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Fix inlined files
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@antoniosarosi
antoniosarosi committed Nov 19, 2024
1 parent 3f24ec5 commit c7742fd
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2 changes: 1 addition & 1 deletion integ-tests/python/baml_client/async_client.py
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Expand Up @@ -6268,4 +6268,4 @@ def UseNestedBlockConstraint(

b = BamlAsyncClient(DO_NOT_USE_DIRECTLY_UNLESS_YOU_KNOW_WHAT_YOURE_DOING_RUNTIME, DO_NOT_USE_DIRECTLY_UNLESS_YOU_KNOW_WHAT_YOURE_DOING_CTX)

__all__ = ["b"]
__all__ = ["b"]
2 changes: 1 addition & 1 deletion integ-tests/python/baml_client/inlinedbaml.py
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Expand Up @@ -75,7 +75,7 @@
"test-files/functions/output/literal-string.baml": "function FnOutputLiteralString(input: string) -> \"example output\" {\n client GPT35\n prompt #\"\n Return a string: {{ ctx.output_format}}\n \"#\n}\n\ntest FnOutputLiteralString {\n functions [FnOutputLiteralString]\n args {\n input \"example input\"\n }\n}\n",
"test-files/functions/output/literal-unions.baml": "function LiteralUnionsTest(input: string) -> 1 | true | \"string output\" {\n client GPT35\n prompt #\"\n Return one of these values: \n {{ctx.output_format}}\n \"#\n}\n\ntest LiteralUnionsTest {\n functions [LiteralUnionsTest]\n args {\n input \"example input\"\n }\n}\n",
"test-files/functions/output/map-enum-key.baml": "enum MapKey {\n A\n B\n C\n}\n\nfunction InOutEnumMapKey(i1: map<MapKey, string>, i2: map<MapKey, string>) -> map<MapKey, string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Merge these: {{i1}} {{i2}}\n\n {{ ctx.output_format }}\n \"#\n}\n",
"test-files/functions/output/map-literal-union-key.baml": "function InOutLiteralStringUnionMapKey(\n i1: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>, \n i2: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>\n) -> map<\"one\" | \"two\" | (\"three\" | \"four\"), string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Merge these:\n \n {{i1}}\n \n {{i2}}\n\n {{ ctx.output_format }}\n \"#\n}\n\nfunction InOutSingleLiteralStringMapKey(m: map<\"key\", string>) -> map<\"key\", string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Return the same map you were given:\n \n {{m}}\n\n {{ ctx.output_format }}\n \"#\n}",
"test-files/functions/output/map-literal-union-key.baml": "function InOutLiteralStringUnionMapKey(\n i1: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>, \n i2: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>\n) -> map<\"one\" | \"two\" | (\"three\" | \"four\"), string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Merge these:\n \n {{i1}}\n \n {{i2}}\n\n {{ ctx.output_format }}\n \"#\n}\n\nfunction InOutSingleLiteralStringMapKey(m: map<\"key\", string>) -> map<\"key\", string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Return the same map you were given:\n \n {{m}}\n\n {{ ctx.output_format }}\n \"#\n}\n",
"test-files/functions/output/mutually-recursive-classes.baml": "class Tree {\n data int\n children Forest\n}\n\nclass Forest {\n trees Tree[]\n}\n\nclass BinaryNode {\n data int\n left BinaryNode?\n right BinaryNode?\n}\n\nfunction BuildTree(input: BinaryNode) -> Tree {\n client GPT35\n prompt #\"\n Given the input binary tree, transform it into a generic tree using the given schema.\n\n INPUT:\n {{ input }}\n\n {{ ctx.output_format }} \n \"#\n}\n\ntest TestTree {\n functions [BuildTree]\n args {\n input {\n data 2\n left {\n data 1\n left null\n right null\n }\n right {\n data 3\n left null\n right null\n }\n }\n }\n}",
"test-files/functions/output/optional-class.baml": "class ClassOptionalOutput {\n prop1 string\n prop2 string\n}\n\nfunction FnClassOptionalOutput(input: string) -> ClassOptionalOutput? {\n client GPT35\n prompt #\"\n Return a json blob for the following input:\n {{input}}\n\n {{ctx.output_format}}\n\n JSON:\n \"#\n}\n\n\nclass Blah {\n prop4 string?\n}\n\nclass ClassOptionalOutput2 {\n prop1 string?\n prop2 string?\n prop3 Blah?\n}\n\nfunction FnClassOptionalOutput2(input: string) -> ClassOptionalOutput2? {\n client GPT35\n prompt #\"\n Return a json blob for the following input:\n {{input}}\n\n {{ctx.output_format}}\n\n JSON:\n \"#\n}\n\ntest FnClassOptionalOutput2 {\n functions [FnClassOptionalOutput2, FnClassOptionalOutput]\n args {\n input \"example input\"\n }\n}\n",
"test-files/functions/output/optional.baml": "class OptionalTest_Prop1 {\n omega_a string\n omega_b int\n}\n\nenum OptionalTest_CategoryType {\n Aleph\n Beta\n Gamma\n}\n \nclass OptionalTest_ReturnType {\n omega_1 OptionalTest_Prop1?\n omega_2 string?\n omega_3 (OptionalTest_CategoryType?)[]\n} \n \nfunction OptionalTest_Function(input: string) -> (OptionalTest_ReturnType?)[]\n{ \n client GPT35\n prompt #\"\n Return a JSON blob with this schema: \n {{ctx.output_format}}\n\n JSON:\n \"#\n}\n\ntest OptionalTest_Function {\n functions [OptionalTest_Function]\n args {\n input \"example input\"\n }\n}\n",
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2 changes: 1 addition & 1 deletion integ-tests/ruby/baml_client/inlined.rb
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Expand Up @@ -75,7 +75,7 @@ module Inlined
"test-files/functions/output/literal-string.baml" => "function FnOutputLiteralString(input: string) -> \"example output\" {\n client GPT35\n prompt #\"\n Return a string: {{ ctx.output_format}}\n \"#\n}\n\ntest FnOutputLiteralString {\n functions [FnOutputLiteralString]\n args {\n input \"example input\"\n }\n}\n",
"test-files/functions/output/literal-unions.baml" => "function LiteralUnionsTest(input: string) -> 1 | true | \"string output\" {\n client GPT35\n prompt #\"\n Return one of these values: \n {{ctx.output_format}}\n \"#\n}\n\ntest LiteralUnionsTest {\n functions [LiteralUnionsTest]\n args {\n input \"example input\"\n }\n}\n",
"test-files/functions/output/map-enum-key.baml" => "enum MapKey {\n A\n B\n C\n}\n\nfunction InOutEnumMapKey(i1: map<MapKey, string>, i2: map<MapKey, string>) -> map<MapKey, string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Merge these: {{i1}} {{i2}}\n\n {{ ctx.output_format }}\n \"#\n}\n",
"test-files/functions/output/map-literal-union-key.baml" => "function InOutLiteralStringUnionMapKey(\n i1: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>, \n i2: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>\n) -> map<\"one\" | \"two\" | (\"three\" | \"four\"), string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Merge these:\n \n {{i1}}\n \n {{i2}}\n\n {{ ctx.output_format }}\n \"#\n}\n\nfunction InOutSingleLiteralStringMapKey(m: map<\"key\", string>) -> map<\"key\", string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Return the same map you were given:\n \n {{m}}\n\n {{ ctx.output_format }}\n \"#\n}",
"test-files/functions/output/map-literal-union-key.baml" => "function InOutLiteralStringUnionMapKey(\n i1: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>, \n i2: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>\n) -> map<\"one\" | \"two\" | (\"three\" | \"four\"), string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Merge these:\n \n {{i1}}\n \n {{i2}}\n\n {{ ctx.output_format }}\n \"#\n}\n\nfunction InOutSingleLiteralStringMapKey(m: map<\"key\", string>) -> map<\"key\", string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Return the same map you were given:\n \n {{m}}\n\n {{ ctx.output_format }}\n \"#\n}\n",
"test-files/functions/output/mutually-recursive-classes.baml" => "class Tree {\n data int\n children Forest\n}\n\nclass Forest {\n trees Tree[]\n}\n\nclass BinaryNode {\n data int\n left BinaryNode?\n right BinaryNode?\n}\n\nfunction BuildTree(input: BinaryNode) -> Tree {\n client GPT35\n prompt #\"\n Given the input binary tree, transform it into a generic tree using the given schema.\n\n INPUT:\n {{ input }}\n\n {{ ctx.output_format }} \n \"#\n}\n\ntest TestTree {\n functions [BuildTree]\n args {\n input {\n data 2\n left {\n data 1\n left null\n right null\n }\n right {\n data 3\n left null\n right null\n }\n }\n }\n}",
"test-files/functions/output/optional-class.baml" => "class ClassOptionalOutput {\n prop1 string\n prop2 string\n}\n\nfunction FnClassOptionalOutput(input: string) -> ClassOptionalOutput? {\n client GPT35\n prompt #\"\n Return a json blob for the following input:\n {{input}}\n\n {{ctx.output_format}}\n\n JSON:\n \"#\n}\n\n\nclass Blah {\n prop4 string?\n}\n\nclass ClassOptionalOutput2 {\n prop1 string?\n prop2 string?\n prop3 Blah?\n}\n\nfunction FnClassOptionalOutput2(input: string) -> ClassOptionalOutput2? {\n client GPT35\n prompt #\"\n Return a json blob for the following input:\n {{input}}\n\n {{ctx.output_format}}\n\n JSON:\n \"#\n}\n\ntest FnClassOptionalOutput2 {\n functions [FnClassOptionalOutput2, FnClassOptionalOutput]\n args {\n input \"example input\"\n }\n}\n",
"test-files/functions/output/optional.baml" => "class OptionalTest_Prop1 {\n omega_a string\n omega_b int\n}\n\nenum OptionalTest_CategoryType {\n Aleph\n Beta\n Gamma\n}\n \nclass OptionalTest_ReturnType {\n omega_1 OptionalTest_Prop1?\n omega_2 string?\n omega_3 (OptionalTest_CategoryType?)[]\n} \n \nfunction OptionalTest_Function(input: string) -> (OptionalTest_ReturnType?)[]\n{ \n client GPT35\n prompt #\"\n Return a JSON blob with this schema: \n {{ctx.output_format}}\n\n JSON:\n \"#\n}\n\ntest OptionalTest_Function {\n functions [OptionalTest_Function]\n args {\n input \"example input\"\n }\n}\n",
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2 changes: 1 addition & 1 deletion integ-tests/typescript/baml_client/inlinedbaml.ts
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Expand Up @@ -76,7 +76,7 @@ const fileMap = {
"test-files/functions/output/literal-string.baml": "function FnOutputLiteralString(input: string) -> \"example output\" {\n client GPT35\n prompt #\"\n Return a string: {{ ctx.output_format}}\n \"#\n}\n\ntest FnOutputLiteralString {\n functions [FnOutputLiteralString]\n args {\n input \"example input\"\n }\n}\n",
"test-files/functions/output/literal-unions.baml": "function LiteralUnionsTest(input: string) -> 1 | true | \"string output\" {\n client GPT35\n prompt #\"\n Return one of these values: \n {{ctx.output_format}}\n \"#\n}\n\ntest LiteralUnionsTest {\n functions [LiteralUnionsTest]\n args {\n input \"example input\"\n }\n}\n",
"test-files/functions/output/map-enum-key.baml": "enum MapKey {\n A\n B\n C\n}\n\nfunction InOutEnumMapKey(i1: map<MapKey, string>, i2: map<MapKey, string>) -> map<MapKey, string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Merge these: {{i1}} {{i2}}\n\n {{ ctx.output_format }}\n \"#\n}\n",
"test-files/functions/output/map-literal-union-key.baml": "function InOutLiteralStringUnionMapKey(\n i1: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>, \n i2: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>\n) -> map<\"one\" | \"two\" | (\"three\" | \"four\"), string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Merge these:\n \n {{i1}}\n \n {{i2}}\n\n {{ ctx.output_format }}\n \"#\n}\n\nfunction InOutSingleLiteralStringMapKey(m: map<\"key\", string>) -> map<\"key\", string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Return the same map you were given:\n \n {{m}}\n\n {{ ctx.output_format }}\n \"#\n}",
"test-files/functions/output/map-literal-union-key.baml": "function InOutLiteralStringUnionMapKey(\n i1: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>, \n i2: map<\"one\" | \"two\" | (\"three\" | \"four\"), string>\n) -> map<\"one\" | \"two\" | (\"three\" | \"four\"), string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Merge these:\n \n {{i1}}\n \n {{i2}}\n\n {{ ctx.output_format }}\n \"#\n}\n\nfunction InOutSingleLiteralStringMapKey(m: map<\"key\", string>) -> map<\"key\", string> {\n client \"openai/gpt-4o\"\n prompt #\"\n Return the same map you were given:\n \n {{m}}\n\n {{ ctx.output_format }}\n \"#\n}\n",
"test-files/functions/output/mutually-recursive-classes.baml": "class Tree {\n data int\n children Forest\n}\n\nclass Forest {\n trees Tree[]\n}\n\nclass BinaryNode {\n data int\n left BinaryNode?\n right BinaryNode?\n}\n\nfunction BuildTree(input: BinaryNode) -> Tree {\n client GPT35\n prompt #\"\n Given the input binary tree, transform it into a generic tree using the given schema.\n\n INPUT:\n {{ input }}\n\n {{ ctx.output_format }} \n \"#\n}\n\ntest TestTree {\n functions [BuildTree]\n args {\n input {\n data 2\n left {\n data 1\n left null\n right null\n }\n right {\n data 3\n left null\n right null\n }\n }\n }\n}",
"test-files/functions/output/optional-class.baml": "class ClassOptionalOutput {\n prop1 string\n prop2 string\n}\n\nfunction FnClassOptionalOutput(input: string) -> ClassOptionalOutput? {\n client GPT35\n prompt #\"\n Return a json blob for the following input:\n {{input}}\n\n {{ctx.output_format}}\n\n JSON:\n \"#\n}\n\n\nclass Blah {\n prop4 string?\n}\n\nclass ClassOptionalOutput2 {\n prop1 string?\n prop2 string?\n prop3 Blah?\n}\n\nfunction FnClassOptionalOutput2(input: string) -> ClassOptionalOutput2? {\n client GPT35\n prompt #\"\n Return a json blob for the following input:\n {{input}}\n\n {{ctx.output_format}}\n\n JSON:\n \"#\n}\n\ntest FnClassOptionalOutput2 {\n functions [FnClassOptionalOutput2, FnClassOptionalOutput]\n args {\n input \"example input\"\n }\n}\n",
"test-files/functions/output/optional.baml": "class OptionalTest_Prop1 {\n omega_a string\n omega_b int\n}\n\nenum OptionalTest_CategoryType {\n Aleph\n Beta\n Gamma\n}\n \nclass OptionalTest_ReturnType {\n omega_1 OptionalTest_Prop1?\n omega_2 string?\n omega_3 (OptionalTest_CategoryType?)[]\n} \n \nfunction OptionalTest_Function(input: string) -> (OptionalTest_ReturnType?)[]\n{ \n client GPT35\n prompt #\"\n Return a JSON blob with this schema: \n {{ctx.output_format}}\n\n JSON:\n \"#\n}\n\ntest OptionalTest_Function {\n functions [OptionalTest_Function]\n args {\n input \"example input\"\n }\n}\n",
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