression>868 <symbol> , </symbol>869 <expression>870 <term>871 <identifier> x </identifier>872 </term>873 <symbol> + </symbol>874 <term>875 <identifier> size </identifier>876 </term>877 </expression>878 <symbol> , </symbol>879 <expression>880 <term>881 <identifier> y </identifier>882 </term>883 <symbol> + </symbol>884 <term>885 <identifier> size </identifier>886 </term>887 </expression>888 </expressionList>889 <symbol> ) </symbol>890 <symbol> ; </symbol>891 </doStatement>892 <letStatement>893 <keyword> let </keyword>894 <identifier> y </identifier>895 <symbol> = </symbol>896 <expression>897 <term>898 <identifier> y </identifier>899 </term>900 <symbol> - </symbol>901 <term>902 <integerConstant> 2 </integerConstant>903 </term>904 </expression>905 <symbol> ; </symbol>906 </letStatement>907 <doStatement>908 <keyword> do </keyword>909 <identifier> Screen </identifier>910 <symbol> . </symbol>911 <identifier> setColor </identifier>912 <symbol> ( </symbol>913 <expressionList>914 <expression>915 <term>916 <keyword> true </keyword>917 </term>918 </expression>919 </expressionList>920 <symbol> ) </symbol>921 <symbol> ; </symbol>922 </doStatement>923 <doStatement>924 <keyword> do </keyword>925 <identifier> Screen </identifier>926 <symbol> . </symbol>927 <identifier> drawRectangle </identifier>928 <symbol> ( </symbol>929 <expressionList>930 <expression>931 <term>932 <identifier> x </identifier>933 </term>934 </expression>935 <symbol> , </symbol>936 <expression>937 <term>938 <identifier> y </identifier>939 </term>940 </expression>941 <symbol> , </symbol>942 <expression>943 <term>944 <identifier> x </identifier>945 </term>946 <symbol> + </symbol>947 <term>948 <identifier> size </identifier>949 </term>950 </expression>951 <symbol> , </symbol>952 <expression>953 <term>954 <identifier> y </identifier>955 </term>956 <symbol> + </symbol>957 <term>958 <integerConstant> 1 </integerConstant>959 </term>960 </expression>961 </expressionList>962 <symbol> ) </symbol>963 <symbol> ; </symbol>964 </doStatement>965 </statements>966 <symbol> } </symbol>967 </ifStatement>968 <returnStatement>969 <keyword> return </keyword>970 <symbol> ; </symbol>971 </returnStatement>972 </statements>973 <symbol> } </symbol>974 </subroutineBody>975 </subroutineDec>976 <subroutineDec>977 <keyword> method </keyword>978 <keyword> void </keyword>979 <identifier> moveDown </identifier>980 <symbol> ( </symbol>981 <parameterList>982 </parameterList>983 <symbol> ) </symbol>984 <subroutineBody>985 <symbol> { </symbol>986 <statements>987 <ifStatement>988 <keyword> if </keyword>989 <symbol> ( </symbol>990 <expression>991 <term>992 <symbol> ( </symbol>993 <expression>994 <term>995 <identifier> y </identifier>996 </term>997 <symbol> + </symbol>998 <term>999 <identifier> size </identifier>1000 </term>1001 </expression>1002 <symbol> ) </symbol>1003 </term>1004 <symbol> < </symbol>1005 <term>1006 <integerConstant> 254 </integerConstant>1007 </term>1008 </expression>1009 <symbol> ) </symbol>1010 <symbol> { </symbol>1011 <statements>1012 <doStatement>1013 <keyword> do </keyword>1014 <identifier> Screen </identifier>1015 <symbol> . </symbol>1016 <identifier> setColor </identifier>1017 <symbol> ( </symbol>1018 <expressionList>1019 <expression>1020 <term>1021 <keyword> false </keyword>1022 </term>1023 </expression>1024 </expressionList>1025 <symbol> ) </symbol>1026 <symbol> ; </symbol>1027 </doStatement>1028 <doStatement>1029 <keyword> do </keyword>1030 <identifier> Screen </identifier>1031 <symbol> . </symbol>1032 <identifier> drawRectangle </identifier>1033 <symbol> ( </symbol>1034 <expressionList>1035 <expression>1036 <term>1037 <identifier> x </identifier>1038 </term>1039 </expression>1040 <symbol> , </symbol>1041 <expression>1042 <term>1043 <identifier> y </identifier>1044 </term>1045 </expression>1046 <symbol> , </symbol>1047 <expression>1048 <term>1049 <identifier> x </identifier>1050 </term>1051 <symbol> + </symbol>1052 <term>1053 <identifier> size </identifier>1054 </term>1055 </expression>1056 <symbol> , </symbol>1057 <expression>1058 <term>1059 <identifier> y </identifier>1060 </term>1061 <symbol> + </symbol>1062 <term>1063 <integerConstant> 1 </integerConstant>1064 </term>1065 </expression>1066 </expressionList>1067 <symbol> ) </symbol>1068 <symbol> ; </symbol>1069 </doStatement>1070 <letStatement>1071 <keyword> let </keyword>1072 <identifier> y </identifier>1073 <symbol> = </symbol>1074 <expression>1075 <term>1076 <identifier> y </identifier>1077 </term>1078 <symbol> + </symbol>1079 <term>1080 <integerConstant> 2 </integerConstant>1081 </term>1082 </expression>1083 <symbol> ; </symbol>1084 </letStatement>1085 <doStatement>1086 <keyword> do </keyword>1087 <identifier> Screen </identifier>1088 <symbol> . </symbol>1089 <identifier> setColor </identifier>1090 <symbol> ( </symbol>1091 <expressionList>1092 <expression>1093 <term>1094 <keyword> true </keyword>1095 </term>1096 </expression>1097 </expressionList>1098 <symbol> ) </symbol>1099 <symbol> ; </symbol>1100 </doStatement>1101 <doStatement>1102 <keyword> do </keyword>1103 <identifier> Screen </identifier>1104 <symbol> . </symbol>1105 <identifier> drawRectangle </identifier>1106 <symbol> ( </symbol>1107 <expressionList>1108 <expression>1109 <term>1110 <identifier> x </identifier>1111 </term>1112 </expression>1113 <symbol> , </symbol>1114 <expression>1115 <term>1116 <symbol> ( </symbol>1117 <expression>1118 <term>1119 <identifier> y </identifier>1120 </term>1121 <symbol> + </symbol>1122 <term>1123 <identifier> size </identifier>1124 </term>1125 </expression>1126 <symbol> ) </symbol>1127 </term>1128 <symbol> - </symbol>1129 <term>1130 <integerConstant> 1 </integerConstant>1131 </term>1132 </expression>1133 <symbol> , </symbol>1134 <expression>1135 <term>1136 <identifier> x </identifier>1137 </term>1138 <symbol> + </symbol>1139 <term>1140 <identifier> size </identifier>1141 </term>1142 </expression>1143 <symbol> , </symbol>1144 <expression>1145 <term>1146 <identifier> y </identifier>1147 </term>1148 <symbol> + </symbol>1149 <term>1150 <identifier> size </identifier>1151 </term>1152 </expression>1153 </expressionList>1154 <symbol> ) </symbol>1155 <symbol> ; </symbol>1156 </doStatement>1157 </statements>1158 <symbol> } </symbol>1159 </ifStatement>1160 <returnStatement>1161 <keyword> return </keyword>1162 <symbol> ; </symbol>1163 </returnStatement>1164 </statements>1165 <symbol> } </symbol>1166 </subroutineBody>1167 </subroutineDec>1168 <subroutineDec>1169 <keyword> method </keyword>1170 <keyword> void </keyword>1171 <identifier> moveLeft </identifier>1172 <symbol> ( </symbol>1173 <parameterList>1174 </parameterList>1175 <symbol> ) </symbol>1176 <subroutineBody>1177 <symbol> { </symbol>1178 <statements>1179 <ifStatement>1180 <keyword> if </keyword>1181 <symbol> ( </symbol>1182 <expression>1183 <term>1184 <identifier> x </identifier>1185 </term>1186 <symbol> > </symbol>1187 <term>1188 <integerConstant> 1 </integerConstant>1189 </term>1190 </expression>1191 <symbol> ) </symbol>1192 <symbol> { </symbol>1193 <statements>1194 <doStatement>1195 <keyword> do </keyword>1196 <identifier> Screen </identifier>1197 <symbol> . </symbol>1198 <identifier> setColor </identifier>1199 <symbol> ( </symbol>1200 <expressionList>1201 <expression>1202 <term>1203 <keyword> false </keyword>1204 </term>1205 </expression>1206 </expressionList>1207 <symbol> ) </symbol>1208 <symbol> ; </symbol>1209 </doStatement>1210 <doStatement>1211 <keyword> do </keyword>1212 <identifier> Screen </identifier>1213 <symbol> . </symbol>1214 <identifier> drawRectangle </identifier>1215 <symbol> ( </symbol>1216 <expressionList>1217 <expression>1218 <term>1219 <symbol> ( </symbol>1220 <expression>1221 <term>1222 <identifier> x </identifier>1223 </term>1224 <symbol> + </symbol>1225 <term>1226 <identifier> size </identifier>1227 </term>1228 </expression>1229 <symbol> ) </symbol>1230 </term>1231 <symbol> - </symbol>1232 <term>1233 <integerConstant> 1 </integerConstant>1234 </term>1235 </expression>1236 <symbol> , </symbol>1237 <expression>1238 <term>1239 <identifier> y </identifier>1240 </term>1241 </expression>1242 <symbol> , </symbol>1243 <expression>1244 <term>1245 <identifier> x </identifier>1246 </term>1247 <symbol> + </symbol>1248 <term>1249 <identifier> size </identifier>1250 </term>1251 </expression>1252 <symbol> , </symbol>1253 <expression>1254 <term>1255 <identifier> y </identifier>1256 </term>1257 <symbol> + </symbol>1258 <term>1259 <identifier> size </identifier>1260 </term>1261 </expression>1262 </expressionList>1263 <symbol> ) </symbol>1264 <symbol> ; </symbol>1265 </doStatement>1266 <letStatement>1267 <keyword> let </keyword>1268 <identifier> x </identifier>1269 <symbol> = </symbol>1270 <expression>1271 <term>1272 <identifier> x </identifier>1273 </term>1274 <symbol> - </symbol>1275 <term>1276 <integerConstant> 2 </integerConstant>1277 </term>1278 </expression>1279 <symbol> ; </symbol>1280 </letStatement>1281 <doStatement>1282 <keyword> do </keyword>1283 <identifier> Screen </identifier>1284 <symbol> . </symbol>1285 <identifier> setColor </identifier>1286 <symbol> ( </symbol>1287 <expressionList>1288 <expression>1289 <term>1290 <keyword> true </keyword>1291 </term>1292 </expression>1293 </expressionList>1294 <symbol> ) </symbol>1295 <symbol> ; </symbol>1296 </doStatement>1297 <doStatement>1298 <keyword> do </keyword>1299 <identifier> Screen </identifier>1300 <symbol> . </symbol>1301 <identifier> drawRectangle </identifier>1302 <symbol> ( </symbol>1303 <expressionList>1304 <expression>1305 <term>1306 <identifier> x </identifier>1307 </term>1308 </expression>1309 <symbol> , </symbol>1310 <expression>1311 <term>1312 <identifier> y </identifier>1313 </term>1314 </expression>1315 <symbol> , </symbol>1316 <expression>1317 <term>1318 <identifier> x </identifier>1319 </term>1320 <symbol> + </symbol>1321 <term>1322 <integerConstant> 1 </integerConstant>1323 </term>1324 </expression>1325 <symbol> , </symbol>1326 <expression>1327 <term>1328 <identifier> y </identifier>1329 </term>1330 <symbol> + </symbol>1331 <term>1332 <identifier> size </identifier>1333 </term>1334 </expression>1335 </expressionList>1336 <symbol> ) </symbol>1337 <symbol> ; </symbol>1338 </doStatement>1339 </statements>1340 <symbol> } </symbol>1341 </ifStatement>1342 <returnStatement>1343 <keyword> return </keyword>1344 <symbol> ; </symbol>1345 </returnStatement>1346 </statements>1347 <symbol> } </symbol>1348 </subroutineBody>1349 </subroutineDec>1350 <subroutineDec>1351 <keyword> method </keyword>1352 <keyword> void </keyword>1353 <identifier> moveRight </identifier>1354 <symbol> ( </symbol>1355 <parameterList>1356 </parameterList>1357 <symbol> ) </symbol>1358 <subroutineBody>1359 <symbol> { </symbol>1360 <statements>1361 <ifStatement>1362 <keyword> if </keyword>1363 <symbol> ( </symbol>1364 <expression>1365 <term>1366 <symbol> ( </symbol>1367 <expression>1368 <term>1369 <identifier> x </identifier>1370 </term>1371 <symbol> + </symbol>1372 <term>1373 <identifier> size </identifier>1374 </term>1375 </expression>1376 <symbol> ) </symbol>1377 </term>1378 <symbol> < </symbol>1379 <term>1380 <integerConstant> 510 </integerConstant>1381 </term>1382 </expression>1383 <symbol> ) </symbol>1384 <symbol> { </symbol>1385 <statements>1386 <doStatement>1387 <keyword> do </keyword>1388 <identifier> Screen </identifier>1389 <symbol> . </symbol>1390 <identifier> setColor </identifier>1391 <symbol> ( </symbol>1392 <expressionList>1393 <expression>1394 <term>1395 <keyword> false </keyword>1396 </term>1397 </expression>1398 </expressionList>1399 <symbol> ) </symbol>1400 <symbol> ; </symbol>1401 </doStatement>1402 <doStatement>1403 <keyword> do </keyword>1404 <identifier> Screen </identifier>1405 <symbol> . </symbol>1406 <identifier> drawRectangle </identifier>1407 <symbol> ( </symbol>1408 <expressionList>1409 <expression>1410 <term>1411 <identifier> x </identifier>1412 </term>1413 </expression>1414 <symbol> , </symbol>1415 <expression>1416 <term>1417 <identifier> y </identifier>1418 </term>1419 </expression>1420 <symbol> , </symbol>1421 <expression>1422 <term>1423 <identifier> x </identifier>1424 </term>1425 <symbol> + </symbol>1426 <term>1427 <integerConstant> 1 </integerConstant>1428 </term>1429 </expression>1430 <symbol> , </symbol>1431 <expression>1432 <term>1433 <identifier> y </identifier>1434 </term>1435 <symbol> + </symbol>1436 <term>1437 <identifier> size </identifier>1438 </term>1439 </expression>1440 </expressionList>1441 <symbol> ) </symbol>1442 <symbol> ; </symbol>1443 </doStatement>1444 <letStatement>1445 <keyword> let </keyword>1446 <identifier> x </identifier>1447 <symbol> = </symbol>1448 <expression>1449 <term>1450 <identifier> x </identifier>1451 </term>1452 <symbol> + </symbol>1453 <term>1454 <integerConstant> 2 </integerConstant>1455 </term>1456 </expression>1457 <symbol> ; </symbol>1458 </letStatement>1459 <doStatement>1460 <keyword> do </keyword>1461 <identifier> Screen </identifier>1462 <symbol> . </symbol>1463 <identifier> setColor </identifier>1464 <symbol> ( </symbol>1465 <expressionList>1466 <expression>1467 <term>1468 <keyword> true </keyword>1469 </term>1470 </expression>1471 </expressionList>1472 <symbol> ) </symbol>1473 <symbol> ; </symbol>1474 </doStatement>1475 <doStatement>1476 <keyword> do </keyword>1477 <identifier> Screen </identifier>1478 <symbol> . </symbol>1479 <identifier> drawRectangle </identifier>1480 <symbol> ( </symbol>1481 <expressionList>1482 <expression>1483 <term>1484 <symbol> ( </symbol>1485 <expression>1486 <term>1487 <identifier> x </identifier>1488 </term>1489 <symbol> + </symbol>1490 <term>1491 <identifier> size </identifier>1492 </term>1493 </expression>1494 <symbol> ) </symbol>1495 </term>1496 <symbol> - </symbol>1497 <term>1498 <integerConstant> 1 </integerConstant>1499 </term>1500 </expression>1501 <symbol> , </symbol>1502 <expression>1503 <term>1504 <identifier> y </identifier>1505 </term>1506 </expression>1507 <symbol> , </symbol>1508 <expression>1509 <term>1510 <identifier> x </identifier>1511 </term>1512 <symbol> + </symbol>1513 <term>1514 <identifier> size </identifier>1515 </term>1516 </expression>1517 <symbol> , </symbol>1518 <expression>1519 <term>1520 <identifier> y </identifier>1521 </term>1522 <symbol> + </symbol>1523 <term>1524 <identifier> size </identifier>1525 </term>1526 </expression>1527 </expressionList>1528 <symbol> ) </symbol>1529 <symbol> ; </symbol>1530 </doStatement>1531 </statements>1532 <symbol> } </symbol>1533 </ifStatement>1534 <returnStatement>1535 <keyword> return </keyword>1536 <symbol> ; </symbol>1537 </returnStatement>1538 </statements>1539 <symbol> } </symbol>1540 </subroutineBody>1541 </subroutineDec>1542 <symbol> } </symbol>1543</class>1544"""1545 square_game_xml = """1546<class>1547 <keyword> class </keyword>1548 <identifier> SquareGame </identifier>1549 <symbol> { </symbol>1550 <classVarDec>1551 <keyword> field </keyword>1552 <identifier> Square </identifier>1553 <identifier> square </identifier>1554 <symbol> ; </symbol>1555 </classVarDec>1556 <classVarDec>1557 <keyword> field </keyword>1558 <keyword> int </keyword>1559 <identifier> direction </identifier>1560 <symbol> ; </symbol>1561 </classVarDec>1562 <subroutineDec>1563 <keyword> constructor </keyword>1564 <identifier> SquareGame </identifier>1565 <identifier> new </identifier>1566 <symbol> ( </symbol>1567 <parameterList>1568 </parameterList>1569 <symbol> ) </symbol>1570 <subroutineBody>1571 <symbol> { </symbol>1572 <statements>1573 <letStatement>1574 <keyword> let </keyword>1575 <identifier> square </identifier>1576 <symbol> = </symbol>1577 <expression>1578 <term>1579 <identifier> Square </identifier>1580 <symbol> . </symbol>1581 <identifier> new </identifier>1582 <symbol> ( </symbol>1583 <expressionList>1584 <expression>1585 <term>1586 <integerConstant> 0 </integerConstant>1587 </term>1588 </expression>1589 <symbol> , </symbol>1590 <expression>1591 <term>1592 <integerConstant> 0 </integerConstant>1593 </term>1594 </expression>1595 <symbol> , </symbol>1596 <expression>1597 <term>1598 <integerConstant> 30 </integerConstant>1599 </term>1600 </expression>1601 </expressionList>1602 <symbol> ) </symbol>1603 </term>1604 </expression>1605 <symbol> ; </symbol>1606 </letStatement>1607 <letStatement>1608 <keyword> let </keyword>1609 <identifier> direction </identifier>1610 <symbol> = </symbol>1611 <expression>1612 <term>1613 <integerConstant> 0 </integerConstant>1614 </term>1615 </expression>1616 <symbol> ; </symbol>1617 </letStatement>1618 <returnStatement>1619 <keyword> return </keyword>1620 <expression>1621 <term>1622 <keyword> this </keyword>1623 </term>1624 </expression>1625 <symbol> ; </symbol>1626 </returnStatement>1627 </statements>1628 <symbol> } </symbol>1629 </subroutineBody>1630 </subroutineDec>1631 <subroutineDec>1632 <keyword> method </keyword>1633 <keyword> void </keyword>1634 <identifier> dispose </identifier>1635 <symbol> ( </symbol>1636 <parameterList>1637 </parameterList>1638 <symbol> ) </symbol>1639 <subroutineBody>1640 <symbol> { </symbol>1641 <statements>1642 <doStatement>1643 <keyword> do </keyword>1644 <identifier> square </identifier>1645 <symbol> . </symbol>1646 <identifier> dispose </identifier>1647 <symbol> ( </symbol>1648 <expressionList>1649 </expressionList>1650 <symbol> ) </symbol>1651 <symbol> ; </symbol>1652 </doStatement>1653 <doStatement>1654 <keyword> do </keyword>1655 <identifier> Memory </identifier>1656 <symbol> . </symbol>1657 <identifier> deAlloc </identifier>1658 <symbol> ( </symbol>1659 <expressionList>1660 <expression>1661 <term>1662 <keyword> this </keyword>1663 </term>1664 </expression>1665 </expressionList>1666 <symbol> ) </symbol>1667 <symbol> ; </symbol>1668 </doStatement>1669 <returnStatement>1670 <keyword> return </keyword>1671 <symbol> ; </symbol>1672 </returnStatement>1673 </statements>1674 <symbol> } </symbol>1675 </subroutineBody>1676 </subroutineDec>1677 <subroutineDec>1678 <keyword> method </keyword>1679 <keyword> void </keyword>1680 <identifier> run </identifier>1681 <symbol> ( </symbol>1682 <parameterList>1683 </parameterList>1684 <symbol> ) </symbol>1685 <subroutineBody>1686 <symbol> { </symbol>1687 <varDec>1688 <keyword> var </keyword>1689 <keyword> char </keyword>1690 <identifier> key </identifier>1691 <symbol> ; </symbol>1692 </varDec>1693 <varDec>1694 <keyword> var </keyword>1695 <keyword> boolean </keyword>1696 <identifier> exit </identifier>1697 <symbol> ; </symbol>1698 </varDec>1699 <statements>1700 <letStatement>1701 <keyword> let </keyword>1702 <identifier> exit </identifier>1703 <symbol> = </symbol>1704 <expression>1705 <term>1706 <keyword> false </keyword>1707 </term>1708 </expression>1709 <symbol> ; </symbol>1710 </letStatement>1711 <whileStatement>1712 <keyword> while </keyword>1713 <symbol> ( </symbol>1714 <expression>1715 <term>1716 <symbol> ~ </symbol>1717 <term>1718 <identifier> exit </identifier>1719 </term>1720 </term>1721 </expression>1722 <symbol> ) </symbol>1723 <symbol> { </symbol>1724 <statements>1725 <whileStatement>1726 <keyword> while </keyword>1727 <symbol> ( </symbol>1728 <expression>1729 <term>1730 <identifier> key </identifier>1731 </term>1732 <symbol> = </symbol>1733 <term>1734 <integerConstant> 0 </integerConstant>1735 </term>1736 </expression>1737 <symbol> ) </symbol>1738 <symbol> { </symbol>1739 <statements>1740 <letStatement>1741 <keyword> let </keyword>1742 <identifier> key </identifier>1743 <symbol> = </symbol>1744 <expression>1745 <term>1746 <identifier> Keyboard </identifier>1747 <symbol> . </symbol>1748 <identifier> keyPressed </identifier>1749 <symbol> ( </symbol>1750 <expressionList>1751 </expressionList>1752 <symbol> ) </symbol>1753 </term>1754 </expression>1755 <symbol> ; </symbol>1756 </letStatement>1757 <doStatement>1758 <keyword> do </keyword>1759 <identifier> moveSquare </identifier>1760 <symbol> ( </symbol>1761 <expressionList>1762 </expressionList>1763 <symbol> ) </symbol>1764 <symbol> ; </symbol>1765 </doStatement>1766 </statements>1767 <symbol> } </symbol>1768 </whileStatement>1769 <ifStatement>1770 <keyword> if </keyword>1771 <symbol> ( </symbol>1772 <expression>1773 <term>1774 <identifier> key </identifier>1775 </term>1776 <symbol> = </symbol>1777 <term>1778 <integerConstant> 81 </integerConstant>1779 </term>1780 </expression>1781 <symbol> ) </symbol>1782 <symbol> { </symbol>1783 <statements>1784 <letStatement>1785 <keyword> let </keyword>1786 <identifier> exit </identifier>1787 <symbol> = </symbol>1788 <expression>1789 <term>1790 <keyword> true </keyword>1791 </term>1792 </expression>1793 <symbol> ; </symbol>1794 </letStatement>1795 </statements>1796 <symbol> } </symbol>1797 </ifStatement>1798 <ifStatement>1799 <keyword> if </keyword>1800 <symbol> ( </symbol>1801 <expression>1802 <term>1803 <identifier> key </identifier>1804 </term>1805 <symbol> = </symbol>1806 <term>1807 <integerConstant> 90 </integerConstant>1808 </term>1809 </expression>1810 <symbol> ) </symbol>1811 <symbol> { </symbol>1812 <statements>1813 <doStatement>1814 <keyword> do </keyword>1815 <identifier> square </identifier>1816 <symbol> . </symbol>1817 <identifier> decSize </identifier>1818 <symbol> ( </symbol>1819 <expressionList>1820 </expressionList>1821 <symbol> ) </symbol>1822 <symbol> ; </symbol>1823 </doStatement>1824 </statements>1825 <symbol> } </symbol>1826 </ifStatement>1827 <ifStatement>1828 <keyword> if </keyword>1829 <symbol> ( </symbol>1830 <expression>1831 <term>1832 <identifier> key </identifier>1833 </term>1834 <symbol> = </symbol>1835 <term>1836 <integerConstant> 88 </integerConstant>1837 </term>1838 </expression>1839 <symbol> ) </symbol>1840 <symbol> { </symbol>1841 <statements>1842 <doStatement>1843 <keyword> do </keyword>1844 <identifier> square </identifier>1845 <symbol> . </symbol>1846 <identifier> incSize </identifier>1847 <symbol> ( </symbol>1848 <expressionList>1849 </expressionList>1850 <symbol> ) </symbol>1851 <symbol> ; </symbol>1852 </doStatement>1853 </statements>1854 <symbol> } </symbol>1855 </ifStatement>1856 <ifStatement>1857 <keyword> if </keyword>1858 <symbol> ( </symbol>1859 <expression>1860 <term>1861 <identifier> key </identifier>1862 </term>1863 <symbol> = </symbol>1864 <term>1865 <integerConstant> 131 </integerConstant>1866 </term>1867 </expression>1868 <symbol> ) </symbol>1869 <symbol> { </symbol>1870 <statements>1871 <letStatement>1872 <keyword> let </keyword>1873 <identifier> direction </identifier>1874 <symbol> = </symbol>1875 <expression>1876 <term>1877 <integerConstant> 1 </integerConstant>1878 </term>1879 </expression>1880 <symbol> ; </symbol>1881 </letStatement>1882 </statements>1883 <symbol> } </symbol>1884 </ifStatement>1885 <ifStatement>1886 <keyword> if </keyword>1887 <symbol> ( </symbol>1888 <expression>1889 <term>1890 <identifier> key </identifier>1891 </term>1892 <symbol> = </symbol>1893 <term>1894 <integerConstant> 133 </integerConstant>1895 </term>1896 </expression>1897 <symbol> ) </symbol>1898 <symbol> { </symbol>1899 <statements>1900 <letStatement>1901 <keyword> let </keyword>1902 <identifier> direction </identifier>1903 <symbol> = </symbol>1904 <expression>1905 <term>1906 <integerConstant> 2 </integerConstant>1907 </term>1908 </expression>1909 <symbol> ; </symbol>1910 </letStatement>1911 </statements>1912 <symbol> } </symbol>1913 </ifStatement>1914 <ifStatement>1915 <keyword> if </keyword>1916 <symbol> ( </symbol>1917 <expression>1918 <term>1919 <identifier> key </identifier>1920 </term>1921 <symbol> = </symbol>1922 <term>1923 <integerConstant> 130 </integerConstant>1924 </term>1925 </expression>1926 <symbol> ) </symbol>1927 <symbol> { </symbol>1928 <statements>1929 <letStatement>1930 <keyword> let </keyword>1931 <identifier> direction </identifier>1932 <symbol> = </symbol>1933 <expression>1934 <term>1935 <integerConstant> 3 </integerConstant>1936 </term>1937 </expression>1938 <symbol> ; </symbol>1939 </letStatement>1940 </statements>1941 <symbol> } </symbol>1942 </ifStatement>1943 <ifStatement>1944 <keyword> if </keyword>1945 <symbol> ( </symbol>1946 <expression>1947 <term>1948 <identifier> key </identifier>1949 </term>1950 <symbol> = </symbol>1951 <term>1952 <integerConstant> 132 </integerConstant>1953 </term>1954 </expression>1955 <symbol> ) </symbol>1956 <symbol> { </symbol>1957 <statements>1958 <letStatement>1959 <keyword> let </keyword>1960 <identifier> direction </identifier>1961 <symbol> = </symbol>1962 <expression>1963 <term>1964 <integerConstant> 4 </integerConstant>1965 </term>1966 </expression>1967 <symbol> ; </symbol>1968 </letStatement>1969 </statements>1970 <symbol> } </symbol>1971 </ifStatement>1972 <whileStatement>1973 <keyword> while </keyword>1974 <symbol> ( </symbol>1975 <expression>1976 <term>1977 <symbol> ~ </symbol>1978 <term>1979 <symbol> ( </symbol>1980 <expression>1981 <term>1982 <identifier> key </identifier>1983 </term>1984 <symbol> = </symbol>1985 <term>1986 <integerConstant> 0 </integerConstant>1987 </term>1988 </expression>1989 <symbol> ) </symbol>1990 </term>1991 </term>1992 </expression>1993 <symbol> ) </symbol>1994 <symbol> { </symbol>1995 <statements>1996 <letStatement>1997 <keyword> let </keyword>1998 <identifier> key </identifier>1999 <symbol> = </symbol>2000 <expression>2001 <term>2002 <identifier> Keyboard </identifier>2003 <symbol> . </symbol>2004 <identifier> keyPressed </identifier>2005 <symbol> ( </symbol>2006 <expressionList>2007 </expressionList>2008 <symbol> ) </symbol>2009 </term>2010 </expression>2011 <symbol> ; </symbol>2012 </letStatement>2013 <doStatement>2014 <keyword> do </keyword>2015 <identifier> moveSquare </identifier>2016 <symbol> ( </symbol>2017 <expressionList>2018 </expressionList>2019 <symbol> ) </symbol>2020 <symbol> ; </symbol>2021 </doStatement>2022 </statements>2023 <symbol> } </symbol>2024 </whileStatement>2025 </statements>2026 <symbol> } </symbol>2027 </whileStatement>2028 <returnStatement>2029 <keyword> return </keyword>2030 <symbol> ; </symbol>2031 </returnStatement>2032 </statements>2033 <symbol> } </symbol>2034 </subroutineBody>2035 </subroutineDec>2036 <subroutineDec>2037 <keyword> method </keyword>2038 <keyword> void </keyword>2039 <identifier> moveSquare </identifier>2040 <symbol> ( </symbol>2041 <parameterList>2042 </parameterList>2043 <symbol> ) </symbol>2044 <subroutineBody>2045 <symbol> { </symbol>2046 <statements>2047 <ifStatement>2048 <keyword> if </keyword>2049 <symbol> ( </symbol>2050 <expression>2051 <term>2052 <identifier> direction </identifier>2053 </term>2054 <symbol> = </symbol>2055 <term>2056 <integerConstant> 1 </integerConstant>2057 </term>2058 </expression>2059 <symbol> ) </symbol>2060 <symbol> { </symbol>2061 <statements>2062 <doStatement>2063 <keyword> do </keyword>2064 <identifier> square </identifier>2065 <symbol> . </symbol>2066 <identifier> moveUp </identifier>2067 <symbol> ( </symbol>2068 <expressionList>2069 </expressionList>2070 <symbol> ) </symbol>2071 <symbol> ; </symbol>2072 </doStatement>2073 </statements>2074 <symbol> } </symbol>2075 </ifStatement>2076 <ifStatement>2077 <keyword> if </keyword>2078 <symbol> ( </symbol>2079 <expression>2080 <term>2081 <identifier> direction </identifier>2082 </term>2083 <symbol> = </symbol>2084 <term>2085 <integerConstant> 2 </integerConstant>2086 </term>2087 </expression>2088 <symbol> ) </symbol>2089 <symbol> { </symbol>2090 <statements>2091 <doStatement>2092 <keyword> do </keyword>2093 <identifier> square </identifier>2094 <symbol> . </symbol>2095 <identifier> moveDown </identifier>2096 <symbol> ( </symbol>2097 <expressionList>2098 </expressionList>2099 <symbol> ) </symbol>2100 <symbol> ; </symbol>2101 </doStatement>2102 </statements>2103 <symbol> } </symbol>2104 </ifStatement>2105 <ifStatement>2106 <keyword> if </keyword>2107 <symbol> ( </symbol>2108 <expression>2109 <term>2110 <identifier> direction </identifier>2111 </term>2112 <symbol> = </symbol>2113 <term>2114 <integerConstant> 3 </integerConstant>2115 </term>2116 </expression>2117 <symbol> ) </symbol>2118 <symbol> { </symbol>2119 <statements>2120 <doStatement>2121 <keyword> do </keyword>2122 <identifier> square </identifier>2123 <symbol> . </symbol>2124 <identifier> moveLeft </identifier>2125 <symbol> ( </symbol>2126 <expressionList>2127 </expressionList>2128 <symbol> ) </symbol>2129 <symbol> ; </symbol>2130 </doStatement>2131 </statements>2132 <symbol> } </symbol>2133 </ifStatement>2134 <ifStatement>2135 <keyword> if </keyword>2136 <symbol> ( </symbol>2137 <expression>2138 <term>2139 <identifier> direction </identifier>2140 </term>2141 <symbol> = </symbol>2142 <term>2143 <integerConstant> 4 </integerConstant>2144 </term>2145 </expression>2146 <symbol> ) </symbol>2147 <symbol> { </symbol>2148 <statements>2149 <doStatement>2150 <keyword> do </keyword>2151 <identifier> square </identifier>2152 <symbol> . </symbol>2153 <identifier> moveRight </identifier>2154 <symbol> ( </symbol>2155 <expressionList>2156 </expressionList>2157 <symbol> ) </symbol>2158 <symbol> ; </symbol>2159 </doStatement>2160 </statements>2161 <symbol> } </symbol>2162 </ifStatement>2163 <doStatement>2164 <keyword> do </keyword>2165 <identifier> Sys </identifier>2166 <symbol> . </symbol>2167 <identifier> wait </identifier>2168 <symbol> ( </symbol>2169 <expressionList>2170 <expression>2171 <term>2172 <integerConstant> 5 </integerConstant>2173 </term>2174 </expression>2175 </expressionList>2176 <symbol> ) </symbol>2177 <symbol> ; </symbol>2178 </doStatement>2179 <returnStatement>2180 <keyword> return </keyword>2181 <symbol> ; </symbol>2182 </returnStatement>2183 </statements>2184 <symbol> } </symbol>2185 </subroutineBody>2186 </subroutineDec>2187 <symbol> } </symbol>2188</class>2189"""2190 c_main_xml = self._CompileToXML(main_jack)2191 c_square_xml = self._CompileToXML(square_jack)2192 c_square_game_xml = self._CompileToXML(square_game_jack)2193 self.assertTrue(Compare(main_xml, c_main_xml))2194 self.assertTrue(Compare(square_xml, c_square_xml))2195 self.assertTrue(Compare(square_game_xml, c_square_game_xml))2196 # Test code generation does not crash.2197 main_vm = self._CompileToHackVM(main_jack)2198 square_vm = self._CompileToHackVM(square_jack)2199 square_game_vm = self._CompileToHackVM(square_game_jack)2200if __name__ == "__main__":...
finder.py
Source:finder.py
1# uncompyle6 version 2.11.32# Python bytecode 3.5 (3350)3# Decompiled from: Python 3.5.2 |Anaconda 4.1.1 (64-bit)| (default, Jul 5 2016, 11:41:13) [MSC v.1900 64 bit (AMD64)]4# Embedded file name: Finder.py5import os6import sys7import time8import xml.etree.ElementTree as ET9def finder(env, stringToSearch, stringToExclude, useExcludeFlag, isOnlySystem):10 numOfFoundJobs = 011 stringToSearch = stringToSearch.lower()12 stringToExclude = stringToExclude.lower()13 pathForExportFiles = '\\\\ntsrv1\\tohna\\Control-M_Project\\Full-Drafts-' + env14 os.chdir(pathForExportFiles)15 draftFiles = sorted(os.listdir(os.getcwd()), key=os.path.getmtime)16 lastDraftFile = draftFiles[-1]17 tree = ET.parse(lastDraftFile)18 root = tree.getroot()19 resultList = []20 for Table in root:21 tableName = str(Table.get('FOLDER_NAME'))22 orderMethod = str(Table.get('FOLDER_ORDER_METHOD'))23 if orderMethod == 'None' and isOnlySystem == True:24 continue25 if Table.tag == 'SMART_FOLDER':26 tableList = []27 tableListRow = '\n**************************************\n\nSmart Table : ' + tableName + ' - UserDaily : ' + orderMethod28 tableList.append(tableListRow)29 loopObjectResult = []30 if useExcludeFlag == True:31 loopObjectResult = loopObjectWithExclude(Table, stringToSearch, stringToExclude)32 else:33 loopObjectResult = loopObject(Table, stringToSearch)34 if loopObjectResult != False and loopObjectResult != None:35 for loopListRow in loopObjectResult:36 tableList.append(loopListRow)37 numOfFoundJobs += 138 resultList.append(tableList)39 for subTable in Table.iter('SUB_FOLDER'):40 subTableName = str(subTable.get('JOBNAME'))41 subTableList = []42 subTableListRow = '\n**************************************\n\nSub Table : ' + subTableName + ' - Under : ' + tableName43 subTableList.append(subTableListRow)44 loopObjectResult = []45 if useExcludeFlag == True:46 loopObjectResult = loopObjectWithExclude(subTable, stringToSearch, stringToExclude)47 else:48 loopObjectResult = loopObject(subTable, stringToSearch)49 if loopObjectResult != False and loopObjectResult != None:50 for loopListRow in loopObjectResult:51 subTableList.append(loopListRow)52 numOfFoundJobs += 153 resultList.append(subTableList)54 for job in Table.iter('JOB'):55 tempList = []56 listRow = '\n**************************************\n\nTable : ' + tableName + ' - UserDaily : ' + orderMethod57 tempList.append(listRow)58 jobName = job.get('JOBNAME')59 nodeId = job.get('NODEID')60 if not nodeId:61 nodeId = 'None'62 listRow = '-->> Job : ' + jobName + ' - Agent : ' + nodeId63 tempList.append(listRow)64 loopObjectResult = []65 if useExcludeFlag == True:66 loopObjectResult = loopObjectWithExclude(job, stringToSearch, stringToExclude)67 else:68 loopObjectResult = loopObject(job, stringToSearch)69 if loopObjectResult != False and loopObjectResult != None:70 for loopListRow in loopObjectResult:71 tempList.append(loopListRow)72 numOfFoundJobs += 173 resultList.append(tempList)74 if numOfFoundJobs == 0:75 return 'No Data Found... :-('76 return resultList77def getVariableType(i_VarName):78 dict = {'%%FTP-LPATH1': 'File Trans Left Path',79 '%%FTP-LPATH2': 'File Trans Left Path',80 '%%FTP-LPATH3': 'File Trans Left Path',81 '%%FTP-LPATH4': 'File Trans Left Path',82 '%%FTP-LPATH5': 'File Trans Left Path',83 '%%FTP-RPATH1': 'File Trans Right Path',84 '%%FTP-RPATH2': 'File Trans Right Path',85 '%%FTP-RPATH3': 'File Trans Right Path',86 '%%FTP-RPATH4': 'File Trans Right Path',87 '%%FTP-RPATH5': 'File Trans Right Path',88 '%%FTP-RUSER': 'File Trans Left User',89 '%%FTP-RUSER': 'File Trans Right User',90 '%%FTP-ACCOUNT': 'File Trans Account',91 '%%FTP-LHOST': 'File Trans Left Host',92 '%%FTP-RHOST': 'File Trans Right Host',93 '%%DB-STP_PACKAGE': 'DB PKG Name',94 '%%DB-STP_NAME': 'DB SP Name',95 '%%INF-WORKFLOW': 'INF WF Name'}96 if i_VarName in dict:97 return dict[i_VarName]98 return i_VarName99def loopObject(objectName, stringToSearch):100 tempList = []101 foundIndicator = False102 jobBasicAttribs = objectName.attrib103 lowerJobBasicAttribs = dict(((k, v.lower()) for k, v in jobBasicAttribs.items()))104 for valueIndex in lowerJobBasicAttribs:105 lowValue = lowerJobBasicAttribs[valueIndex]106 value = jobBasicAttribs[valueIndex]107 if stringToSearch in lowValue:108 foundIndicator = True109 listRow = '---->> ' + valueIndex.upper() + ' = ' + value110 tempList.append(listRow)111 for subItem in objectName:112 parameterType = subItem.tag113 lowerDict = dict(((k.lower(), v.lower()) for k, v in subItem.attrib.items()))114 if parameterType == 'VARIABLE':115 pass116 varName = subItem.attrib.get('NAME')117 varValue = str(subItem.attrib.get('VALUE'))118 lowerVarValue = varValue.lower()119 if stringToSearch in lowerVarValue:120 foundIndicator = True121 translatedFieldName = getVariableType(varName)122 listRow = '---->> ' + translatedFieldName + ' = ' + varValue123 tempList.append(listRow)124 else:125 if parameterType == 'QUANTITATIVE':126 initName = subItem.attrib.get('NAME')127 initValue = subItem.attrib.get('VALUE')128 lowerInitName = initName.lower()129 if stringToSearch in lowerInitName:130 foundIndicator = True131 listRow = '---->> INIT = ' + initName132 tempList.append(listRow)133 else:134 if parameterType == 'INCOND':135 condName = subItem.attrib.get('NAME')136 lowerCondName = condName.lower()137 condDate = subItem.attrib.get('ODATE')138 if stringToSearch in lowerCondName:139 foundIndicator = True140 listRow = '---->> IN Cond Name = ' + condName + ' | Date = ' + condDate141 tempList.append(listRow)142 else:143 if parameterType == 'OUTCOND':144 condName = subItem.attrib.get('NAME')145 lowerCondName = condName.lower()146 condSign = subItem.attrib.get('SIGN')147 condDate = subItem.attrib.get('ODATE')148 if stringToSearch in lowerCondName:149 foundIndicator = True150 listRow = '---->> OUT Cond Name = ' + condName + ' | Sign = ' + condSign + ' | Date = ' + condDate151 tempList.append(listRow)152 elif parameterType == 'ON':153 onCode = subItem.attrib.get('CODE')154 onStmt = subItem.attrib.get('STMT')155 for doStatement in subItem.iter():156 doType = doStatement.tag157 if doType == 'DOSHOUT':158 pass159 destName = doStatement.attrib.get('DEST')160 lowerDestName = destName.lower()161 msgText = doStatement.attrib.get('MESSAGE')162 lowerMsgText = msgText.lower()163 if stringToSearch in lowerDestName or stringToSearch in lowerMsgText:164 foundIndicator = True165 listRow = '---->> On Code = ' + onCode + ' Stmt = ' + onStmt + ' | Shout Destination Name = ' + destName + ' | MSG = ' + msgText166 tempList.append(listRow)167 else:168 if doType == 'DOCOND':169 condName = doStatement.attrib.get('NAME')170 lowerCondName = condName.lower()171 condSign = doStatement.attrib.get('SIGN')172 condDate = doStatement.attrib.get('ODATE')173 if stringToSearch in lowerCondName:174 foundIndicator = True175 listRow = '---->> On Code = ' + onCode + ' OUT Cond Name = ' + condName + ' | Sign = ' + condSign + ' | Date = ' + condDate176 tempList.append(listRow)177 else:178 if doType == 'DOMAIL':179 mailDestination = doStatement.attrib.get('DEST')180 lowerMailDest = mailDestination.lower()181 mailMsg = doStatement.attrib.get('MESSAGE')182 if mailMsg != None:183 lowerMailMsg = mailMsg.lower()184 else:185 mailMsg = lowerMailMsg = 'Empty Body'186 mailSubject = doStatement.attrib.get('SUBJECT')187 if mailSubject != None:188 lowerMailSubject = mailSubject.lower()189 else:190 mailSubject = lowerMailSubject = 'Empty Subject'191 if stringToSearch in lowerMailDest or stringToSearch in lowerMailMsg or stringToSearch in lowerMailSubject:192 foundIndicator = True193 listRow = '---->> Mail Message:' + '\n-------->> TO : ' + mailDestination + '\n-------->> Subject : ' + mailSubject + '\n-------->> Message : ' + mailMsg194 tempList.append(listRow)195 elif doType == 'DOFORCEJOB':196 jobNameToOrder = doStatement.attrib.get('NAME')197 if jobNameToOrder != None:198 lowerJobNameToOrder = jobNameToOrder.lower()199 else:200 lowerJobNameToOrder = jobNameToOrder = 'Empty Job Name'201 tableNameToOrder = doStatement.attrib.get('TABLE_NAME')202 if tableNameToOrder != None:203 lowerTableNameToOrder = tableNameToOrder.lower()204 else:205 lowerTableNameToOrder = tableNameToOrder = 'Empty Table Name'206 if stringToSearch in lowerJobNameToOrder or stringToSearch in lowerTableNameToOrder:207 foundIndicator = True208 listRow = '---->> Force Job:' + '\n-------->> Job Name : ' + jobNameToOrder + '\n-------->> Table Name : ' + tableNameToOrder209 tempList.append(listRow)210 elif parameterType == 'SHOUT':211 whenTime = subItem.attrib.get('TIME')212 destName = subItem.attrib.get('DEST')213 lowerDestName = destName.lower()214 msgText = subItem.attrib.get('MESSAGE')215 lowerMsgText = msgText.lower()216 whenText = subItem.attrib.get('WHEN')217 if stringToSearch in lowerDestName or stringToSearch in lowerMsgText:218 foundIndicator = True219 if whenTime:220 listRow = '---->> PostProc Shout Name = ' + destName + ' | MSG = ' + msgText + ' | WHEN = ' + whenText + ' ' + whenTime221 tempList.append(listRow)222 else:223 listRow = '---->> PostProc Shout Name = ' + destName + ' | MSG = ' + msgText + ' | WHEN = ' + whenText224 tempList.append(listRow)225 if foundIndicator:226 return tempList227 return False228def loopObjectWithExclude(objectName, stringToSearch, stringToExclude):229 tempList = []230 foundIndicator = False231 jobBasicAttribs = objectName.attrib232 lowerJobBasicAttribs = dict(((k, v.lower()) for k, v in jobBasicAttribs.items()))233 for valueIndex in lowerJobBasicAttribs:234 lowValue = lowerJobBasicAttribs[valueIndex]235 value = jobBasicAttribs[valueIndex]236 if stringToSearch in lowValue and stringToExclude not in lowValue:237 foundIndicator = True238 listRow = '---->> ' + valueIndex.upper() + ' = ' + value239 tempList.append(listRow)240 for subItem in objectName:241 parameterType = subItem.tag242 lowerDict = dict(((k.lower(), v.lower()) for k, v in subItem.attrib.items()))243 if parameterType == 'AUTOEDIT2':244 pass245 varName = subItem.attrib.get('NAME')246 varValue = str(subItem.attrib.get('VALUE'))247 lowerVarValue = varValue.lower()248 if stringToSearch in lowerVarValue and stringToExclude not in lowerVarValue:249 foundIndicator = True250 translatedFieldName = getVariableType(varName)251 listRow = '---->> ' + translatedFieldName + ' = ' + varValue252 tempList.append(listRow)253 else:254 if parameterType == 'QUANTITATIVE':255 initName = subItem.attrib.get('NAME')256 initValue = subItem.attrib.get('VALUE')257 lowerInitName = initName.lower()258 if stringToSearch in lowerInitName and stringToExclude not in lowerInitName:259 foundIndicator = True260 listRow = '---->> INIT = ' + initName261 tempList.append(listRow)262 else:263 if parameterType == 'INCOND':264 condName = subItem.attrib.get('NAME')265 lowerCondName = condName.lower()266 condDate = subItem.attrib.get('ODATE')267 if stringToSearch in lowerCondName and stringToExclude not in lowerCondName:268 foundIndicator = True269 listRow = '---->> IN Cond Name = ' + condName + ' | Date = ' + condDate270 tempList.append(listRow)271 else:272 if parameterType == 'OUTCOND':273 condName = subItem.attrib.get('NAME')274 lowerCondName = condName.lower()275 condSign = subItem.attrib.get('SIGN')276 condDate = subItem.attrib.get('ODATE')277 if stringToSearch in lowerCondName and stringToExclude not in lowerCondName:278 foundIndicator = True279 listRow = '---->> OUT Cond Name = ' + condName + ' | Sign = ' + condSign + ' | Date = ' + condDate280 tempList.append(listRow)281 elif parameterType == 'ON':282 onCode = subItem.attrib.get('CODE')283 onStmt = subItem.attrib.get('STMT')284 for doStatement in subItem.iter():285 doType = doStatement.tag286 if doType == 'DOSHOUT':287 destName = doStatement.attrib.get('DEST')288 lowerDestName = destName.lower()289 msgText = doStatement.attrib.get('MESSAGE')290 lowerMsgText = msgText.lower()291 if stringToSearch in lowerDestName and stringToExclude not in lowerDestName or stringToSearch in lowerMsgText and stringToExclude not in lowerMsgText:292 foundIndicator = True293 listRow = '---->> On Code = ' + onCode + ' Stmt = ' + onStmt + ' | Shout Destination Name = ' + destName + ' | MSG = ' + msgText294 tempList.append(listRow)295 if doType == 'DOCOND':296 condName = doStatement.attrib.get('NAME')297 lowerCondName = condName.lower()298 condSign = doStatement.attrib.get('SIGN')299 condDate = doStatement.attrib.get('ODATE')300 if stringToSearch in lowerCondName and stringToExclude not in lowerCondName:301 foundIndicator = True302 listRow = '---->> On Code = ' + onCode + ' OUT Cond Name = ' + condName + ' | Sign = ' + condSign + ' | Date = ' + condDate303 tempList.append(listRow)304 if doType == 'DOMAIL':305 mailDestination = doStatement.attrib.get('DEST')306 lowerMailDest = mailDestination.lower()307 mailMsg = doStatement.attrib.get('MESSAGE')308 if mailMsg != None:309 lowerMailMsg = mailMsg.lower()310 else:311 mailMsg = lowerMailMsg = 'Empty Body'312 mailSubject = doStatement.attrib.get('SUBJECT')313 if mailSubject != None:314 lowerMailSubject = mailSubject.lower()315 else:316 mailSubject = lowerMailSubject = 'Empty Subject'317 if stringToSearch in lowerMailDest and stringToExclude not in lowerMailDest or stringToSearch in lowerMailMsg and stringToExclude not in lowerMailMsg or stringToSearch in lowerMailSubject and stringToExclude not in lowerMailSubject:318 foundIndicator = True319 listRow = '---->> Mail Message:' + '\n-------->> TO : ' + mailDestination + '\n-------->> Subject : ' + mailSubject + '\n-------->> Message : ' + mailMsg320 tempList.append(listRow)321 elif parameterType == 'SHOUT':322 whenTime = subItem.attrib.get('TIME')323 destName = subItem.attrib.get('DEST')324 lowerDestName = destName.lower()325 msgText = subItem.attrib.get('MESSAGE')326 lowerMsgText = msgText.lower()327 whenText = subItem.attrib.get('WHEN')328 if stringToSearch in lowerDestName and stringToExclude not in lowerDestName or stringToSearch in lowerMsgText and stringToExclude not in lowerMsgText:329 foundIndicator = True330 if whenTime:331 pass332 listRow = '---->> PostProc Shout Name = ' + destName + ' | MSG = ' + msgText + ' | WHEN = ' + whenText + ' ' + whenTime333 else:334 listRow = '---->> PostProc Shout Name = ' + destName + ' | MSG = ' + msgText + ' | WHEN = ' + whenText335 tempList.append(listRow)336 if foundIndicator:337 return tempList338 return False339def main(env, stringToSearch, stringToExclude, useExcludeFlag, isOnlySystem):340 yes = set(['YES', 'Y', 'YE'])341 if useExcludeFlag:342 stringToSearch = stringToSearch.strip()343 stringToExclude = stringToExclude.strip()344 resultsList = finder(env, stringToSearch, stringToExclude, useExcludeFlag, isOnlySystem)345 else:346 stringToSearch = stringToSearch.strip()347 resultsList = finder(env, stringToSearch, 'None', useExcludeFlag, isOnlySystem)348 return resultsList...
flow.py
Source:flow.py
1"Control flow model."2import ast 3from astvis.hgraph import HierarchicalGraph4import pynalyze.controlflow as cf5from pynalyze.controlflow import Block, BasicBlock, StartBlock, EndBlock, ConditionBlock6class IfBlock(Block):7 def __init__(self, model, parentBlock, ifStatement):8 Block.__init__(self, model, parentBlock)9 self.astObjects.append(ifStatement)10 condBlock = None11 if ifStatement.condition!=None:12 condBlock = ConditionBlock(self.model, self, [ifStatement.condition])13 self.subBlocks.append(condBlock)14 thenBlock = Block(self.model, self)15 thenBlocks = self.model.generateBlocks(thenBlock, list(ifStatement.blocks[0].statements))16 thenBlock.addSubBlocks(thenBlocks)17 self.subBlocks.append(thenBlock)18 19 if condBlock!=None:20 condBlock.branchBlocks.append(thenBlock) 21 self.firstBlock = condBlock22 else:23 self.firstBlock = thenBlock24class DoHeaderBlock(Block):25 def __init__(self, model, parentBlock, doStatement):26 Block.__init__(self, model, parentBlock)27 self.astObjects.append(doStatement)28 29 if doStatement.type=='for':30 self._initForBlocks(doStatement)31 elif doStatement.type=='while':32 self._initWhileBlocks(doStatement)33 34 def _initWhileBlocks(self, doStatement):35 self.conditionBlock = ConditionBlock(self.model, self, [doStatement.condition])36 self.initBlock = None37 self.stepBlock = None38 self.firstBlock = self.conditionBlock39 self.subBlocks.append(self.conditionBlock)40 def _initForBlocks(self, doStatement):41 astModel = doStatement.model42 self.initBlock = BasicBlock(self.model,43 self, [ast.Assignment(astModel,44 target=ast.Reference(astModel,45 name=doStatement.variable),46 value=doStatement.first)])47 self.conditionBlock = ConditionBlock(self.model,48 self, [ast.Operator(doStatement.model,49 type='.NEQ.',50 left=ast.Reference(astModel,51 name=doStatement.variable),52 right=doStatement.last)])53 # @todo: use step from doStatement54 statements = [ast.Assignment(astModel,55 target=ast.Reference(astModel,56 name=doStatement.variable),57 value=ast.Operator(astModel,58 type='+',59 left=ast.Reference(astModel,60 name=doStatement.variable),61 right=ast.Constant(astModel,62 value=1)))63 ]64 self.stepBlock = BasicBlock(self.model, self, statements)65 self.firstBlock = self.initBlock66 self.subBlocks.append(self.initBlock)67 self.subBlocks.append(self.conditionBlock)68 self.subBlocks.append(self.stepBlock)69 self.initBlock.endBlock = self.conditionBlock70 self.stepBlock.endBlock = self.conditionBlock71class IfConstructBlock(Block):72 def __init__(self, model, parentBlock, ifConstruct):73 Block.__init__(self, model, parentBlock)74 self.astObjects.append(ifConstruct)75 for stmt in ifConstruct.statements:76 ifBlock = IfBlock(self.model, self, stmt)77 self.subBlocks.append(ifBlock)78 if len(self.subBlocks)>1:79 self.subBlocks[-2].subBlocks[0].endBlock = self.subBlocks[-1] # elseif/else branch80 self.firstBlock = self.subBlocks[0]81class DoBlock(Block):82 def __init__(self, model, parentBlock, doStatement):83 Block.__init__(self, model, parentBlock)84 self.doId = doStatement.doId85 self.astObjects.append(doStatement)86 headerBlock = DoHeaderBlock(self.model, self, doStatement)87 self.subBlocks.append(headerBlock)88 block = Block(self.model, self)89 blocks = self.model.generateBlocks(block, list(doStatement.blocks[0].statements))90 block.addSubBlocks(blocks)91 if headerBlock.stepBlock!=None: # for92 block.endBlock = headerBlock.stepBlock93 else: # while94 block.endBlock = headerBlock.conditionBlock95 self.subBlocks.append(block)96 97 headerBlock.conditionBlock.branchBlocks.append(block) 98 self.firstBlock = headerBlock99class ControlFlowModel(cf.ControlFlowModel):100 "Model allows to navigate through AST tree of a subroutine or a program."101 def __init__(self, astObj):102 assert isinstance(astObj, ast.Code)103 cf.ControlFlowModel.__init__(self, astObj,list(astObj.statementBlock.statements))104 # add declarations to the start block105 self._startBlock.executions.extend(self.code.declarationBlock.statements)106 CLASS_MAP = {ast.IfStatement: IfBlock,107 ast.IfConstruct: IfConstructBlock,108 ast.DoStatement: DoBlock}109 110 JUMP_STATEMENT_CLASSES = (ast.Exit,)111 def _resolveJumpStatements(self):112 "For each Fortran 'exit' statement find 'do' block."113 def resolve(block):114 if isinstance(block, BasicBlock) and \115 isinstance(block.executions[-1], self.JUMP_STATEMENT_CLASSES):116 stmt = block.executions[-1]117 if isinstance(stmt, ast.Exit):118 # find do block for exit statement119 exitId = stmt.exitId120 jumpBlock = block.parentBlock121 while jumpBlock!=None:122 if isinstance(jumpBlock,DoBlock) and jumpBlock.doId==exitId:123 # found124 block.endBlock = jumpBlock.getEndBlock()125 break126 jumpBlock = jumpBlock.parentBlock127 128 self._codeBlock.itertree(resolve)129class BlockGraph(HierarchicalGraph):130 131 def _getParent(self, block):132 return block.parentBlock133 def _getChildren(self, block):...
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