Short clips from Leanpub's videos.
These are short clips from our Leanpub videos — our Launch videos, Podcast videos, and more from our YouTube channel.
Agentic Programming by Jerod W. Wilkerson
The most important impact of AI on software development isn't that it writes code faster — it's that it changes what you can delegate. Agentic Programming is a practical roadmap for climbing the AI Fluency Ladder: from prompting to agentic workflows, verified execution, and ultimately autonomous software development.
Agentic Programming by Jerod W. Wilkerson
The most important impact of AI on software development isn't that it writes code faster — it's that it changes what you can delegate. Agentic Programming is a practical roadmap for climbing the AI Fluency Ladder: from prompting to agentic workflows, verified execution, and ultimately autonomous software development.
Agentic Programming by Jerod W. Wilkerson
The most important impact of AI on software development isn't that it writes code faster — it's that it changes what you can delegate. Agentic Programming is a practical roadmap for climbing the AI Fluency Ladder: from prompting to agentic workflows, verified execution, and ultimately autonomous software development.
Agentic Programming by Jerod W. Wilkerson
The most important impact of AI on software development isn't that it writes code faster — it's that it changes what you can delegate. Agentic Programming is a practical roadmap for climbing the AI Fluency Ladder: from prompting to agentic workflows, verified execution, and ultimately autonomous software development.
Agentic Programming by Jerod W. Wilkerson
The most important impact of AI on software development isn't that it writes code faster — it's that it changes what you can delegate. Agentic Programming is a practical roadmap for climbing the AI Fluency Ladder: from prompting to agentic workflows, verified execution, and ultimately autonomous software development.
Ishi: The Discipline of Determined Intent by Gareth Holebrook
Capable people drift into failure through accumulated lapses in attention. By the time collapse becomes visible, erosion has been active for years. Ishi is the discipline that interrupts drift before collapse forces correction.
Ishi: The Discipline of Determined Intent by Gareth Holebrook
Capable people drift into failure through accumulated lapses in attention. By the time collapse becomes visible, erosion has been active for years. Ishi is the discipline that interrupts drift before collapse forces correction.
Ishi: The Discipline of Determined Intent by Gareth Holebrook
Capable people drift into failure through accumulated lapses in attention. By the time collapse becomes visible, erosion has been active for years. Ishi is the discipline that interrupts drift before collapse forces correction.
Ishi: The Discipline of Determined Intent by Gareth Holebrook
Capable people drift into failure through accumulated lapses in attention. By the time collapse becomes visible, erosion has been active for years. Ishi is the discipline that interrupts drift before collapse forces correction.
Ishi: The Discipline of Determined Intent by Gareth Holebrook
Capable people drift into failure through accumulated lapses in attention. By the time collapse becomes visible, erosion has been active for years. Ishi is the discipline that interrupts drift before collapse forces correction.
Testing Rails from Scratch by Aaron Sumner
Real-world advice for adding reliable tests to your Rails apps with the default tools (mostly), complete with expanded, exclusive content and a full sample application. Learn to test with confidence!
Testing Rails from Scratch by Aaron Sumner
Real-world advice for adding reliable tests to your Rails apps with the default tools (mostly), complete with expanded, exclusive content and a full sample application. Learn to test with confidence!
Testing Rails from Scratch by Aaron Sumner
Real-world advice for adding reliable tests to your Rails apps with the default tools (mostly), complete with expanded, exclusive content and a full sample application. Learn to test with confidence!
Testing Rails from Scratch by Aaron Sumner
Real-world advice for adding reliable tests to your Rails apps with the default tools (mostly), complete with expanded, exclusive content and a full sample application. Learn to test with confidence!
Testing Rails from Scratch by Aaron Sumner
Real-world advice for adding reliable tests to your Rails apps with the default tools (mostly), complete with expanded, exclusive content and a full sample application. Learn to test with confidence!
Zero to Website by Muhammad Ahsan Ayaz
Master HTML, CSS, and JavaScript by building 6 real projects. Perfect for complete beginners who learn best by doing. No prior coding experience required. Start building professional websites today.
Zero to Website by Muhammad Ahsan Ayaz
Master HTML, CSS, and JavaScript by building 6 real projects. Perfect for complete beginners who learn best by doing. No prior coding experience required. Start building professional websites today.
Zero to Website by Muhammad Ahsan Ayaz
Master HTML, CSS, and JavaScript by building 6 real projects. Perfect for complete beginners who learn best by doing. No prior coding experience required. Start building professional websites today.
Zero to Website by Muhammad Ahsan Ayaz
Master HTML, CSS, and JavaScript by building 6 real projects. Perfect for complete beginners who learn best by doing. No prior coding experience required. Start building professional websites today.
Zero to Website by Muhammad Ahsan Ayaz
Master HTML, CSS, and JavaScript by building 6 real projects. Perfect for complete beginners who learn best by doing. No prior coding experience required. Start building professional websites today.
Assembly Arithmetic Algorithms-Linux by Chastity White Rose
Personally, I think that the Assembly system of conditional jumps makes a lot of sense. Other programming languages such as BASIC and C have "goto" statements that work like this. For example, `if(eax<ebx){goto less;}`. Modern programming languages tend to discourage the use of goto or not allow it at all. However, these languages still use jumps I have described in this section because it is required by the hardware. Both "if" and "while" statements are written by using the conditional jump statements most relevant to what you are trying to do. The only thing I have found difficult about jumps in assembly is remembering which acronym means which condition. However, since I created the chart in this chapter, now I can refer to it, and you can too! As long as I keep these six main types of conditions in my head and am working with unsigned numbers, I can write almost any assembly program from scratch.
Assembly Arithmetic Algorithms-Linux by Chastity White Rose
Personally, I think that the Assembly system of conditional jumps makes a lot of sense. Other programming languages such as BASIC and C have "goto" statements that work like this. For example, `if(eax<ebx){goto less;}`. Modern programming languages tend to discourage the use of goto or not allow it at all. However, these languages still use jumps I have described in this section because it is required by the hardware. Both "if" and "while" statements are written by using the conditional jump statements most relevant to what you are trying to do. The only thing I have found difficult about jumps in assembly is remembering which acronym means which condition. However, since I created the chart in this chapter, now I can refer to it, and you can too! As long as I keep these six main types of conditions in my head and am working with unsigned numbers, I can write almost any assembly program from scratch.
Assembly Arithmetic Algorithms-Linux by Chastity White Rose
Personally, I think that the Assembly system of conditional jumps makes a lot of sense. Other programming languages such as BASIC and C have "goto" statements that work like this. For example, `if(eax<ebx){goto less;}`. Modern programming languages tend to discourage the use of goto or not allow it at all. However, these languages still use jumps I have described in this section because it is required by the hardware. Both "if" and "while" statements are written by using the conditional jump statements most relevant to what you are trying to do. The only thing I have found difficult about jumps in assembly is remembering which acronym means which condition. However, since I created the chart in this chapter, now I can refer to it, and you can too! As long as I keep these six main types of conditions in my head and am working with unsigned numbers, I can write almost any assembly program from scratch.
Assembly Arithmetic Algorithms-Linux by Chastity White Rose
Personally, I think that the Assembly system of conditional jumps makes a lot of sense. Other programming languages such as BASIC and C have "goto" statements that work like this. For example, `if(eax<ebx){goto less;}`. Modern programming languages tend to discourage the use of goto or not allow it at all. However, these languages still use jumps I have described in this section because it is required by the hardware. Both "if" and "while" statements are written by using the conditional jump statements most relevant to what you are trying to do. The only thing I have found difficult about jumps in assembly is remembering which acronym means which condition. However, since I created the chart in this chapter, now I can refer to it, and you can too! As long as I keep these six main types of conditions in my head and am working with unsigned numbers, I can write almost any assembly program from scratch.
Assembly Arithmetic Algorithms-Linux by Chastity White Rose
Personally, I think that the Assembly system of conditional jumps makes a lot of sense. Other programming languages such as BASIC and C have "goto" statements that work like this. For example, `if(eax<ebx){goto less;}`. Modern programming languages tend to discourage the use of goto or not allow it at all. However, these languages still use jumps I have described in this section because it is required by the hardware. Both "if" and "while" statements are written by using the conditional jump statements most relevant to what you are trying to do. The only thing I have found difficult about jumps in assembly is remembering which acronym means which condition. However, since I created the chart in this chapter, now I can refer to it, and you can too! As long as I keep these six main types of conditions in my head and am working with unsigned numbers, I can write almost any assembly program from scratch.
Process-First Design by Sergiy Yevtushenko
Software design is the last craft that never got standardized, so the same problem yields a different structure in every shop and every sprint. Process-First Design is the method for it: design around the process, not the entity, and the dozen small structural decisions you re-litigate every time become engineering, leaving your judgment for the architecture and the domain. One running example carries it from a single use case up to a multi-tenant platform.
Process-First Design by Sergiy Yevtushenko
Software design is the last craft that never got standardized, so the same problem yields a different structure in every shop and every sprint. Process-First Design is the method for it: design around the process, not the entity, and the dozen small structural decisions you re-litigate every time become engineering, leaving your judgment for the architecture and the domain. One running example carries it from a single use case up to a multi-tenant platform.
Process-First Design by Sergiy Yevtushenko
Software design is the last craft that never got standardized, so the same problem yields a different structure in every shop and every sprint. Process-First Design is the method for it: design around the process, not the entity, and the dozen small structural decisions you re-litigate every time become engineering, leaving your judgment for the architecture and the domain. One running example carries it from a single use case up to a multi-tenant platform.
Process-First Design by Sergiy Yevtushenko
Software design is the last craft that never got standardized, so the same problem yields a different structure in every shop and every sprint. Process-First Design is the method for it: design around the process, not the entity, and the dozen small structural decisions you re-litigate every time become engineering, leaving your judgment for the architecture and the domain. One running example carries it from a single use case up to a multi-tenant platform.
Process-First Design by Sergiy Yevtushenko
Software design is the last craft that never got standardized, so the same problem yields a different structure in every shop and every sprint. Process-First Design is the method for it: design around the process, not the entity, and the dozen small structural decisions you re-litigate every time become engineering, leaving your judgment for the architecture and the domain. One running example carries it from a single use case up to a multi-tenant platform.