From 44a0ad29422cb2601a29e3c5ba3ceb24b5876e1d Mon Sep 17 00:00:00 2001 From: Geoffrey White <40627776+geoffw0@users.noreply.github.com> Date: Thu, 12 Dec 2024 11:34:41 +0000 Subject: [PATCH] Update data-flow -> data flow in all versions of ConceptsShared.qll. --- .../javascript/internal/ConceptsShared.qll | 16 ++++++++-------- .../semmle/python/internal/ConceptsShared.qll | 16 ++++++++-------- .../lib/codeql/ruby/internal/ConceptsShared.qll | 16 ++++++++-------- .../lib/codeql/rust/internal/ConceptsShared.qll | 16 ++++++++-------- 4 files changed, 32 insertions(+), 32 deletions(-) diff --git a/javascript/ql/lib/semmle/javascript/internal/ConceptsShared.qll b/javascript/ql/lib/semmle/javascript/internal/ConceptsShared.qll index 135f830e47dc..1b13e4ebb17e 100644 --- a/javascript/ql/lib/semmle/javascript/internal/ConceptsShared.qll +++ b/javascript/ql/lib/semmle/javascript/internal/ConceptsShared.qll @@ -30,7 +30,7 @@ module Cryptography { class PasswordHashingAlgorithm = CryptoAlgorithms::PasswordHashingAlgorithm; /** - * A data-flow node that is an application of a cryptographic algorithm. For example, + * A data flow node that is an application of a cryptographic algorithm. For example, * encryption, decryption, signature-validation. * * Extend this class to refine existing API models. If you want to model new APIs, @@ -40,7 +40,7 @@ module Cryptography { /** Gets the algorithm used, if it matches a known `CryptographicAlgorithm`. */ CryptographicAlgorithm getAlgorithm() { result = super.getAlgorithm() } - /** Gets the data-flow node where the cryptographic algorithm used in this operation is configured. */ + /** Gets the data flow node where the cryptographic algorithm used in this operation is configured. */ DataFlow::Node getInitialization() { result = super.getInitialization() } /** Gets an input the algorithm is used on, for example the plain text input to be encrypted. */ @@ -61,14 +61,14 @@ module Cryptography { /** Provides classes for modeling new applications of a cryptographic algorithms. */ module CryptographicOperation { /** - * A data-flow node that is an application of a cryptographic algorithm. For example, + * A data flow node that is an application of a cryptographic algorithm. For example, * encryption, decryption, signature-validation. * * Extend this class to model new APIs. If you want to refine existing API models, * extend `CryptographicOperation` instead. */ abstract class Range extends DataFlow::Node { - /** Gets the data-flow node where the cryptographic algorithm used in this operation is configured. */ + /** Gets the data flow node where the cryptographic algorithm used in this operation is configured. */ abstract DataFlow::Node getInitialization(); /** Gets the algorithm used, if it matches a known `CryptographicAlgorithm`. */ @@ -118,14 +118,14 @@ module Http { /** Provides classes for modeling HTTP clients. */ module Client { /** - * A data-flow node that makes an outgoing HTTP request. + * A data flow node that makes an outgoing HTTP request. * * Extend this class to refine existing API models. If you want to model new APIs, * extend `Http::Client::Request::Range` instead. */ class Request extends DataFlow::Node instanceof Request::Range { /** - * Gets a data-flow node that contributes to the URL of the request. + * Gets a data flow node that contributes to the URL of the request. * Depending on the framework, a request may have multiple nodes which contribute to the URL. */ DataFlow::Node getAUrlPart() { result = super.getAUrlPart() } @@ -150,14 +150,14 @@ module Http { /** Provides a class for modeling new HTTP requests. */ module Request { /** - * A data-flow node that makes an outgoing HTTP request. + * A data flow node that makes an outgoing HTTP request. * * Extend this class to model new APIs. If you want to refine existing API models, * extend `Http::Client::Request` instead. */ abstract class Range extends DataFlow::Node { /** - * Gets a data-flow node that contributes to the URL of the request. + * Gets a data flow node that contributes to the URL of the request. * Depending on the framework, a request may have multiple nodes which contribute to the URL. */ abstract DataFlow::Node getAUrlPart(); diff --git a/python/ql/lib/semmle/python/internal/ConceptsShared.qll b/python/ql/lib/semmle/python/internal/ConceptsShared.qll index 135f830e47dc..1b13e4ebb17e 100644 --- a/python/ql/lib/semmle/python/internal/ConceptsShared.qll +++ b/python/ql/lib/semmle/python/internal/ConceptsShared.qll @@ -30,7 +30,7 @@ module Cryptography { class PasswordHashingAlgorithm = CryptoAlgorithms::PasswordHashingAlgorithm; /** - * A data-flow node that is an application of a cryptographic algorithm. For example, + * A data flow node that is an application of a cryptographic algorithm. For example, * encryption, decryption, signature-validation. * * Extend this class to refine existing API models. If you want to model new APIs, @@ -40,7 +40,7 @@ module Cryptography { /** Gets the algorithm used, if it matches a known `CryptographicAlgorithm`. */ CryptographicAlgorithm getAlgorithm() { result = super.getAlgorithm() } - /** Gets the data-flow node where the cryptographic algorithm used in this operation is configured. */ + /** Gets the data flow node where the cryptographic algorithm used in this operation is configured. */ DataFlow::Node getInitialization() { result = super.getInitialization() } /** Gets an input the algorithm is used on, for example the plain text input to be encrypted. */ @@ -61,14 +61,14 @@ module Cryptography { /** Provides classes for modeling new applications of a cryptographic algorithms. */ module CryptographicOperation { /** - * A data-flow node that is an application of a cryptographic algorithm. For example, + * A data flow node that is an application of a cryptographic algorithm. For example, * encryption, decryption, signature-validation. * * Extend this class to model new APIs. If you want to refine existing API models, * extend `CryptographicOperation` instead. */ abstract class Range extends DataFlow::Node { - /** Gets the data-flow node where the cryptographic algorithm used in this operation is configured. */ + /** Gets the data flow node where the cryptographic algorithm used in this operation is configured. */ abstract DataFlow::Node getInitialization(); /** Gets the algorithm used, if it matches a known `CryptographicAlgorithm`. */ @@ -118,14 +118,14 @@ module Http { /** Provides classes for modeling HTTP clients. */ module Client { /** - * A data-flow node that makes an outgoing HTTP request. + * A data flow node that makes an outgoing HTTP request. * * Extend this class to refine existing API models. If you want to model new APIs, * extend `Http::Client::Request::Range` instead. */ class Request extends DataFlow::Node instanceof Request::Range { /** - * Gets a data-flow node that contributes to the URL of the request. + * Gets a data flow node that contributes to the URL of the request. * Depending on the framework, a request may have multiple nodes which contribute to the URL. */ DataFlow::Node getAUrlPart() { result = super.getAUrlPart() } @@ -150,14 +150,14 @@ module Http { /** Provides a class for modeling new HTTP requests. */ module Request { /** - * A data-flow node that makes an outgoing HTTP request. + * A data flow node that makes an outgoing HTTP request. * * Extend this class to model new APIs. If you want to refine existing API models, * extend `Http::Client::Request` instead. */ abstract class Range extends DataFlow::Node { /** - * Gets a data-flow node that contributes to the URL of the request. + * Gets a data flow node that contributes to the URL of the request. * Depending on the framework, a request may have multiple nodes which contribute to the URL. */ abstract DataFlow::Node getAUrlPart(); diff --git a/ruby/ql/lib/codeql/ruby/internal/ConceptsShared.qll b/ruby/ql/lib/codeql/ruby/internal/ConceptsShared.qll index 135f830e47dc..1b13e4ebb17e 100644 --- a/ruby/ql/lib/codeql/ruby/internal/ConceptsShared.qll +++ b/ruby/ql/lib/codeql/ruby/internal/ConceptsShared.qll @@ -30,7 +30,7 @@ module Cryptography { class PasswordHashingAlgorithm = CryptoAlgorithms::PasswordHashingAlgorithm; /** - * A data-flow node that is an application of a cryptographic algorithm. For example, + * A data flow node that is an application of a cryptographic algorithm. For example, * encryption, decryption, signature-validation. * * Extend this class to refine existing API models. If you want to model new APIs, @@ -40,7 +40,7 @@ module Cryptography { /** Gets the algorithm used, if it matches a known `CryptographicAlgorithm`. */ CryptographicAlgorithm getAlgorithm() { result = super.getAlgorithm() } - /** Gets the data-flow node where the cryptographic algorithm used in this operation is configured. */ + /** Gets the data flow node where the cryptographic algorithm used in this operation is configured. */ DataFlow::Node getInitialization() { result = super.getInitialization() } /** Gets an input the algorithm is used on, for example the plain text input to be encrypted. */ @@ -61,14 +61,14 @@ module Cryptography { /** Provides classes for modeling new applications of a cryptographic algorithms. */ module CryptographicOperation { /** - * A data-flow node that is an application of a cryptographic algorithm. For example, + * A data flow node that is an application of a cryptographic algorithm. For example, * encryption, decryption, signature-validation. * * Extend this class to model new APIs. If you want to refine existing API models, * extend `CryptographicOperation` instead. */ abstract class Range extends DataFlow::Node { - /** Gets the data-flow node where the cryptographic algorithm used in this operation is configured. */ + /** Gets the data flow node where the cryptographic algorithm used in this operation is configured. */ abstract DataFlow::Node getInitialization(); /** Gets the algorithm used, if it matches a known `CryptographicAlgorithm`. */ @@ -118,14 +118,14 @@ module Http { /** Provides classes for modeling HTTP clients. */ module Client { /** - * A data-flow node that makes an outgoing HTTP request. + * A data flow node that makes an outgoing HTTP request. * * Extend this class to refine existing API models. If you want to model new APIs, * extend `Http::Client::Request::Range` instead. */ class Request extends DataFlow::Node instanceof Request::Range { /** - * Gets a data-flow node that contributes to the URL of the request. + * Gets a data flow node that contributes to the URL of the request. * Depending on the framework, a request may have multiple nodes which contribute to the URL. */ DataFlow::Node getAUrlPart() { result = super.getAUrlPart() } @@ -150,14 +150,14 @@ module Http { /** Provides a class for modeling new HTTP requests. */ module Request { /** - * A data-flow node that makes an outgoing HTTP request. + * A data flow node that makes an outgoing HTTP request. * * Extend this class to model new APIs. If you want to refine existing API models, * extend `Http::Client::Request` instead. */ abstract class Range extends DataFlow::Node { /** - * Gets a data-flow node that contributes to the URL of the request. + * Gets a data flow node that contributes to the URL of the request. * Depending on the framework, a request may have multiple nodes which contribute to the URL. */ abstract DataFlow::Node getAUrlPart(); diff --git a/rust/ql/lib/codeql/rust/internal/ConceptsShared.qll b/rust/ql/lib/codeql/rust/internal/ConceptsShared.qll index 135f830e47dc..1b13e4ebb17e 100644 --- a/rust/ql/lib/codeql/rust/internal/ConceptsShared.qll +++ b/rust/ql/lib/codeql/rust/internal/ConceptsShared.qll @@ -30,7 +30,7 @@ module Cryptography { class PasswordHashingAlgorithm = CryptoAlgorithms::PasswordHashingAlgorithm; /** - * A data-flow node that is an application of a cryptographic algorithm. For example, + * A data flow node that is an application of a cryptographic algorithm. For example, * encryption, decryption, signature-validation. * * Extend this class to refine existing API models. If you want to model new APIs, @@ -40,7 +40,7 @@ module Cryptography { /** Gets the algorithm used, if it matches a known `CryptographicAlgorithm`. */ CryptographicAlgorithm getAlgorithm() { result = super.getAlgorithm() } - /** Gets the data-flow node where the cryptographic algorithm used in this operation is configured. */ + /** Gets the data flow node where the cryptographic algorithm used in this operation is configured. */ DataFlow::Node getInitialization() { result = super.getInitialization() } /** Gets an input the algorithm is used on, for example the plain text input to be encrypted. */ @@ -61,14 +61,14 @@ module Cryptography { /** Provides classes for modeling new applications of a cryptographic algorithms. */ module CryptographicOperation { /** - * A data-flow node that is an application of a cryptographic algorithm. For example, + * A data flow node that is an application of a cryptographic algorithm. For example, * encryption, decryption, signature-validation. * * Extend this class to model new APIs. If you want to refine existing API models, * extend `CryptographicOperation` instead. */ abstract class Range extends DataFlow::Node { - /** Gets the data-flow node where the cryptographic algorithm used in this operation is configured. */ + /** Gets the data flow node where the cryptographic algorithm used in this operation is configured. */ abstract DataFlow::Node getInitialization(); /** Gets the algorithm used, if it matches a known `CryptographicAlgorithm`. */ @@ -118,14 +118,14 @@ module Http { /** Provides classes for modeling HTTP clients. */ module Client { /** - * A data-flow node that makes an outgoing HTTP request. + * A data flow node that makes an outgoing HTTP request. * * Extend this class to refine existing API models. If you want to model new APIs, * extend `Http::Client::Request::Range` instead. */ class Request extends DataFlow::Node instanceof Request::Range { /** - * Gets a data-flow node that contributes to the URL of the request. + * Gets a data flow node that contributes to the URL of the request. * Depending on the framework, a request may have multiple nodes which contribute to the URL. */ DataFlow::Node getAUrlPart() { result = super.getAUrlPart() } @@ -150,14 +150,14 @@ module Http { /** Provides a class for modeling new HTTP requests. */ module Request { /** - * A data-flow node that makes an outgoing HTTP request. + * A data flow node that makes an outgoing HTTP request. * * Extend this class to model new APIs. If you want to refine existing API models, * extend `Http::Client::Request` instead. */ abstract class Range extends DataFlow::Node { /** - * Gets a data-flow node that contributes to the URL of the request. + * Gets a data flow node that contributes to the URL of the request. * Depending on the framework, a request may have multiple nodes which contribute to the URL. */ abstract DataFlow::Node getAUrlPart();