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semgrep_output_v1_j.ml
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(* Auto-generated from "semgrep_output_v1.atd" *)
[@@@ocaml.warning "-27-32-33-35-39"]
type engine_kind = Semgrep_output_v1_t.engine_kind [@@deriving show]
type fpath = Semgrep_output_v1_t.fpath [@@deriving show]
type match_severity = Semgrep_output_v1_t.match_severity
[@@deriving show, eq]
type matching_operation = Semgrep_output_v1_t.matching_operation =
And
| Or
| Inside
| XPat of string
| Negation
| Filter of string
| Taint
| TaintSource
| TaintSink
| TaintSanitizer
| EllipsisAndStmts
| ClassHeaderAndElems
[@@deriving show { with_path = false}]
type position = Semgrep_output_v1_t.position = {
line: int;
col: int;
offset: int
}
[@@deriving show]
type location = Semgrep_output_v1_t.location = {
path: fpath;
start: position;
end_ (*atd end *): position
}
[@@deriving show]
type match_intermediate_var = Semgrep_output_v1_t.match_intermediate_var = {
location: location;
content: string
}
type raw_json = Yojson.Basic.t
type rule_id = Semgrep_output_v1_t.rule_id [@@deriving show]
type svalue_value = Semgrep_output_v1_t.svalue_value = {
svalue_start: position option;
svalue_end: position option;
svalue_abstract_content: string
}
type metavar_value = Semgrep_output_v1_t.metavar_value = {
start: position;
end_ (*atd end *): position;
abstract_content: string;
propagated_value: svalue_value option
}
type metavars = Semgrep_output_v1_t.metavars
type validation_state = Semgrep_output_v1_t.validation_state
[@@deriving show, eq]
type match_call_trace = Semgrep_output_v1_t.match_call_trace =
CliLoc of (location * string)
| CliCall
of (
(location * string)
* match_intermediate_var list
* match_call_trace
)
type match_dataflow_trace = Semgrep_output_v1_t.match_dataflow_trace = {
taint_source: match_call_trace option;
intermediate_vars: match_intermediate_var list option;
taint_sink: match_call_trace option
}
type core_match_extra = Semgrep_output_v1_t.core_match_extra = {
message: string option;
metadata: raw_json option;
severity: match_severity option;
metavars: metavars;
dataflow_trace: match_dataflow_trace option;
rendered_fix: string option;
engine_kind: engine_kind;
validation_state: validation_state option;
extra_extra: raw_json option
}
type core_match = Semgrep_output_v1_t.core_match = {
check_id: rule_id;
path: fpath;
start: position;
end_ (*atd end *): position;
extra: core_match_extra
}
type matching_explanation = Semgrep_output_v1_t.matching_explanation = {
op: matching_operation;
children: matching_explanation list;
matches: core_match list;
loc: location
}
type version = Semgrep_output_v1_t.version [@@deriving show]
type uuid = Semgrep_output_v1_t.uuid
type uri = Semgrep_output_v1_t.uri
type transitivity = Semgrep_output_v1_t.transitivity
type target_times = Semgrep_output_v1_t.target_times = {
path: fpath;
num_bytes: int;
match_times: float list;
parse_times: float list;
run_time: float
}
type tag = Semgrep_output_v1_t.tag
type skip_reason = Semgrep_output_v1_t.skip_reason =
Always_skipped | Semgrepignore_patterns_match
| Cli_include_flags_do_not_match | Cli_exclude_flags_match
| Exceeded_size_limit | Analysis_failed_parser_or_internal_error
| Excluded_by_config | Wrong_language | Too_big | Minified | Binary
| Irrelevant_rule | Too_many_matches | Gitignore_patterns_match | Dotfile
| Nonexistent_file
[@@deriving show]
type skipped_target = Semgrep_output_v1_t.skipped_target = {
path: fpath;
reason: skip_reason;
details: string option;
rule_id: rule_id option
}
[@@deriving show]
type skipped_rule = Semgrep_output_v1_t.skipped_rule = {
rule_id: rule_id;
details: string;
position: position
}
type sha1 = Semgrep_output_v1_t.sha1
type scanned_and_skipped = Semgrep_output_v1_t.scanned_and_skipped = {
scanned: fpath list;
skipped: skipped_target list option
}
type product = Semgrep_output_v1_t.product [@@deriving show, eq]
type scan_info = Semgrep_output_v1_t.scan_info = {
id: int option;
enabled_products: product list;
deployment_id: int;
deployment_name: string
}
type scan_configuration = Semgrep_output_v1_t.scan_configuration = {
rules: raw_json;
triage_ignored_syntactic_ids: string list;
triage_ignored_match_based_ids: string list
}
type engine_configuration = Semgrep_output_v1_t.engine_configuration = {
autofix: bool;
ignored_files: string list;
deepsemgrep: bool;
dependency_query: bool;
generic_slow_rollout: bool
}
type scan_response = Semgrep_output_v1_t.scan_response = {
info: scan_info;
config: scan_configuration;
engine_params: engine_configuration
}
type scan_metadata = Semgrep_output_v1_t.scan_metadata = {
cli_version: version;
unique_id: uuid;
requested_products: product list;
dry_run: bool
}
type project_metadata = Semgrep_output_v1_t.project_metadata = {
semgrep_version: version;
scan_environment: string;
repository: string;
repo_url: uri option;
repo_id: string option;
org_id: string option;
branch: string option;
commit: sha1 option;
commit_title: string option;
commit_timestamp: string option;
commit_author_email: string option;
commit_author_name: string option;
commit_author_username: string option;
commit_author_image_url: uri option;
ci_job_url: uri option;
on: string;
pull_request_author_username: string option;
pull_request_author_image_url: uri option;
pull_request_id: string option;
pull_request_title: string option;
base_sha: sha1 option;
start_sha: sha1 option;
is_full_scan: bool;
is_sca_scan: bool option;
is_code_scan: bool option;
is_secrets_scan: bool option
}
type ci_config_from_repo = Semgrep_output_v1_t.ci_config_from_repo = {
version: version;
tags: tag list option
}
type scan_request = Semgrep_output_v1_t.scan_request = {
meta: raw_json;
project_metadata: project_metadata option;
project_config: ci_config_from_repo option;
scan_metadata: scan_metadata option
}
type ci_env = Semgrep_output_v1_t.ci_env
type ci_config = Semgrep_output_v1_t.ci_config = {
env: ci_env;
enabled_products: product list;
ignored_files: string list;
autofix: bool
}
type ci_config_from_cloud = Semgrep_output_v1_t.ci_config_from_cloud = {
repo_config: ci_config;
org_config: ci_config option;
dirs_config: (fpath * ci_config) list option
}
type scan_config = Semgrep_output_v1_t.scan_config = {
deployment_id: int;
deployment_name: string;
policy_names: string list;
rule_config: string;
ci_config_from_cloud: ci_config_from_cloud option;
autofix: bool;
deepsemgrep: bool;
dependency_query: bool;
triage_ignored_syntactic_ids: string list;
triage_ignored_match_based_ids: string list;
ignored_files: string list;
enabled_products: product list option
}
type sca_parser_name = Semgrep_output_v1_t.sca_parser_name
type ecosystem = Semgrep_output_v1_t.ecosystem
type dependency_child = Semgrep_output_v1_t.dependency_child = {
package: string;
version: string
}
type found_dependency = Semgrep_output_v1_t.found_dependency = {
package: string;
version: string;
ecosystem: ecosystem;
allowed_hashes: (string * string list) list;
resolved_url: string option;
transitivity: transitivity;
line_number: int option;
children: dependency_child list option
}
type dependency_pattern = Semgrep_output_v1_t.dependency_pattern = {
ecosystem: ecosystem;
package: string;
semver_range: string
}
type dependency_match = Semgrep_output_v1_t.dependency_match = {
dependency_pattern: dependency_pattern;
found_dependency: found_dependency;
lockfile: string
}
type sca_info = Semgrep_output_v1_t.sca_info = {
reachable: bool;
reachability_rule: bool;
sca_finding_schema: int;
dependency_match: dependency_match
}
type rule_id_and_engine_kind = Semgrep_output_v1_t.rule_id_and_engine_kind
type profile = Semgrep_output_v1_t.profile = {
rules: rule_id list;
rules_parse_time: float;
profiling_times: (string * float) list;
targets: target_times list;
total_bytes: int;
max_memory_bytes: int option
}
type parsing_stats = Semgrep_output_v1_t.parsing_stats = {
targets_parsed: int;
num_targets: int;
bytes_parsed: int;
num_bytes: int
}
type incompatible_rule = Semgrep_output_v1_t.incompatible_rule = {
rule_id: rule_id;
this_version: version;
min_version: version option;
max_version: version option
}
[@@deriving show]
type fix_regex = Semgrep_output_v1_t.fix_regex = {
regex: string;
replacement: string;
count: int option
}
type finding_hashes = Semgrep_output_v1_t.finding_hashes = {
start_line_hash: string;
end_line_hash: string;
code_hash: string;
pattern_hash: string
}
type finding = Semgrep_output_v1_t.finding = {
check_id: rule_id;
path: fpath;
line: int;
column: int;
end_line: int;
end_column: int;
message: string;
severity: Yojson.Safe.t;
index: int;
commit_date: string;
syntactic_id: string;
match_based_id: string option;
hashes: finding_hashes option;
metadata: raw_json;
is_blocking: bool;
fixed_lines: string list option;
sca_info: sca_info option;
dataflow_trace: match_dataflow_trace option;
validation_state: validation_state option
}
type error_type = Semgrep_output_v1_t.error_type =
LexicalError
| ParseError
| OtherParseError
| AstBuilderError
| RuleParseError
| SemgrepError
| InvalidRuleSchemaError
| UnknownLanguageError
| InvalidYaml
| MatchingError
| SemgrepMatchFound
| TooManyMatches
| FatalError
| Timeout
| OutOfMemory
| TimeoutDuringInterfile
| OutOfMemoryDuringInterfile
| MissingPlugin
| PatternParseError of string list
| PartialParsing of location list
| IncompatibleRule of incompatible_rule
| PatternParseError0
| IncompatibleRule0
[@@deriving show]
type error_span = Semgrep_output_v1_t.error_span = {
file: fpath;
start: position;
end_ (*atd end *): position;
source_hash: string option;
config_start: position option option;
config_end: position option option;
config_path: string list option option;
context_start: position option option;
context_end: position option option
}
type error_severity = Semgrep_output_v1_t.error_severity
[@@deriving show, eq]
type deployment_config = Semgrep_output_v1_t.deployment_config = {
id: int;
name: string;
organization_id: int;
display_name: string;
scm_name: string;
slug: string;
source_type: string;
has_autofix: bool;
has_deepsemgrep: bool;
has_triage_via_comment: bool;
has_dependency_query: bool;
default_user_role: string
}
[@@deriving show]
type deployment_response = Semgrep_output_v1_t.deployment_response = {
deployment: deployment_config
}
type dependency_parser_error = Semgrep_output_v1_t.dependency_parser_error = {
path: string;
parser: sca_parser_name;
reason: string;
line: int option;
col: int option;
text: string option
}
type datetime = Semgrep_output_v1_t.datetime
type core_error = Semgrep_output_v1_t.core_error = {
rule_id: rule_id option;
error_type: error_type;
severity: error_severity;
location: location;
message: string;
details: string option
}
type core_output = Semgrep_output_v1_t.core_output = {
version: version option;
results: core_match list;
errors: core_error list;
paths: scanned_and_skipped;
time: profile option;
explanations: matching_explanation list option;
rules_by_engine: rule_id_and_engine_kind list option;
engine_requested: engine_kind option;
skipped_rules: skipped_rule list
}
type contributor = Semgrep_output_v1_t.contributor = {
commit_author_name: string;
commit_author_email: string
}
type contribution = Semgrep_output_v1_t.contribution = {
commit_hash: string;
commit_timestamp: string;
contributor: contributor
}
type contributions = Semgrep_output_v1_t.contributions
type cli_output_extra = Semgrep_output_v1_t.cli_output_extra = {
paths: scanned_and_skipped;
time: profile option;
explanations: matching_explanation list option;
rules_by_engine: rule_id_and_engine_kind list option;
engine_requested: engine_kind option;
skipped_rules: skipped_rule list
}
type cli_match_extra = Semgrep_output_v1_t.cli_match_extra = {
metavars: metavars option;
fingerprint: string;
lines: string;
message: string;
metadata: raw_json;
severity: match_severity;
fix: string option;
fix_regex: fix_regex option;
is_ignored: bool option;
sca_info: sca_info option;
fixed_lines: string list option;
dataflow_trace: match_dataflow_trace option;
engine_kind: engine_kind option;
validation_state: validation_state option;
extra_extra: raw_json option
}
type cli_match = Semgrep_output_v1_t.cli_match = {
check_id: rule_id;
path: fpath;
start: position;
end_ (*atd end *): position;
extra: cli_match_extra
}
type cli_error = Semgrep_output_v1_t.cli_error = {
code: int;
level: error_severity;
type_: error_type;
rule_id: rule_id option;
message: string option;
path: fpath option;
long_msg: string option;
short_msg: string option;
spans: error_span list option;
help: string option
}
type cli_output = Semgrep_output_v1_t.cli_output = {
version: version option;
errors: cli_error list;
results: cli_match list;
paths: scanned_and_skipped;
time: profile option;
explanations: matching_explanation list option;
rules_by_engine: rule_id_and_engine_kind list option;
engine_requested: engine_kind option;
skipped_rules: skipped_rule list
}
type ci_scan_results_response_error =
Semgrep_output_v1_t.ci_scan_results_response_error = {
message: string
}
[@@deriving show]
type ci_scan_results_response =
Semgrep_output_v1_t.ci_scan_results_response = {
errors: ci_scan_results_response_error list;
task_id: string option
}
[@@deriving show]
type ci_scan_dependencies = Semgrep_output_v1_t.ci_scan_dependencies
type ci_scan_results = Semgrep_output_v1_t.ci_scan_results = {
findings: finding list;
ignores: finding list;
token: string option;
searched_paths: fpath list;
renamed_paths: fpath list;
rule_ids: rule_id list;
contributions: contributions option;
dependencies: ci_scan_dependencies option
}
type ci_scan_failure = Semgrep_output_v1_t.ci_scan_failure = {
exit_code: int;
stderr: string
}
type ci_scan_complete_stats = Semgrep_output_v1_t.ci_scan_complete_stats = {
findings: int;
errors: cli_error list;
total_time: float;
unsupported_exts: (string * int) list;
lockfile_scan_info: (string * int) list;
parse_rate: (string * parsing_stats) list;
engine_requested: string option
}
type ci_scan_complete_response =
Semgrep_output_v1_t.ci_scan_complete_response = {
success: bool;
app_block_override: bool;
app_block_reason: string
}
[@@deriving show]
type ci_scan_complete = Semgrep_output_v1_t.ci_scan_complete = {
exit_code: int;
stats: ci_scan_complete_stats;
dependencies: ci_scan_dependencies option;
dependency_parser_errors: dependency_parser_error list option;
task_id: string option;
final_attempt: bool option
}
let write__string_option = (
Atdgen_runtime.Oj_run.write_std_option (
Yojson.Safe.write_string
)
)
let string_of__string_option ?(len = 1024) x =
let ob = Buffer.create len in
write__string_option ob x;
Buffer.contents ob
let read__string_option = (
fun p lb ->
Yojson.Safe.read_space p lb;
match Yojson.Safe.start_any_variant p lb with
| `Edgy_bracket -> (
match Yojson.Safe.read_ident p lb with
| "None" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(None : _ option)
| "Some" ->
Atdgen_runtime.Oj_run.read_until_field_value p lb;
let x = (
Atdgen_runtime.Oj_run.read_string
) p lb
in
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(Some x : _ option)
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
| `Double_quote -> (
match Yojson.Safe.finish_string p lb with
| "None" ->
(None : _ option)
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
| `Square_bracket -> (
match Atdgen_runtime.Oj_run.read_string p lb with
| "Some" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_comma p lb;
Yojson.Safe.read_space p lb;
let x = (
Atdgen_runtime.Oj_run.read_string
) p lb
in
Yojson.Safe.read_space p lb;
Yojson.Safe.read_rbr p lb;
(Some x : _ option)
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
)
let _string_option_of_string s =
read__string_option (Yojson.Safe.init_lexer ()) (Lexing.from_string s)
let write__x_45497b3 = (
fun ob x -> (
let x = ( ATD_string_wrap.Fpath.unwrap ) x in (
Yojson.Safe.write_string
) ob x)
)
let string_of__x_45497b3 ?(len = 1024) x =
let ob = Buffer.create len in
write__x_45497b3 ob x;
Buffer.contents ob
let read__x_45497b3 = (
fun p lb ->
let x = (
Atdgen_runtime.Oj_run.read_string
) p lb in
( ATD_string_wrap.Fpath.wrap ) x
)
let _x_45497b3_of_string s =
read__x_45497b3 (Yojson.Safe.init_lexer ()) (Lexing.from_string s)
let write__x_93e0d04 = (
fun ob x -> (
let x = ( Rule_ID.unwrap ) x in (
Yojson.Safe.write_string
) ob x)
)
let string_of__x_93e0d04 ?(len = 1024) x =
let ob = Buffer.create len in
write__x_93e0d04 ob x;
Buffer.contents ob
let read__x_93e0d04 = (
fun p lb ->
let x = (
Atdgen_runtime.Oj_run.read_string
) p lb in
( Rule_ID.wrap ) x
)
let _x_93e0d04_of_string s =
read__x_93e0d04 (Yojson.Safe.init_lexer ()) (Lexing.from_string s)
let write_engine_kind = (
fun ob x ->
match x with
| `OSS -> Buffer.add_string ob "\"OSS\""
| `PRO -> Buffer.add_string ob "\"PRO\""
)
let string_of_engine_kind ?(len = 1024) x =
let ob = Buffer.create len in
write_engine_kind ob x;
Buffer.contents ob
let read_engine_kind = (
fun p lb ->
Yojson.Safe.read_space p lb;
match Yojson.Safe.start_any_variant p lb with
| `Edgy_bracket -> (
match Yojson.Safe.read_ident p lb with
| "OSS" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
`OSS
| "PRO" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
`PRO
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
| `Double_quote -> (
match Yojson.Safe.finish_string p lb with
| "OSS" ->
`OSS
| "PRO" ->
`PRO
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
| `Square_bracket -> (
match Atdgen_runtime.Oj_run.read_string p lb with
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
)
let engine_kind_of_string s =
read_engine_kind (Yojson.Safe.init_lexer ()) (Lexing.from_string s)
let write_fpath = (
write__x_45497b3
)
let string_of_fpath ?(len = 1024) x =
let ob = Buffer.create len in
write_fpath ob x;
Buffer.contents ob
let read_fpath = (
read__x_45497b3
)
let fpath_of_string s =
read_fpath (Yojson.Safe.init_lexer ()) (Lexing.from_string s)
let write_match_severity = (
fun ob x ->
match x with
| `Error -> Buffer.add_string ob "\"ERROR\""
| `Warning -> Buffer.add_string ob "\"WARNING\""
| `Info -> Buffer.add_string ob "\"INFO\""
| `Experiment -> Buffer.add_string ob "\"EXPERIMENT\""
| `Inventory -> Buffer.add_string ob "\"INVENTORY\""
)
let string_of_match_severity ?(len = 1024) x =
let ob = Buffer.create len in
write_match_severity ob x;
Buffer.contents ob
let read_match_severity = (
fun p lb ->
Yojson.Safe.read_space p lb;
match Yojson.Safe.start_any_variant p lb with
| `Edgy_bracket -> (
match Yojson.Safe.read_ident p lb with
| "ERROR" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
`Error
| "WARNING" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
`Warning
| "INFO" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
`Info
| "EXPERIMENT" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
`Experiment
| "INVENTORY" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
`Inventory
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
| `Double_quote -> (
match Yojson.Safe.finish_string p lb with
| "ERROR" ->
`Error
| "WARNING" ->
`Warning
| "INFO" ->
`Info
| "EXPERIMENT" ->
`Experiment
| "INVENTORY" ->
`Inventory
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
| `Square_bracket -> (
match Atdgen_runtime.Oj_run.read_string p lb with
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
)
let match_severity_of_string s =
read_match_severity (Yojson.Safe.init_lexer ()) (Lexing.from_string s)
let write__match_severity_option = (
Atdgen_runtime.Oj_run.write_std_option (
write_match_severity
)
)
let string_of__match_severity_option ?(len = 1024) x =
let ob = Buffer.create len in
write__match_severity_option ob x;
Buffer.contents ob
let read__match_severity_option = (
fun p lb ->
Yojson.Safe.read_space p lb;
match Yojson.Safe.start_any_variant p lb with
| `Edgy_bracket -> (
match Yojson.Safe.read_ident p lb with
| "None" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(None : _ option)
| "Some" ->
Atdgen_runtime.Oj_run.read_until_field_value p lb;
let x = (
read_match_severity
) p lb
in
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(Some x : _ option)
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
| `Double_quote -> (
match Yojson.Safe.finish_string p lb with
| "None" ->
(None : _ option)
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
| `Square_bracket -> (
match Atdgen_runtime.Oj_run.read_string p lb with
| "Some" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_comma p lb;
Yojson.Safe.read_space p lb;
let x = (
read_match_severity
) p lb
in
Yojson.Safe.read_space p lb;
Yojson.Safe.read_rbr p lb;
(Some x : _ option)
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
)
let _match_severity_option_of_string s =
read__match_severity_option (Yojson.Safe.init_lexer ()) (Lexing.from_string s)
let write_matching_operation : _ -> matching_operation -> _ = (
fun ob (x : matching_operation) ->
match x with
| And -> Buffer.add_string ob "\"And\""
| Or -> Buffer.add_string ob "\"Or\""
| Inside -> Buffer.add_string ob "\"Inside\""
| XPat x ->
Buffer.add_string ob "[\"XPat\",";
(
Yojson.Safe.write_string
) ob x;
Buffer.add_char ob ']'
| Negation -> Buffer.add_string ob "\"Negation\""
| Filter x ->
Buffer.add_string ob "[\"Filter\",";
(
Yojson.Safe.write_string
) ob x;
Buffer.add_char ob ']'
| Taint -> Buffer.add_string ob "\"Taint\""
| TaintSource -> Buffer.add_string ob "\"TaintSource\""
| TaintSink -> Buffer.add_string ob "\"TaintSink\""
| TaintSanitizer -> Buffer.add_string ob "\"TaintSanitizer\""
| EllipsisAndStmts -> Buffer.add_string ob "\"EllipsisAndStmts\""
| ClassHeaderAndElems -> Buffer.add_string ob "\"ClassHeaderAndElems\""
)
let string_of_matching_operation ?(len = 1024) x =
let ob = Buffer.create len in
write_matching_operation ob x;
Buffer.contents ob
let read_matching_operation = (
fun p lb ->
Yojson.Safe.read_space p lb;
match Yojson.Safe.start_any_variant p lb with
| `Edgy_bracket -> (
match Yojson.Safe.read_ident p lb with
| "And" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(And : matching_operation)
| "Or" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(Or : matching_operation)
| "Inside" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(Inside : matching_operation)
| "XPat" ->
Atdgen_runtime.Oj_run.read_until_field_value p lb;
let x = (
Atdgen_runtime.Oj_run.read_string
) p lb
in
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(XPat x : matching_operation)
| "Negation" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(Negation : matching_operation)
| "Filter" ->
Atdgen_runtime.Oj_run.read_until_field_value p lb;
let x = (
Atdgen_runtime.Oj_run.read_string
) p lb
in
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(Filter x : matching_operation)
| "Taint" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(Taint : matching_operation)
| "TaintSource" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(TaintSource : matching_operation)
| "TaintSink" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(TaintSink : matching_operation)
| "TaintSanitizer" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(TaintSanitizer : matching_operation)
| "EllipsisAndStmts" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(EllipsisAndStmts : matching_operation)
| "ClassHeaderAndElems" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_gt p lb;
(ClassHeaderAndElems : matching_operation)
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
| `Double_quote -> (
match Yojson.Safe.finish_string p lb with
| "And" ->
(And : matching_operation)
| "Or" ->
(Or : matching_operation)
| "Inside" ->
(Inside : matching_operation)
| "Negation" ->
(Negation : matching_operation)
| "Taint" ->
(Taint : matching_operation)
| "TaintSource" ->
(TaintSource : matching_operation)
| "TaintSink" ->
(TaintSink : matching_operation)
| "TaintSanitizer" ->
(TaintSanitizer : matching_operation)
| "EllipsisAndStmts" ->
(EllipsisAndStmts : matching_operation)
| "ClassHeaderAndElems" ->
(ClassHeaderAndElems : matching_operation)
| x ->
Atdgen_runtime.Oj_run.invalid_variant_tag p x
)
| `Square_bracket -> (
match Atdgen_runtime.Oj_run.read_string p lb with
| "XPat" ->
Yojson.Safe.read_space p lb;
Yojson.Safe.read_comma p lb;
Yojson.Safe.read_space p lb;
let x = (
Atdgen_runtime.Oj_run.read_string
) p lb
in
Yojson.Safe.read_space p lb;
Yojson.Safe.read_rbr p lb;
(XPat x : matching_operation)
| "Filter" ->