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rails--rails/activestorage/test/controllers/disk_controller_test.rb

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# frozen_string_literal: true
require "test_helper"
require "database/setup"
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class ActiveStorage::DiskControllerTest < ActionDispatch::IntegrationTest
test "showing blob inline" do
blob = create_blob(filename: "hello.jpg", content_type: "image/jpeg")
Prevent content type and disposition bypass in storage service URLs * Force content-type to binary on service urls for relevant content types We have a list of content types that must be forcibly served as binary, but in practice this only means to serve them as attachment always. We should also set the Content-Type to the configured binary type. As a bonus: add text/cache-manifest to the list of content types to be served as binary by default. * Store content-disposition and content-type in GCS Forcing these in the service_url when serving the file works fine for S3 and Azure, since these services include params in the signature. However, GCS specifically excludes response-content-disposition and response-content-type from the signature, which means an attacker can modify these and have files that should be served as text/plain attachments served as inline HTML for example. This makes our attempt to force specific files to be served as binary and as attachment can be easily bypassed. The only way this can be forced in GCS is by storing content-disposition and content-type in the object metadata. * Update GCS object metadata after identifying blob In some cases we create the blob and upload the data before identifying the content-type, which means we can't store that in GCS right when uploading. In these, after creating the attachment, we enqueue a job to identify the blob, and set the content-type. In other cases, files are uploaded to the storage service via direct upload link. We create the blob before the direct upload, which happens independently from the blob creation itself. We then mark the blob as identified, but we have already the content-type we need without having put it in the service. In these two cases, then, we need to update the metadata in the GCS service. * Include content-type and disposition in the verified key for disk service This prevents an attacker from modifying these params in the service signed URL, which is particularly important when we want to force them to have specific values for security reasons. * Allow only a list of specific content types to be served inline This is different from the content types that must be served as binary in the sense that any content type not in this list will be always served as attachment but with its original content type. Only types in this list are allowed to be served either inline or as attachment. Apart from forcing this in the service URL, for GCS we need to store the disposition in the metadata. Fix CVE-2018-16477.
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get blob.url
assert_response :ok
Prevent content type and disposition bypass in storage service URLs * Force content-type to binary on service urls for relevant content types We have a list of content types that must be forcibly served as binary, but in practice this only means to serve them as attachment always. We should also set the Content-Type to the configured binary type. As a bonus: add text/cache-manifest to the list of content types to be served as binary by default. * Store content-disposition and content-type in GCS Forcing these in the service_url when serving the file works fine for S3 and Azure, since these services include params in the signature. However, GCS specifically excludes response-content-disposition and response-content-type from the signature, which means an attacker can modify these and have files that should be served as text/plain attachments served as inline HTML for example. This makes our attempt to force specific files to be served as binary and as attachment can be easily bypassed. The only way this can be forced in GCS is by storing content-disposition and content-type in the object metadata. * Update GCS object metadata after identifying blob In some cases we create the blob and upload the data before identifying the content-type, which means we can't store that in GCS right when uploading. In these, after creating the attachment, we enqueue a job to identify the blob, and set the content-type. In other cases, files are uploaded to the storage service via direct upload link. We create the blob before the direct upload, which happens independently from the blob creation itself. We then mark the blob as identified, but we have already the content-type we need without having put it in the service. In these two cases, then, we need to update the metadata in the GCS service. * Include content-type and disposition in the verified key for disk service This prevents an attacker from modifying these params in the service signed URL, which is particularly important when we want to force them to have specific values for security reasons. * Allow only a list of specific content types to be served inline This is different from the content types that must be served as binary in the sense that any content type not in this list will be always served as attachment but with its original content type. Only types in this list are allowed to be served either inline or as attachment. Apart from forcing this in the service URL, for GCS we need to store the disposition in the metadata. Fix CVE-2018-16477.
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assert_equal "inline; filename=\"hello.jpg\"; filename*=UTF-8''hello.jpg", response.headers["Content-Disposition"]
assert_equal "image/jpeg", response.headers["Content-Type"]
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assert_equal "Hello world!", response.body
end
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test "showing blob as attachment" do
blob = create_blob
get blob.url(disposition: :attachment)
assert_response :ok
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assert_equal "attachment; filename=\"hello.txt\"; filename*=UTF-8''hello.txt", response.headers["Content-Disposition"]
assert_equal "text/plain", response.headers["Content-Type"]
assert_equal "Hello world!", response.body
end
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test "showing blob range" do
blob = create_blob
get blob.url, headers: { "Range" => "bytes=5-9" }
assert_response :partial_content
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assert_equal "attachment; filename=\"hello.txt\"; filename*=UTF-8''hello.txt", response.headers["Content-Disposition"]
assert_equal "text/plain", response.headers["Content-Type"]
assert_equal " worl", response.body
end
test "showing blob that does not exist" do
blob = create_blob
blob.delete
get blob.url
Prevent content type and disposition bypass in storage service URLs * Force content-type to binary on service urls for relevant content types We have a list of content types that must be forcibly served as binary, but in practice this only means to serve them as attachment always. We should also set the Content-Type to the configured binary type. As a bonus: add text/cache-manifest to the list of content types to be served as binary by default. * Store content-disposition and content-type in GCS Forcing these in the service_url when serving the file works fine for S3 and Azure, since these services include params in the signature. However, GCS specifically excludes response-content-disposition and response-content-type from the signature, which means an attacker can modify these and have files that should be served as text/plain attachments served as inline HTML for example. This makes our attempt to force specific files to be served as binary and as attachment can be easily bypassed. The only way this can be forced in GCS is by storing content-disposition and content-type in the object metadata. * Update GCS object metadata after identifying blob In some cases we create the blob and upload the data before identifying the content-type, which means we can't store that in GCS right when uploading. In these, after creating the attachment, we enqueue a job to identify the blob, and set the content-type. In other cases, files are uploaded to the storage service via direct upload link. We create the blob before the direct upload, which happens independently from the blob creation itself. We then mark the blob as identified, but we have already the content-type we need without having put it in the service. In these two cases, then, we need to update the metadata in the GCS service. * Include content-type and disposition in the verified key for disk service This prevents an attacker from modifying these params in the service signed URL, which is particularly important when we want to force them to have specific values for security reasons. * Allow only a list of specific content types to be served inline This is different from the content types that must be served as binary in the sense that any content type not in this list will be always served as attachment but with its original content type. Only types in this list are allowed to be served either inline or as attachment. Apart from forcing this in the service URL, for GCS we need to store the disposition in the metadata. Fix CVE-2018-16477.
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end
test "showing blob with invalid key" do
get rails_disk_service_url(encoded_key: "Invalid key", filename: "hello.txt")
assert_response :not_found
end
test "showing public blob" do
with_service("local_public") do
blob = create_blob(content_type: "image/jpeg")
get blob.url
assert_response :ok
assert_equal "image/jpeg", response.headers["Content-Type"]
assert_equal "Hello world!", response.body
end
end
test "showing public blob variant" do
with_service("local_public") do
blob = create_file_blob.variant(resize_to_limit: [100, 100]).processed
get blob.url
assert_response :ok
assert_equal "image/jpeg", response.headers["Content-Type"]
end
end
test "directly uploading blob with integrity" do
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data = "Something else entirely!"
blob = create_blob_before_direct_upload byte_size: data.size, checksum: OpenSSL::Digest::MD5.base64digest(data)
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put blob.service_url_for_direct_upload, params: data, headers: { "Content-Type" => "text/plain" }
assert_response :no_content
assert_equal data, blob.download
end
test "directly uploading blob without integrity" do
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data = "Something else entirely!"
blob = create_blob_before_direct_upload byte_size: data.size, checksum: OpenSSL::Digest::MD5.base64digest("bad data")
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put blob.service_url_for_direct_upload, params: data
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assert_response :unprocessable_entity
assert_not blob.service.exist?(blob.key)
end
test "directly uploading blob with mismatched content type" do
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data = "Something else entirely!"
blob = create_blob_before_direct_upload byte_size: data.size, checksum: OpenSSL::Digest::MD5.base64digest(data)
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put blob.service_url_for_direct_upload, params: data, headers: { "Content-Type" => "application/octet-stream" }
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assert_response :unprocessable_entity
assert_not blob.service.exist?(blob.key)
end
test "directly uploading blob with different but equivalent content type" do
data = "Something else entirely!"
blob = create_blob_before_direct_upload(
byte_size: data.size, checksum: OpenSSL::Digest::MD5.base64digest(data), content_type: "application/x-gzip")
put blob.service_url_for_direct_upload, params: data, headers: { "Content-Type" => "application/x-gzip" }
assert_response :no_content
assert_equal data, blob.download
end
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test "directly uploading blob with mismatched content length" do
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data = "Something else entirely!"
blob = create_blob_before_direct_upload byte_size: data.size - 1, checksum: OpenSSL::Digest::MD5.base64digest(data)
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put blob.service_url_for_direct_upload, params: data, headers: { "Content-Type" => "text/plain" }
assert_response :unprocessable_entity
assert_not blob.service.exist?(blob.key)
end
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test "directly uploading blob with invalid token" do
put update_rails_disk_service_url(encoded_token: "invalid"),
params: "Something else entirely!", headers: { "Content-Type" => "text/plain" }
assert_response :not_found
end
end