Rename lan to lang in code blocks (#123)

Author: mandel

README.md

@@ -278,7 +278,7 @@ text:
   EVALUATION:
   The similarity (Levenshtein) between this answer and the ground truth is:
 - def: EVAL
-  lan: python
+  lang: python
   code: |
     import textdistance
     expl = """
@@ -348,7 +348,7 @@ text:
       ${ CODE.source_code }```
 - def: EVAL
   contribute: []
-  lan: python
+  lang: python
   code:
     |
     import textdistance

docs/README.md

@@ -283,7 +283,7 @@ text:
   EVALUATION:
   The similarity (Levenshtein) between this answer and the ground truth is:
 - def: EVAL
-  lan: python
+  lang: python
   code: |
     import textdistance
     expl = """
@@ -353,7 +353,7 @@ text:
       ${ CODE.source_code }```
 - def: EVAL
   contribute: []
-  lan: python
+  lang: python
   code:
     |
     import textdistance

docs/tutorial.md

@@ -349,7 +349,7 @@ See for example: ([file](https://github.com/IBM/prompt-declaration-language//blo
 description: Hello world showing call to python code
 text:
 - "Hello, "
-- lan: python
+- lang: python
   code: 
     |
     import random
@@ -390,7 +390,7 @@ text:
     include_stop_sequence: false
   def: LOCATION
   contribute: []
-- lan: python
+- lang: python
   code: |
     import requests
     response = requests.get('https://api.weatherapi.com/v1/current.json?key=cf601276764642cb96224947230712&q=${ LOCATION }') 
@@ -438,7 +438,7 @@ text:
       ${ CODE.source_code }```
 - def: EVAL
   contribute: []
-  lan: python
+  lang: python
   code:
     |
     import textdistance
@@ -552,7 +552,7 @@ text:
                 include_stop_sequence: false
             - '= '
             - def: RESULT
-              lan: python
+              lang: python
               code: result = ${ EXPR }
             - ' >>'
       until: ${ "The answer is" in REASON_OR_CALC }

docs/viewer.md

@@ -147,13 +147,13 @@ hide:
         "input": {
           "kind": "text",
           "defs": {},
-          "text": ["Question: Write the following prompts in PDL:\nHello world!\nThis is your first prompt descriptor!\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"Hello, world!\\n\"\n- \"This is your first prompt descriptor!\\n\"      \n```\n\nQuestion: Turn the code into PDL:\ncontents = []\nwhile True:\ntry:\n  line = input()\nexcept EOFError:\n  break\ncontents.append(line + \"\\n\")\nresult = ''.join(contents)\n\nAnswer:\n```\ndescription: Example of PDL code block\ntext:\n- lan: python\n  code:\n  - |\n    contents = []\n    while True:\n    try:\n      line = input()\n    except EOFError:\n      break\n    contents.append(line + \"\\n\")\n    result = ''.join(contents)\n```\n\nQuestion: Write the following in PDL where the parts in << >> are done in Python.\nHello world!\nThis is your << expr >> prompt descriptor!\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"Hello, world!\\n\"\n- \"This is your \"\n- lan: python\n  code:\n  - |\n    result = expr\n- \" prompt descriptor!\"\n```\nQuestion: Write the following in PDL where the parts in << >> are done in Python.\nWhat is << 67+ 67 - 78 + 2 >>\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"What is \"\n- lan: python\n  code:\n  - |\n    result = 67+ 67 - 78 + 2\n```\n\n\nQuestion: Write the following in PDL with parts << >> written in Python", {
+          "text": ["Question: Write the following prompts in PDL:\nHello world!\nThis is your first prompt descriptor!\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"Hello, world!\\n\"\n- \"This is your first prompt descriptor!\\n\"      \n```\n\nQuestion: Turn the code into PDL:\ncontents = []\nwhile True:\ntry:\n  line = input()\nexcept EOFError:\n  break\ncontents.append(line + \"\\n\")\nresult = ''.join(contents)\n\nAnswer:\n```\ndescription: Example of PDL code block\ntext:\n- lang: python\n  code:\n  - |\n    contents = []\n    while True:\n    try:\n      line = input()\n    except EOFError:\n      break\n    contents.append(line + \"\\n\")\n    result = ''.join(contents)\n```\n\nQuestion: Write the following in PDL where the parts in << >> are done in Python.\nHello world!\nThis is your << expr >> prompt descriptor!\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"Hello, world!\\n\"\n- \"This is your \"\n- lang: python\n  code:\n  - |\n    result = expr\n- \" prompt descriptor!\"\n```\nQuestion: Write the following in PDL where the parts in << >> are done in Python.\nWhat is << 67+ 67 - 78 + 2 >>\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"What is \"\n- lang: python\n  code:\n  - |\n    result = 67+ 67 - 78 + 2\n```\n\n\nQuestion: Write the following in PDL with parts << >> written in Python", {
             "kind": "get",
             "defs": {},
             "get": "QUERY1",
             "result": "\nAnswer:\nBobby had 3 apples. He then added 2. Hence 3 + 2 = 5 How many apple did Bobby have?",
           }, "\n\n"],
-          "result": "Question: Write the following prompts in PDL:\nHello world!\nThis is your first prompt descriptor!\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"Hello, world!\\n\"\n- \"This is your first prompt descriptor!\\n\"      \n```\n\nQuestion: Turn the code into PDL:\ncontents = []\nwhile True:\ntry:\n  line = input()\nexcept EOFError:\n  break\ncontents.append(line + \"\\n\")\nresult = ''.join(contents)\n\nAnswer:\n```\ndescription: Example of PDL code block\ntext:\n- lan: python\n  code:\n  - |\n    contents = []\n    while True:\n    try:\n      line = input()\n    except EOFError:\n      break\n    contents.append(line + \"\\n\")\n    result = ''.join(contents)\n```\n\nQuestion: Write the following in PDL where the parts in << >> are done in Python.\nHello world!\nThis is your << expr >> prompt descriptor!\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"Hello, world!\\n\"\n- \"This is your \"\n- lan: python\n  code:\n  - |\n    result = expr\n- \" prompt descriptor!\"\n```\nQuestion: Write the following in PDL where the parts in << >> are done in Python.\nWhat is << 67+ 67 - 78 + 2 >>\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"What is \"\n- lan: python\n  code:\n  - |\n    result = 67+ 67 - 78 + 2\n```\n\n\nQuestion: Write the following in PDL with parts << >> written in Python\nAnswer:\nBobby had 3 apples. He then added 2. Hence 3 + 2 = 5 How many apple did Bobby have?\n\n",
+          "result": "Question: Write the following prompts in PDL:\nHello world!\nThis is your first prompt descriptor!\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"Hello, world!\\n\"\n- \"This is your first prompt descriptor!\\n\"      \n```\n\nQuestion: Turn the code into PDL:\ncontents = []\nwhile True:\ntry:\n  line = input()\nexcept EOFError:\n  break\ncontents.append(line + \"\\n\")\nresult = ''.join(contents)\n\nAnswer:\n```\ndescription: Example of PDL code block\ntext:\n- lang: python\n  code:\n  - |\n    contents = []\n    while True:\n    try:\n      line = input()\n    except EOFError:\n      break\n    contents.append(line + \"\\n\")\n    result = ''.join(contents)\n```\n\nQuestion: Write the following in PDL where the parts in << >> are done in Python.\nHello world!\nThis is your << expr >> prompt descriptor!\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"Hello, world!\\n\"\n- \"This is your \"\n- lang: python\n  code:\n  - |\n    result = expr\n- \" prompt descriptor!\"\n```\nQuestion: Write the following in PDL where the parts in << >> are done in Python.\nWhat is << 67+ 67 - 78 + 2 >>\n\nAnswer:\n```\ndescription: Hello world!\ntext:\n- \"What is \"\n- lang: python\n  code:\n  - |\n    result = 67+ 67 - 78 + 2\n```\n\n\nQuestion: Write the following in PDL with parts << >> written in Python\nAnswer:\nBobby had 3 apples. He then added 2. Hence 3 + 2 = 5 How many apple did Bobby have?\n\n",
         },
         "parameters": {
           "decoding_method": "greedy",
@@ -167,7 +167,7 @@ hide:
       }, {
         "kind": "code",
         "defs": {},
-        "lan": "python",
+        "lang": "python",
         "code": ["from pdl import pdl_ast, pdl_interpreter\nfrom pdl.pdl_ast import Program\nfrom pdl.pdl_interpreter import process_prog\nfrom pdl.pdl_interpreter import InterpreterState\nfrom pdl.pdl_interpreter import empty_scope\nimport re\nimport yaml\ns = \"\"\"'\n", {
           "kind": "get",
           "defs": {},

examples/arith/Arith-simple.pdl

@@ -36,7 +36,7 @@ text:
                 post_message: ""
         - '= '
         - def: RESULT
-          lan: python
+          lang: python
           code: result = ${ EXPR }
         - ' >>'
   until: ${ "The answer is" in REASON_OR_CALC }

examples/arith/arith.pdl

@@ -35,7 +35,7 @@ text:
                 include_stop_sequence: false
             - '= '
             - def: RESULT
-              lan: python
+              lang: python
               code: result = ${ EXPR }
             - ' >>'
       until: ${ "The answer is" in REASON_OR_CALC }

examples/cldk/cldk-assistant.pdl

@@ -5,7 +5,7 @@ text:
   message: "Please enter the path to your Java project:\n"
   contribute: []
 - "***Analyzing...\n"
-- lan: python
+- lang: python
   def: analysis
   contribute: []
   code: |
@@ -42,7 +42,7 @@ text:
           Answer:
           ```
           text:
-          - lan: python
+          - lang: python
             code: 
             - |
               classes = PDL_SESSION.cldk_state.get_classes().keys()
@@ -53,7 +53,7 @@ text:
           Answer:
           ```
           text:
-          - lan: python
+          - lang: python
             code: 
             - |
               constructors = PDL_SESSION.cldk_state.get_constructors("org.ibm.App")
@@ -64,7 +64,7 @@ text:
           Answer:
           ```
           text:
-          - lan: python
+          - lang: python
             code: 
             - |
               fields = PDL_SESSION.cldk_state.get_fields("org.ibm.App")
@@ -76,7 +76,7 @@ text:
           Answer:
           ```
           text:
-          - lan: python
+          - lang: python
             code: 
             - |
               methods = PDL_SESSION.cldk_state.get_methods_in_class("org.ibm.App")
@@ -87,7 +87,7 @@ text:
           Answer:
           ```
           text:
-          - lan: python
+          - lang: python
             code: 
             - |
               graph =  PDL_SESSION.cldk_state.get_class_call_graph("org.ibm.App", method_name=None) 
@@ -98,7 +98,7 @@ text:
           Answer:
           ```
           text:
-          - lan: python
+          - lang: python
             code: 
             - |
               method = PDL_SESSION.cldk_state.get_method("org.ibm.App", "Foo(string)")
@@ -109,7 +109,7 @@ text:
           Answer:
           ```
           text:
-          - lan: python
+          - lang: python
             code: 
             - |
               method = PDL_SESSION.cldk_state.get_method("org.ibm.App", "Foo(string)")
@@ -122,7 +122,7 @@ text:
           Answer:
           ```
           text:
-          - lan: python
+          - lang: python
             code: 
             - |
               method = PDL_SESSION.cldk_state.get_method("org.ibm.App", "Foo(string)")
@@ -140,7 +140,7 @@ text:
         stop_sequence: ["Question"]
         include_stop_sequence: false
     - "\n\n***Executing the above PDL code:\n\n"
-    - lan: python
+    - lang: python
       contribute: []
       code: | 
         from pdl import pdl_ast, pdl_interpreter

examples/code/code-eval.pdl

@@ -26,7 +26,7 @@ text:
   EVALUATION:
   The similarity (Levenshtein) between this answer and the ground truth is:
 - def: EVAL
-  lan: python
+  lang: python
   code: |
     import textdistance
     expl = """

examples/code/code-json.pdl

@@ -23,7 +23,7 @@ text:
       ${ CODE.source_code }```
 - def: EVAL
   contribute: []
-  lan: python
+  lang: python
   code:
     |
     import textdistance

examples/demo/2-teacher.pdl

@@ -102,7 +102,7 @@ defs:
               icl_answer: ${example.answer}
           join:
             as: array
-    - lan: python
+    - lang: python
       code: | # flatten list_of_lists into simple list
           result = [q for qs in ${list_of_lists} for q in qs]
 
@@ -188,7 +188,7 @@ defs:
           join:
             as: array
         filtered:
-          lan: python
+          lang: python
           code: | # keep only if "keep" column is non-zero
               result = [p["question"] for p in ${ list_of_pairs } if p["keep"]]
     - ${filtered}
@@ -255,7 +255,7 @@ defs:
             include_stop_sequence: false
             max_new_tokens: ${prompt_data.max_new_tokens}
         parsed_answer:
-          lan: python
+          lang: python
           code: | # parse model output
             result = """ ${teacher_output} """.strip()
             if "[Response]" in result:
@@ -282,7 +282,7 @@ defs:
               question: ${question}
           join:
             as: array
-    - lan: python
+    - lang: python
       spec: [{question: str, answer: str}]
       code: | # keep only if answer non-empty
           result = [r for r in ${all_results} if len(r["answer"]) > 0]
@@ -369,7 +369,7 @@ defs:
           join:
             as: array
         filtered:
-          lan: python
+          lang: python
           spec: [{question: str, answer: str}]
           code: | # keep only if rating is at least two
               result = [p["qa_pair"] for p in ${ratings} if p["rating"] >= 2]