inputs listlengths 5 5 | outputs listlengths 5 5 | programs listlengths 2 5 | original_programs listlengths 2 5 | bfcc_dag stringlengths 30 305 | cascade_length int64 2 5 | bfcc_string stringclasses 2
values | bfcc_category stringclasses 16
values | prompt stringlengths 2.04k 2.1k |
|---|---|---|---|---|---|---|---|---|
[
"jddkcd",
"wkwceg",
"cjfx",
"ff",
"kjkhyi"
] | [
"jddkcd",
"wkwceg",
"cjfx",
"ff",
"kjkxxcfi"
] | [
"replace(\\\"hy\\\", \\\"xhf\\\")",
"replace(\\\"h\\\", \\\"xc\\\")"
] | [
"replace(\"hy\", \"xhf\")",
"replace(\"h\", \"xc\")"
] | [[0, ["N"], 1], [1, ["B"], 0]] | 2 | bleeding, feeding, counterfeeding, counterbleeding | 0001 | Follow the instructions below to solve the code completion task:
We will provide the input corpus and corresponding output corpus. Each element in the corpus is a string, and the output is transformed from the corresponding input using an ordered sequence of "replace" programs. You need to find the correctly construct... |
[
"dbffyu",
"aiwju",
"dbfwi",
"yafzhb",
"ca"
] | [
"dakxubffyu",
"aivakxubeju",
"dakxubfvakxubei",
"yafzfakxub",
"ca"
] | [
"replace(\\\"w\\\", \\\"vbe\\\")",
"replace(\\\"b\\\", \\\"ag\\\")",
"replace(\\\"h\\\", \\\"f\\\")",
"replace(\\\"g\\\", \\\"kb\\\")",
"replace(\\\"b\\\", \\\"xub\\\")"
] | [
"replace(\"w\", \"vbe\")",
"replace(\"b\", \"ag\")",
"replace(\"h\", \"f\")",
"replace(\"g\", \"kb\")",
"replace(\"b\", \"xub\")"
] | [[0, ["F"], 1], [0, ["N"], 2], [0, ["N"], 3], [0, ["F"], 4], [1, ["N"], 0], [1, ["N"], 2], [1, ["F"], 3], [1, ["B"], 4], [2, ["N"], 0], [2, ["N"], 1], [2, ["N"], 3], [2, ["N"], 4], [3, ["N"], 0], [3, ["F"], 1], [3, ["N"], 2], [3, ["F"], 4], [4, ["N"], 0], [4, ["N"], 1], [4, ["N"], 2], [4, ["N"], 3]] | 5 | bleeding, feeding, counterfeeding, counterbleeding | 1110 | Follow the instructions below to solve the code completion task:
We will provide the input corpus and corresponding output corpus. Each element in the corpus is a string, and the output is transformed from the corresponding input using an ordered sequence of "replace" programs. You need to find the correctly construct... |
[
"aiuvz",
"aiyk",
"dxigy",
"azeg",
"ifxub"
] | [
"aiuvz",
"aiyk",
"dgy",
"azeg",
"ifxvkub"
] | [
"replace(\\\"xig\\\", \\\"g\\\")",
"replace(\\\"x\\\", \\\"xvk\\\")"
] | [
"replace(\"xig\", \"g\")",
"replace(\"x\", \"xvk\")"
] | [[0, ["B"], 1], [1, ["N"], 0]] | 2 | bleeding, feeding, counterfeeding, counterbleeding | 0100 | Follow the instructions below to solve the code completion task:
We will provide the input corpus and corresponding output corpus. Each element in the corpus is a string, and the output is transformed from the corresponding input using an ordered sequence of "replace" programs. You need to find the correctly construct... |
[
"wi",
"xxb",
"gcyix",
"wa",
"cybjff"
] | [
"wi",
"xxb",
"gcydw",
"wa",
"cybjjbkjbk"
] | [
"replace(\\\"ix\\\", \\\"dw\\\")",
"replace(\\\"f\\\", \\\"jbf\\\")",
"replace(\\\"f\\\", \\\"k\\\")"
] | [
"replace(\"ix\", \"dw\")",
"replace(\"f\", \"jbf\")",
"replace(\"f\", \"k\")"
] | [[0, ["N"], 1], [0, ["N"], 2], [1, ["N"], 0], [1, ["N"], 2], [2, ["N"], 0], [2, ["B"], 1]] | 3 | bleeding, feeding, counterfeeding, counterbleeding | 0001 | Follow the instructions below to solve the code completion task:
We will provide the input corpus and corresponding output corpus. Each element in the corpus is a string, and the output is transformed from the corresponding input using an ordered sequence of "replace" programs. You need to find the correctly construct... |
[
"xdihc",
"xvz",
"jdi",
"hv",
"vibzyi"
] | [
"xdihc",
"zkkz",
"bhvdi",
"hv",
"vibzyi"
] | [
"replace(\\\"j\\\", \\\"bhv\\\")",
"replace(\\\"xv\\\", \\\"j\\\")",
"replace(\\\"j\\\", \\\"zkk\\\")"
] | [
"replace(\"j\", \"bhv\")",
"replace(\"xv\", \"j\")",
"replace(\"j\", \"zkk\")"
] | [[0, ["N"], 1], [0, ["B"], 2], [1, ["F"], 0], [1, ["F"], 2], [2, ["B"], 0], [2, ["N"], 1]] | 3 | bleeding, feeding, counterfeeding, counterbleeding | 1111 | Follow the instructions below to solve the code completion task:
We will provide the input corpus and corresponding output corpus. Each element in the corpus is a string, and the output is transformed from the corresponding input using an ordered sequence of "replace" programs. You need to find the correctly construct... |
[
"bvbea",
"ddvwue",
"uieby",
"wawjj",
"gwkvc"
] | [
"bebefw",
"ddewue",
"uiebxdw",
"wfwwjj",
"gwkfw"
] | [
"replace(\\\"vc\\\", \\\"a\\\")",
"replace(\\\"y\\\", \\\"xdw\\\")",
"replace(\\\"v\\\", \\\"e\\\")",
"replace(\\\"a\\\", \\\"fw\\\")"
] | [
"replace(\"vc\", \"a\")",
"replace(\"y\", \"xdw\")",
"replace(\"v\", \"e\")",
"replace(\"a\", \"fw\")"
] | [[0, ["N"], 1], [0, ["B"], 2], [0, ["F"], 3], [1, ["N"], 0], [1, ["N"], 2], [1, ["N"], 3], [2, ["B"], 0], [2, ["N"], 1], [2, ["N"], 3], [3, ["N"], 0], [3, ["N"], 1], [3, ["N"], 2]] | 4 | bleeding, feeding, counterfeeding, counterbleeding | 1101 | Follow the instructions below to solve the code completion task:
We will provide the input corpus and corresponding output corpus. Each element in the corpus is a string, and the output is transformed from the corresponding input using an ordered sequence of "replace" programs. You need to find the correctly construct... |
[
"ciz",
"xfz",
"befye",
"ex",
"dg"
] | [
"cibbi",
"dgbbi",
"beege",
"ehiz",
"dg"
] | [
"replace(\\\"z\\\", \\\"bbi\\\")",
"replace(\\\"xf\\\", \\\"dg\\\")",
"replace(\\\"fy\\\", \\\"eg\\\")",
"replace(\\\"x\\\", \\\"hiz\\\")"
] | [
"replace(\"z\", \"bbi\")",
"replace(\"xf\", \"dg\")",
"replace(\"fy\", \"eg\")",
"replace(\"x\", \"hiz\")"
] | [[0, ["N"], 1], [0, ["N"], 2], [0, ["N"], 3], [1, ["N"], 0], [1, ["B"], 2], [1, ["B"], 3], [2, ["N"], 0], [2, ["B"], 1], [2, ["N"], 3], [3, ["F"], 0], [3, ["B"], 1], [3, ["N"], 2]] | 4 | bleeding, feeding, counterfeeding, counterbleeding | 0111 | Follow the instructions below to solve the code completion task:
We will provide the input corpus and corresponding output corpus. Each element in the corpus is a string, and the output is transformed from the corresponding input using an ordered sequence of "replace" programs. You need to find the correctly construct... |
[
"aevvx",
"ihhevi",
"fkjuvk",
"jx",
"edewb"
] | [
"haax",
"ihhekai",
"fkjuak",
"jx",
"ekdekwb"
] | [
"replace(\\\"ae\\\", \\\"h\\\")",
"replace(\\\"e\\\", \\\"ek\\\")",
"replace(\\\"v\\\", \\\"a\\\")"
] | [
"replace(\"ae\", \"h\")",
"replace(\"e\", \"ek\")",
"replace(\"v\", \"a\")"
] | [[0, ["B"], 1], [0, ["N"], 2], [1, ["N"], 0], [1, ["N"], 2], [2, ["F"], 0], [2, ["N"], 1]] | 3 | bleeding, feeding, counterfeeding, counterbleeding | 0110 | Follow the instructions below to solve the code completion task:
We will provide the input corpus and corresponding output corpus. Each element in the corpus is a string, and the output is transformed from the corresponding input using an ordered sequence of "replace" programs. You need to find the correctly construct... |
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