Description:
change compile to remove package from java change box command for run script
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r167:9db5952d7bb1 - - 2 files changed: 10 inserted, 3 deleted

@@ -63,101 +63,108
63 63 else
64 64 params[param_name] = default
65 65 end
66 66 talk "#{param_name}: #{params[param_name]}"
67 67 end
68 68
69 69 # Remove any remaining output files or message files.
70 70 if FileTest.exists? params[:output_file]
71 71 FileUtils.rm(params[:output_file])
72 72 end
73 73 if FileTest.exists? params[:message_file]
74 74 FileUtils.rm(params[:message_file])
75 75 end
76 76
77 77 # Check if the source file exists before attempt compiling.
78 78 if !FileTest.exists? params[:source_file]
79 79 talk("ERROR: The source file does not exist!")
80 80 open(params[:message_file],"w") do |f|
81 81 f.puts "ERROR: The source file did not exist."
82 82 end
83 83 exit(127)
84 84 end
85 85
86 86 if params[:prog_lang]=='cpp'
87 87 params[:prog_lang] = 'c++'
88 88 end
89 89
90 90 # Compile.
91 91 case params[:prog_lang]
92 92
93 93 when "c"
94 94 command = "#{C_COMPILER} #{params[:source_file]} -o #{params[:output_file]} #{C_OPTIONS} 2> #{params[:message_file]}"
95 95 system(command)
96 96
97 97 when "c++"
98 98 command = "#{CPLUSPLUS_COMPILER} #{params[:source_file]} -o #{params[:output_file]} #{CPLUSPLUS_OPTIONS} 2> #{params[:message_file]}"
99 99 system(command)
100 100
101 101 when "pas"
102 102 command = "#{PASCAL_COMPILER} #{params[:source_file]} -ooutpas #{PASCAL_OPTIONS} > #{params[:message_file]}"
103 103 system(command)
104 104 FileUtils.mv("output", params[:output_file])
105 105
106 106 when "java"
107 107 #rename the file to the public class name
108 108
109 109 #get the class name
110 110 classname = 'DUMMY'
111 + source = Array.new
111 112 File.foreach(params[:source_file]) do |line|
112 113 md = /\s*public\s*class\s*(\w*)/.match(line)
113 114 classname=md[1] if md
115 + source << line unless line =~ /\s*package\s*\w+\s*\;/
114 116 end
115 - system("cp #{params[:source_file]} #{classname}.java")
117 + File.open("#{classname}.java","w") do |file|
118 + source.each do |s|
119 + file.puts s
120 + end
121 + end
122 + #system("cp #{params[:source_file]} #{classname}.java")
116 123 command = "#{JAVA_COMPILER} #{classname}.java 2> #{params[:message_file]}"
117 124 system(command)
118 125 if File.exists?(classname + ".class")
119 126 File.open(params[:output_file],"w") {|file| file.write("#{classname}")}
120 127 end
121 128 if classname == 'DUMMY'
122 129 File.open(params[:message_file],"w") {|file| file.write("Cannot find any public class in the source code\n")}
123 130 end
124 131
125 132 when "ruby"
126 133 command = "#{RUBY_INTERPRETER} -c #{params[:source_file]} 2> #{params[:message_file]}"
127 134 if system(command)
128 135 File.open(params[:output_file],"w") do |out_file|
129 136 out_file.puts "#!#{RUBY_INTERPRETER}"
130 137 File.open(params[:source_file],"r").each do |line|
131 138 out_file.print line
132 139 end
133 140 end
134 141 File.chmod(0755, params[:output_file])
135 142 end
136 143
137 144 when "python"
138 145 command = "#{PYTHON_CHECKER} #{params[:source_file]} > #{params[:message_file]}"
139 146 if system(command)
140 147 #compile to python bytecode
141 148 command = "#{PYTHON_INTERPRETER} -m py_compile #{params[:source_file]}"
142 149 puts "compile: #{command}"
143 150 system(command)
144 151 puts "pwd: " + Dir.pwd
145 152 Dir.new('.').each {|file| puts file}
146 153 File.open(params[:output_file],"w") do |out_file|
147 154 out_file.puts "#!#{PYTHON_INTERPRETER} #{params[:source_file]}c"
148 155 end
149 156 File.chmod(0755, params[:output_file])
150 157 FileUtils.cp("#{params[:source_file]}c",params[:output_file])
151 158 end
152 159
153 160 else
154 161 talk("ERROR: Invalid language specified!")
155 162 open(params[:message_file],"w") do |f|
156 163 f.puts "ERROR: Invalid language specified!"
157 164 end
158 165 exit(127)
159 166 end
160 167
161 168 # Report success or failure.
162 169 if FileTest.exists? params[:output_file]
163 170 talk "Compilation was successful!"
@@ -46,98 +46,98
46 46 source_name = ENV['SOURCE_NAME']
47 47 require "#{problem_home}/script/test_dsl.rb"
48 48 load "#{problem_home}/test_cases/all_tests.cfg"
49 49 problem = Problem.get_instance
50 50
51 51 sandbox_dir = Dir.getwd
52 52
53 53 if problem.well_formed? == false
54 54 log "The problem specification is not well formed."
55 55 exit(127)
56 56 end
57 57
58 58 # Check if the test number is okay.
59 59 if test_num <= 0 || test_num > problem.num_tests
60 60 log "You have specified a wrong test number."
61 61 exit(127)
62 62 end
63 63
64 64 #####################################
65 65 # Set the relavant file names here. #
66 66 #####################################
67 67
68 68 input_file_name = "#{problem_home}/test_cases/#{test_num}/input-#{test_num}.txt"
69 69
70 70 #####################################
71 71
72 72 time_limit = problem.get_time_limit test_num
73 73 mem_limit = problem.get_mem_limit(test_num) * 1024
74 74
75 75 # Copy the input file.
76 76 #`cp #{problem_home}/test_cases/#{test_num}/#{input_file_name} .`
77 77
78 78 # check if box is there, if not, compile it!
79 79 if !File.exists?("#{problem_home}/script/box")
80 80 log "WARNING: Compiling box: to increase efficiency, it should be compile manually"
81 81 compile_box("#{problem_home}/script/box.cc",
82 82 "#{problem_home}/script/box")
83 83 end
84 84
85 85 # Hide PROBLEM_HOME
86 86 ENV['PROBLEM_HOME'] = nil
87 87 ENV['SOURCE_NAME'] = nil
88 88
89 89 # Run the program.
90 90 #run_command = "/usr/bin/time -f \"#{time_output_format}\" 2>run_result #{problem_home}/script/box_new -a 2 -f -t #{time_limit} -m #{mem_limit} -i #{input_file_name} -o output.txt #{program_name}"
91 91 #
92 92
93 93 JAVA_OPTION = "-s set_robust_list -s futex -s clone -s getppid -s clone -s wait4 -p /usr/bin/ -p ./"
94 - RUBY_OPTION = "-p /usr/lib64/ -p /lib64/ -p /dev/urandom -p #{sandbox_dir}/#{program_name} -s set_robust_list -s sched_getaffinity -s clock_gettime -s sigaltstack -s pipe2 -s clone -s futex -s openat"
95 - PYTHON_OPTION = "-p /usr/lib64/ -p /lib64/ -p /usr/bin/ -p /usr/local/lib64/ -p /usr/local/lib/ -p #{sandbox_dir}/#{program_name} -p ./#{program_name} -p #{sandbox_dir}/#{source_name} -s set_robust_list -s openat -s recvmsg -s connect -s socket -s sendto -E PYTHONNOUSERSITE=yes"
94 + RUBY_OPTION = "-p /usr/lib64/ -p /usr/local/lib/ -p /lib64/ -p /dev/urandom -p #{sandbox_dir}/#{program_name} -p #{sandbox_dir}/ -s set_robust_list -s sched_getaffinity -s clock_gettime -s sigaltstack -s pipe2 -s clone -s futex -s openat -s pipe"
95 + PYTHON_OPTION = "-p /usr/lib64/ -p /lib64/ -p /usr/bin/ -p /usr/local/lib64/ -p /usr/local/lib/ -p #{sandbox_dir}/#{program_name} -p ./#{program_name} -p #{sandbox_dir}/#{source_name} -s set_robust_list -s openat -s recvmsg -s connect -s socket -s sendto -s futex -E PYTHONNOUSERSITE=yes"
96 96
97 97 case language
98 98 when "java"
99 99 # for java, extract the classname
100 100 # wne have to add additional systemcall and we don't check the mem limit (dunno how to fix...)
101 101 classname = 'DUMMY'
102 102 File.open(program_name,"r").each do |line|
103 103 classname = line
104 104 end
105 105 #for java, we cannot really check the memory limit...
106 106 run_command = "#{problem_home}/script/box -a 3 -f -T -t #{time_limit} #{JAVA_OPTION} -i #{input_file_name} -o output.txt /usr/bin/java #{classname} 2>run_result"
107 107 when "ruby"
108 108 run_command = "#{problem_home}/script/box -a 2 -f -T -t #{time_limit} -m #{mem_limit} #{RUBY_OPTION} -i #{input_file_name} -o output.txt /usr/bin/ruby #{program_name} 2>run_result"
109 109 when "python"
110 110 run_command = "#{problem_home}/script/box -a 2 -f -T -t #{time_limit} -m #{mem_limit} #{PYTHON_OPTION} -i #{input_file_name} -o output.txt /usr/bin/python #{program_name} 2>run_result"
111 111 else # for c++, pascal, we do the normal checking
112 112 run_command = "#{problem_home}/script/box -a 2 -f -T -t #{time_limit} -m #{mem_limit} -i #{input_file_name} -o output.txt #{program_name} 2>run_result"
113 113 end
114 114
115 115
116 116 log "Running test #{test_num}..."
117 117 log run_command
118 118 log
119 119 system(run_command)
120 120
121 121 # Restore PROBLEM_HOME
122 122 ENV['PROBLEM_HOME'] = problem_home
123 123
124 124 # Create the result file.
125 125 result_file = File.new("result", "w")
126 126 comment_file = File.new("comment", "w")
127 127
128 128 # Check if the program actually produced any output.
129 129 run_result_file = File.new("run_result", "r")
130 130 run_result = run_result_file.readlines
131 131 run_result_file.close
132 132
133 133 run_stat = run_result[run_result.length-1]
134 134 running_time = extract_time(run_stat)
135 135
136 136 report = lambda{ |status, points, comment|
137 137 result_file.write status.strip
138 138 result_file.write "\n"
139 139 result_file.write points.to_s.strip
140 140 result_file.write "\n"
141 141 result_file.write run_stat.strip
142 142 result_file.write "\n"
143 143 result_file.close
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