Datasets:
difficulty int64 2 2 | domain stringclasses 8
values | family stringclasses 8
values | files_json stringlengths 555 2.77k | origin stringclasses 1
value | params_json stringclasses 1
value | prompt stringclasses 8
values | seed int64 0 15 | task_id stringclasses 8
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2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_01\",\"svc_03\"]}\n", "modules.json": "{\"svc_00\":[\"svc_01\"],\"svc_01\":[\"svc_05\"],\"svc_02\":[\"svc_01\"],\"svc_03\":[\"svc_01\",\"svc_04\"],\"svc_04\":[\"svc_01\",\"svc_05\"],\"svc_05\":[],\"svc_06\":[\"svc_04\",\"svc_05\"],\"svc_07\":[\"svc_04\",\"svc_05\"]}\n", "tests.json"... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 0 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_01\",\"svc_05\"]}\n", "modules.json": "{\"svc_00\":[\"svc_06\"],\"svc_01\":[\"svc_00\",\"svc_06\"],\"svc_02\":[\"svc_00\",\"svc_04\",\"svc_07\"],\"svc_03\":[\"svc_00\",\"svc_01\",\"svc_07\"],\"svc_04\":[\"svc_05\",\"svc_06\",\"svc_07\"],\"svc_05\":[\"svc_01\",\"svc_06\"],\"svc_06\":... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 1 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_06\",\"svc_07\"]}\n", "modules.json": "{\"svc_00\":[\"svc_07\"],\"svc_01\":[\"svc_02\",\"svc_07\"],\"svc_02\":[\"svc_05\"],\"svc_03\":[\"svc_05\",\"svc_07\"],\"svc_04\":[\"svc_01\",\"svc_03\",\"svc_05\"],\"svc_05\":[],\"svc_06\":[\"svc_07\"],\"svc_07\":[\"svc_02\",\"svc_05\"]}\n", "... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 2 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_01\",\"svc_06\"]}\n", "modules.json": "{\"svc_00\":[\"svc_01\",\"svc_02\",\"svc_05\"],\"svc_01\":[\"svc_07\"],\"svc_02\":[\"svc_01\",\"svc_07\"],\"svc_03\":[\"svc_00\",\"svc_01\",\"svc_07\"],\"svc_04\":[\"svc_01\",\"svc_05\"],\"svc_05\":[\"svc_02\",\"svc_07\"],\"svc_06\":[\"svc_02\"... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 3 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_03\",\"svc_07\"]}\n", "modules.json": "{\"svc_00\":[\"svc_07\"],\"svc_01\":[\"svc_03\",\"svc_05\",\"svc_07\"],\"svc_02\":[\"svc_05\"],\"svc_03\":[\"svc_05\"],\"svc_04\":[\"svc_02\",\"svc_05\",\"svc_07\"],\"svc_05\":[],\"svc_06\":[\"svc_02\"],\"svc_07\":[\"svc_02\",\"svc_03\",\"svc_0... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 4 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_01\",\"svc_03\"]}\n", "modules.json": "{\"svc_00\":[\"svc_06\"],\"svc_01\":[\"svc_00\",\"svc_06\",\"svc_07\"],\"svc_02\":[\"svc_03\"],\"svc_03\":[\"svc_07\"],\"svc_04\":[\"svc_03\"],\"svc_05\":[\"svc_00\",\"svc_01\",\"svc_04\"],\"svc_06\":[],\"svc_07\":[\"svc_00\",\"svc_06\"]}\n", "... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 5 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_04\",\"svc_07\"]}\n", "modules.json": "{\"svc_00\":[\"svc_02\",\"svc_04\",\"svc_05\"],\"svc_01\":[\"svc_02\"],\"svc_02\":[],\"svc_03\":[\"svc_01\",\"svc_02\"],\"svc_04\":[\"svc_02\"],\"svc_05\":[\"svc_03\"],\"svc_06\":[\"svc_01\",\"svc_04\"],\"svc_07\":[\"svc_01\",\"svc_03\"]}\n", "... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 6 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_00\",\"svc_07\"]}\n", "modules.json": "{\"svc_00\":[\"svc_01\",\"svc_03\",\"svc_07\"],\"svc_01\":[\"svc_03\"],\"svc_02\":[\"svc_01\",\"svc_03\"],\"svc_03\":[],\"svc_04\":[\"svc_00\",\"svc_01\"],\"svc_05\":[\"svc_01\"],\"svc_06\":[\"svc_03\"],\"svc_07\":[\"svc_01\",\"svc_02\",\"svc_0... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 7 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_02\",\"svc_07\"]}\n", "modules.json": "{\"svc_00\":[\"svc_02\"],\"svc_01\":[],\"svc_02\":[\"svc_07\"],\"svc_03\":[\"svc_00\",\"svc_02\",\"svc_04\"],\"svc_04\":[\"svc_05\"],\"svc_05\":[\"svc_01\",\"svc_07\"],\"svc_06\":[\"svc_01\",\"svc_02\",\"svc_07\"],\"svc_07\":[\"svc_01\"]}\n", "... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 8 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_00\",\"svc_03\"]}\n", "modules.json": "{\"svc_00\":[\"svc_03\",\"svc_05\",\"svc_06\"],\"svc_01\":[\"svc_05\"],\"svc_02\":[\"svc_00\",\"svc_07\"],\"svc_03\":[\"svc_05\"],\"svc_04\":[\"svc_03\",\"svc_05\"],\"svc_05\":[],\"svc_06\":[\"svc_03\",\"svc_04\",\"svc_05\"],\"svc_07\":[\"svc_0... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 9 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_00\",\"svc_03\"]}\n", "modules.json": "{\"svc_00\":[\"svc_02\",\"svc_03\",\"svc_04\"],\"svc_01\":[\"svc_02\",\"svc_06\"],\"svc_02\":[],\"svc_03\":[\"svc_02\"],\"svc_04\":[\"svc_02\"],\"svc_05\":[\"svc_00\"],\"svc_06\":[\"svc_02\",\"svc_03\"],\"svc_07\":[\"svc_04\",\"svc_05\"]}\n", "... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 10 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_01\",\"svc_06\"]}\n", "modules.json": "{\"svc_00\":[\"svc_05\",\"svc_06\"],\"svc_01\":[\"svc_02\",\"svc_07\"],\"svc_02\":[\"svc_07\"],\"svc_03\":[\"svc_02\",\"svc_04\",\"svc_06\"],\"svc_04\":[\"svc_01\",\"svc_02\",\"svc_07\"],\"svc_05\":[\"svc_01\",\"svc_06\"],\"svc_06\":[\"svc_01\"... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 11 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_00\",\"svc_01\"]}\n", "modules.json": "{\"svc_00\":[\"svc_07\"],\"svc_01\":[\"svc_00\",\"svc_07\"],\"svc_02\":[\"svc_00\",\"svc_05\",\"svc_07\"],\"svc_03\":[\"svc_00\",\"svc_07\"],\"svc_04\":[\"svc_02\"],\"svc_05\":[\"svc_00\",\"svc_01\",\"svc_07\"],\"svc_06\":[\"svc_00\",\"svc_07\"... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 12 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_01\",\"svc_05\"]}\n", "modules.json": "{\"svc_00\":[\"svc_01\",\"svc_05\",\"svc_07\"],\"svc_01\":[\"svc_02\",\"svc_07\"],\"svc_02\":[\"svc_07\"],\"svc_03\":[\"svc_01\",\"svc_02\",\"svc_05\"],\"svc_04\":[\"svc_05\"],\"svc_05\":[\"svc_02\",\"svc_07\"],\"svc_06\":[\"svc_02\",\"svc_04\"... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 13 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_01\",\"svc_07\"]}\n", "modules.json": "{\"svc_00\":[\"svc_01\",\"svc_03\",\"svc_04\"],\"svc_01\":[\"svc_03\",\"svc_07\"],\"svc_02\":[\"svc_03\",\"svc_04\"],\"svc_03\":[],\"svc_04\":[\"svc_01\",\"svc_03\",\"svc_07\"],\"svc_05\":[\"svc_01\"],\"svc_06\":[\"svc_00\",\"svc_01\"],\"svc_07... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 14 | software_change-d2 |
2 | software engineering | software_change | {"change.json": "{\"changed\":[\"svc_03\",\"svc_07\"]}\n", "modules.json": "{\"svc_00\":[\"svc_02\",\"svc_06\"],\"svc_01\":[\"svc_05\",\"svc_06\",\"svc_07\"],\"svc_02\":[],\"svc_03\":[\"svc_02\",\"svc_04\",\"svc_06\"],\"svc_04\":[\"svc_02\",\"svc_07\"],\"svc_05\":[\"svc_04\",\"svc_07\"],\"svc_06\":[\"svc_07\"],\"svc_07... | generated | {} | A release changes the modules in change.json. modules.json maps each module to its direct dependencies. Rebuild changed modules and every transitive consumer. Unaffected dependencies are already built. tests.json gives each regression suite's targets and cost. Select suites whose target union covers EVERY affected modu... | 15 | software_change-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[9,16],\"start\":0}\n", "jobs.json": "[{\"due\":28,\"duration\":4,\"id\":\"job_0\",\"release\":6,\"weight\":4},{\"due\":26,\"duration\":4,\"id\":\"job_1\",\"release\":1,\"weight\":4},{\"due\":28,\"duration\":7,\"id\":\"job_2\",\"release\":6,\"weight\":5},{\"due\":27,\"duration\":6,\"id\... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 0 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[10,15],\"start\":0}\n", "jobs.json": "[{\"due\":15,\"duration\":2,\"id\":\"job_0\",\"release\":6,\"weight\":3},{\"due\":28,\"duration\":3,\"id\":\"job_1\",\"release\":4,\"weight\":5},{\"due\":20,\"duration\":2,\"id\":\"job_2\",\"release\":7,\"weight\":5},{\"due\":21,\"duration\":3,\"id... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 1 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[8,16],\"start\":0}\n", "jobs.json": "[{\"due\":30,\"duration\":3,\"id\":\"job_0\",\"release\":1,\"weight\":4},{\"due\":25,\"duration\":6,\"id\":\"job_1\",\"release\":0,\"weight\":3},{\"due\":10,\"duration\":5,\"id\":\"job_2\",\"release\":6,\"weight\":3},{\"due\":19,\"duration\":6,\"id\... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 2 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[11,14],\"start\":0}\n", "jobs.json": "[{\"due\":22,\"duration\":4,\"id\":\"job_0\",\"release\":2,\"weight\":5},{\"due\":14,\"duration\":8,\"id\":\"job_1\",\"release\":4,\"weight\":1},{\"due\":29,\"duration\":2,\"id\":\"job_2\",\"release\":0,\"weight\":1},{\"due\":15,\"duration\":4,\"id... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 3 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[7,17],\"start\":0}\n", "jobs.json": "[{\"due\":30,\"duration\":6,\"id\":\"job_0\",\"release\":1,\"weight\":4},{\"due\":14,\"duration\":4,\"id\":\"job_1\",\"release\":5,\"weight\":3},{\"due\":19,\"duration\":8,\"id\":\"job_2\",\"release\":1,\"weight\":3},{\"due\":26,\"duration\":2,\"id\... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 4 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[9,15],\"start\":0}\n", "jobs.json": "[{\"due\":19,\"duration\":8,\"id\":\"job_0\",\"release\":0,\"weight\":1},{\"due\":9,\"duration\":8,\"id\":\"job_1\",\"release\":6,\"weight\":4},{\"due\":28,\"duration\":8,\"id\":\"job_2\",\"release\":7,\"weight\":1},{\"due\":15,\"duration\":4,\"id\"... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 5 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[8,15],\"start\":0}\n", "jobs.json": "[{\"due\":10,\"duration\":4,\"id\":\"job_0\",\"release\":3,\"weight\":3},{\"due\":12,\"duration\":8,\"id\":\"job_1\",\"release\":6,\"weight\":2},{\"due\":15,\"duration\":4,\"id\":\"job_2\",\"release\":0,\"weight\":3},{\"due\":23,\"duration\":4,\"id\... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 6 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[8,16],\"start\":0}\n", "jobs.json": "[{\"due\":11,\"duration\":2,\"id\":\"job_0\",\"release\":8,\"weight\":5},{\"due\":22,\"duration\":5,\"id\":\"job_1\",\"release\":6,\"weight\":1},{\"due\":17,\"duration\":4,\"id\":\"job_2\",\"release\":3,\"weight\":5},{\"due\":10,\"duration\":8,\"id\... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 7 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[9,17],\"start\":0}\n", "jobs.json": "[{\"due\":11,\"duration\":5,\"id\":\"job_0\",\"release\":4,\"weight\":2},{\"due\":22,\"duration\":5,\"id\":\"job_1\",\"release\":8,\"weight\":5},{\"due\":11,\"duration\":5,\"id\":\"job_2\",\"release\":5,\"weight\":2},{\"due\":15,\"duration\":8,\"id\... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 8 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[10,14],\"start\":0}\n", "jobs.json": "[{\"due\":12,\"duration\":7,\"id\":\"job_0\",\"release\":7,\"weight\":5},{\"due\":24,\"duration\":7,\"id\":\"job_1\",\"release\":2,\"weight\":4},{\"due\":24,\"duration\":6,\"id\":\"job_2\",\"release\":0,\"weight\":2},{\"due\":23,\"duration\":7,\"id... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 9 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[8,15],\"start\":0}\n", "jobs.json": "[{\"due\":28,\"duration\":6,\"id\":\"job_0\",\"release\":2,\"weight\":2},{\"due\":9,\"duration\":7,\"id\":\"job_1\",\"release\":2,\"weight\":5},{\"due\":13,\"duration\":3,\"id\":\"job_2\",\"release\":4,\"weight\":2},{\"due\":24,\"duration\":6,\"id\"... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 10 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[11,16],\"start\":0}\n", "jobs.json": "[{\"due\":15,\"duration\":7,\"id\":\"job_0\",\"release\":6,\"weight\":2},{\"due\":11,\"duration\":2,\"id\":\"job_1\",\"release\":3,\"weight\":2},{\"due\":30,\"duration\":5,\"id\":\"job_2\",\"release\":7,\"weight\":2},{\"due\":19,\"duration\":2,\"id... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 11 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[7,17],\"start\":0}\n", "jobs.json": "[{\"due\":30,\"duration\":5,\"id\":\"job_0\",\"release\":5,\"weight\":3},{\"due\":9,\"duration\":3,\"id\":\"job_1\",\"release\":2,\"weight\":5},{\"due\":22,\"duration\":3,\"id\":\"job_2\",\"release\":5,\"weight\":4},{\"due\":12,\"duration\":5,\"id\"... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 12 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[11,17],\"start\":0}\n", "jobs.json": "[{\"due\":9,\"duration\":6,\"id\":\"job_0\",\"release\":6,\"weight\":4},{\"due\":17,\"duration\":5,\"id\":\"job_1\",\"release\":6,\"weight\":5},{\"due\":29,\"duration\":6,\"id\":\"job_2\",\"release\":6,\"weight\":2},{\"due\":23,\"duration\":8,\"id\... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 13 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[7,14],\"start\":0}\n", "jobs.json": "[{\"due\":23,\"duration\":4,\"id\":\"job_0\",\"release\":4,\"weight\":5},{\"due\":20,\"duration\":2,\"id\":\"job_1\",\"release\":2,\"weight\":3},{\"due\":26,\"duration\":2,\"id\":\"job_2\",\"release\":2,\"weight\":3},{\"due\":9,\"duration\":8,\"id\"... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 14 | industrial_schedule-d2 |
2 | industrial and physical systems | industrial_schedule | {"calendar.json": "{\"blackout\":[11,18],\"start\":0}\n", "jobs.json": "[{\"due\":20,\"duration\":8,\"id\":\"job_0\",\"release\":7,\"weight\":3},{\"due\":9,\"duration\":8,\"id\":\"job_1\",\"release\":2,\"weight\":1},{\"due\":15,\"duration\":2,\"id\":\"job_2\",\"release\":3,\"weight\":5},{\"due\":30,\"duration\":7,\"id\... | generated | {} | Plan jobs on one nonpreemptive shared service machine. Read jobs.json, precedences.json and calendar.json. Each precedence pair [a,b] requires a before b. For a chosen order, start each job as early as possible after the prior completion and its release time. No interval may overlap blackout [lo,hi); a job ending exact... | 15 | industrial_schedule-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":24,\"reference\":5,\"time\":0},{\"raw\":34,\"reference\":5,\"time\":10},{\"raw\":264,\"reference\":45,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":7}\n", "samples.json": "{\"sample_2662\":{\"raw\":[240,252,264,246,258],\"time\":6,\"weight\":2},\"... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 0 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":9,\"reference\":5,\"time\":0},{\"raw\":129,\"reference\":45,\"time\":0},{\"raw\":19,\"reference\":5,\"time\":10}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":7}\n", "samples.json": "{\"sample_1354\":{\"raw\":[64,67,58,55,61],\"time\":7,\"weight\":3},\"sample... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 1 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":26,\"reference\":5,\"time\":0},{\"raw\":146,\"reference\":45,\"time\":0},{\"raw\":36,\"reference\":5,\"time\":10}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":9}\n", "samples.json": "{\"sample_1132\":{\"raw\":[80,86,77,74,83],\"time\":9,\"weight\":2},\"sampl... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 2 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":96,\"reference\":45,\"time\":0},{\"raw\":-4,\"reference\":5,\"time\":10},{\"raw\":16,\"reference\":5,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":6}\n", "samples.json": "{\"sample_4981\":{\"raw\":[88,92,94,86,90],\"time\":8,\"weight\":1},\"sample... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 3 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":58,\"reference\":5,\"time\":10},{\"raw\":48,\"reference\":5,\"time\":0},{\"raw\":328,\"reference\":45,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":8}\n", "samples.json": "{\"sample_3043\":{\"raw\":[352,338,359,366,345],\"time\":3,\"weight\":1},\"... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 4 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":40,\"reference\":5,\"time\":10},{\"raw\":130,\"reference\":45,\"time\":0},{\"raw\":10,\"reference\":5,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":8}\n", "samples.json": "{\"sample_2547\":{\"raw\":[106,109,100,97,103],\"time\":10,\"weight\":3},\"... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 5 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":25,\"reference\":5,\"time\":10},{\"raw\":315,\"reference\":45,\"time\":0},{\"raw\":35,\"reference\":5,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":8}\n", "samples.json": "{\"sample_1051\":{\"raw\":[37,121,142,135,128],\"time\":5,\"weight\":2},\"s... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 6 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":280,\"reference\":45,\"time\":0},{\"raw\":60,\"reference\":5,\"time\":10},{\"raw\":40,\"reference\":5,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":7}\n", "samples.json": "{\"sample_1901\":{\"raw\":[156,180,174,168,162],\"time\":10,\"weight\":3},\... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 7 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":184,\"reference\":45,\"time\":0},{\"raw\":-6,\"reference\":5,\"time\":10},{\"raw\":24,\"reference\":5,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":9}\n", "samples.json": "{\"sample_2607\":{\"raw\":[90,86,94,82,98],\"time\":10,\"weight\":1},\"samp... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 8 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":269,\"reference\":45,\"time\":0},{\"raw\":29,\"reference\":5,\"time\":0},{\"raw\":19,\"reference\":5,\"time\":10}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":6}\n", "samples.json": "{\"sample_1886\":{\"raw\":[228,246,234,252,240],\"time\":5,\"weight\":1},\"... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 9 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":23,\"reference\":5,\"time\":0},{\"raw\":33,\"reference\":5,\"time\":10},{\"raw\":103,\"reference\":45,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":8}\n", "samples.json": "{\"sample_2251\":{\"raw\":[63,61,69,65,67],\"time\":8,\"weight\":2},\"sampl... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 10 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":225,\"reference\":45,\"time\":0},{\"raw\":15,\"reference\":5,\"time\":10},{\"raw\":25,\"reference\":5,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":6}\n", "samples.json": "{\"sample_1075\":{\"raw\":[78,88,83,93,98],\"time\":12,\"weight\":4},\"samp... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 11 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":-14,\"reference\":5,\"time\":10},{\"raw\":86,\"reference\":45,\"time\":0},{\"raw\":6,\"reference\":5,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":8}\n", "samples.json": "{\"sample_1849\":{\"raw\":[42,50,44,46,48],\"time\":5,\"weight\":2},\"sample... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 12 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":11,\"reference\":5,\"time\":0},{\"raw\":-9,\"reference\":5,\"time\":10},{\"raw\":131,\"reference\":45,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":8}\n", "samples.json": "{\"sample_1034\":{\"raw\":[100,112,109,106,103],\"time\":8,\"weight\":2},\"... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 13 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":14,\"reference\":5,\"time\":0},{\"raw\":-16,\"reference\":5,\"time\":10},{\"raw\":134,\"reference\":45,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":9}\n", "samples.json": "{\"sample_1881\":{\"raw\":[143,140,149,137,146],\"time\":1,\"weight\":4},\... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 14 | science_calibration-d2 |
2 | natural science | science_calibration | {"calibration.json": "[{\"raw\":45,\"reference\":5,\"time\":0},{\"raw\":35,\"reference\":5,\"time\":10},{\"raw\":325,\"reference\":45,\"time\":0}]\n", "policy.json": "{\"acceptable_median\":[15,35],\"max_replicate_span\":6}\n", "samples.json": "{\"sample_1686\":{\"raw\":[285,278,271,292,264],\"time\":12,\"weight\":4},\... | generated | {} | Audit a sensor with linear time drift. calibration.json gives standards satisfying raw=gain*reference+offset+drift*time. Infer all three integer parameters from the standards regardless of their file order. Correct each sample's raw replicates at its recorded time. The medians map must include every sample, including q... | 15 | science_calibration-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" PERSON4@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0256584\",\"team\":\"ops\"},\"id\":\"row_7006\",\"source\":\"hr\",\"timestamp\":100},{\"email\":\" LEGACY2@EXAMPLE.INVALID \",\"fields\":{\"team\":\"research\"},\"id\":\"row_2813\",\"source\":\"crm\",\"timestamp\":101},{\"email\":... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 0 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" UNKNOWN@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0200469\",\"team\":\"ops\"},\"id\":\"row_8183\",\"source\":\"hr\",\"timestamp\":102},{\"email\":\" LEGACY2@EXAMPLE.INVALID \",\"fields\":{\"team\":\"sales\"},\"id\":\"row_4518\",\"source\":\"crm\",\"timestamp\":100},{\"email\":\" ... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 1 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" LEGACY3@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0265334\",\"team\":\"support\"},\"id\":\"row_2449\",\"source\":\"crm\",\"timestamp\":100},{\"email\":\" LEGACY0@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0240802\",\"team\":\"sales\"},\"id\":\"row_8642\",\"source\":\"import... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 2 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" LEGACY1@EXAMPLE.INVALID \",\"fields\":{\"team\":\"research\"},\"id\":\"row_1947\",\"source\":\"crm\",\"timestamp\":100},{\"email\":\" LEGACY1@EXAMPLE.INVALID \",\"fields\":{\"team\":\"research\"},\"id\":\"row_5836\",\"source\":\"import\",\"timestamp\":102},{\"email\":\" LEGACY0@EXAMPLE.... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 3 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" LEGACY2@EXAMPLE.INVALID \",\"fields\":{\"team\":\"sales\"},\"id\":\"row_8265\",\"source\":\"import\",\"timestamp\":103},{\"email\":\" PERSON3@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0238154\",\"team\":\"research\"},\"id\":\"row_6851\",\"source\":\"hr\",\"timestamp\":100},{\"ema... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 4 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" UNKNOWN@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0200253\",\"team\":\"research\"},\"id\":\"row_6775\",\"source\":\"import\",\"timestamp\":100},{\"email\":\" PERSON0@EXAMPLE.INVALID \",\"fields\":{\"team\":\"support\"},\"id\":\"row_4202\",\"source\":\"hr\",\"timestamp\":100},{\"e... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 5 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" LEGACY3@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0260411\",\"team\":\"ops\"},\"id\":\"row_5613\",\"source\":\"crm\",\"timestamp\":102},{\"email\":\" LEGACY1@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0240897\",\"team\":\"ops\"},\"id\":\"row_9629\",\"source\":\"crm\",\"time... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 6 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" PERSON3@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0291920\",\"team\":\"ops\"},\"id\":\"row_6199\",\"source\":\"hr\",\"timestamp\":101},{\"email\":\" PERSON3@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0247435\",\"team\":\"support\"},\"id\":\"row_6414\",\"source\":\"crm\",\"t... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 7 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" UNKNOWN@EXAMPLE.INVALID \",\"fields\":{\"team\":\"sales\"},\"id\":\"row_6826\",\"source\":\"crm\",\"timestamp\":101},{\"email\":\" LEGACY2@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0222430\",\"team\":\"ops\"},\"id\":\"row_1137\",\"source\":\"hr\",\"timestamp\":101},{\"email\":\" ... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 8 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" PERSON1@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0271177\",\"team\":\"ops\"},\"id\":\"row_3385\",\"source\":\"crm\",\"timestamp\":101},{\"email\":\" UNKNOWN@EXAMPLE.INVALID \",\"fields\":{\"team\":\"research\"},\"id\":\"row_1697\",\"source\":\"crm\",\"timestamp\":100},{\"email\"... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 9 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" UNKNOWN@EXAMPLE.INVALID \",\"fields\":{\"team\":\"ops\"},\"id\":\"row_6976\",\"source\":\"import\",\"timestamp\":103},{\"email\":\" LEGACY2@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0214069\",\"team\":\"ops\"},\"id\":\"row_8213\",\"source\":\"crm\",\"timestamp\":100},{\"email\":\... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 10 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" PERSON0@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0226260\",\"team\":\"support\"},\"id\":\"row_5200\",\"source\":\"hr\",\"timestamp\":103},{\"email\":\" PERSON1@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0290719\",\"team\":\"ops\"},\"id\":\"row_1509\",\"source\":\"hr\",\"ti... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 11 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" LEGACY2@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0222825\",\"team\":\"sales\"},\"id\":\"row_6232\",\"source\":\"crm\",\"timestamp\":102},{\"email\":\" PERSON2@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0208504\",\"team\":\"support\"},\"id\":\"row_8517\",\"source\":\"import... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 12 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" PERSON0@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0267552\",\"team\":\"support\"},\"id\":\"row_8736\",\"source\":\"crm\",\"timestamp\":100},{\"email\":\" PERSON0@EXAMPLE.INVALID \",\"fields\":{\"team\":\"research\"},\"id\":\"row_2733\",\"source\":\"import\",\"timestamp\":102},{\"... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 13 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" LEGACY2@EXAMPLE.INVALID \",\"fields\":{\"team\":\"support\"},\"id\":\"row_5122\",\"source\":\"import\",\"timestamp\":103},{\"email\":\" PERSON2@EXAMPLE.INVALID \",\"fields\":{\"team\":\"ops\"},\"id\":\"row_5803\",\"source\":\"import\",\"timestamp\":103},{\"email\":\" LEGACY0@EXAMPLE.INV... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 14 | office_reconciliation-d2 |
2 | office and white-collar work | office_reconciliation | {"changes.json": "[{\"email\":\" PERSON4@EXAMPLE.INVALID \",\"fields\":{\"phone\":\"(555) 0270879\",\"team\":\"sales\"},\"id\":\"row_4012\",\"source\":\"crm\",\"timestamp\":102},{\"email\":\" LEGACY0@EXAMPLE.INVALID \",\"fields\":{\"team\":\"sales\"},\"id\":\"row_4853\",\"source\":\"import\",\"timestamp\":102},{\"email... | generated | {} | Merge contact updates without merging different people. Read contacts.json, changes.json and policy.json. Normalize email by trimming whitespace and lowercasing; apply exactly one alias lookup, then match the master email. Unmatched rows are unresolved. For each person and each field independently, use the update with ... | 15 | office_reconciliation-d2 |
2 | finance and economics | finance_ledger | {"accounts.json": "{\"acct_0\":5542,\"acct_1\":6848,\"acct_2\":2230,\"acct_3\":10163}\n", "events.json": "[{\"cents\":550,\"id\":\"txn_8717\",\"kind\":\"reversal\",\"sequence\":3,\"status\":\"posted\",\"target\":\"txn_6363\"},{\"account\":\"acct_0\",\"cents\":1216,\"id\":\"txn_2844\",\"kind\":\"entry\",\"sequence\":13,... | generated | {} | Close a synthetic cash ledger using accounts.json, events.json and policy.json. Process ascending sequence, not file order. Pending entries AND pending reversals are held with no effect. Posted entries add signed cents. A posted reversal has POSITIVE cents and undoes that amount against a previously applied entry, in t... | 0 | finance_ledger-d2 |
2 | finance and economics | finance_ledger | {"accounts.json": "{\"acct_0\":3642,\"acct_1\":10717,\"acct_2\":9915,\"acct_3\":4937}\n", "events.json": "[{\"cents\":1203,\"id\":\"txn_4820\",\"kind\":\"reversal\",\"sequence\":0,\"status\":\"posted\",\"target\":\"txn_2095\"},{\"cents\":92,\"id\":\"txn_3250\",\"kind\":\"reversal\",\"sequence\":2,\"status\":\"posted\",... | generated | {} | Close a synthetic cash ledger using accounts.json, events.json and policy.json. Process ascending sequence, not file order. Pending entries AND pending reversals are held with no effect. Posted entries add signed cents. A posted reversal has POSITIVE cents and undoes that amount against a previously applied entry, in t... | 1 | finance_ledger-d2 |
2 | finance and economics | finance_ledger | {"accounts.json": "{\"acct_0\":8170,\"acct_1\":11331,\"acct_2\":4746,\"acct_3\":6313}\n", "events.json": "[{\"account\":\"acct_3\",\"cents\":1052,\"id\":\"txn_5126\",\"kind\":\"entry\",\"sequence\":4,\"status\":\"posted\"},{\"account\":\"acct_2\",\"cents\":1449,\"id\":\"txn_8574\",\"kind\":\"entry\",\"sequence\":1,\"st... | generated | {} | Close a synthetic cash ledger using accounts.json, events.json and policy.json. Process ascending sequence, not file order. Pending entries AND pending reversals are held with no effect. Posted entries add signed cents. A posted reversal has POSITIVE cents and undoes that amount against a previously applied entry, in t... | 2 | finance_ledger-d2 |
2 | finance and economics | finance_ledger | {"accounts.json": "{\"acct_0\":10919,\"acct_1\":7754,\"acct_2\":7483,\"acct_3\":2197}\n", "events.json": "[{\"account\":\"acct_1\",\"cents\":1620,\"id\":\"txn_7169\",\"kind\":\"entry\",\"sequence\":2,\"status\":\"posted\"},{\"cents\":110,\"id\":\"txn_4509\",\"kind\":\"reversal\",\"sequence\":10,\"status\":\"posted\",\"... | generated | {} | Close a synthetic cash ledger using accounts.json, events.json and policy.json. Process ascending sequence, not file order. Pending entries AND pending reversals are held with no effect. Posted entries add signed cents. A posted reversal has POSITIVE cents and undoes that amount against a previously applied entry, in t... | 3 | finance_ledger-d2 |
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Decision Ledger Arena Tasks
Synthetic procedural tasks across eight domains, adapted from https://github.com/ruvnet/metaharness/pull/383. The files_json column preserves each virtual filename and content as lossless JSON. These public seeds are training fixtures; held-out evaluation uses fresh instances. Training runs the pinned container, not this JSONL. Explicit seeds replay inputs. The container generates fresh variants for unseeded resets. The reward is a deterministic semantic checker: only a fully correct answer receives reward 1; all other answers receive 0. Empty answers receive zero. Oracle correctness is not model performance. No official evaluation, training improvement or leaderboard rank is claimed. No private customer data or copied benchmark problems are included.
This export contains the exact declared native task variants in manifest.json. The family and lossless params_json columns identify their generator settings.
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