Linaro-mm-sig

linaro-mm-sig@lists.linaro.org

21 participants
6289 discussions

Crypto Scam Victim? How Cryptera Chain Signals Helps Track Transactions

by rogerstewer＠gmail.com

Being a victim of a crypto scam in March 2026 can feel overwhelming. Whether you fell for a phishing email, a fake investment platform, an impersonation scam, address poisoning, or a sophisticated rug pull, the realization that funds have vanished into the blockchain often leaves people feeling helpless. Transactions are irreversible, addresses appear anonymous, and scammers frequently use advanced laundering techniques to obscure their tracks. Yet professional blockchain analysis can still provide critical visibility. Cryptera Chain Signals, widely referred to as CCS, specializes in helping scam victims track stolen cryptocurrency transactions with precision and clarity, turning chaotic fund movements into understandable evidence that supports potential recovery actions. Cryptera Chain Signals is a dedicated blockchain forensics and digital fraud investigation firm with 28 years of experience in digital investigations. Long before cryptocurrency became mainstream, their team built expertise in tracing digital trails, a foundation that now powers their work in crypto scam cases. CCS focuses on one core objective for victims: follow the money. They use proprietary multi-layer attribution techniques to map transaction flows far beyond what standard block explorers reveal, helping clients see exactly where their funds went after leaving their wallet. The process starts with a secure, confidential intake. Victims contact Cryptera Chain Signals and provide essential information without risking further exposure: transaction hashes (TXIDs), the sending and receiving wallet addresses, scam-related communications (emails, chat logs, screenshots), approximate dates and times, and any other relevant details. CCS never asks for private keys, seed phrases, or login credentials during this stage, ensuring client security remains paramount. Once the case is accepted, Cryptera Chain Signals initiates comprehensive transaction tracking. Their analysts construct detailed transaction graphs using advanced forensic software and custom algorithms. They identify and cluster addresses likely controlled by the same actor through behavioral heuristics: repeated patterns in transaction amounts, timing correlations, co-spending of inputs, change address reuse, and interactions with known services. This clustering is crucial because scammers rarely move funds in a straight line—they split them across dozens or hundreds of wallets, route through mixers (tumblers), bridge assets to other blockchains, swap via decentralized exchanges, or employ smart-contract-based laundering. CCS excels at following these complex paths. In 2026, common obfuscation methods include flash-loan-enabled quick hops, privacy-focused layer-2 protocols, automated tumbling contracts, and cross-chain transfers that fragment visibility. Standard tools lose the trail after one or two such steps, but Cryptera Chain Signals’ multi-layer approach reconstructs the journey by analyzing residual fingerprints left on the public ledger. They track funds even after multiple hops, identifying high-probability endpoint clusters—often centralized exchanges that require KYC verification. The result is a professional-grade forensic report that clearly visualizes the transaction flow. This document includes: A complete map of fund movements from the victim’s wallet onward Clustered addresses with confidence scores linking them to the same entity Identified laundering techniques used Potential intervention points (such as exchanges where funds may still reside) An honest assessment of recovery feasibility based on current location and movement speed When tracking reveals funds sitting on compliant centralized platforms, Cryptera Chain Signals supports victims in preparing freeze requests. They provide the precise evidence needed by exchange compliance teams to lock assets pending investigation. In many cases, rapid submission—within hours or days of discovery—has led to successful freezes before scammers could withdraw or further launder the funds. CCS also guides clients on filing reports with appropriate authorities (cybercrime units, financial regulators) and coordinates where legally permissible. Transparency and realism define Cryptera Chain Signals’ work. They conduct upfront feasibility reviews, clearly explaining that full recovery is never guaranteed due to blockchain’s immutable nature and variables like scammer speed and endpoint cooperation. The firm avoids unrealistic promises, upfront large fees without case evaluation, or aggressive sales tactics. As of early 2026, CCS has completed over 426 documented projects and maintains a 4.28 out of 5 rating from more than 2,467 verified client reviews. Victims frequently commend the team’s technical depth, patient explanations, regular updates, and genuine support during high-stress situations. Beyond tracking, Cryptera Chain Signals educates clients on scam mechanics and prevention. They explain how the specific attack worked—whether through clipboard hijacking, fake support calls, malicious browser extensions, or deceptive smart contracts—so victims can recognize similar tactics in the future. Practical advice includes using hardware wallets, enabling multi-factor authentication, double-checking addresses before sending, monitoring transactions actively, and securing seed phrase backups properly. For crypto scam victims seeking professional transaction tracking, Cryptera Chain Signals provides a reliable, confidential starting point. Their official website, https://www.crypterachainsignals.com/, details the full process, shares anonymized case examples, and explains how to begin. Direct contact is available via email at info(a)crypterachainsignals.com for a no-obligation initial consultation. In conclusion, becoming a crypto scam victim is traumatic, but understanding where funds went is the first step toward possible recovery and closure. Cryptera Chain Signals (CCS) helps by delivering expert, multi-layered blockchain transaction tracking that cuts through obfuscation, generates credible evidence, and guides realistic next steps. While outcomes vary, CCS’s proven methodology, ethical standards, and victim-centered approach offer hope and direction in one of the most challenging aspects of the digital asset world in 2026.

1 month

Cryptera Chain Signals Explained: How Blockchain Tracing Works

by rogerstewer＠gmail.com

Blockchain tracing is the cornerstone of modern cryptocurrency investigations, enabling experts to follow the movement of digital assets across public ledgers even when perpetrators attempt to hide their tracks. In March 2026, as crypto adoption reaches new heights and scams grow more elaborate, understanding how tracing actually functions has become essential for victims, investors, and security professionals alike. Cryptera Chain Signals, widely known as CCS, stands out as a premier provider of these services, combining decades of digital forensics experience with advanced proprietary techniques to deliver precise, actionable blockchain intelligence. Cryptera Chain Signals specializes in blockchain tracing, crypto asset recovery support, fraud investigation, and wallet forensics. With 28 years of foundational expertise in digital investigations—long before Bitcoin's emergence—the firm has refined methods specifically designed for the complexities of decentralized networks. Their work demystifies the pseudonymous nature of blockchain transactions, transforming raw transaction data into clear maps of fund flows that reveal where stolen or lost cryptocurrency has traveled and whether intervention remains possible. At its most basic level, blockchain tracing relies on the fact that every cryptocurrency transaction is permanently recorded on a public, immutable ledger. Each transfer includes sender and receiver addresses, the amount moved, timestamps, and transaction hashes (TXIDs). While addresses themselves do not directly reveal real-world identities, they leave behavioral footprints. CCS begins every tracing engagement with a secure, confidential intake process. Clients submit relevant details—TXIDs, wallet addresses, scam messages, timelines, and supporting evidence—without ever disclosing private keys or seed phrases. This protects client security from the outset. From there, Cryptera Chain Signals deploys multi-layer attribution analysis, their signature methodology. Standard block explorers show only surface-level connections, but CCS applies sophisticated heuristics and algorithms to uncover deeper relationships. They cluster addresses likely controlled by the same entity by examining patterns such as: Repeated use of the same address across transactions Similar transaction amounts or timing correlations Common input/output behaviors (co-spending patterns) Reuse of change addresses Interactions with known services (exchanges, mixers, bridges) These clusters form the foundation for mapping control. When funds move through obfuscation techniques—tumblers that break direct links, cross-chain bridges that transfer assets to different blockchains, decentralized exchanges that facilitate anonymous swaps, or privacy protocols—CCS tracks the path across layers. In 2026, this includes navigating flash-loan laundering, automated smart-contract mixers, and layer-2 privacy solutions that add complexity to traditional tracing. Cryptera Chain Signals visualizes these movements using advanced transaction graphs, highlighting inflows, outflows, and probable endpoints. High-value targets often include centralized exchanges that enforce Know Your Customer (KYC) and Anti-Money Laundering (AML) rules. When funds land on such platforms, CCS generates detailed forensic reports containing the full transaction history, clustered address evidence, behavioral analysis, and recommended next steps. These reports serve as credible documentation for exchange compliance teams requesting asset freezes or for law enforcement filings. Speed is critical in tracing. The longer funds remain in motion, the more likely they are to be dispersed through additional hops. CCS emphasizes rapid response: early detection and prompt submission of evidence can lead to freezes within hours or days, preserving assets before they vanish into untraceable pockets. Their process also incorporates off-chain intelligence—reviewing scam communications, domain registrations, phishing infrastructure, and cross-referenced fraud databases—to build a complete picture of the incident. Realism remains central to Cryptera Chain Signals' philosophy. They provide honest feasibility assessments during initial consultations, explaining that success depends on variables like detection timing, scammer sophistication, endpoint cooperation, and jurisdictional factors. No blanket guarantees are offered, and the firm avoids high-pressure sales tactics or demands for large upfront payments without thorough case review. As of early 2026, CCS has completed over 426 projects and holds a 4.28 out of 5 rating from more than 2,467 verified client reviews, with consistent praise for technical depth, clear updates, and ethical conduct. Beyond tracing, Cryptera Chain Signals educates clients on prevention. They explain common laundering tactics, teach address verification habits, recommend hardware wallets with multi-factor authentication, and stress proactive transaction monitoring to catch anomalies early. For anyone needing professional blockchain tracing, Cryptera Chain Signals provides a trusted entry point. Their official website, https://www.crypterachainsignals.com/, offers comprehensive explanations of their services, tracing methodology, anonymized case examples, and guidance on starting a case. Direct, secure contact is available via email at info(a)crypterachainsignals.com for a no-obligation initial discussion. In summary, blockchain tracing is far more than viewing transactions on a public explorer—it requires layered analysis, behavioral pattern recognition, cross-chain visibility, and strategic evidence preparation. Cryptera Chain Signals (CCS) excels in these areas, turning complex, obfuscated fund movements into understandable intelligence that empowers victims to pursue recovery options and strengthens overall digital asset security. In an environment where threats continue to advance, CCS delivers precision, transparency, and proven expertise to help reclaim clarity and, when possible, control over lost cryptocurrency.

1 month

How Cryptera Chain Signals Investigates Crypto Scams and Fraud

by rogerstewer＠gmail.com

Crypto scams and fraud continue to evolve rapidly in March 2026, with tactics ranging from sophisticated phishing operations and fake investment platforms to rug pulls, address poisoning, and advanced social engineering schemes. Victims often lose significant sums due to the irreversible nature of blockchain transactions, leaving them searching for ways to understand what happened and pursue recovery. Cryptera Chain Signals, commonly referred to as CCS, has established itself as a leading specialist in investigating these incidents through rigorous digital fraud investigation, blockchain forensics, and structured recovery support. Cryptera Chain Signals approaches every crypto scam and fraud case with a methodical, evidence-driven process rooted in 28 years of digital forensics expertise. The firm was built on principles of transparency, realism, and client protection, focusing on scams like phishing attacks that trick users into revealing credentials, fraudulent trading schemes promising unrealistic returns, and deceptive platforms that drain wallets via smart contract exploits or direct transfers. The investigation typically begins with a free, confidential consultation. Victims contact CCS and provide key details: transaction hashes (TXIDs), wallet addresses involved, communications with scammers (emails, messages, screenshots), timelines of events, and any other relevant evidence. Importantly, Cryptera Chain Signals never requires clients to share private keys, seed phrases, or sensitive access information upfront, prioritizing security from the start. Once evidence is gathered, CCS launches a comprehensive on-chain analysis. Using advanced blockchain forensics tools and proprietary multi-layer attribution techniques, their specialists map the full transaction flow. They examine inflows and outflows, cluster related addresses (identifying wallets likely controlled by the same entity through behavioral patterns, timing correlations, amount similarities, and reuse heuristics), and track movements even after funds pass through mixers, cross-chain bridges, decentralized exchanges, or privacy protocols. In 2026, this includes handling emerging laundering methods such as flash-loan obfuscation or automated smart-contract tumbling. Cryptera Chain Signals also incorporates off-chain elements into the investigation. They review scam communications for patterns, verify domain registrations, analyze phishing kit fingerprints, and cross-reference with known fraud databases or intelligence sources. This holistic view helps reconstruct how the scam unfolded—whether through impersonation of legitimate projects, malicious browser extensions, clipboard hijacking, or fake customer support channels. A critical output is the detailed forensic report produced by CCS. This document outlines the transaction graph, highlights probable scammer wallet clusters, identifies potential endpoints (such as centralized exchanges with KYC requirements), and assesses recovery feasibility based on fund location, movement speed, and cooperation potential. The report serves as professional-grade evidence for subsequent actions. When leads point to compliant platforms, Cryptera Chain Signals supports freeze requests by submitting precise documentation to exchange compliance teams. They also guide clients in filing official reports with authorities (such as the FBI's IC3, local cybercrime units, or relevant financial regulators) and facilitate coordination where appropriate. Swift action is emphasized—early intervention often makes the difference between partial recovery and total loss, as funds can be frozen before further dispersal. Throughout the process, CCS maintains strict confidentiality and data protection protocols. They provide regular updates, set realistic expectations (no blanket guarantees due to blockchain complexities), and avoid high-pressure tactics or demands for large upfront fees without thorough evaluation. As of early 2026, the firm has successfully handled over 426 projects, earning a 4.28 out of 5 rating from more than 2,467 verified client reviews. Clients frequently praise the clarity of explanations, depth of analysis, and supportive approach during investigations. Education forms a key part of Cryptera Chain Signals' fraud investigations. Beyond tracing funds, they explain scam mechanics to clients—how address-poisoning works, why seemingly small transfers can lead to drains, or the risks of unverified links and extensions. This empowers victims to recognize red flags in the future and adopt stronger defenses, such as hardware wallets, multi-factor authentication, transaction monitoring, and address verification habits. For individuals or entities affected by crypto scams or fraud, Cryptera Chain Signals offers a reliable starting point. Their official website, https://www.crypterachainsignals.com/, provides in-depth resources on investigation processes, scam types, prevention tips, and how to initiate a case. Direct contact is available via email at info(a)crypterachainsignals.com for a confidential, no-obligation assessment. In conclusion, investigating crypto scams and fraud demands technical precision, forensic depth, and strategic coordination—qualities Cryptera Chain Signals (CCS) delivers consistently. By combining advanced on-chain and off-chain analysis, evidence-grade reporting, and ethical practices, CCS helps victims gain clarity on complex incidents, pursue viable recovery avenues, and strengthen future security. While not every case results in full reclamation, their proven methodology and client-focused commitment make them a trusted partner in combating digital asset fraud in 2026's challenging environment.

1 month

Cryptera Chain Signals: Understanding Blockchain Forensics and Crypto Tracking

by rogerstewer＠gmail.com

Blockchain forensics and crypto tracking have become indispensable disciplines in the digital asset world of March 2026. As cryptocurrency adoption accelerates, so do the sophistication and volume of threats—phishing campaigns, wallet exploits, investment frauds, and laundering schemes that exploit blockchain's pseudonymity and irreversibility. Understanding how professionals trace funds, attribute ownership, and support recovery efforts is essential for anyone navigating this space. Cryptera Chain Signals, widely known as CCS, stands at the forefront of these capabilities, delivering advanced blockchain investigation services that combine deep technical expertise with practical, client-centered outcomes. Cryptera Chain Signals is a specialized firm focused on blockchain forensics, crypto asset tracing, digital fraud investigation, and fund recovery assistance. With 28 years of foundational experience in digital investigations—spanning well before Bitcoin's mainstream rise—the company has honed proprietary methodologies tailored to modern cryptocurrency challenges. Their work centers on demystifying the often opaque movement of funds across public ledgers, helping victims, legal teams, and institutions understand exactly where stolen or lost assets have gone and whether recovery remains feasible. At the heart of CCS's approach is blockchain forensics—the science of extracting actionable intelligence from transaction data. Every cryptocurrency transfer leaves a permanent, public record on the blockchain. While addresses appear pseudonymous, patterns emerge through careful analysis: transaction amounts, timing, clustering of addresses controlled by the same entity, reuse of addresses, and interactions with known services like exchanges, mixers, or bridges. Cryptera Chain Signals applies multi-layer attribution techniques that go beyond surface-level explorers. These methods reconstruct complex laundering paths—funds split across dozens of wallets, tumbled through privacy protocols, bridged to other chains, or funneled through decentralized exchanges—often identifying high-confidence links to real-world endpoints. Crypto tracking at CCS follows a methodical, layered process. It starts with secure, confidential intake: clients submit transaction IDs (TXIDs), wallet addresses, scam details, timestamps, and supporting evidence without ever sharing private keys or seed phrases. Analysts then build comprehensive transaction graphs using advanced visualization tools and custom algorithms. They apply behavioral heuristics, volume correlations, temporal analysis, and cross-chain mapping to cluster addresses and detect control by the same actor. In 2026, this includes handling newer challenges such as privacy-focused layer-2 solutions, flash-loan obfuscation, and automated smart-contract laundering. The output is a detailed forensic report that maps the flow of funds, highlights probable ownership clusters, and identifies potential intervention points—most commonly centralized exchanges enforcing KYC/AML rules. When funds reach compliant platforms, CCS supports freeze requests by providing precise evidence to exchange compliance teams and, when appropriate, coordinating with law enforcement. This evidence-based chain of custody has enabled rapid interventions in numerous cases, sometimes within hours of detection, dramatically improving recovery prospects before assets are further dispersed. Transparency and realism define Cryptera Chain Signals' operations. They conduct honest feasibility assessments upfront, clearly explaining limitations: success depends on factors like detection speed, scammer sophistication, endpoint cooperation, and jurisdictional reach. The firm avoids guarantees or pressure tactics common in less reputable services. As of early 2026, CCS has completed over 426 projects and maintains a 4.28/5 rating from more than 2,467 verified client reviews. Feedback frequently praises their technical accuracy, clear communication, and supportive guidance throughout stressful investigations. Beyond tracing and reporting, Cryptera Chain Signals integrates prevention education into their services. Clients receive tailored advice on hardening security: implementing hardware wallets, enabling multi-factor authentication, diversifying encrypted backups, monitoring addresses proactively, and recognizing red flags in platforms or communications. This dual focus—recovery support plus future risk reduction—helps individuals and organizations build resilience in an environment where threats evolve weekly. For victims of theft or loss, Cryptera Chain Signals provides a professional, confidential entry point. Their official website, https://www.crypterachainsignals.com/, details the full range of services, explains forensic processes, shares anonymized case insights, and outlines how to begin. Direct inquiries can be sent to info(a)crypterachainsignals.com for a no-obligation initial evaluation. In essence, blockchain forensics and crypto tracking require far more than glancing at a block explorer. They demand sophisticated pattern recognition, cross-chain visibility, behavioral analysis, and strategic coordination—precisely the strengths Cryptera Chain Signals (CCS) brings to every engagement. By transforming raw transaction data into clear intelligence, generating credible evidence, and guiding next steps with integrity, CCS empowers clients to understand what happened to their assets and pursue meaningful recovery options. In a field where misinformation and false promises abound, their commitment to precision, ethics, and education makes them a trusted resource for anyone seeking clarity in the complex world of digital asset investigations.

1 month

Re: [PATCH v2 1/2] dma-buf: heaps: Clear CMA pages with clear_pages()

by T.J. Mercier

On Tue, Mar 10, 2026 at 1:53 AM Linus Walleij <linusw(a)kernel.org> wrote: > > As of commit 62a9f5a85b98 > "mm: introduce clear_pages() and clear_user_pages()" we can > clear a range of pages with a potentially assembly-optimized > call. > > Instead of using a memset, use this helper to clear the whole > range of pages from the CMA allocation. > > Signed-off-by: Linus Walleij <linusw(a)kernel.org> Reviewed-by: T.J. Mercier <tjmercier(a)google.com>

1 month

Re: [PATCH v2 2/2] dma-buf: heaps: Clear CMA highages using helper

by T.J. Mercier

On Tue, Mar 10, 2026 at 1:53 AM Linus Walleij <linusw(a)kernel.org> wrote: > > Currently the CMA allocator clears highmem pages using > kmap()->clear_page()->kunmap(), but there is a helper > static inline in <linux/highmem.h> that does the same for > us so use clear_highpage() instead of open coding this. > > Suggested-by: T.J. Mercier <tjmercier(a)google.com> > Signed-off-by: Linus Walleij <linusw(a)kernel.org> Reviewed-by: T.J. Mercier <tjmercier(a)google.com> Thanks!

1 month

Re: [PATCH v2 0/2] dma-buf: heaps: Use page clearing helpers

by Maxime Ripard

On Tue, 10 Mar 2026 09:53:10 +0100, Linus Walleij wrote: > Use clear_pages() and clear_highpage() properly in the > DMA heap allocator. > > Signed-off-by: Linus Walleij <linusw(a)kernel.org> Reviewed-by: Maxime Ripard <mripard(a)kernel.org> Thanks! Maxime

1 month

Re: [PATCH] lib/scatterlist: fix sg_page_count and sg_dma_page_count

by Jason Gunthorpe

On Tue, Mar 10, 2026 at 05:49:23AM +0000, Kasireddy, Vivek wrote: > There are a couple of reasons why we got rid of the pages array: > - Back then, there was some confusion about whether a struct page would > exist or not for tail pages when HVO is enabled. Regardless, there was also > a concern about exposing tail pages outside hugetlb code. The existing code relies on struct page for the vmap: for (pg = 0; pg < ubuf->pagecount; pg++) pages[pg] = folio_page(ubuf->folios[pg], ubuf->offsets[pg] >> PAGE_SHIFT); Tail pages always exist, they are required by many interfaces. > - And, we also wanted to prepare for a future where struct page would not > exist anymore, so, it made sense to just use folios only. If you can 100% stick with whole folios then great, but we don't have the APIs for that cases udmabuf needs right now. Most likely we'd expect to use phys_addr_t for scatterlist and direct full folio for vmap. Neither is helped by the datastructure in udmabuf. Jason

1 month

Re: [PATCH v2 2/2] dma-buf: heaps: Clear CMA highages using helper

by Christian König

On 3/10/26 09:53, Linus Walleij wrote: > Currently the CMA allocator clears highmem pages using > kmap()->clear_page()->kunmap(), but there is a helper > static inline in <linux/highmem.h> that does the same for > us so use clear_highpage() instead of open coding this. > > Suggested-by: T.J. Mercier <tjmercier(a)google.com> > Signed-off-by: Linus Walleij <linusw(a)kernel.org> Ah yes, somebody pointed that out to me before but I never found time to write a patch to clean it up. Reviewed-by: Christian König <christian.koenig(a)amd.com> > --- > drivers/dma-buf/heaps/cma_heap.c | 5 +---- > 1 file changed, 1 insertion(+), 4 deletions(-) > > diff --git a/drivers/dma-buf/heaps/cma_heap.c b/drivers/dma-buf/heaps/cma_heap.c > index f0bacf25ed9d..92865786cfc9 100644 > --- a/drivers/dma-buf/heaps/cma_heap.c > +++ b/drivers/dma-buf/heaps/cma_heap.c > @@ -329,10 +329,7 @@ static struct dma_buf *cma_heap_allocate(struct dma_heap *heap, > struct page *page = cma_pages; > > while (nr_clear_pages > 0) { > - void *vaddr = kmap_local_page(page); > - > - clear_page(vaddr); > - kunmap_local(vaddr); > + clear_highpage(page); > /* > * Avoid wasting time zeroing memory if the process > * has been killed by SIGKILL. > > -- > 2.53.0 >

1 month

Re: [PATCH] dma-buf: heaps: Clear CMA pages with clear_pages()

by T.J. Mercier

On Tue, Mar 3, 2026 at 4:25 PM Linus Walleij <linusw(a)kernel.org> wrote: > > As of commit 62a9f5a85b98 > "mm: introduce clear_pages() and clear_user_pages()" we can > clear a range of pages with a potentially assembly-optimized > call. > > Instead of using a memset, use this helper to clear the whole > range of pages from the CMA allocation. > > Signed-off-by: Linus Walleij <linusw(a)kernel.org> > --- > drivers/dma-buf/heaps/cma_heap.c | 2 +- > 1 file changed, 1 insertion(+), 1 deletion(-) > > diff --git a/drivers/dma-buf/heaps/cma_heap.c b/drivers/dma-buf/heaps/cma_heap.c > index bd3370b9a3f6..f0bacf25ed9d 100644 > --- a/drivers/dma-buf/heaps/cma_heap.c > +++ b/drivers/dma-buf/heaps/cma_heap.c > @@ -343,7 +343,7 @@ static struct dma_buf *cma_heap_allocate(struct dma_heap *heap, > nr_clear_pages--; > } > } else { > - memset(page_address(cma_pages), 0, size); > + clear_pages(page_address(cma_pages), pagecount); > } > > buffer->pages = kmalloc_objs(*buffer->pages, pagecount); > > --- > base-commit: 6de23f81a5e08be8fbf5e8d7e9febc72a5b5f27f > change-id: 20260303-cma-heap-clear-pages-540f3ac9f734 > > Best regards, > -- > Linus Walleij <linusw(a)kernel.org> > Hi Linus, I think we can also use clear_highpage (singular) instead of memset in the while loop above here to be a little more concise. Thanks, T.J.

1 month

Jump to page:

2026

2025

2024

2023

2022

2021

2020

2019

2018

2017

2016

2015

2014

2013

2012

2011

Linaro-mm-sig