zift 0.2.1

Scan codebases for embedded authorization logic and generate Policy as Code (Rego/OPA today)
Documentation 
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[rule]
id = "java-authorized-annotation"
languages = ["java"]
category = "rbac"
confidence = "high"
description = "OpenMRS-style @Authorized({\"PRIV\"}) annotation"
# OpenMRS's primary policy surface is `@Authorized({"Manage Users"})`
# applied to service/method calls. Surfaced by the corpus shakedown:
# 24 files use it; before this rule we matched zero.
#
# Two query patterns cover the common forms:
#   1. Single string:  @Authorized("Manage Users")
#   2. Array of strings: @Authorized({"Manage Users", "Edit Users"})
# Both feed the same {{role_value}} capture so the rego template emits
# a single privilege-check shape.
query = """
[
  (annotation
    name: (identifier) @anno_name
    arguments: (annotation_argument_list
      (string_literal (string_fragment) @role_value)))
  (annotation
    name: (identifier) @anno_name
    arguments: (annotation_argument_list
      (element_value_array_initializer
        (string_literal (string_fragment) @role_value))))
] @match
"""

[rule.predicates.anno_name]
eq = "Authorized"

[rule.rego_template]
template = """
default allow := false

allow if {
    "{{role_value}}" in input.user.privileges
}
"""


[rule.cedar_template]
template = """
permit (
    principal,
    action,
    resource
)
when {
    principal.role == "{{role_value}}"
};
"""
[[rule.tests]]
input = """
public class UserService {
    @Authorized("Manage Users")
    public void delete(User u) { }
}
"""
expect_match = true

[[rule.tests]]
input = """
public class UserService {
    @Authorized({"Manage Users", "Edit Users"})
    public void update(User u) { }
}
"""
expect_match = true

[[rule.tests]]
input = """
public class UserService {
    @Override
    public void delete(User u) { }
}
"""
expect_match = false

[[rule.tests]]
input = """
public class UserService {
    @Transactional
    public void update(User u) { }
}
"""
expect_match = false