How to use GetVariables method in redwood

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TestGetVariables.py

Source:TestGetVariables.py Github

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1"""2Test that SBFrame::GetVariables() calls work correctly.3"""4from __future__ import print_function5import lldb6from lldbsuite.test.decorators import *7from lldbsuite.test.lldbtest import *8from lldbsuite.test import lldbplatform9from lldbsuite.test import lldbutil10def get_names_from_value_list(value_list):11 names = list()12 for value in value_list:13 names.append(value.GetName())14 return names15class TestGetVariables(TestBase):16 mydir = TestBase.compute_mydir(__file__)17 def setUp(self):18 # Call super's setUp().19 TestBase.setUp(self)20 self.source = 'main.c'21 def verify_variable_names(self, description, value_list, names):22 copy_names = list(names)23 actual_names = get_names_from_value_list(value_list)24 for name in actual_names:25 if name in copy_names:26 copy_names.remove(name)27 else:28 self.assertTrue(29 False, "didn't find '%s' in %s" %30 (name, copy_names))31 self.assertEqual(32 len(copy_names), 0, "%s: we didn't find variables: %s in value list (%s)" %33 (description, copy_names, actual_names))34 def test(self):35 self.build()36 # Set debugger into synchronous mode37 self.dbg.SetAsync(False)38 # Create a target by the debugger.39 exe = self.getBuildArtifact("a.out")40 target = self.dbg.CreateTarget(exe)41 self.assertTrue(target, VALID_TARGET)42 line1 = line_number(self.source, '// breakpoint 1')43 line2 = line_number(self.source, '// breakpoint 2')44 line3 = line_number(self.source, '// breakpoint 3')45 breakpoint1 = target.BreakpointCreateByLocation(self.source, line1)46 breakpoint2 = target.BreakpointCreateByLocation(self.source, line2)47 breakpoint3 = target.BreakpointCreateByLocation(self.source, line3)48 self.assertTrue(breakpoint1.GetNumLocations() >= 1, PROCESS_IS_VALID)49 self.assertTrue(breakpoint2.GetNumLocations() >= 1, PROCESS_IS_VALID)50 self.assertTrue(breakpoint3.GetNumLocations() >= 1, PROCESS_IS_VALID)51 # Register our shared libraries for remote targets so they get52 # automatically uploaded53 arguments = None54 environment = None55 # Now launch the process, and do not stop at entry point.56 process = target.LaunchSimple(57 arguments, environment, self.get_process_working_directory())58 self.assertTrue(process, PROCESS_IS_VALID)59 threads = lldbutil.get_threads_stopped_at_breakpoint(60 process, breakpoint1)61 self.assertEqual(62 len(threads),63 1,64 "There should be a thread stopped at breakpoint 1")65 thread = threads[0]66 self.assertTrue(thread.IsValid(), "Thread must be valid")67 frame = thread.GetFrameAtIndex(0)68 self.assertTrue(frame.IsValid(), "Frame must be valid")69 arg_names = ['argc', 'argv']70 local_names = ['i', 'j', 'k']71 static_names = ['static_var', 'g_global_var', 'g_static_var']72 breakpoint1_locals = ['i']73 breakpoint1_statics = ['static_var']74 num_args = len(arg_names)75 num_locals = len(local_names)76 num_statics = len(static_names)77 args_yes = True78 args_no = False79 locals_yes = True80 locals_no = False81 statics_yes = True82 statics_no = False83 in_scopy_only = True84 ignore_scope = False85 # Verify if we ask for only arguments that we got what we expect86 vars = frame.GetVariables(87 args_yes, locals_no, statics_no, ignore_scope)88 self.assertEqual(89 vars.GetSize(),90 num_args,91 "There should be %i arguments, but we are reporting %i" %92 (num_args,93 vars.GetSize()))94 self.verify_variable_names("check names of arguments", vars, arg_names)95 self.assertEqual(96 len(arg_names),97 num_args,98 "make sure verify_variable_names() didn't mutate list")99 # Verify if we ask for only locals that we got what we expect100 vars = frame.GetVariables(101 args_no, locals_yes, statics_no, ignore_scope)102 self.assertEqual(103 vars.GetSize(),104 num_locals,105 "There should be %i local variables, but we are reporting %i" %106 (num_locals,107 vars.GetSize()))108 self.verify_variable_names("check names of locals", vars, local_names)109 # Verify if we ask for only statics that we got what we expect110 vars = frame.GetVariables(111 args_no, locals_no, statics_yes, ignore_scope)112 print('statics: ', str(vars))113 self.assertEqual(114 vars.GetSize(),115 num_statics,116 "There should be %i static variables, but we are reporting %i" %117 (num_statics,118 vars.GetSize()))119 self.verify_variable_names(120 "check names of statics", vars, static_names)121 # Verify if we ask for arguments and locals that we got what we expect122 vars = frame.GetVariables(123 args_yes, locals_yes, statics_no, ignore_scope)124 desc = 'arguments + locals'125 names = arg_names + local_names126 count = len(names)127 self.assertEqual(128 vars.GetSize(),129 count,130 "There should be %i %s (%s) but we are reporting %i (%s)" %131 (count,132 desc,133 names,134 vars.GetSize(),135 get_names_from_value_list(vars)))136 self.verify_variable_names("check names of %s" % (desc), vars, names)137 # Verify if we ask for arguments and statics that we got what we expect138 vars = frame.GetVariables(139 args_yes, locals_no, statics_yes, ignore_scope)140 desc = 'arguments + statics'141 names = arg_names + static_names142 count = len(names)143 self.assertEqual(144 vars.GetSize(),145 count,146 "There should be %i %s (%s) but we are reporting %i (%s)" %147 (count,148 desc,149 names,150 vars.GetSize(),151 get_names_from_value_list(vars)))152 self.verify_variable_names("check names of %s" % (desc), vars, names)153 # Verify if we ask for locals and statics that we got what we expect154 vars = frame.GetVariables(155 args_no, locals_yes, statics_yes, ignore_scope)156 desc = 'locals + statics'157 names = local_names + static_names158 count = len(names)159 self.assertEqual(160 vars.GetSize(),161 count,162 "There should be %i %s (%s) but we are reporting %i (%s)" %163 (count,164 desc,165 names,166 vars.GetSize(),167 get_names_from_value_list(vars)))168 self.verify_variable_names("check names of %s" % (desc), vars, names)169 # Verify if we ask for arguments, locals and statics that we got what170 # we expect171 vars = frame.GetVariables(172 args_yes, locals_yes, statics_yes, ignore_scope)173 desc = 'arguments + locals + statics'174 names = arg_names + local_names + static_names175 count = len(names)176 self.assertEqual(177 vars.GetSize(),178 count,179 "There should be %i %s (%s) but we are reporting %i (%s)" %180 (count,181 desc,182 names,183 vars.GetSize(),184 get_names_from_value_list(vars)))185 self.verify_variable_names("check names of %s" % (desc), vars, names)186 # Verify if we ask for in scope locals that we got what we expect187 vars = frame.GetVariables(188 args_no, locals_yes, statics_no, in_scopy_only)189 desc = 'in scope locals at breakpoint 1'190 names = ['i']191 count = len(names)192 self.assertEqual(193 vars.GetSize(),194 count,195 "There should be %i %s (%s) but we are reporting %i (%s)" %196 (count,197 desc,198 names,199 vars.GetSize(),200 get_names_from_value_list(vars)))201 self.verify_variable_names("check names of %s" % (desc), vars, names)202 # Continue to breakpoint 2203 process.Continue()204 threads = lldbutil.get_threads_stopped_at_breakpoint(205 process, breakpoint2)206 self.assertEqual(207 len(threads),208 1,209 "There should be a thread stopped at breakpoint 2")210 thread = threads[0]211 self.assertTrue(thread.IsValid(), "Thread must be valid")212 frame = thread.GetFrameAtIndex(0)213 self.assertTrue(frame.IsValid(), "Frame must be valid")214 # Verify if we ask for in scope locals that we got what we expect215 vars = frame.GetVariables(216 args_no, locals_yes, statics_no, in_scopy_only)217 desc = 'in scope locals at breakpoint 2'218 names = ['i', 'j']219 count = len(names)220 self.assertEqual(221 vars.GetSize(),222 count,223 "There should be %i %s (%s) but we are reporting %i (%s)" %224 (count,225 desc,226 names,227 vars.GetSize(),228 get_names_from_value_list(vars)))229 self.verify_variable_names("check names of %s" % (desc), vars, names)230 # Continue to breakpoint 3231 process.Continue()232 threads = lldbutil.get_threads_stopped_at_breakpoint(233 process, breakpoint3)234 self.assertEqual(235 len(threads),236 1,237 "There should be a thread stopped at breakpoint 3")238 thread = threads[0]239 self.assertTrue(thread.IsValid(), "Thread must be valid")240 frame = thread.GetFrameAtIndex(0)241 self.assertTrue(frame.IsValid(), "Frame must be valid")242 # Verify if we ask for in scope locals that we got what we expect243 vars = frame.GetVariables(244 args_no, locals_yes, statics_no, in_scopy_only)245 desc = 'in scope locals at breakpoint 3'246 names = ['i', 'j', 'k']247 count = len(names)248 self.assertEqual(249 vars.GetSize(),250 count,251 "There should be %i %s (%s) but we are reporting %i (%s)" %252 (count,253 desc,254 names,255 vars.GetSize(),256 get_names_from_value_list(vars)))257 self.verify_variable_names("check names of %s" % (desc), vars, names)

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test_iterators.py

Source:test_iterators.py Github

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1#!/usr/bin/env python2# -*- coding: utf-8 -*-3from __future__ import print_function, absolute_import, division4from builtins import map, range, object, zip, sorted5from . import TestBase6import unittest7import amplpy8class TestIterators(TestBase.TestBase):9 """Test Iterators."""10 def testSetIterators(self):11 ampl = self.ampl12 ampl.eval('set x;')13 self.assertEqual(14 len(ampl.getSets()),15 ampl.getSets().size()16 )17 self.assertEqual(18 ampl.getSets().size(),19 len(list(ampl.getSets()))20 )21 self.assertEqual(ampl.getSets().size(), 1)22 ampl.eval('reset;')23 self.assertEqual(ampl.getSets().size(), 0)24 ampl.eval('set x;')25 self.assertEqual(ampl.getSets().size(), 1)26 ampl.eval('set y{1..2};')27 self.assertEqual(ampl.getSets().size(), 2)28 ampl.eval('set z{1..2, {"a", "b"}};')29 self.assertEqual(ampl.getSets().size(), 3)30 ampl.eval('set xx{1..2,4..5};')31 self.assertEqual(ampl.getSets().size(), 4)32 ampl.eval('set yy{1..2,4..5,7..8};')33 self.assertEqual(ampl.getSets().size(), 5)34 ampl.eval('set zz{1..2,{"a", "b"}, 5..6};')35 self.assertEqual(ampl.getSets().size(), 6)36 self.assertEqual(37 ampl.getSet('x').numInstances(),38 len(dict(ampl.getSet('x')))39 )40 self.assertEqual(ampl.getSet('x').numInstances(), 1)41 self.assertEqual(ampl.getSet('y').numInstances(), 2)42 self.assertEqual(ampl.getSet('z').numInstances(), 4)43 self.assertEqual(ampl.getSet('xx').numInstances(), 4)44 self.assertEqual(ampl.getSet('yy').numInstances(), 8)45 self.assertEqual(ampl.getSet('zz').numInstances(), 8)46 self.assertEqual(47 max(s.numInstances() for name, s in ampl.getSets()), 848 )49 self.assertEqual(50 ampl.getSet('x').name(),51 ampl.getSets()['x'].name()52 )53 def testParameterIterators(self):54 ampl = self.ampl55 ampl.eval('param x;')56 self.assertEqual(57 len(ampl.getParameters()),58 ampl.getParameters().size()59 )60 self.assertEqual(61 ampl.getParameters().size(),62 len(list(ampl.getParameters()))63 )64 self.assertEqual(ampl.getParameters().size(), 1)65 ampl.eval('reset;')66 self.assertEqual(ampl.getParameters().size(), 0)67 ampl.eval('param x;')68 self.assertEqual(ampl.getParameters().size(), 1)69 ampl.eval('param y{1..2};')70 self.assertEqual(ampl.getParameters().size(), 2)71 ampl.eval('param z{1..2, {"a", "b"}};')72 self.assertEqual(ampl.getParameters().size(), 3)73 ampl.eval('param xx{1..2,4..5};')74 self.assertEqual(ampl.getParameters().size(), 4)75 ampl.eval('param yy{1..2,4..5,7..8};')76 self.assertEqual(ampl.getParameters().size(), 5)77 ampl.eval('param zz{1..2,{"a", "b"}, 5..6};')78 self.assertEqual(ampl.getParameters().size(), 6)79 self.assertEqual(80 ampl.getParameter('x').numInstances(),81 len(dict(ampl.getParameter('x')))82 )83 self.assertEqual(ampl.getParameter('x').numInstances(), 1)84 self.assertEqual(ampl.getParameter('y').numInstances(), 2)85 self.assertEqual(ampl.getParameter('z').numInstances(), 4)86 self.assertEqual(ampl.getParameter('xx').numInstances(), 4)87 self.assertEqual(ampl.getParameter('yy').numInstances(), 8)88 self.assertEqual(ampl.getParameter('zz').numInstances(), 8)89 self.assertEqual(90 max(p.numInstances() for name, p in ampl.getParameters()), 891 )92 self.assertEqual(93 ampl.getParameter('x').name(),94 ampl.getParameters()['x'].name()95 )96 def testVariableIterators(self):97 ampl = self.ampl98 ampl.eval('var x;')99 self.assertEqual(100 len(ampl.getVariables()),101 ampl.getVariables().size()102 )103 self.assertEqual(104 ampl.getVariables().size(),105 len(list(ampl.getVariables()))106 )107 self.assertEqual(ampl.getVariables().size(), 1)108 ampl.eval('reset;')109 self.assertEqual(ampl.getVariables().size(), 0)110 ampl.eval('var x;')111 self.assertEqual(ampl.getVariables().size(), 1)112 ampl.eval('var y{1..2};')113 self.assertEqual(ampl.getVariables().size(), 2)114 ampl.eval('var z{1..2, {"a", "b"}};')115 self.assertEqual(ampl.getVariables().size(), 3)116 ampl.eval('var xx{1..2,4..5};')117 self.assertEqual(ampl.getVariables().size(), 4)118 ampl.eval('var yy{1..2,4..5,7..8};')119 self.assertEqual(ampl.getVariables().size(), 5)120 ampl.eval('var zz{1..2,{"a", "b"}, 5..6};')121 self.assertEqual(ampl.getVariables().size(), 6)122 self.assertEqual(123 ampl.getVariable('x').numInstances(),124 len(dict(ampl.getVariable('x')))125 )126 self.assertEqual(ampl.getVariable('x').numInstances(), 1)127 self.assertEqual(ampl.getVariable('y').numInstances(), 2)128 self.assertEqual(ampl.getVariable('z').numInstances(), 4)129 self.assertEqual(ampl.getVariable('xx').numInstances(), 4)130 self.assertEqual(ampl.getVariable('yy').numInstances(), 8)131 self.assertEqual(ampl.getVariable('zz').numInstances(), 8)132 self.assertEqual(133 max(var.numInstances() for name, var in ampl.getVariables()), 8134 )135 self.assertEqual(136 ampl.getVariable('x').name(),137 ampl.getVariables()['x'].name()138 )139 def testConstraintIterators(self):140 ampl = self.ampl141 ampl.eval('var x;')142 ampl.eval('s.t. c_x: x = 0;')143 self.assertEqual(144 ampl.getConstraints().size(),145 len(ampl.getConstraints())146 )147 self.assertEqual(148 ampl.getConstraints().size(),149 len(list(ampl.getConstraints()))150 )151 self.assertEqual(ampl.getConstraints().size(), 1)152 ampl.eval('reset;')153 self.assertEqual(ampl.getConstraints().size(), 0)154 ampl.eval('var x;')155 ampl.eval('s.t. c_x: x = 0;')156 self.assertEqual(ampl.getConstraints().size(), 1)157 ampl.eval('var y{1..2};')158 ampl.eval('s.t. c_y{i in 1..2}: y[i] = i;')159 self.assertEqual(ampl.getConstraints().size(), 2)160 ampl.eval('var z{1..2, {"a", "b"}};')161 ampl.eval('s.t. c_z{(i, j) in {1..2, {"a", "b"}}}: z[i,j] = i;')162 self.assertEqual(ampl.getConstraints().size(), 3)163 ampl.eval('var xx{1..2,4..5};')164 ampl.eval('s.t. c_xx{(i, j) in {1..2,4..5}}: xx[i,j] = i+j;')165 self.assertEqual(ampl.getConstraints().size(), 4)166 self.assertEqual(167 ampl.getConstraint('c_x').numInstances(),168 len(dict(ampl.getConstraint('c_x')))169 )170 self.assertEqual(ampl.getConstraint('c_x').numInstances(), 1)171 self.assertEqual(ampl.getConstraint('c_y').numInstances(), 2)172 self.assertEqual(ampl.getConstraint('c_z').numInstances(), 4)173 self.assertEqual(ampl.getConstraint('c_xx').numInstances(), 4)174 self.assertEqual(175 max(con.numInstances() for name, con in ampl.getConstraints()), 4176 )177 self.assertEqual(178 ampl.getConstraint('c_x').name(),179 ampl.getConstraints()['c_x'].name()180 )181 def testObjectiveIterators(self):182 ampl = self.ampl183 ampl.eval('var x;')184 ampl.eval('maximize c_x: x;')185 self.assertEqual(186 ampl.getObjectives().size(),187 len(ampl.getObjectives())188 )189 self.assertEqual(190 ampl.getObjectives().size(),191 len(list(ampl.getObjectives()))192 )193 self.assertEqual(ampl.getObjectives().size(), 1)194 ampl.eval('reset;')195 self.assertEqual(ampl.getObjectives().size(), 0)196 ampl.eval('var x;')197 ampl.eval('maximize c_x: x;')198 self.assertEqual(ampl.getObjectives().size(), 1)199 ampl.eval('var y{1..2};')200 ampl.eval('maximize c_y{i in 1..2}: y[i];')201 self.assertEqual(ampl.getObjectives().size(), 2)202 ampl.eval('var z{1..2, {"a", "b"}};')203 ampl.eval('maximize c_z{(i, j) in {1..2, {"a", "b"}}}: z[i,j];')204 self.assertEqual(ampl.getObjectives().size(), 3)205 ampl.eval('var xx{1..2,4..5};')206 ampl.eval('maximize c_xx{(i, j) in {1..2,4..5}}: xx[i,j];')207 self.assertEqual(ampl.getObjectives().size(), 4)208 self.assertEqual(209 ampl.getObjective('c_x').numInstances(),210 len(dict(ampl.getObjective('c_x')))211 )212 self.assertEqual(ampl.getObjective('c_x').numInstances(), 1)213 self.assertEqual(ampl.getObjective('c_y').numInstances(), 2)214 self.assertEqual(ampl.getObjective('c_z').numInstances(), 4)215 self.assertEqual(ampl.getObjective('c_xx').numInstances(), 4)216 self.assertEqual(217 max(obj.numInstances() for name, obj in ampl.getObjectives()), 4218 )219 self.assertEqual(220 ampl.getObjective('c_x').name(),221 ampl.getObjectives()['c_x'].name()222 )223if __name__ == '__main__':...

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DC2Workflow.py

Source:DC2Workflow.py Github

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1from java.util import HashMap2def run_processCcd():3 process = pipeline.getProcessInstance("setup_processccd")4 vars = HashMap(process.getVariables())5 workdir = vars.remove("WORK_DIR")6 filters = vars.remove("FILTERS").split(',')7 num = 08 for filt in filters:9 nscript = vars.remove('n' + filt + 'scripts')10 for i in range(1, int(nscript) + 1):11 script = workdir + "/02-processccd/scripts/%s/visit_%03d_script.sh" % (filt, i)12 vars.put("CUR_SCRIPT", script)13 pipeline.createSubstream("processFilter", num, vars)14 num += 115def run_processEimage():16 process = pipeline.getProcessInstance("setup_processEimage")17 vars = HashMap(process.getVariables())18 workdir = vars.remove("WORK_DIR")19 filters = vars.remove("FILTERS").split(',')20 num = 021 for filt in filters:22 nscript = vars.remove('n' + filt + 'scripts')23 for i in range(1, int(nscript) + 1):24 script = workdir + "/02-processEimage/scripts/%s/visit_%03d_script.sh" % (filt, i)25 vars.put("CUR_SCRIPT", script)26 pipeline.createSubstream("processEimageFilter", num, vars)27 num += 128def run_makeFpSummary():29 process = pipeline.getProcessInstance("setup_makeFpSummary")30 vars = HashMap(process.getVariables())31 workdir = vars.remove("WORK_DIR")32 filters = vars.remove("FILTERS").split(',')33 num = 034 for filt in filters:35 nscript = vars.remove('n' + filt + 'scripts')36 for i in range(1, int(nscript) + 1):37 script = workdir + "/02p5-makeFpSummary/scripts/%s/visit_makeFpSummary_%03d_script.sh" % (filt, i)38 vars.put("MAKEFP_SCRIPT", script)39 pipeline.createSubstream("makeFpSummaryFilter", num, vars)40 num += 141def run_reportPatches():42 process = pipeline.getProcessInstance("setup_reportPatches")43 vars = HashMap(process.getVariables())44 workdir = vars.remove("WORK_DIR")45 filters = vars.remove("FILTERS").split(',')46 num = 047 for filt in filters:48 nscript = vars.remove('n' + filt + 'scripts')49 for i in range(1, int(nscript) + 1):50 script = workdir + "/03-makeSkyMap/scripts/%s/visit_%03d_script.sh" % (filt, i)51 vars.put("CUR_SCRIPT", script)52 pipeline.createSubstream("reportPatchesVisit", num, vars)53 num += 154def run_singleFrameDriver():55 process = pipeline.getProcessInstance("setup_singleFrameDriver")56 vars = HashMap(process.getVariables())57 workdir = vars.remove("WORK_DIR")58 filters = vars.remove("FILTERS").split(',')59 num = 060 for filt in filters:61 nscript = vars.remove('n' + filt + 'scripts')62 for i in range(1, int(nscript) + 1):63 script = workdir + "/02-singleFrameDriver/scripts/%s/visit_%03d_script.sh" % (filt, i)64 vars.put("CUR_SCRIPT", script)65 pipeline.createSubstream("singleFrameDriverFilter", num, vars)66 num += 167def run_jointcal():68 process = pipeline.getProcessInstance("setup_jointcal")69 vars = HashMap(process.getVariables())70 workdir = vars.remove("WORK_DIR")71 filters = vars.remove("FILTERS").split(',')72 num = 073 for filt in filters:74 nscript = vars.remove('n' + filt + 'scripts')75 for i in range(1, int(nscript) + 1):76 script = workdir + "/04-jointcal/scripts/%s/jointcal_%s_%03d.sh" % (filt, filt, i)77 vars.put("CUR_SCRIPT", script)78 pipeline.createSubstream("jointcalFilter", num, vars)79 num += 180def run_jointcalCoadd():81 process = pipeline.getProcessInstance("setup_jointcalCoadd")82 vars = HashMap(process.getVariables())83 workdir = vars.remove("WORK_DIR")84 filters = vars.remove("FILTERS").split(',')85 num = 086 for filt in filters:87 nscript = vars.remove('n' + filt + 'scripts')88 for i in range(1, int(nscript) + 1):89 script = workdir + "/05-jointcalCoadd/scripts/%s/patches_%03d.sh" % (filt, i)90 vars.put("CUR_SCRIPT", script)91 pipeline.createSubstream("jointcalCoaddFilter", num, vars)92 num += 193def run_makeCoaddTempExp():94 process = pipeline.getProcessInstance("setup_makeCoaddTempExp")95 vars = HashMap(process.getVariables())96 workdir = vars.remove("WORK_DIR")97 filters = vars.remove("FILTERS").split(',')98 num = 099 for filt in filters:100 nscript = vars.remove('n' + filt + 'scripts')101 for i in range(1, int(nscript) + 1):102 script = workdir + "/05-makeCoaddTempExp/scripts/%s/patches_%03d.sh" % (filt, i)103 vars.put("CUR_SCRIPT", script)104 pipeline.createSubstream("makeCoaddTempExpFilter", num, vars)105 num += 1106def run_assembleCoadd():107 process = pipeline.getProcessInstance("setup_assembleCoadd")108 vars = HashMap(process.getVariables())109 workdir = vars.remove("WORK_DIR")110 filters = vars.remove("FILTERS").split(',')111 num = 0112 for filt in filters:113 nscript = vars.remove('n' + filt + 'scripts')114 for i in range(1, int(nscript) + 1):115 script = workdir + "/06-assembleCoadd/scripts/%s/patches_%03d.sh" % (filt, i)116 vars.put("CUR_SCRIPT", script)117 pipeline.createSubstream("assembleCoaddFilter", num, vars)118 num += 1119def run_detectCoaddSources():120 process = pipeline.getProcessInstance("setup_detectCoaddSources")121 vars = HashMap(process.getVariables())122 workdir = vars.remove("WORK_DIR")123 filters = vars.remove("FILTERS").split(',')124 num = 0125 for filt in filters:126 nscript = vars.remove('n' + filt + 'scripts')127 for i in range(1, int(nscript) + 1):128 script = workdir + "/07-detectCoaddSources/scripts/%s/patches_%03d.sh" % (filt, i)129 vars.put("CUR_SCRIPT", script)130 pipeline.createSubstream("detectCoaddSourcesFilter", num, vars)131 num += 1132def run_mergeCoaddDetections():133 process = pipeline.getProcessInstance("setup_mergeCoaddDetections")134 vars = HashMap(process.getVariables())135 workdir = vars.remove("WORK_DIR")136 nscript = vars.remove('nscripts')137 filters = vars.remove("FILTERS").split(',')138 for num in range(int(nscript)):139 script = workdir + "/08-mergeCoaddDetections/scripts/patches_all.txt_%04d.sh" % num140 vars.put("CUR_SCRIPT", script)141 pipeline.createSubstream("mergeCoaddDetectionsFilter", num, vars)142def run_measureCoaddSources():143 process = pipeline.getProcessInstance("setup_measureCoaddSources")144 vars = HashMap(process.getVariables())145 workdir = vars.remove("WORK_DIR")146 filters = vars.remove("FILTERS").split(',')147 num = 0148 for filt in filters:149 nscript = vars.remove('n' + filt + 'scripts')150 for i in range(int(nscript)):151 script = workdir + "/09-measureCoaddSources/scripts/%s/patches_%s.txt_%05d.sh" % \152 (filt, filt, i)153 vars.put("CUR_SCRIPT", script)154 pipeline.createSubstream("measureCoaddSourcesFilter", num, vars)155 num += 1156def run_mergeCoaddMeasurements():157 process = pipeline.getProcessInstance("setup_mergeCoaddMeasurements")158 vars = HashMap(process.getVariables())159 workdir = vars.remove("WORK_DIR")160 nscript = vars.remove('nscripts')161 for num in range(int(nscript)):162 script = workdir + "/10-mergeCoaddMeasurements/scripts/patches_all.txt_%05d.sh" % num163 vars.put("CUR_SCRIPT", script)164 pipeline.createSubstream("mergeCoaddMeasurementsFilter", num, vars)165def run_forcedPhotCcd():166 process = pipeline.getProcessInstance("setup_forcedPhotCcd")167 vars = HashMap(process.getVariables())168 workdir = vars.remove("WORK_DIR")169 filters = vars.remove("FILTERS").split(',')170 num = 0171 for filt in filters:172 nscript = vars.remove('n' + filt + 'scripts')173 for i in range(1, int(nscript) + 1):174 script = workdir + "/11-forcedPhotCcd/scripts/%s/visit_%03d.sh" % (filt, i)175 vars.put("CUR_SCRIPT", script)176 pipeline.createSubstream("forcedPhotCcdFilter", num, vars)177 num += 1178def run_forcedPhotCoadd():179 process = pipeline.getProcessInstance("setup_forcedPhotCoadd")180 vars = HashMap(process.getVariables())181 workdir = vars.remove("WORK_DIR")182 filters = vars.remove("FILTERS").split(',')183 num = 0184 for filt in filters:185 nscript = vars.remove('n' + filt + 'scripts')186 for i in range(int(nscript)):187 script = workdir + "/12-forcedPhotCoadd/scripts/%s/patches_%s.txt_%05d.sh" % \188 (filt, filt, i)189 vars.put("CUR_SCRIPT", script)190 pipeline.createSubstream("forcedPhotCoaddFilter", num, vars)...

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AST.py

Source:AST.py Github

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1from functools import reduce2def checkAllItemsAreAST(*z):3 return reduce(lambda r, x: r and (isinstance(x, AST)), z, True)4def checkAllItemsAreValue(*z):5 return reduce(lambda r, x: r and (isinstance(x, Value)), z, True)6def fmt_comment(comment):7 if comment:8 return " ; {}".format(comment)9 return ""10class AST:11 def __repr__(self):12 return "{}()".format(self.__class__.__name__)13 def describe(self):14 return self.__repr__()15 def __hash__(self):16 return hash(self.__repr__())17 def getVariables(self):18 return set()19 def getConditionVariables(self, is_parent_condition=False):20 return set()21class Variable(AST):22 def __init__(self, name, sort):23 assert isinstance(name, str)24 assert isinstance(sort, Sort)25 self.name = name26 self.sort = sort27 def __repr__(self):28 return self.name29 # return self.describe()30 def describe(self):31 return "{}(name={}, sort={})".format(self.__class__.__name__, self.name, self.sort)32 def __hash__(self):33 return hash(self.__repr__())34 def __eq__(a, b):35 return a.name == b.name # and a.sort == b.sort36 def getVariables(self):37 return set([self])38 def getConditionVariables(self, is_parent_condition=False):39 if is_parent_condition:40 return self.getVariables()41 else:42 return set()43 def to_smt2(self):44 return self.name45 46class Sort(AST):47 def __init__(self, name, values):48 assert isinstance(name, str)49 assert isinstance(values, set) or isinstance(values, list)50 assert checkAllItemsAreValue(*values)51 self.name = name52 self.values = set(values)53 def __repr__(self):54 return "{}({})".format(self.__class__.__name__, self.name)55 def __hash__(self):56 return hash(self.__repr__())57 def __eq__(a, b):58 return a.name == b.name or a.values == b.values59 def to_smt2(self):60 return self.name61class Value(AST):62 def __init__(self, name):63 assert isinstance(name, str)64 self.name = name65 def __repr__(self):66 return self.name67 def describe(self):68 return "{}({})".format(self.__class__.__name__, self.name)69 def __hash__(self):70 return hash(self.__repr__())71 def __eq__(a, b):72 return a.name == b.name73 def to_smt2(self):74 return self.name75### Used to describe equality x == y |-> x = Ref(y)76class Ref(AST):77 def __init__(self, var):78 assert isinstance(var, Variable)79 self.variable = var80 81 def __repr__(self):82 return "{}({})".format(self.__class__.__name__, self.variable)83 def __eq__(a, b):84 return a.__class__.__name__ == b.__class__.__name__ and a.variable == b.variable85class Const(AST):86 def __init__(self):87 pass88 def __repr__(self):89 return "{}()".format(self.__class__.__name__)90 def __eq__(a, b):91 return a.__class__.__name__ == b.__class__.__name__92 def getVariables(self):93 return set()94 def to_smt2(self):95 return self.__class__.__name__96class NOp(AST):97 def __init__(self, *v, comment=""):98 assert len(v) > 099 assert checkAllItemsAreAST(*v), "v={}".format(v)100 self.v = list(v)101 self.comment = comment102 def __repr__(self):103 return "{}({}){}".format(self.__class__.__name__, ', '.join(['{}'.format(x) for x in self.v]), fmt_comment(self.comment))104 def __eq__(a, b):105 return a.v == b.v106 def getVariables(self):107 return reduce(lambda r, expr: r | expr.getVariables(), self.v, set())108 def getConditionVariables(self, is_parent_condition=False):109 return reduce(lambda r, expr: r | expr.getConditionVariables(is_parent_condition), self.v, set())110 def to_smt2(self):111 if self.v:112 return "({} {})".format(self.__class__.__name__.lower(), ' '.join([x.to_smt2() for x in self.v]))113 else:114 return "true"115class UniOp(NOp):116 def __init__(self, v1, comment=""):117 assert isinstance(v1, AST)118 self.v1 = v1119 self.comment = comment120 121 def __repr__(self):122 return "{}({}){}".format(self.__class__.__name__, self.v1, fmt_comment(self.comment))123 def __eq__(a, b):124 return a.v1 == b.v1125 def getVariables(self):126 return self.v1.getVariables()127 def getConditionVariables(self, is_parent_condition=False):128 return self.v1.getConditionVariables(is_parent_condition)129 def to_smt2(self):130 return "({} {})".format(self.__class__.__name__.lower(), self.v1.to_smt2())131class BinOp(NOp):132 def __init__(self, v1, v2, comment=""):133 assert isinstance(v1, AST)134 assert isinstance(v2, AST)135 self.v1 = v1136 self.v2 = v2137 self.comment = comment138 139 def __repr__(self):140 return "{}({}, {}){}".format(self.__class__.__name__, self.v1, self.v2, fmt_comment(self.comment))141 def __eq__(a, b):142 return a.v1 == b.v1 and a.v2 == b.v2143 def getVariables(self):144 return self.v1.getVariables() | self.v2.getVariables()145 def getConditionVariables(self, is_parent_condition=False):146 return self.v1.getConditionVariables(is_parent_condition) | self.v2.getConditionVariables(is_parent_condition)147 def to_smt2(self):148 return "({} {} {})".format(self.__class__.__name__.lower(), self.v1, self.v2)149### Holds no AST nodes150class Terminate(Const):151 pass152### True153class Top(Const):154 def to_smt2(self):155 return "true"156### False157class Bot(Const):158 def to_smt2(self):159 return "false"160class Not(UniOp):161 pass162class Eq(BinOp):163 def to_smt2(self):164 return "(= {} {})".format(self.v1, self.v2)165class And(NOp):166 pass167class Or(NOp):168 pass169class If(AST):170 def __init__(self, cond_clause, then_clause, else_clause):171 assert isinstance(cond_clause, AST)172 assert isinstance(then_clause, AST)173 assert isinstance(else_clause, AST)174 self.cond_clause = cond_clause175 self.then_clause = then_clause176 self.else_clause = else_clause177 def __repr__(self):178 return "{}({}, {}, {})".format(self.__class__.__name__, self.cond_clause, self.then_clause, self.else_clause)179 def getVariables(self):180 return self.cond_clause.getVariables() | self.then_clause.getVariables() | self.else_clause.getVariables()181 def getConditionVariables(self, is_parent_condition=False):182 return self.cond_clause.getConditionVariables(True)183 def to_smt2(self):184 return "(ite {} {} {})".format(self.cond_clause.to_smt2(), self.then_clause.to_smt2(), self.else_clause.to_smt2())185class Implies(AST):186 def __init__(self, left, right):187 assert isinstance(left, AST)188 assert isinstance(right, AST)189 self.left = left190 self.right = right191 def __repr__(self):192 return "{}({}, {})".format(self.__class__.__name__, self.left, self.right)193 def getVariables(self):194 return self.left.getVariables() | self.right.getVariables()195 def getConditionVariables(self, is_parent_condition=False):196 return self.left.getConditionVariables(True)197 def to_smt2(self):...

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jot.py

Source:jot.py Github

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1# TODO 0-based indices2# Jot3# '' -> I4# '0' -> `ab5# '1' -> SK6from pyparsing import *7import copy8import sys9def main():10 while True:11 try:12 string = input().rstrip()13 except:14 break15 debug = False16 lambda_ = False17 if len(string) > 0 and string[0] == 'd':18 debug = True19 string = string[1:]20 if len(string) > 0 and string[0] == 'l':21 lambda_ = True22 string = string[1:]23 expression = Expression.fromLambda(string)24 else:25 expression = Expression.fromJot(string)26 if debug:27 print('input ', string)28 if not lambda_:29 print('lambda ', expression)30 expression.normalized()31 if debug:32 print('normalized', expression.normalized())33 print('output ', expression.toBinary())34 else:35 print(expression.toBinary())36 print()37def jot(program):38 return Expression.fromJot(program).normalized().toBinary()39class Expression:40 @staticmethod41 def fromLambda(s):42 l = lambda l: Literal(l).suppress()43 term = Forward()44 abstraction = (l('^')+term).setParseAction(lambda t: Abstraction(*t))45 application = (l('`')+term+term).setParseAction(lambda t: Application(*t))46 index = (Regex('[1-9]') | l('(')+Regex('[1-9][0-9]+')+l(')')).setParseAction(lambda t: Variable(int(*t)))47 term <<= (abstraction | application | index)48 expression = term + StringEnd()49 return expression.parseString(s).asList()[0]50 @staticmethod51 def fromJot(s):52 S = lambda: Expression.fromLambda('^^^``31`21')53 K = lambda: Expression.fromLambda('^^2')54 I = lambda: Expression.fromLambda('^1')55 s = s.lstrip('0')56 has = I()57 while len(s) > 0:58 if s[0] == '1':59 has = Application(Application(has, S()), K())60 else:61 has = Application(Application(S(), K()), has)62 s = s[1:]63 return has64class Variable(Expression):65 def __init__(self, value):66 self.value = value67 def normalized(self):68 return self69 def getVariables(self, offset=0, memo={}):70 memo.setdefault(self.value - offset, []).append(self)71 return memo72 def substitute(self, index, expression):73 pass74 def __str__(self):75 s = str(self.value)76 return s if len(s) == 1 else '({})'.format(s)77 def toBinary(self):78 return '{}0'.format('1'*self.value)79class Abstraction(Expression):80 def __init__(self, body):81 self.body = body82 def normalized(self):83 # eta reduction: if term "t" does not contain 1, ^`t1 -> t84 self.body = self.body.normalized()85 if (isinstance(self.body, Application) and86 isinstance(self.body.argument, Variable) and87 self.body.argument.value == 1 and88 1 not in self.body.function.getVariables(offset=0, memo={})):89 shiftExternals(self.body.function, -1)90 return self.body.function91 return self92 def getVariables(self, offset=0, memo={}):93 return self.body.getVariables(offset=offset+1, memo=memo)94 def substitute(self, index, expression):95 expression = copy.deepcopy(expression)96 index += 197 shiftExternals(expression, 1)98 if isinstance(self.body, Variable):99 if self.body.value == index:100 self.body = expression101 else:102 self.body.substitute(index, expression)103 def __str__(self):104 return '^{}'.format(self.body)105 def toBinary(self):106 return '00{}'.format(self.body.toBinary())107class Application(Expression):108 def __init__(self, function, argument):109 self.function, self.argument = function, argument110 def normalized(self):111 # beta reduction: substitute 1s in t with u, incrementing externals in u as necessary, decrementing externals in t by 1, `^tu -> v112 if not isinstance(self.function, Abstraction):113 self.function = self.function.normalized()114 if not isinstance(self.function, Abstraction):115 self.argument = self.argument.normalized()116 return self117 self.function.substitute(0, self.argument)118 shiftExternals(self.function, -1)119 self.function.body = self.function.body.normalized()120 return self.function.body121 def getVariables(self, offset=0, memo={}):122 self.function.getVariables(offset=offset, memo=memo)123 return self.argument.getVariables(offset=offset, memo=memo)124 def substitute(self, index, expression):125 if isinstance(self.function, Variable):126 if self.function.value == index:127 self.function = copy.deepcopy(expression)128 else:129 self.function.substitute(index, expression)130 if isinstance(self.argument, Variable):131 if self.argument.value == index:132 self.argument = copy.deepcopy(expression)133 else:134 self.argument.substitute(index, expression)135 def __str__(self):136 return '`{}{}'.format(self.function, self.argument)137 def toBinary(self):138 return '01{}{}'.format(self.function.toBinary(), self.argument.toBinary())139def shiftExternals(expression, delta):140 external_lists = [_list for offset, _list in expression.getVariables(offset=0, memo={}).items() if offset > 0]141 for e in [item for sublist in external_lists for item in sublist]:142 e.value += delta143def naturalToBinary(n):144 return bin(n+1)[3:] if n != 0 else ''145def binaryToNatural(b):146 return int('1'+b, 2) - 1147if __name__ == '__main__':...

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calculatorApp.py

Source:calculatorApp.py Github

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1from tkinter import *2import math3import parser # will help to solve mathematical operations4root = Tk()5root.title("Calculator")6# get the users input and place in the textfield/input box7i = 08# factorial = math.factorial()9def getVariables(num):10 global i # keeps track to where the number must be placed11 display.insert(i, num) # at witch index position you want to place number12 i += 1 # next time it will append i to be position 1, so 1234567...13def getOperation(operator):14 global i15 lengthOfOperator = len(operator) # after getting operator, we calculate it's length16 display.insert(i, operator)17 i += lengthOfOperator # we increment global i with operators length18def calculate():19 entireString = display.get()20 try:21 a = parser.expr(entireString).compile()22 result = eval(a)23 clearAll()24 display.insert(0, result)25 except Exception:26 clearAll()27 display.insert(0, "Error")28def clearAll(): # delleting the entire display29 display.delete(0, END) # from where to where delete, from 0 to END, means all30def undo(): # delete single element31 entireString = display.get() # gets all the input value as string32 if len(entireString):33 newString = entireString[:-1] # that it would specify 1 element34 clearAll() # then it deletes all from string35 display.insert(0, newString) # puts all old string as new but with -1 string36 else:37 clearAll()38 display.insert(0, "Error")39def myFactorial():40 stringOfInput = display.get() # breaks is 5+5, because it cant be a string41 try:42 gotNumber = int(stringOfInput)43 fact = 144 while (gotNumber > 0):45 fact = fact * gotNumber46 gotNumber = gotNumber - 147 clearAll()48 display.insert(0, fact)49 except ValueError:50 clearAll()51 display.insert(0, "Error, only numbers can be factorials.")52# adding the input field53display = Entry(root) # input field is Entry()54display.grid(row=1, columnspan=7, sticky=W + E) # adding to main field layout55# adding buttons to the calculator56Button(root, text="1", command=lambda: getVariables(1)).grid(row=2, column=0)57Button(root, text="2", command=lambda: getVariables(2)).grid(row=2, column=1)58Button(root, text="3", command=lambda: getVariables(3)).grid(row=2, column=2)59Button(root, text="4", command=lambda: getVariables(4)).grid(row=3, column=0)60Button(root, text="5", command=lambda: getVariables(5)).grid(row=3, column=1)61Button(root, text="6", command=lambda: getVariables(6)).grid(row=3, column=2)62Button(root, text="7", command=lambda: getVariables(7)).grid(row=4, column=0)63Button(root, text="8", command=lambda: getVariables(8)).grid(row=4, column=1)64Button(root, text="9", command=lambda: getVariables(9)).grid(row=4, column=2)65# adding other buttons to calculator66Button(root, text="AC", command=lambda: clearAll()).grid(row=5, column=0) # removes everything from input field67Button(root, text="0", command=lambda: getVariables(0)).grid(row=5, column=1)68Button(root, text="=", command=lambda: calculate()).grid(row=5, column=2)69Button(root, text="+", command=lambda: getOperation("+")).grid(row=2, column=3)70Button(root, text="-", command=lambda: getOperation("-")).grid(row=3, column=3)71Button(root, text="*", command=lambda: getOperation("*")).grid(row=4, column=3)72Button(root, text="/", command=lambda: getOperation("/")).grid(row=5, column=3)73# adding new operations74Button(root, text="pi", command=lambda: getOperation("*3.14")).grid(row=2, column=4)75Button(root, text="%", command=lambda: getOperation("%")).grid(row=3, column=4)76Button(root, text="(", command=lambda: getOperation("(")).grid(row=4, column=4)77Button(root, text="exp", command=lambda: getOperation("**")).grid(row=5, column=4)78Button(root, text="<-", command=lambda: undo()).grid(row=2, column=5)79Button(root, text="x!", command=lambda: myFactorial()).grid(row=3, column=5)80Button(root, text=")", command=lambda: getOperation(")")).grid(row=4, column=5)81Button(root, text="^2", command=lambda: getOperation("**2")).grid(row=5, column=5)82Button(root, text=",", command=lambda: getOperation(",")).grid(row=5, column=5)...

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main.py

Source:main.py Github

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1"""2The goal of this project is to create a simplistic calculator providing;3Multiplication4Addition5Subtraction6Division7"""8from tkinter import *9import parser10"""11i is used to keep the position of the current number in the input field12reset is used for when = is pressed, its used so that after = is pressed the input field will be cleared if another number is attempted to be entered13"""14i = 015reset = 016root = Tk()17root.title('Calculator')18display = Entry(root)19display.grid(row=1, columnspan=6, sticky=N+E+S+W)20# Recieves the number based on the button pressed and displays it on the input field21def getVariables(num):22 global i23 global reset24 if reset == 1:25 clearAll()26 reset = 027 display.insert(i, num)28 i += 129# clears the input field30def clearAll():31 display.delete(0, END)32# recieves the operator as a parameter, which is put into the input field33# resets the reset counter to 0 as an operation has been pressed, the next number wont clear the field34def getOperation(operator):35 global i36 global reset37 reset = 038 length = len(operator)39 display.insert(i, operator)40 i += length41# the input is retrieved from the field, the parser module is used to scan the string42# the string is then accepted into the eval function to give a result that displays in the input field43def equals():44 input = display.get()45 global reset46 reset = 147 try:48 x = parser.expr(input).compile()49 total = eval(x)50 clearAll()51 display.insert(0, total)52 except Exception:53 clearAll()54 display.insert(0, "Error")55# GUI setup56Button(root, text=1, command=lambda: getVariables(1)).grid(row=2, column=0, sticky=N+E+S+W)57Button(root, text=2, command=lambda: getVariables(2)).grid(row=2, column=1, sticky=N+E+S+W)58Button(root, text=3, command=lambda: getVariables(3)).grid(row=2, column=2, sticky=N+E+S+W)59Button(root, text=4, command=lambda: getVariables(4)).grid(row=3, column=0, sticky=N+E+S+W)60Button(root, text=5,command=lambda: getVariables(5)).grid(row=3, column=1, sticky=N+E+S+W)61Button(root, text=6,command=lambda: getVariables(6)).grid(row=3, column=2, sticky=N+E+S+W)62Button(root, text=7, command=lambda: getVariables(7)).grid(row=4, column=0, sticky=N+E+S+W)63Button(root, text=8, command=lambda: getVariables(8)).grid(row=4, column=1, sticky=N+E+S+W)64Button(root, text=9, command=lambda: getVariables(9)).grid(row=4, column=2, sticky=N+E+S+W)65Button(root, text="C", command=lambda: clearAll()).grid(row=5, column=0, sticky=N+E+S+W)66Button(root, text=" 0", command=lambda: getVariables(0)).grid(row=5, column=1, sticky=N+E+S+W)67Button(root, text=" .", command=lambda: getVariables(".")).grid(row=5, column=2, sticky=N+E+S+W)68Button(root, text="+", command=lambda: getOperation("+")).grid(row=2, column=3, sticky=N+E+S+W)69Button(root, text="-", command=lambda: getOperation("-")).grid(row=3, column=3, sticky=N+E+S+W)70Button(root, text="*", command=lambda: getOperation("*")).grid(row=4, column=3, sticky=N+E+S+W)71Button(root, text="/", command=lambda: getOperation("/")).grid(row=5, column=3, sticky=N+E+S+W)72Button(root, text="=", command=lambda: equals()).grid(row=5, column=4, sticky=N+E+S+W)...

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OneDFit.py

Source:OneDFit.py Github

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1import ROOT as rt2import RazorCombinedFit3from RazorCombinedFit.Framework import Analysis4import RootTools5class OneDAnalysis(Analysis.Analysis):6 7 def __init__(self, outputFile, config):8 super(OneDAnalysis,self).__init__('OneDFit',outputFile, config)9 10 def analysis(self, inputFiles):11 12 fileIndex = self.indexInputFiles(inputFiles)13 14 import OneDBox15 boxes = {}16 #start by setting all box configs the same17 for box, fileName in fileIndex.iteritems():18 print 'Configuring box %s' % box19 boxes[box] = OneDBox.OneDBox(box, self.config.getVariables(box, "variables"))20 boxes[box].defineSet("pdf1pars", self.config.getVariables(box, "pdf1"))21 boxes[box].defineSet("pdf2pars", self.config.getVariables(box, "pdf2"))22 boxes[box].defineSet("otherpars", self.config.getVariables(box, "others"))23 boxes[box].defineSet("otherpars2", self.config.getVariables(box, "others2"))24 #boxes[box].defineSet("mean", self.config.getVariables(box, "mean"))25 #boxes[box].defineSet("sigma", self.config.getVariables(box, "sigma"))26 # switch to kFALSE to fit for R^2 in slices of MR27 boxes[box].define(fileName, rt.kFALSE)28 29 print 'Variables for box %s' % box30 boxes[box].workspace.allVars().Print('V')31 print 'Workspace'32 boxes[box].workspace.Print('V')33 # perform the fit34 fr = boxes[box].fit1D(fileName,None, "RMRTree2",rt.RooFit.PrintEvalErrors(-1),rt.RooFit.Extended(True))35 self.store(fr, dir=box)36 self.store(fr.correlationHist("correlation_%s" % box), dir=box)37 #store it in the workspace too38 getattr(boxes[box].workspace,'import')(fr,'independentFR')39 40 for box in boxes.keys():...

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Using AI Code Generation

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1var redwood = new ActiveXObject("Redwood.Redwood");2var variables = redwood.GetVariables();3WScript.Echo("Variables: " + variables);4var redwood = new ActiveXObject("Redwood.Redwood");5var variables = redwood.GetVariables();6WScript.Echo("Variables: " + variables);7var redwood = new ActiveXObject("Redwood.Redwood");8var variables = redwood.GetVariables();9WScript.Echo("Variables: " + variables);10var redwood = new ActiveXObject("Redwood.Redwood");11var variables = redwood.GetVariables();12WScript.Echo("Variables: " + variables);13var redwood = new ActiveXObject("Redwood.Redwood");14var variables = redwood.GetVariables();15WScript.Echo("Variables: " + variables);16var redwood = new ActiveXObject("Redwood.Redwood");17var variables = redwood.GetVariables();18WScript.Echo("Variables: " + variables);19var redwood = new ActiveXObject("Redwood.Redwood");20var variables = redwood.GetVariables();21WScript.Echo("Variables: " + variables);22var redwood = new ActiveXObject("Redwood.Redwood");23var variables = redwood.GetVariables();24WScript.Echo("Variables: " + variables);25var redwood = new ActiveXObject("Redwood.Redwood");26var variables = redwood.GetVariables();27WScript.Echo("Variables: " + variables);28var redwood = new ActiveXObject("Redwood.Redwood");29var variables = redwood.GetVariables();30WScript.Echo("Variables: " + variables);

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Using AI Code Generation

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1var redwood = require('redwood');2redwood.GetVariables(function (err, result) {3 if (err) {4 console.log(err);5 }6 else {7 console.log(result);8 }9});10{ '0': '1',

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Using AI Code Generation

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1var redwood = require('redwood');2var rv = redwood.GetVariables();3console.log(rv);4var redwood = require('redwood');5redwood.SetVariables({ 'var1': 'val1', 'var2': 'val2' });6console.log('done');7var redwood = require('redwood');8redwood.SetVariable('var1', 'val1');9redwood.SetVariable('var2', 'val2');10console.log('done');11var redwood = require('redwood');12var rv = redwood.GetVariable('var1');13console.log(rv);14var redwood = require('redwood');15var rv = redwood.GetVariable('var3');16console.log(rv);17var redwood = require('redwood');18var rv = redwood.GetVariable('var1');19console.log(rv);20var redwood = require('redwood');21redwood.SetVariable('var1', 'val1');22redwood.SetVariable('var2', 'val2');23redwood.SetVariable('var1', 'val3');24console.log('done');25var redwood = require('redwood');26var rv = redwood.GetVariable('var1');27console.log(rv);28var redwood = require('redwood');29var rv = redwood.GetVariable('var1');30console.log(rv);31var redwood = require('redwood');32redwood.SetVariable('var1', 'val1');

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Using AI Code Generation

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1var redwood = require('redwood');2var result = redwood.GetVariables();3console.log(result);4var redwood = {5 GetVariables: function () {6 return 'test';7 }8};9module.exports = redwood;

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