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Merge branch 'master' into 16691_restrict_ip
# Conflicts: # package.json
2 parents f56365d + ab3ca37 commit 81008bc

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Lines changed: 351 additions & 149 deletions

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‎examples/project/.guides/assessments/fill-in-the-blanks-3168852053.json‎

Lines changed: 73 additions & 63 deletions
Original file line numberDiff line numberDiff line change
@@ -1,65 +1,75 @@
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{
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"type": "fill-in-the-blanks",
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"taskId": "fill-in-the-blanks-3168852053",
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"source": {
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"name": "Python Basics",
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"showName": true,
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"instructions": "Fill in the blanks to complete the Python code snippets correctly.",
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"showValues": true,
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"text": "# Print \"Hello, World!\"\nprint(<<<\"Hello, World!\">>>)\n\n# Assign the value 5 to variable x\nx = <<<5>>>\n\n# Create a list of numbers 1 through 5\nnumbers = <<<[1, 2, 3, 4, 5]>>>\n\n# Define a function that returns the square of a number\ndef square(n):\n return <<<n * n>>>\n\n# Use a for loop to iterate over a range from 0 to 4\nfor i in <<<range(5)>>>:\n print(i)",
10-
"distractors": "\"Hello World\"\n\"Hello world!\"\n4\n6\n(1, 2, 3, 4, 5)\n{1, 2, 3, 4, 5}\nn ** 2\nn + n\nrange(4)\nrange(1, 5)",
11-
"guidance": "1. The correct string for printing \"Hello, World!\" includes proper capitalization and punctuation.\n2. To assign 5 to x, we simply use '5'.\n3. A list in Python is created using square brackets [].\n4. The square of a number is calculated by multiplying it by itself (n * n).\n5. range(5) generates numbers from 0 to 4, which is what we want for a loop that iterates 5 times starting from 0.",
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"showGuidanceAfterResponseOption": {
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"type": "Attempts",
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"passedFrom": 1
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},
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"maxAttemptsCount": 1,
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"showExpectedAnswer": true,
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"points": 20,
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"arePartialPointsAllowed": false,
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"useMaximumScore": false,
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"metadata": {
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"tags": [
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{
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"name": "Assessment Type",
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"value": "Fill in the Blanks"
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},
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{
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"name": "Programming Language",
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"value": "python"
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},
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{
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"name": "Content",
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"value": "python tests"
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}
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],
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"files": [],
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"opened": []
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},
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"bloomsObjectiveLevel": "1",
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"learningObjectives": "python tests",
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"tokens": {
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"blank": [
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"\"Hello, World!\"",
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"5",
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"[1, 2, 3, 4, 5]",
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"n * n",
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"range(5)"
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],
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"text": [
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"# Print \"Hello, World!\"\nprint(",
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0,
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")\n\n# Assign the value 5 to variable x\nx = ",
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0,
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"\n\n# Create a list of numbers 1 through 5\nnumbers = ",
55-
0,
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"\n\n# Define a function that returns the square of a number\ndef square(n):\n return ",
57-
0,
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"\n\n# Use a for loop to iterate over a range from 0 to 4\nfor i in ",
59-
0,
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":\n print(i)"
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],
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"regexPositions": []
63-
}
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}
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"type": "fill-in-the-blanks",
3+
"taskId": "fill-in-the-blanks-3168852053",
4+
"source": {
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"name": "Python Basics",
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"showName": true,
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"instructions": "Fill in the blanks to complete the Python code snippets correctly.",
8+
"showValues": true,
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"text": "# Print \"Hello, World!\"\nprint(<<<\"Hello, World!\">>>)\n\n# Assign the value 5 to variable x\nx = <<<5>>>\n\n# Create a list of numbers 1 through 5\nnumbers = <<<[1, 2, 3, 4, 5]>>>\n\n# Define a function that returns the square of a number\ndef square(n):\n return <<<n * n>>>\n\n# Use a for loop to iterate over a range from 0 to 4\nfor i in <<<range(5)>>>:\n print(i)",
10+
"distractors": "\"Hello World\"\n\"Hello world!\"\n4\n6\n(1, 2, 3, 4, 5)\n{1, 2, 3, 4, 5}\nn ** 2\nn + n\nrange(4)\nrange(1, 5)",
11+
"guidance": "1. The correct string for printing \"Hello, World!\" includes proper capitalization and punctuation.\n2. To assign 5 to x, we simply use '5'.\n3. A list in Python is created using square brackets [].\n4. The square of a number is calculated by multiplying it by itself (n * n).\n5. range(5) generates numbers from 0 to 4, which is what we want for a loop that iterates 5 times starting from 0.",
12+
"showGuidanceAfterResponseOption": {
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"type": "Attempts",
14+
"passedFrom": 1
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},
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"maxAttemptsCount": 1,
17+
"showExpectedAnswerOption": {
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"type": "WhenGradesReleased"
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},
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"points": 20,
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"arePartialPointsAllowed": false,
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"useMaximumScore": false,
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"metadata": {
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"tags": [
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{
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"name": "Assessment Type",
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"value": "Fill in the Blanks"
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},
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{
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"name": "Programming Language",
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"value": "python"
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},
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{
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"name": "Content",
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"value": "python tests"
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},
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{
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"name": "CODIO_API_ID",
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"value": "29b05e2f-0304-4914-bff7-a936c9a09f95"
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},
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{
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"name": "CODIO_API_HASH",
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"value": "da670dc1476a0035505505477c1ff34483d892e4"
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}
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],
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"files": [],
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"opened": []
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},
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"bloomsObjectiveLevel": "1",
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"learningObjectives": "python tests",
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"tokens": {
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"blank": [
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"\"Hello, World!\"",
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"5",
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"[1, 2, 3, 4, 5]",
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"n * n",
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"range(5)"
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],
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"text": [
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"# Print \"Hello, World!\"\nprint(",
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0,
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")\n\n# Assign the value 5 to variable x\nx = ",
63+
0,
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"\n\n# Create a list of numbers 1 through 5\nnumbers = ",
65+
0,
66+
"\n\n# Define a function that returns the square of a number\ndef square(n):\n return ",
67+
0,
68+
"\n\n# Use a for loop to iterate over a range from 0 to 4\nfor i in ",
69+
0,
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":\n print(i)"
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],
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"regexPositions": []
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}
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}
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}

‎examples/project/.guides/assessments/multiple-choice-1081906419.json‎

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@@ -1,64 +1,74 @@
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{
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"type": "multiple-choice",
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"taskId": "multiple-choice-1081906419",
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"source": {
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"name": "Python Style Assessment",
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"showName": true,
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"instructions": "**Which of the following Python code snippets best adheres to PEP 8 style guidelines?**",
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"multipleResponse": false,
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"isRandomized": false,
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"answers": [
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{
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"_id": "ae469b56-e6b0-fc46-64ea-dce960846d2c",
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"correct": false,
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"answer": "```python-hide-clipboard\ndef calculate_area(length,width):\n return length*width\n```"
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},
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{
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"_id": "02bdb411-682d-ed2d-7aae-3e78d0769c56",
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"correct": true,
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"answer": "```python-hide-clipboard\ndef calculate_area(length, width):\n return length * width\n```"
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},
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{
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"_id": "8101b5a1-2666-e4c5-0c89-1d3b8a0a7810",
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"correct": false,
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"answer": "```python-hide-clipboard\ndef calculateArea(length, width):\n return length * width\n```"
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},
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{
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"_id": "a1c995a0-cf66-4fc1-e01c-e0223f185c28",
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"correct": false,
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"answer": "```python-hide-clipboard\ndef Calculate_Area(Length, Width):\n return Length * Width\n```"
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}
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],
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"guidance": "The correct option follows PEP 8 guidelines:\n1. Use lowercase letters and underscores for function names (snake_case)\n2. Include spaces after commas in function parameters\n3. Use spaces around operators\n4. No spaces immediately inside parentheses\nThe other options violate one or more of these guidelines.",
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"showGuidanceAfterResponseOption": {
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"type": "Attempts",
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"passedFrom": 1
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},
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"maxAttemptsCount": 1,
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"showExpectedAnswer": true,
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"points": 20,
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"incorrectPoints": 0,
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"arePartialPointsAllowed": false,
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"useMaximumScore": false,
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"metadata": {
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"tags": [
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{
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"name": "Assessment Type",
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"value": "Multiple Choice"
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},
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{
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"name": "Programming Language",
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"value": "python"
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},
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{
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"name": "Content",
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"value": "python style"
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}
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],
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"files": [],
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"opened": []
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},
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"bloomsObjectiveLevel": "3",
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"learningObjectives": "SWBAT identify Python code that adheres to PEP 8 style guidelines"
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}
2+
"type": "multiple-choice",
3+
"taskId": "multiple-choice-1081906419",
4+
"source": {
5+
"name": "Python Style Assessment",
6+
"showName": true,
7+
"instructions": "**Which of the following Python code snippets best adheres to PEP 8 style guidelines?**",
8+
"multipleResponse": false,
9+
"isRandomized": false,
10+
"answers": [
11+
{
12+
"_id": "ae469b56-e6b0-fc46-64ea-dce960846d2c",
13+
"correct": false,
14+
"answer": "```python-hide-clipboard\ndef calculate_area(length,width):\n return length*width\n```"
15+
},
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{
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"_id": "02bdb411-682d-ed2d-7aae-3e78d0769c56",
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"correct": true,
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"answer": "```python-hide-clipboard\ndef calculate_area(length, width):\n return length * width\n```"
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},
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{
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"_id": "8101b5a1-2666-e4c5-0c89-1d3b8a0a7810",
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"correct": false,
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"answer": "```python-hide-clipboard\ndef calculateArea(length, width):\n return length * width\n```"
25+
},
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{
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"_id": "a1c995a0-cf66-4fc1-e01c-e0223f185c28",
28+
"correct": false,
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"answer": "```python-hide-clipboard\ndef Calculate_Area(Length, Width):\n return Length * Width\n```"
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}
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],
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"guidance": "The correct option follows PEP 8 guidelines:\n1. Use lowercase letters and underscores for function names (snake_case)\n2. Include spaces after commas in function parameters\n3. Use spaces around operators\n4. No spaces immediately inside parentheses\nThe other options violate one or more of these guidelines.",
33+
"showGuidanceAfterResponseOption": {
34+
"type": "Attempts",
35+
"passedFrom": 1
36+
},
37+
"maxAttemptsCount": 1,
38+
"showExpectedAnswerOption": {
39+
"type": "WhenGradesReleased"
40+
},
41+
"points": 20,
42+
"incorrectPoints": 0,
43+
"arePartialPointsAllowed": false,
44+
"useMaximumScore": false,
45+
"metadata": {
46+
"tags": [
47+
{
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"name": "Assessment Type",
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"value": "Multiple Choice"
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},
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{
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"name": "Programming Language",
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"value": "python"
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},
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{
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"name": "Content",
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"value": "python style"
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},
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{
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"name": "CODIO_API_ID",
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"value": "488294eb-e2a8-487b-a055-17017e9e3f2f"
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},
63+
{
64+
"name": "CODIO_API_HASH",
65+
"value": "f22f511fa0ab1964b64314203d0806f79fea487e"
66+
}
67+
],
68+
"files": [],
69+
"opened": []
70+
},
71+
"bloomsObjectiveLevel": "3",
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"learningObjectives": "SWBAT identify Python code that adheres to PEP 8 style guidelines"
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}
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}

‎src/lib/assessment.ts‎

Lines changed: 1 addition & 1 deletion
Original file line numberDiff line numberDiff line change
@@ -94,7 +94,7 @@ async function _publishAssessment(libraryId: string, assessment: Assessment, isN
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const api = bent(getApiV1Url(), isNew ? 'POST': 'PUT', 200)
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const postData = new FormData()
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postData.append('assessment', assessment.export())
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postData.append('assessment', assessment.export(false, true))
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const archivePath = await assessment.getBundle(base)
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if (!_.isUndefined(archivePath)) {
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const { size } = await fs.promises.stat(archivePath)

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