Jim Osborne (tennis)

Jim Osborne (born February 1, 1945, in Honolulu, Hawaii) is a former professional tennis player from the United States. He enjoyed most of his tennis success while playing doubles. During his career. he won five doubles titles.

Doubles titles (5)

Outcome No. Date Tournament Surface Partner Opponents in the final Score in the final
Runner-up 1. 1969 Los Angeles, U.S. Hard Jim McManus Pancho Gonzales
Ron Holmberg
3–6, 4–6
Runner-up 2. 1970 Merion, U.S. Hard Jim McManus William Bowrey
Ray Ruffels
6–3, 2–6, 5–7
Winner 1. 1971 Columbus, U.S. Hard Jim McManus Jimmy Connors
Roscoe Tanner
4–6, 7–5, 6–2
Winner 2. 1971 Merion, U.S. Hard Clark Graebner Robert McKinley
Dick Stockton
7–6, 6–3
Winner 3. 1971 Sacramento, U.S. Hard Jim McManus Bob Maud
Frew McMillan
7–6, 6–3
Winner 4. 1972 Los Angeles, U.S. Outdoor Jim McManus Ilie Năstase
Ion Ţiriac
6–2, 5–7, 6–4
Winner 5. 1972 London/Queen's Club, England Grass Jim McManus Jürgen Fassbender
Karl Meiler
4–6, 6–3, 7–5
Runner-up 3. 1972 Tanglewood, U.S. Other Jim McManus Bob Hewitt
Andrew Pattison
4–6, 4–6
gollark: As a Go developer, you have surely encountered at some point something using the `container` package, containing things like `container/ring` (ring buffers), `container/list` (doubly linked list), and `container/heap` (heaps, somehow). You may also have noticed that use of these APIs requires `interface{}`uous type casting. As a Go developer you almost certainly do not care about the boilerplate, but know that this makes your code mildly slower, which you ARE to care about.
gollark: High demand for generics by programmers around the world is clear, due to the development of languages like Rust, which has highly generic generics, and is supported by Mozilla, a company. As people desire generics, the market *is* to provide them.
gollark: Hmm.
gollark: Interesting!
gollark: In languages such as Haskell, generics are extremely natural. `data Beeoid a b = Beeoid a | Metabeeoid (Beeoid b a) a | Hyperbeeoid a b a b` trivially defines a simple generic data type. It is only in the uncoolest of languages that this simplicity has been stripped away, with generic support artificially limited to a small subset of types, generally just arrays and similar structures. Thus, reject no generics, return to generalized, simple and good generics.


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