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Karmaz95
@@ -0,0 +1,399 @@
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// Extracted from Xcode 15 Beta 7
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// /Library/Developer/CommandLineTools/SDKs/MacOSX14.0.sdk/System/Library/Frameworks/Security.framework/Versions/A/Headers/CSCommon.h */
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/*
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* Copyright (c) 2006-2014 Apple Inc. All Rights Reserved.
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* @APPLE_LICENSE_HEADER_START@
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*
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||||
* This file contains Original Code and/or Modifications of Original Code
|
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* as defined in and that are subject to the Apple Public Source License
|
||||
* Version 2.0 (the 'License'). You may not use this file except in
|
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* compliance with the License. Please obtain a copy of the License at
|
||||
* http://www.opensource.apple.com/apsl/ and read it before using this
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* file.
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||||
*
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||||
* The Original Code and all software distributed under the License are
|
||||
* distributed on an 'AS IS' basis, WITHOUT WARRANTY OF ANY KIND, EITHER
|
||||
* EXPRESS OR IMPLIED, AND APPLE HEREBY DISCLAIMS ALL SUCH WARRANTIES,
|
||||
* INCLUDING WITHOUT LIMITATION, ANY WARRANTIES OF MERCHANTABILITY,
|
||||
* FITNESS FOR A PARTICULAR PURPOSE, QUIET ENJOYMENT OR NON-INFRINGEMENT.
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||||
* Please see the License for the specific language governing rights and
|
||||
* limitations under the License.
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*
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||||
* @APPLE_LICENSE_HEADER_END@
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*/
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/*!
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@header CSCommon
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CSCommon is the common header of all Code Signing API headers.
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It defines types, constants, and error codes.
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*/
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#ifndef _H_CSCOMMON
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#define _H_CSCOMMON
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#include <CoreFoundation/CoreFoundation.h>
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#include <TargetConditionals.h>
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#ifdef __cplusplus
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extern "C" {
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#endif
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#include <stdint.h>
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/*
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* Some macOS API's use the old style defined name CSSM_DATA and CSSM_OID.
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* These are just typedefs for SecAsn* which are available for iOS. We complete
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* those here in case they're not available for compatibility.
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*/
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#if TARGET_OS_IPHONE
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#ifndef CSSM_DATA
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#define CSSM_DATA SecAsn1Item
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#endif
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#ifndef CSSM_OID
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#define CSSM_OID SecAsn1Oid
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#endif
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#endif /* TARGET_OS_IPHONE */
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CF_ASSUME_NONNULL_BEGIN
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/*
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Code Signing specific OSStatus codes.
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[Assigned range 0xFFFE_FAxx].
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*/
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CF_ENUM(OSStatus) {
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errSecCSUnimplemented = -67072, /* unimplemented code signing feature */
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errSecCSInvalidObjectRef = -67071, /* invalid API object reference */
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errSecCSInvalidFlags = -67070, /* invalid or inappropriate API flag(s) specified */
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errSecCSObjectRequired = -67069, /* a required pointer argument was NULL */
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errSecCSStaticCodeNotFound = -67068, /* cannot find code object on disk */
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errSecCSUnsupportedGuestAttributes = -67067, /* cannot locate guests using this attribute set */
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errSecCSInvalidAttributeValues = -67066, /* given attribute values are invalid */
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errSecCSNoSuchCode = -67065, /* host has no guest with the requested attributes */
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errSecCSMultipleGuests = -67064, /* ambiguous guest specification (host has multiple guests with these attribute values) */
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errSecCSGuestInvalid = -67063, /* code identity has been invalidated */
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errSecCSUnsigned = -67062, /* code object is not signed at all */
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errSecCSSignatureFailed = -67061, /* invalid signature (code or signature have been modified) */
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errSecCSSignatureNotVerifiable = -67060, /* the code cannot be read by the verifier (file system permissions etc.) */
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errSecCSSignatureUnsupported = -67059, /* unsupported type or version of signature */
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errSecCSBadDictionaryFormat = -67058, /* a required plist file or resource is malformed */
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errSecCSResourcesNotSealed = -67057, /* resources are present but not sealed by signature */
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errSecCSResourcesNotFound = -67056, /* code has no resources but signature indicates they must be present */
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errSecCSResourcesInvalid = -67055, /* the sealed resource directory is invalid */
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errSecCSBadResource = -67054, /* a sealed resource is missing or invalid */
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errSecCSResourceRulesInvalid = -67053, /* invalid resource specification rule(s) */
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errSecCSReqInvalid = -67052, /* invalid or corrupted code requirement(s) */
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errSecCSReqUnsupported = -67051, /* unsupported type or version of code requirement(s) */
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errSecCSReqFailed = -67050, /* code failed to satisfy specified code requirement(s) */
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errSecCSBadObjectFormat = -67049, /* object file format unrecognized, invalid, or unsuitable */
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errSecCSInternalError = -67048, /* internal error in Code Signing subsystem */
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errSecCSHostReject = -67047, /* code rejected its host */
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errSecCSNotAHost = -67046, /* attempt to specify guest of code that is not a host */
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errSecCSSignatureInvalid = -67045, /* invalid or unsupported format for signature */
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errSecCSHostProtocolRelativePath = -67044, /* host protocol violation - absolute guest path required */
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errSecCSHostProtocolContradiction = -67043, /* host protocol violation - contradictory hosting modes */
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errSecCSHostProtocolDedicationError = -67042, /* host protocol violation - operation not allowed with/for a dedicated guest */
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errSecCSHostProtocolNotProxy = -67041, /* host protocol violation - proxy hosting not engaged */
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errSecCSHostProtocolStateError = -67040, /* host protocol violation - invalid guest state change request */
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||||
errSecCSHostProtocolUnrelated = -67039, /* host protocol violation - the given guest is not a guest of the given host */
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/* -67038 obsolete (no longer issued) */
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errSecCSNotSupported = -67037, /* operation inapplicable or not supported for this type of code */
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errSecCSCMSTooLarge = -67036, /* signature too large to embed (size limitation of on-disk representation) */
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errSecCSHostProtocolInvalidHash = -67035, /* host protocol violation - invalid guest hash */
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errSecCSStaticCodeChanged = -67034, /* the code on disk does not match what is running */
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errSecCSDBDenied = -67033, /* permission to use a database denied */
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errSecCSDBAccess = -67032, /* cannot access a database */
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errSecCSSigDBDenied = -67033, /* permission to use a database denied */
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errSecCSSigDBAccess = -67032, /* cannot access a database */
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errSecCSHostProtocolInvalidAttribute = -67031, /* host returned invalid or inconsistent guest attributes */
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errSecCSInfoPlistFailed = -67030, /* invalid Info.plist (plist or signature have been modified) */
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errSecCSNoMainExecutable = -67029, /* the code has no main executable file */
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errSecCSBadBundleFormat = -67028, /* bundle format unrecognized, invalid, or unsuitable */
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errSecCSNoMatches = -67027, /* no matches for search or update operation */
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errSecCSFileHardQuarantined = -67026, /* File created by an AppSandbox, exec/open not allowed */
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errSecCSOutdated = -67025, /* presented data is out of date */
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errSecCSDbCorrupt = -67024, /* a system database or file is corrupt */
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errSecCSResourceDirectoryFailed = -67023, /* invalid resource directory (directory or signature have been modified) */
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errSecCSUnsignedNestedCode = -67022, /* nested code is unsigned */
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errSecCSBadNestedCode = -67021, /* nested code is modified or invalid */
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errSecCSBadCallbackValue = -67020, /* monitor callback returned invalid value */
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errSecCSHelperFailed = -67019, /* the codesign_allocate helper tool cannot be found or used */
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errSecCSVetoed = -67018,
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errSecCSBadLVArch = -67017, /* library validation flag cannot be used with an i386 binary */
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||||
errSecCSResourceNotSupported = -67016, /* unsupported resource found (something not a directory, file or symlink) */
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errSecCSRegularFile = -67015, /* the main executable or Info.plist must be a regular file (no symlinks, etc.) */
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errSecCSUnsealedAppRoot = -67014, /* unsealed contents present in the bundle root */
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||||
errSecCSWeakResourceRules = -67013, /* resource envelope is obsolete (custom omit rules) */
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||||
errSecCSDSStoreSymlink = -67012, /* .DS_Store files cannot be a symlink */
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errSecCSAmbiguousBundleFormat = -67011, /* bundle format is ambiguous (could be app or framework) */
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||||
errSecCSBadMainExecutable = -67010, /* main executable failed strict validation */
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errSecCSBadFrameworkVersion = -67009, /* embedded framework contains modified or invalid version */
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errSecCSUnsealedFrameworkRoot = -67008, /* unsealed contents present in the root directory of an embedded framework */
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||||
errSecCSWeakResourceEnvelope = -67007, /* resource envelope is obsolete (version 1 signature) */
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errSecCSCancelled = -67006, /* operation was terminated by explicit cancelation */
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||||
errSecCSInvalidPlatform = -67005, /* invalid platform identifier or platform mismatch */
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errSecCSTooBig = -67004, /* code is too big for current signing format */
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||||
errSecCSInvalidSymlink = -67003, /* invalid destination for symbolic link in bundle */
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errSecCSNotAppLike = -67002, /* the code is valid but does not seem to be an app */
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errSecCSBadDiskImageFormat = -67001, /* disk image format unrecognized, invalid, or unsuitable */
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errSecCSUnsupportedDigestAlgorithm = -67000, /* a requested signature digest algorithm is not supported */
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errSecCSInvalidAssociatedFileData = -66999, /* resource fork, Finder information, or similar detritus not allowed */
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errSecCSInvalidTeamIdentifier = -66998, /* a Team Identifier string is invalid */
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errSecCSBadTeamIdentifier = -66997, /* a Team Identifier is wrong or inappropriate */
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||||
errSecCSSignatureUntrusted = -66996, /* signature is valid but signer is not trusted */
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errSecMultipleExecSegments = -66995, /* the image contains multiple executable segments */
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errSecCSInvalidEntitlements = -66994, /* invalid entitlement plist */
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errSecCSInvalidRuntimeVersion = -66993, /* an invalid runtime version was explicitly set */
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errSecCSRevokedNotarization = -66992, /* notarization indicates this code has been revoked */
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errSecCSCMSConstructionFailed = -66991, /* CMS construction failed, see logs for deeper error */
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errSecCSRemoteSignerFailed = -66990, /* remote signing block did not return a signature */
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||||
};
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/*
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* Code Signing specific CFError "user info" keys.
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||||
* In calls that can return CFErrorRef indications, if a CFErrorRef is actually
|
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* returned, its "user info" dictionary may contain some of the following keys
|
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* to more closely describe the circumstances of the failure.
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* Do not rely on the presence of any particular key to categorize a problem;
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* always use the primary OSStatus return for that. The data contained under
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* these keys is always supplemental and optional.
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*/
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extern const CFStringRef kSecCFErrorArchitecture; /* CFStringRef: name of architecture causing the problem */
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extern const CFStringRef kSecCFErrorPattern; /* CFStringRef: invalid resource selection pattern encountered */
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extern const CFStringRef kSecCFErrorResourceSeal; /* CFTypeRef: invalid component in resource seal (CodeResources) */
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extern const CFStringRef kSecCFErrorResourceAdded; /* CFURLRef: unsealed resource found */
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extern const CFStringRef kSecCFErrorResourceAltered; /* CFURLRef: modified resource found */
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extern const CFStringRef kSecCFErrorResourceMissing; /* CFURLRef: sealed (non-optional) resource missing */
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extern const CFStringRef kSecCFErrorResourceSideband; /* CFURLRef: sealed resource has invalid sideband data (resource fork, etc.) */
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extern const CFStringRef kSecCFErrorResourceRecursive; /* CFURLRef: resource is main executable, resulting in infinite recursion */
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extern const CFStringRef kSecCFErrorInfoPlist; /* CFTypeRef: Info.plist dictionary or component thereof found invalid */
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extern const CFStringRef kSecCFErrorGuestAttributes; /* CFTypeRef: Guest attribute set of element not accepted */
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extern const CFStringRef kSecCFErrorRequirementSyntax; /* CFStringRef: compilation error for Requirement source */
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||||
extern const CFStringRef kSecCFErrorPath; /* CFURLRef: subcomponent containing the error */
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||||
|
||||
/*!
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||||
@typedef SecCodeRef
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This is the type of a reference to running code.
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||||
|
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In many (but not all) calls, this can be passed to a SecStaticCodeRef
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argument, which performs an implicit SecCodeCopyStaticCode call and
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operates on the result.
|
||||
*/
|
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typedef struct CF_BRIDGED_TYPE(id) __SecCode *SecCodeRef; /* running code */
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||||
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||||
/*!
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@typedef SecStaticCodeRef
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This is the type of a reference to static code on disk.
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*/
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typedef struct CF_BRIDGED_TYPE(id) __SecCode const *SecStaticCodeRef; /* code on disk */
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||||
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/*!
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@typedef SecRequirementRef
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||||
This is the type of a reference to a code requirement.
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||||
*/
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typedef struct CF_BRIDGED_TYPE(id) __SecRequirement *SecRequirementRef; /* code requirement */
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||||
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||||
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/*!
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@typedef SecGuestRef
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An abstract handle to identify a particular Guest in the context of its Host.
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Guest handles are assigned by the host at will, with kSecNoGuest (zero) being
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reserved as the null value. They can be reused for new children if desired.
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*/
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||||
typedef u_int32_t SecGuestRef;
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CF_ENUM(SecGuestRef) {
|
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kSecNoGuest = 0, /* not a valid SecGuestRef */
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};
|
||||
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||||
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/*!
|
||||
@typedef SecCSFlags
|
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This is the type of flags arguments to Code Signing API calls.
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It provides a bit mask of request and option flags. All of the bits in these
|
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masks are reserved to Apple; if you set any bits not defined in these headers,
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the behavior is generally undefined.
|
||||
|
||||
This list describes the flags that are shared among several Code Signing API calls.
|
||||
Flags that only apply to one call are defined and documented with that call.
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Global flags are assigned from high order down (31 -> 0); call-specific flags
|
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are assigned from the bottom up (0 -> 31).
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@constant kSecCSDefaultFlags
|
||||
When passed to a flags argument throughout, indicates that default behavior
|
||||
is desired. Do not mix with other flags values.
|
||||
@constant kSecCSConsiderExpiration
|
||||
When passed to a call that performs code validation, requests that code signatures
|
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made by expired certificates be rejected. By default, expiration of participating
|
||||
certificates is not automatic grounds for rejection.
|
||||
@constant kSecCSNoNetworkAccess
|
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When passed to a call that performs code validation, configures the validation to
|
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not perform any work that requires the network. Using this flag disables security features
|
||||
like online certificate revocation and notarization checks by removing potentially
|
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slow network requests that can delay evaluations. This flag has always been usable for
|
||||
SecStaticCode objects and is usable with SecCode objects starting with macOS 11.3.
|
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*/
|
||||
typedef CF_OPTIONS(uint32_t, SecCSFlags) {
|
||||
kSecCSDefaultFlags = 0, /* no particular flags (default behavior) */
|
||||
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||||
kSecCSConsiderExpiration = 1U << 31, /* consider expired certificates invalid */
|
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kSecCSEnforceRevocationChecks = 1 << 30, /* force revocation checks regardless of preference settings */
|
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kSecCSNoNetworkAccess = 1 << 29, /* do not use the network, cancels "kSecCSEnforceRevocationChecks" */
|
||||
kSecCSReportProgress = 1 << 28, /* make progress report call-backs when configured */
|
||||
kSecCSCheckTrustedAnchors = 1 << 27, /* build certificate chain to system trust anchors, not to any self-signed certificate */
|
||||
kSecCSQuickCheck = 1 << 26, /* (internal) */
|
||||
kSecCSApplyEmbeddedPolicy = 1 << 25, /* Apply Embedded (iPhone) policy regardless of the platform we're running on */
|
||||
kSecCSStripDisallowedXattrs = 1 << 24, /* Strip disallowed xattrs, such as com.apple.FinderInfo and com.apple.ResourceFork */
|
||||
};
|
||||
|
||||
|
||||
/*!
|
||||
@typedef SecCodeSignatureFlags
|
||||
This is the type of option flags that can be embedded in a code signature
|
||||
during signing, and that govern the use of the signature thereafter.
|
||||
Some of these flags can be set through the codesign(1) command's --options
|
||||
argument; some are set implicitly based on signing circumstances; and all
|
||||
can be set with the kSecCodeSignerFlags item of a signing information dictionary.
|
||||
|
||||
@constant kSecCodeSignatureHost
|
||||
Indicates that the code may act as a host that controls and supervises guest
|
||||
code. If this flag is not set in a code signature, the code is never considered
|
||||
eligible to be a host, and any attempt to act like one will be ignored or rejected.
|
||||
@constant kSecCodeSignatureAdhoc
|
||||
The code has been sealed without a signing identity. No identity may be retrieved
|
||||
from it, and any code requirement placing restrictions on the signing identity
|
||||
will fail. This flag is set by the code signing API and cannot be set explicitly.
|
||||
@constant kSecCodeSignatureForceHard
|
||||
Implicitly set the "hard" status bit for the code when it starts running.
|
||||
This bit indicates that the code prefers to be denied access to a resource
|
||||
if gaining such access would cause its invalidation. Since the hard bit is
|
||||
sticky, setting this option bit guarantees that the code will always have
|
||||
it set.
|
||||
@constant kSecCodeSignatureForceKill
|
||||
Implicitly set the "kill" status bit for the code when it starts running.
|
||||
This bit indicates that the code wishes to be terminated with prejudice if
|
||||
it is ever invalidated. Since the kill bit is sticky, setting this option bit
|
||||
guarantees that the code will always be dynamically valid, since it will die
|
||||
immediately if it becomes invalid.
|
||||
@constant kSecCodeSignatureForceExpiration
|
||||
Forces the kSecCSConsiderExpiration flag on all validations of the code.
|
||||
@constant kSecCodeSignatureRuntime
|
||||
Instructs the kernel to apply runtime hardening policies as required by the
|
||||
hardened runtime version
|
||||
@constant kSecCodeSignatureLinkerSigned
|
||||
The code was automatically signed by the linker. This signature should be
|
||||
ignored in any new signing operation.
|
||||
*/
|
||||
typedef CF_OPTIONS(uint32_t, SecCodeSignatureFlags) {
|
||||
kSecCodeSignatureHost = 0x0001, /* may host guest code */
|
||||
kSecCodeSignatureAdhoc = 0x0002, /* must be used without signer */
|
||||
kSecCodeSignatureForceHard = 0x0100, /* always set HARD mode on launch */
|
||||
kSecCodeSignatureForceKill = 0x0200, /* always set KILL mode on launch */
|
||||
kSecCodeSignatureForceExpiration = 0x0400, /* force certificate expiration checks */
|
||||
kSecCodeSignatureRestrict = 0x0800, /* restrict dyld loading */
|
||||
kSecCodeSignatureEnforcement = 0x1000, /* enforce code signing */
|
||||
kSecCodeSignatureLibraryValidation = 0x2000, /* library validation required */
|
||||
kSecCodeSignatureRuntime = 0x10000, /* apply runtime hardening policies */
|
||||
kSecCodeSignatureLinkerSigned = 0x20000, /* identify that the signature was auto-generated by the linker*/
|
||||
};
|
||||
|
||||
/*!
|
||||
@typedef SecCodeStatus
|
||||
The code signing system attaches a set of status flags to each running code.
|
||||
These flags are maintained by the code's host, and can be read by anyone.
|
||||
A code may change its own flags, a host may change its guests' flags,
|
||||
and root may change anyone's flags. However, these flags are sticky in that
|
||||
each can change in only one direction (and never back, for the lifetime of the code).
|
||||
Not even root can violate this restriction.
|
||||
|
||||
There are other flags in SecCodeStatus that are not publicly documented.
|
||||
Do not rely on them, and do not ever attempt to explicitly set them.
|
||||
|
||||
@constant kSecCodeStatusValid
|
||||
Indicates that the code is dynamically valid, i.e. it started correctly
|
||||
and has not been invalidated since then. The valid bit can only be cleared.
|
||||
|
||||
Warning: This bit is not your one-stop shortcut to determining the validity of code.
|
||||
It represents the dynamic component of the full validity function; if this
|
||||
bit is unset, the code is definitely invalid, but the converse is not always true.
|
||||
In fact, code hosts may represent the outcome of some delayed static validation work in this bit,
|
||||
and thus it strictly represents a blend of (all of) dynamic and (some of) static validity,
|
||||
depending on the implementation of the particular host managing the code. You can (only)
|
||||
rely that (1) dynamic invalidation will clear this bit; and (2) the combination
|
||||
of static validation and dynamic validity (as performed by the SecCodeCheckValidity* APIs)
|
||||
will give a correct answer.
|
||||
|
||||
@constant kSecCodeStatusHard
|
||||
Indicates that the code prefers to be denied access to resources if gaining access
|
||||
would invalidate it. This bit can only be set.
|
||||
It is undefined whether code that is marked hard and is already invalid will still
|
||||
be denied access to a resource that would invalidate it if it were still valid. That is,
|
||||
the code may or may not get access to such a resource while being invalid, and that choice
|
||||
may appear random.
|
||||
|
||||
@constant kSecCodeStatusKill
|
||||
Indicates that the code wants to be killed (terminated) if it ever loses its validity.
|
||||
This bit can only be set. Code that has the kill flag set will never be dynamically invalid
|
||||
(and live). Note however that a change in static validity does not necessarily trigger instant
|
||||
death.
|
||||
|
||||
@constant kSecCodeStatusDebugged
|
||||
Indicated that code has been debugged by another process that was allowed to do so. The debugger
|
||||
causes this to be set when it attachs.
|
||||
|
||||
@constant kSecCodeStatusPlatform
|
||||
Indicates the code is platform code, shipping with the operating system and signed by Apple.
|
||||
*/
|
||||
typedef CF_OPTIONS(uint32_t, SecCodeStatus) {
|
||||
kSecCodeStatusValid = 0x00000001,
|
||||
kSecCodeStatusHard = 0x00000100,
|
||||
kSecCodeStatusKill = 0x00000200,
|
||||
kSecCodeStatusDebugged = 0x10000000,
|
||||
kSecCodeStatusPlatform = 0x04000000,
|
||||
};
|
||||
|
||||
|
||||
/*!
|
||||
@typedef SecRequirementType
|
||||
An enumeration indicating different types of internal requirements for code.
|
||||
*/
|
||||
typedef CF_ENUM(uint32_t, SecRequirementType) {
|
||||
kSecHostRequirementType = 1, /* what hosts may run us */
|
||||
kSecGuestRequirementType = 2, /* what guests we may run */
|
||||
kSecDesignatedRequirementType = 3, /* designated requirement */
|
||||
kSecLibraryRequirementType = 4, /* what libraries we may link against */
|
||||
kSecPluginRequirementType = 5, /* what plug-ins we may load */
|
||||
kSecInvalidRequirementType, /* invalid type of Requirement (must be last) */
|
||||
kSecRequirementTypeCount = kSecInvalidRequirementType /* number of valid requirement types */
|
||||
};
|
||||
|
||||
|
||||
/*!
|
||||
Types of cryptographic digests (hashes) used to hold code signatures
|
||||
together.
|
||||
|
||||
Each combination of type, length, and other parameters is a separate
|
||||
hash type; we don't understand "families" here.
|
||||
|
||||
These type codes govern the digest links that connect a CodeDirectory
|
||||
to its subordinate data structures (code pages, resources, etc.)
|
||||
They do not directly control other uses of hashes (such as those used
|
||||
within X.509 certificates and CMS blobs).
|
||||
*/
|
||||
typedef CF_ENUM(uint32_t, SecCSDigestAlgorithm) {
|
||||
kSecCodeSignatureNoHash = 0, /* null value */
|
||||
kSecCodeSignatureHashSHA1 = 1, /* SHA-1 */
|
||||
kSecCodeSignatureHashSHA256 = 2, /* SHA-256 */
|
||||
kSecCodeSignatureHashSHA256Truncated = 3, /* SHA-256 truncated to first 20 bytes */
|
||||
kSecCodeSignatureHashSHA384 = 4, /* SHA-384 */
|
||||
kSecCodeSignatureHashSHA512 = 5, /* SHA-512 */
|
||||
};
|
||||
|
||||
CF_ASSUME_NONNULL_END
|
||||
|
||||
#ifdef __cplusplus
|
||||
}
|
||||
#endif
|
||||
|
||||
#endif //_H_CSCOMMON
|
||||
Reference in New Issue
Block a user