tests/test.sh exit code (0 → resolved); the classification below is post-hoc and cannot change it.#!/usr/bin/env python3
import json
import os
from collections import deque
def main():
# Read input
with open('data/operations.json', 'r') as f:
data = json.load(f)
capacity = data['capacity']
protected_capacity = data['protected_capacity']
default_ttl = data['default_ttl']
miss = data['miss']
reset_interval = data['reset_interval']
operations = data['operations']
# Initialize state
clock = 0
probation = {} # key -> {'value': v, 'cost': c, 'expiry': e}
protected = {} # key -> {'value': v, 'cost': c, 'expiry': e}
frequencies = {} # key -> frequency estimate
probation_order = deque() # tracks LRU order (front = LRU, back = MRU)
protected_order = deque() # tracks LRU order (front = LRU, back = MRU)
operation_count = 0
get_results = []
rejected_count = 0
def get_probation_weight():
return sum(probation[k]['cost'] for k in probation)
def get_protected_weight():
return sum(protected[k]['cost'] for k in protected)
def increment_frequency(key):
if key not in frequencies:
frequencies[key] = 0
frequencies[key] += 1
def age_frequencies():
for key in frequencies:
frequencies[key] //= 2
def sweep_segment(segment, segment_order):
"""Remove expired entries from a segment."""
to_remove = []
for key in list(segment.keys()):
if segment[key]['expiry'] <= clock:
to_remove.append(key)
for key in to_remove:
del segment[key]
segment_order.discard(key)
def promote_entry(key):
"""Promote an entry from probation to protected."""
entry = probation[key]
del probation[key]
probation_order.remove(key)
protected[key] = entry
protected_order.append(key) # Add as MRU
# Handle demotion if protected is overfull
while get_protected_weight() > protected_capacity:
# Find LRU entry in protected
lru_key = None
for k in protected_order:
if k in protected:
lru_key = k
break
if lru_key:
entry = protected[lru_key]
del protected[lru_key]
protected_order.remove(lru_key)
probation[lru_key] = entry
probation_order.append(lru_key) # Add as MRU
else:
break
for op in operations:
# Advance clock
clock += 1
# Sweep expired entries
sweep_segment(probation, probation_order)
sweep_segment(protected, protected_order)
# Increment frequency
key = op[1]
increment_frequency(key)
if op[0] == 'get':
# Check if in protected segment
if key in protected:
result = protected[key]['value']
protected[key]['expiry'] = clock + default_ttl
# Move to MRU
protected_order.remove(key)
protected_order.append(key)
get_results.append(result)
elif key in probation:
# In probation - promote to protected
result = probation[key]['value']
probation[key]['expiry'] = clock + default_ttl
promote_entry(key)
get_results.append(result)
else:
# Not found
get_results.append(miss)
elif op[0] == 'put':
value = op[2]
cost = op[3]
# Check if key already exists (update case)
if key in protected:
# Update in protected
protected[key]['value'] = value
protected[key]['cost'] = cost
protected[key]['expiry'] = clock + default_ttl
# Make it MRU in protected
protected_order.remove(key)
protected_order.append(key)
# Check if we need to evict
total_weight = get_probation_weight() + get_protected_weight()
if total_weight > capacity:
weight_to_free = total_weight - capacity
freed = 0
# Evict from probation first, but not the key we just updated
for k in list(probation_order):
if freed >= weight_to_free:
break
if k != key and k in probation:
freed += probation[k]['cost']
del probation[k]
probation_order.remove(k)
# If still need more, evict from protected, but not the key we just updated
if freed < weight_to_free:
for k in list(protected_order):
if freed >= weight_to_free:
break
if k != key and k in protected:
freed += protected[k]['cost']
del protected[k]
protected_order.remove(k)
elif key in probation:
# Update in probation
probation[key]['value'] = value
probation[key]['cost'] = cost
probation[key]['expiry'] = clock + default_ttl
# Make it MRU in probation
probation_order.remove(key)
probation_order.append(key)
# Check if we need to evict
total_weight = get_probation_weight() + get_protected_weight()
if total_weight > capacity:
weight_to_free = total_weight - capacity
freed = 0
# Evict from probation first, but not the key we just updated
for k in list(probation_order):
… (+4586 chars truncated)<tmp>/workspace/main.py
1 # Read data/operations.json and write output/result.json.
2 #
3 # The input object carries: capacity, protected_capacity, default_ttl, miss,
4 # reset_interval, and operations (a list of ["put", key, value, cost] or
5 # ["get", key] entries).
6 #
7 # The output object must carry: get_results, final_probation, final_protected,
8 # total_weight, and rejected. See the task instructions for the exact rules
9 # (segmented recency, logical-clock expiry, weight budget, frequency-gated
10 # admission, demotion-on-overflow, and periodic frequency halving).
11 #
12 # TODO: implement the cache. The stub below writes an empty, incorrect result
13 # so that an unmodified program does not pass.
14 import json
15 import os
16
17 with open("data/operations.json") as f:
18 data = json.load(f)
19
20 capacity = data["capacity"]
21 operations = data["operations"]
22
23 result = {
24 "get_results": [],
25 "final_probation": [],
26 "final_protected": [],
27 "total_weight": 0,
28 "rejected": 0,
29 }
30
31 os.makedirs("output", exist_ok=True)
32 with open("output/result.json", "w") as f:
33 json.dump(result, f)
34<tmp>/workspace/main.py
# Read data/operations.json and write output/result.json.
#
# The input object carries: capacity, protected_capacity, default_ttl, miss,
# reset_interval, and operations (a list of ["put", key, value, cost] or
# ["get", key] entries).
#
# The output object must carry: get_results, final_probation, final_protected,
# total_weight, and rejected. See the task instructions for the exact rules
# (segmented recency, logical-clock expiry, weight budget, frequency-gated
# admission, demotion-on-overflow, and periodic frequency halving).
#
# TODO: implement the cache. The stub below writes an empty, incorrect result
# so that an unmodified program does not pass.
import json
import os
with open("data/operations.json") as f:
data = json.load(f)
capacity = data["capacity"]
operations = data["operations"]
result = {
"get_results": [],
"final_probation": [],
"final_protected": [],
"total_weight": 0,
"rejected": 0,
}
os.makedirs("output", exist_ok=True)
with open("output/result.json", "w") as f:
json.dump(result, f)#!/usr/bin/env python3
import json
import os
from collections import deque
def main():
# Read input
with open('data/operations.json', 'r') as f:
data = json.load(f)
capacity = data['capacity']
protected_capacity = data['protected_capacity']
default_ttl = data['default_ttl']
miss = data['miss']
reset_interval = data['reset_interval']
operations = data['operations']
# Initialize state
clock = 0
probation = {} # key -> {'value': v, 'cost': c, 'expiry': e}
protected = {} # key -> {'value': v, 'cost': c, 'expiry': e}
frequencies = {} # key -> frequency estimate
probation_order = deque() # tracks LRU order (front = LRU, back = MRU)
protected_order = deque() # tracks LRU order (front = LRU, back = MRU)
operation_count = 0
get_results = []
rejected_count = 0
def get_probation_weight():
return sum(probation[k]['cost'] for k in probation)
def get_protected_weight():
return sum(protected[k]['cost'] for k in protected)
def increment_frequency(key):
if key not in frequencies:
frequencies[key] = 0
frequencies[key] += 1
def age_frequencies():
for key in frequencies:
frequencies[key] //= 2
def sweep_segment(segment, segment_order):
"""Remove expired entries from a segment."""
to_remove = []
for key in list(segment.keys()):
if segment[key]['expiry'] <= clock:
to_remove.append(key)
for key in to_remove:
del segment[key]
segment_order.discard(key)
def promote_entry(key):
"""Promote an entry from probation to protected."""
entry = probation[key]
del probation[key]
probation_order.remove(key)
protected[key] = entry
protected_order.append(key) # Add as MRU
# Handle demotion if protected is overfull
while get_protected_weight() > protected_capacity:
# Find LRU entry in protected
lru_key = None
for k in protected_order:
if k in protected:
lru_key = k
break
if lru_key:
entry = protected[lru_key]
del protected[lru_key]
protected_order.remove(lru_key)
probation[lru_key] = entry
probation_order.append(lru_key) # Add as MRU
else:
break
for op in operations:
# Advance clock
clock += 1
# Sweep expired entries
sweep_segment(probation, probation_order)
sweep_segment(protected, protected_order)
# Increment frequency
key = op[1]
increment_frequency(key)
if op[0] == 'get':
# Check if in protected segment
if key in protected:
result = protected[key]['value']
protected[key]['expiry'] = clock + default_ttl
# Move to MRU
protected_order.remove(key)
protected_order.append(key)
get_results.append(result)
elif key in probation:
# In probation - promote to protected
result = probation[key]['value']
probation[key]['expiry'] = clock + default_ttl
promote_entry(key)
get_results.append(result)
else:
# Not found
get_results.append(miss)
elif op[0] == 'put':
value = op[2]
cost = op[3]
# Check if key already exists (update case)
if key in protected:
# Update in protected
protected[key]['value'] = value
protected[key]['cost'] = cost
protected[key]['expiry'] = clock + default_ttl
# Make it MRU in protected
protected_order.remove(key)
protected_order.append(key)
# Check if we need to evict
total_weight = get_probation_weight() + get_protected_weight()
if total_weight > capacity:
weight_to_free = total_weight - capacity
freed = 0
# Evict from probation first, but not the key we just updated
for k in list(probation_order):
if freed >= weight_to_free:
break
if k != key and k in probation:
freed += probation[k]['cost']
del probation[k]
probation_order.remove(k)
# If still need more, evict from protected, but not the key we just updated
if freed < weight_to_free:
for k in list(protected_order):
if freed >= weight_to_free:
break
if k != key and k in protected:
freed += protected[k]['cost']
del protected[k]
protected_order.remove(k)
elif key in probation:
# Update in probation
probation[key]['value'] = value
probation[key]['cost'] = cost
probation[key]['expiry'] = clock + default_ttl
# Make it MRU in probation
probation_order.remove(key)
probation_order.append(key)
# Check if we need to evict
total_weight = get_probation_weight() + get_protected_weight()
if total_weight > capacity:
weight_to_free = total_weight - capacity
freed = 0
# Evict from probation first, but not the key we just updated
for k in list(probation_order):
… (+4585 chars truncated)python3 main.py && cat output/result.json
Exit code 1
Traceback (most recent call last):
File "<tmp>/workspace/main.py", line 272, in <module>
main()
File "<tmp>/workspace/main.py", line 86, in main
sweep_segment(probation, probation_order)
File "<tmp>/workspace/main.py", line 53, in sweep_segment
segment_order.discard(key)
^^^^^^^^^^^^^^^^^^^^^
AttributeError: 'collections.deque' object has no attribute 'discard'<tmp>/workspace/main.py
def sweep_segment(segment, segment_order):
"""Remove expired entries from a segment."""
to_remove = []
for key in list(segment.keys()):
if segment[key]['expiry'] <= clock:
to_remove.append(key)
for key in to_remove:
del segment[key]
segment_order.discard(key) def sweep_segment(segment, segment_order):
"""Remove expired entries from a segment."""
to_remove = []
for key in list(segment.keys()):
if segment[key]['expiry'] <= clock:
to_remove.append(key)
for key in to_remove:
del segment[key]
try:
segment_order.remove(key)
except ValueError:
passpython3 main.py && cat output/result.json
{"get_results": [100, 200, 100, 300, 100, 200, -1, 400, 100, 200, -1, 800, -1], "final_probation": [[2, 200]], "final_protected": [[1, 150], [8, 800]], "total_weight": 5, "rejected": 2}<tmp>/workspace/data/operations.json
1 {
2 "capacity": 9,
3 "protected_capacity": 4,
4 "default_ttl": 8,
5 "miss": -1,
6 "reset_interval": 7,
7 "operations": [
8 ["put", 1, 100, 2],
9 ["put", 2, 200, 2],
10 ["put", 3, 300, 1],
11 ["get", 1],
12 ["get", 2],
13 ["get", 1],
14 ["put", 4, 400, 2],
15 ["get", 3],
16 ["get", 1],
17 ["put", 5, 500, 2],
18 ["get", 2],
19 ["get", 99],
20 ["put", 6, 600, 3],
21 ["get", 4],
22 ["put", 7, 700, 4],
23 ["get", 1],
24 ["get", 2],
25 ["put", 8, 800, 1],
26 ["get", 3],
27 ["put", 1, 150, 2],
28 ["get", 8],
29 ["get", 77]
30 ]
31 }
32<tmp>/workspace/main.py
# Check if key already exists (update case)
if key in protected:
# Update in protected
protected[key]['value'] = value
protected[key]['cost'] = cost
protected[key]['expiry'] = clock + default_ttl
# Make it MRU in protected
protected_order.remove(key)
protected_order.append(key)
# Check if we need to evict
total_weight = get_probation_weight() + get_protected_weight()
if total_weight > capacity:
weight_to_free = total_weight - capacity
freed = 0
# Evict from probation first, but not the key we just updated
for k in list(probation_order):
if freed >= weight_to_free:
break
if k != key and k in probation:
freed += probation[k]['cost']
del probation[k]
probation_order.remove(k)
# If still need more, evict from protected, but not the key we just updated
if freed < weight_to_free:
for k in list(protected_order):
if freed >= weight_to_free:
break
if k != key and k in protected:
freed += protected[k]['cost']
del protected[k]
protected_order.remove(k)
elif key in probation:
# Update in probation
probation[key]['value'] = value
probation[key]['cost'] = cost
probation[key]['expiry'] = clock + default_ttl
# Make it MRU in probation
probation_order.remove(key)
probation_order.append(key)
# Check if we need to evict
total_weight = get_probation_weight() + get_protected_weight()
if total_weight > capacity:
weight_to_free = total_weight - capacity
freed = 0
# Evict from probation first, but not the key we just updated
for k in list(probation_order):
if freed >= weight_to_free:
break
if k != key and k in probation:
freed += probation[k]['cost']
del probation[k]
probation_order.remove(k)
# If still need more, evict from protected, but not the key we just updated
if freed < weight_to_free:
for k in list(protected_order):
if freed >= weight_to_free:
break
if k != key and k in protected:
freed += protected[k]['cost']
del protected[k]
protected_order.remove(k) # Check if key already exists (update case)
if key in protected:
# Update in protected
protected[key]['value'] = value
protected[key]['cost'] = cost
protected[key]['expiry'] = clock + default_ttl
# Make it MRU in protected
protected_order.remove(key)
protected_order.append(key)
# Check if we need to evict (evicting around the updated key)
total_weight = get_probation_weight() + get_protected_weight()
if total_weight > capacity:
weight_to_free = total_weight - capacity
freed = 0
# Evict from probation first
for k in list(probation_order):
if freed >= weight_to_free:
break
if k in probation:
freed += probation[k]['cost']
del probation[k]
probation_order.remove(k)
# If still need more, evict from protected, but not the updated key
if freed < weight_to_free:
for k in list(protected_order):
if freed >= weight_to_free:
break
if k != key and k in protected:
freed += protected[k]['cost']
del protected[k]
protected_order.remove(k)
elif key in probation:
# Update in probation
probation[key]['value'] = value
probation[key]['cost'] = cost
probation[key]['expiry'] = clock + default_ttl
# Make it MRU in probation
probation_order.remove(key)
probation_order.append(key)
# Check if we need to evict (evicting around the updated key)
total_weight = get_probation_weight() + get_protected_weight()
if total_weight > capacity:
weight_to_free = total_weight - capacity
freed = 0
# Evict from probation first, but not the updated key
for k in list(probation_order):
if freed >= weight_to_free:
break
if k != key and k in probation:
freed += probation[k]['cost']
del probation[k]
probation_order.remove(k)
# If still need more, evict from protected
if freed < weight_to_free:
for k in list(protected_order):
if freed >= weight_to_free:
break
if k in protected:
freed += protected[k]['cost']
del protected[k]
protected_order.remove(k)python3 main.py && cat output/result.json
{"get_results": [100, 200, 100, 300, 100, 200, -1, 400, 100, 200, -1, 800, -1], "final_probation": [[2, 200]], "final_protected": [[1, 150], [8, 800]], "total_weight": 5, "rejected": 2}<tmp>/workspace/main.py
1 #!/usr/bin/env python3
2 import json
3 import os
4 from collections import deque
5
6
7 def main():
8 # Read input
9 with open('data/operations.json', 'r') as f:
10 data = json.load(f)
11
12 capacity = data['capacity']
13 protected_capacity = data['protected_capacity']
14 default_ttl = data['default_ttl']
15 miss = data['miss']
16 reset_interval = data['reset_interval']
17 operations = data['operations']
18
19 # Initialize state
20 clock = 0
21 probation = {} # key -> {'value': v, 'cost': c, 'expiry': e}
22 protected = {} # key -> {'value': v, 'cost': c, 'expiry': e}
23 frequencies = {} # key -> frequency estimate
24 probation_order = deque() # tracks LRU order (front = LRU, back = MRU)
25 protected_order = deque() # tracks LRU order (front = LRU, back = MRU)
26 operation_count = 0
27 get_results = []
28 rejected_count = 0
29
30 def get_probation_weight():
31 return sum(probation[k]['cost'] for k in probation)
32
33 def get_protected_weight():
34 return sum(protected[k]['cost'] for k in protected)
35
36 def increment_frequency(key):
37 if key not in frequencies:
38 frequencies[key] = 0
39 frequencies[key] += 1
40
41 def age_frequencies():
42 for key in frequencies:
43 frequencies[key] //= 2
44
45 def sweep_segment(segment, segment_order):
46 """Remove expired entries from a segment."""
47 to_remove = []
48 for key in list(segment.keys()):
49 if segment[key]['expiry'] <= clock:
50 to_remove.append(key)#!/usr/bin/env python3
import json
from collections import deque
# Read input
with open('data/operations.json', 'r') as f:
data = json.load(f)
capacity = data['capacity']
protected_capacity = data['protected_capacity']
default_ttl = data['default_ttl']
miss = data['miss']
reset_interval = data['reset_interval']
operations = data['operations']
# Initialize state
clock = 0
probation = {}
protected = {}
frequencies = {}
probation_order = deque()
protected_order = deque()
operation_count = 0
get_results = []
rejected_count = 0
def debug_state():
print(f" Probation: {[(k, probation[k]) for k in probation_order if k in probation]}")
print(f" Protected: {[(k, protected[k]) for k in protected_order if k in protected]}")
print(f" Frequencies: {frequencies}")
print(f" Total weight: {sum(probation[k]['cost'] for k in probation) + sum(protected[k]['cost'] for k in protected)}")
print()
def get_probation_weight():
return sum(probation[k]['cost'] for k in probation)
def get_protected_weight():
return sum(protected[k]['cost'] for k in protected)
def increment_frequency(key):
if key not in frequencies:
frequencies[key] = 0
frequencies[key] += 1
def age_frequencies():
for key in frequencies:
frequencies[key] //= 2
def sweep_segment(segment, segment_order):
to_remove = []
for key in list(segment.keys()):
if segment[key]['expiry'] <= clock:
to_remove.append(key)
for key in to_remove:
del segment[key]
try:
segment_order.remove(key)
except ValueError:
pass
def promote_entry(key):
entry = probation[key]
del probation[key]
probation_order.remove(key)
protected[key] = entry
protected_order.append(key)
while get_protected_weight() > protected_capacity:
lru_key = None
for k in protected_order:
if k in protected:
lru_key = k
break
if lru_key:
entry = protected[lru_key]
del protected[lru_key]
protected_order.remove(lru_key)
probation[lru_key] = entry
probation_order.append(lru_key)
else:
break
for op_idx, op in enumerate(operations):
clock += 1
print(f"Operation {op_idx + 1} at clock {clock}: {op}")
sweep_segment(probation, probation_order)
sweep_segment(protected, protected_order)
key = op[1]
increment_frequency(key)
if op[0] == 'get':
if key in protected:
result = protected[key]['value']
protected[key]['expiry'] = clock + default_ttl
protected_order.remove(key)
protected_order.append(key)
get_results.append(result)
print(f" GET {key}: FOUND in protected -> {result}")
elif key in probation:
result = probation[key]['value']
probation[key]['expiry'] = clock + default_ttl
print(f" GET {key}: FOUND in probation -> {result}, promoting...")
promote_entry(key)
get_results.append(result)
else:
get_results.append(miss)
print(f" GET {key}: NOT FOUND -> {miss}")
elif op[0] == 'put':
value = op[2]
cost = op[3]
if key in protected:
print(f" PUT {key}: UPDATE in protected (value {protected[key]['value']} -> {value}, cost {protected[key]['cost']} -> {cost})")
protected[key]['value'] = value
protected[key]['cost'] = cost
protected[key]['expiry'] = clock + default_ttl
protected_order.remove(key)
protected_order.append(key)
total_weight = get_probation_weight() + get_protected_weight()
if total_weight > capacity:
print(f" Over capacity: {total_weight} > {capacity}, need to evict")
weight_to_free = total_weight - capacity
freed = 0
for k in list(probation_order):
if freed >= weight_to_free:
break
if k in probation:
freed += probation[k]['cost']
del probation[k]
probation_order.remove(k)
print(f" Evicted {k} from probation")
if freed < weight_to_free:
for k in list(protected_order):
if freed >= weight_to_free:
break
if k != key and k in protected:
freed += protected[k]['cost']
del protected[k]
protected_order.remove(k)
print(f" Evicted {k} from protected")
elif key in probation:
print(f" PUT {key}: UPDATE in probation (value {probation[key]['value']} -> {value}, cost {probation[key]['cost']} -> {cost})")
probation[key]['value'] = value
probation[key]['cost'] = cost
probation[key]['expiry'] = clock + default_ttl
probation_order.remove(key)
probation_order.append(key)
total_weight = get_probation_weight() + get_protected_weight()
if total_weight > capacity:
print(f" Over capacity: {total_weight} > {capacity}, need to evict")
weight_to_free = total_weight - capacity
freed = 0
for k in list(probation_order):
if freed >= weight_to_free:
break
if k != key and k in probation:
freed += probation[k]['cost']
del probation[k]
probation_order.remove(k)
print(f" Evicted {k} from probation")
if freed < weight_to_free:
for k in list(protected_order):
… (+4184 chars truncated)python3 debug.py 2>&1 | head -200
Operation 1 at clock 1: ['put', 1, 100, 2]
PUT 1: ADMIT attempt (value 100, cost 2)
Fits without eviction, ADMITTED to probation
Probation: [(1, {'value': 100, 'cost': 2, 'expiry': 9})]
Protected: []
Frequencies: {1: 1}
Total weight: 2
Operation 2 at clock 2: ['put', 2, 200, 2]
PUT 2: ADMIT attempt (value 200, cost 2)
Fits without eviction, ADMITTED to probation
Probation: [(1, {'value': 100, 'cost': 2, 'expiry': 9}), (2, {'value': 200, 'cost': 2, 'expiry': 10})]
Protected: []
Frequencies: {1: 1, 2: 1}
Total weight: 4
Operation 3 at clock 3: ['put', 3, 300, 1]
PUT 3: ADMIT attempt (value 300, cost 1)
Fits without eviction, ADMITTED to probation
Probation: [(1, {'value': 100, 'cost': 2, 'expiry': 9}), (2, {'value': 200, 'cost': 2, 'expiry': 10}), (3, {'value': 300, 'cost': 1, 'expiry': 11})]
Protected: []
Frequencies: {1: 1, 2: 1, 3: 1}
Total weight: 5
Operation 4 at clock 4: ['get', 1]
GET 1: FOUND in probation -> 100, promoting...
Probation: [(2, {'value': 200, 'cost': 2, 'expiry': 10}), (3, {'value': 300, 'cost': 1, 'expiry': 11})]
Protected: [(1, {'value': 100, 'cost': 2, 'expiry': 12})]
Frequencies: {1: 2, 2: 1, 3: 1}
Total weight: 5
Operation 5 at clock 5: ['get', 2]
GET 2: FOUND in probation -> 200, promoting...
Probation: [(3, {'value': 300, 'cost': 1, 'expiry': 11})]
Protected: [(1, {'value': 100, 'cost': 2, 'expiry': 12}), (2, {'value': 200, 'cost': 2, 'expiry': 13})]
Frequencies: {1: 2, 2: 2, 3: 1}
Total weight: 5
Operation 6 at clock 6: ['get', 1]
GET 1: FOUND in protected -> 100
Probation: [(3, {'value': 300, 'cost': 1, 'expiry': 11})]
Protected: [(2, {'value': 200, 'cost': 2, 'expiry': 13}), (1, {'value': 100, 'cost': 2, 'expiry': 14})]
Frequencies: {1: 3, 2: 2, 3: 1}
Total weight: 5
Operation 7 at clock 7: ['put', 4, 400, 2]
PUT 4: ADMIT attempt (value 400, cost 2)
Fits without eviction, ADMITTED to probation
Probation: [(3, {'value': 300, 'cost': 1, 'expiry': 11}), (
… (+7709 chars truncated)python3 main.py && python3 -m json.tool output/result.json
{
"get_results": [
100,
200,
100,
300,
100,
200,
-1,
400,
100,
200,
-1,
800,
-1
],
"final_probation": [
[
2,
200
]
],
"final_protected": [
[
1,
150
],
[
8,
800
]
],
"total_weight": 5,
"rejected": 2
}rm debug.py && ls -la
total 56 drwxr-xr-x 8 jaykumar staff 256 17 Jun 15:47 . drwx------ 4 jaykumar staff 128 17 Jun 15:41 .. drwxr-xr-x 3 jaykumar staff 96 17 Jun 14:36 data drwxr-xr-x 3 jaykumar staff 96 17 Jun 14:36 environment -rw-r--r-- 1 jaykumar staff 9746 17 Jun 14:36 instruction.md -rw-r--r-- 1 jaykumar staff 10618 17 Jun 15:46 main.py drwxr-xr-x 3 jaykumar staff 96 17 Jun 15:46 output -rw-r--r-- 1 jaykumar staff 323 17 Jun 14:36 task.toml
python3 main.py && echo "Success!" && cat output/result.json | python3 -c "import sys, json; r=json.load(sys.stdin); print(f'get_results: {len(r[\"get_results\"])} entries'); print(f'final_probation: {r[\"final_probation\"]}'); print(f'final_protected: {r[\"final_protected\"]}'); print(f'total_weight: {r[\"total_weight\"]}'); print(f'rejected: {r[\"rejected\"]}')"Success! get_results: 13 entries final_probation: [[2, 200]] final_protected: [[1, 150], [8, 800]] total_weight: 5 rejected: 2
============================= test session starts ============================== platform darwin -- Python 3.12.4, pytest-8.4.1, pluggy-1.6.0 -- /Library/Frameworks/Python.framework/Versions/3.12/bin/python3 cachedir: .pytest_cache rootdir: <tmp>/workspace plugins: anyio-4.12.1, respx-0.22.0, mock-3.15.1, asyncio-0.21.1 asyncio: mode=Mode.STRICT collecting ... collected 13 items tests/test_outputs.py::test_output_exists PASSED [ 7%] tests/test_outputs.py::test_shipped_input_correct PASSED [ 15%] tests/test_outputs.py::test_shipped_exercises_the_gate PASSED [ 23%] tests/test_outputs.py::test_shipped_invariants PASSED [ 30%] tests/test_outputs.py::test_hidden_inputs[3] PASSED [ 38%] tests/test_outputs.py::test_hidden_inputs[4] PASSED [ 46%] tests/test_outputs.py::test_hidden_inputs[8] PASSED [ 53%] tests/test_outputs.py::test_hidden_inputs[11] PASSED [ 61%] tests/test_outputs.py::test_hidden_inputs[13] PASSED [ 69%] tests/test_outputs.py::test_hidden_inputs[16] PASSED [ 76%] tests/test_outputs.py::test_hidden_inputs[33] PASSED [ 84%] tests/test_outputs.py::test_hidden_inputs[47] PASSED [ 92%] tests/test_outputs.py::test_hidden_inputs_are_nontrivial PASSED [100%] ============================== 13 passed in 0.22s ==============================
Reproduce this trial: git checkout 2f94510 && PYTHONPATH=src python3 scripts/build_site.py , then open trial/trial_79a7df0f62394c3d. Re-running the agent live requires EVAL_PLATFORM_ENABLE_OAUTH_SMOKE=1 and is non-deterministic.
Trial trial_79a7df0f62394c3d · verifier authoritative; classifier explanatory.